Podcasts about nasa langley research center

The United Kingdom's robust and ambitious space sector has many personalities. Each year at the Better Satellite World Awards Dinner in December in London, the SSPI UK Chapter recognizes one of them as the Satellite Personality of the Year. In this podcast, we hear from the 2024 honoree, Dr. David Parker FRAeS, Non-Executive Board Member of the UK Space Agency and Visiting Professor at the University of Southampton. This interview was originally broadcast as part of the Personalities of the Space & Satellite Industry podcast series, which aired before Dr. Parker was named the 2024 Satellite Personality of the Year. Dr. David Parker has led a distinguished thirty-five-year career in the space sector, spanning industry, UK government and the European Space Agency (ESA). Until June 2023, he served as ESA's Director of Space Exploration at ESTEC in the Netherlands, overseeing astronaut missions to the International Space Station, Europe's involvement in Artemis and pioneering projects like training an astronaut with a physical disability. Previously, he was the Chief Executive of the UK Space Agency (2013-2016), where he led Tim Peake's ISS mission and negotiated ESA's first UK center in Harwell. Starting in the UK space industry in 1990, he contributed to projects like XMM-Newton and ExoMars. Dr. Parker holds a degree in Aeronautics and Astronautics and a PhD from NASA Langley Research Center. He has received several accolades, including the Royal Aeronautical Society's Geoffrey Pardoe award. He currently works part-time at ESA, serves on the UK Space Agency Board and is a Visiting Professor at the University of Southampton.

Discover how a passion for swimming can seamlessly intersect with a high-powered career in aerospace engineering through the story of Charlie Cockrell. As the Director of Engineering at NASA Langley Research Center, Charlie takes us on a journey through his dual life as a dedicated athlete and a committed volunteer with US Masters Swimming. Learn about his impactful role as head starter for the upcoming International Gay and Lesbian Aquatics Championships, and how his trips to the Space Coast for work double as opportunities to engage with diverse Masters teams. Charlie's experiences reveal the welcoming and inclusive spirit of the Masters swimming community, particularly at IGLA events, which unite swimmers from all around the globe. To register for the IGLA swimming events click https://www.usms.org/events/events/igla-championships-2025?ID=10842Experience the rejuvenating power of swimming as we explore its benefits for both body and mind. Charlie enlightens us with his training insights, emphasizing the balance of high-intensity workouts with essential recovery days. We celebrate the camaraderie that defines the Masters swimming community, where connections with fellow swimmers fuel motivation and joy. The episode underscores the importance of volunteering, which not only strengthens the community but also creates a vibrant and supportive environment. Be inspired by how Charlie integrates his professional and athletic pursuits, demonstrating the fulfillment that comes from engaging with a passionate and diverse group of swimmers.Email us at HELLO@ChampionsMojo.com. Opinions discussed are not medical advice, please seek a medical professional for your own health concerns.

The United Kingdom's robust and ambitious space sector has many personalities. In this podcast series, we introduce you to three whom the UK Chapter of SSPI is considering for its prestigious Personality of the Year Award in 2024. One of these three finalists will be named the 2024 Satellite Personality of the Year live at the Better Satellite World Awards Dinner in London on 2 December. Click here to join us there! Each of the three finalists is a star who has made significant contribution to the UK and global satellite industry and whose career is a study of performance and excellence at the highest level. In the first episode, we learn a bit more about Dr. David Parker FRAeS, Non-Executive Board Member of the UK Space Agency and Visiting Professor at the University of Southampton. Dr. David Parker has led a distinguished thirty-five-year career in the space sector, spanning industry, UK government and the European Space Agency (ESA). Until June 2023, he served as ESA's Director of Space Exploration at ESTEC in the Netherlands, overseeing astronaut missions to the International Space Station, Europe's involvement in Artemis and pioneering projects like training an astronaut with a physical disability. Previously, he was the Chief Executive of the UK Space Agency (2013-2016), where he led Tim Peake's ISS mission and negotiated ESA's first UK center in Harwell. Starting in the UK space industry in 1990, he contributed to projects like XMM-Newton and ExoMars. Dr. Parker holds a degree in Aeronautics and Astronautics and a PhD from NASA Langley Research Center. He has received several accolades, including the Royal Aeronautical Society's Geoffrey Pardoe award. He currently works part-time at ESA, serves on the UK Space Agency Board and is a Visiting Professor at the University of Southampton.

In this episode of the Neil Ashton podcast, Neil interviews Dr. Chris Rumsey,  Research Scientist at NASA Langley Research Center.  Chris is one of the main CFD experts at NASA Langley is globally reconised as a leader in CFD, particularly for aeronautical applications. The conversation focuses on computational fluid dynamics (CFD) and turbulence modeling. They discuss Chris's career, his role in public dissemination of CFD methods, and his involvement in the Turbulence Modeling website. They also explore the High Lift Prediction Workshop and the role of machine learning in CFD and turbulence modeling. The conversation provides insights into working at NASA and the challenges and advancements in CFD and turbulence modeling. In this conversation, Neil and Chris Rumsey discuss the progress and challenges in solving the problem of high-lift aerodynamics in aircraft design. They explore the concept of certification by analysis and the role of computational fluid dynamics (CFD) in reducing the need for expensive wind tunnel and flight tests. They also delve into the use of machine learning in CFD and the challenges of reproducibility. The conversation then shifts to conferences, with Neil and Chris sharing their experiences and favorite events. They conclude by discussing career advice for aspiring aerospace professionals and the unique aspects of working at NASA.00:00 Introduction to the Neil Ashton podcast01:09 Focus on Computational Fluid Dynamics and Turbulence Modeling06:51 Chris Rumsey's Journey to NASA09:13 From Art to Aeronautical Engineering13:08 Transitioning to Turbulence Modeling15:34 The Origins of the Turbulence Modeling Website20:40 Verification and Validation in Turbulence Modeling24:34 The Role of Machine Learning in Turbulence Modeling26:00 Advancements in High Lift Prediction27:28 Challenges in High Lift Prediction28:25 Thoughts on Working at NASA29:42 Certification by Analysis: Reducing the Cost of Aircraft Certification31:09 The Role of Machine Learning in CFD and Certification by Analysis34:03 The Value of Conferences in Networking and Specialized Learning40:30 Career Advice for Aspiring Aerospace Professionals48:45 Curating and Documenting Knowledge in the Aerospace Community

On this episode, Derek sits with Dr. Charles Camarda.  Charlie is an engineer and former NASA Astronaut.  He will be discussing how he got into engineering, his time at NASA Langley Research Center, his transition into the astronaut program and then we discuss STS-114, the "Return to Flight" on the Space Shuttle Discovery after the loss of Columbia.  You will hear insights into life on the space shuttle, the mission of STS-114, and you will hear from Charlie himself about the inner workings of NASA's culture which led to him being reassigned after raising safety questions about the shuttle.Website: http://www.charliecamarda.com/LinkedIn: https://www.linkedin.com/in/charlescamarda/Instagram: https://www.instagram.com/astrocharliecamarda/Twitter/X: https://twitter.com/CharlieCamardaSPONSOR - Go to https://betterhelp.com/derekduvallshow for 10% off your first month of therapy with @betterhelp and get matched with a therapist who will listen and help #sponsored

Can Paul Skeens help the Pittsburgh Pirates awful bullpen and pitch left handed?; (5:24) and Special Guest Sarah Langston, Research Aerospace Engineer at NASA Langley Research Center, talks Chicago Cubs and Rockets. Drink: Moët & Chandon Champagne (Brut) from France. Nasa Internships: https://www.nasa.gov/learning-resources/internship-programs/ Nasa Scientific and Technical Information Repository: https://ntrs.nasa.gov/ Last Call Baseball merchandise: https://lastcallbaseball.creator-spring.com/ Last Call Baseball Instagram: Last Call Baseball Last Call Baseball Twitter: @LastCall4040 Intro and Outro Music: DeCarlo Podcast Logo Artist Instagram: regan_vasconcellos

Tyler Hudson, Dreamliner, 33 (or Tyler Hudson, 33, Dreamliner according to where in the nation you are posting). He loves God, is a believer in Jesus Christ, and active in his church. He has been married to his amazing wife, Michelle (FiA Papyrus), for 8 (almost 9) years. They have two boys (Rover, 3 and Perseverance, 2). He has a shield lock with 5 HIM that meets after Thursday's bootcamp. He started F3 in 2016 in Charleston, SC while interning there during graduate school. He was the launch Nan'tan for F3 Hampton Roads, VA from November 2016-October 2020. He has posted at F3 workouts in 15 states as well as D.C. across 32 different regions. He graduated with his Ph.D. in Aerospace Engineering from N.C. State University in 2017. He is currently a Materials Research Engineer at NASA Langley Research Center.

  Get your Challenge Coin! https://train.americanwarriorsociety.com/home   Buy Rich's Memoir! "On Violence and Varietals" Rich's Website: https://www.therichbrown.com/   Amazon: https://www.amazon.com/.../ref=ppx_yo_dt_b_asin_title_o01...   Listen to the American Warrior Show: https://americanwarriorshow.com/index.html   Rich Brown is the Co-Host of America's leading Self-Defense podcast, the American Warrior Show. On today's Coffee with Rich, we will be joined by Dr. Arthur Bradley. Dr. Arthur Bradley is an Army veteran, father of four, and dedicated homeschooler. He holds a doctorate in engineering from Auburn University and currently works as the chief of an electrical engineering branch at NASA Langley Research Center. Having lived all across the United States, Dr. Bradley writes from personal experience about preparing for a wide variety of disasters, including earthquakes, tornados, hurricanes, floods, house fires, and massive snowstorms. He is widely viewed as one of the nation's foremost experts in preparing for electromagnetic pulse attacks and has made it his mission to disseminate useful EMP preparedness information. Dr. Bradley prescribes to the philosophy that preparedness should always be motivated by love and concern, never by fear and paranoia. His practical approach to family preparedness has received widespread praise from individuals, emergency preparedness experts, and religious organizations. Website: https://disasterpreparer.com/

A majority of space applications and space companies would not be where they are today without additive manufacturing. In this final episode of our four-part series, we explore how additive technologies, like the ones used on the Ingenuity helicopter, can be used to advance industries and applications, such as mobility here on Earth.Host Fabian Alefeld is joined by Professor of Engineering Design and Manufacturing at Penn State and additive rockstar, Tim Simpson. Tim runs one of the best additive manufacturing programs in the US. Students of his program can graduate with a master of engineering in Additive Manufacturing and Design. He also consults with the NASA Langley Research Center on system design and additive manufacturing. Today, Fabian and Tim discuss theimplications of the latest developments in the space industry and other industries.We recommend you start with episode 1 of this 4-part miniseries to get a better understanding of the current state of AM in the space industry. Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS.Key Takeaways:[3:20] Equally interested in the design and manufacturing of mechanical and industrial applications, metal 3-D printing was Tim's innovation trigger.[5:36] Tim's Penn State multidisciplinary engineering and design course connects research to real-world applications.[10:29] At NASA, Tim examines how the advancements of AM in the space industry merge with other industries and technologies.[21:10] Tim considers the current and future impacts of different technologies, such as OpenAI, on AM.[27:44] Tim and a Ph.D. student coined the term MFD, or manufacturing fixation and design, to describe the limitations brought about by previous engineering experience.

Welcome to the 1,116th episode of the Arete Coach Podcast, hosted by Severin Sorensen and featuring special guest Professor Ron Greenwood. Ron is a distinguished figure with a broad and impressive career history, including serving as a Vistage Chair, Professor Emeritus at the University of Alabama - Huntsville, Financial Consultant, and president of L D R Systems, L L C. He has also held high-level executive positions at General Electric Corporation, NASA, and Nichols Research Corporation. During the interview, Ron shares his life journey spanning four careers in engineering, space, business, academia, and executive coaching, all driven by his passion for lifelong learning and commitment to making a positive impact. The episode is aptly titled "Four Careers, One Outcome: Contribution and Significance," and is a testament to Ron's wisdom, caring, and sharing that he brings to his Vistage Chair practice in Huntsville, AL. Ron holds bachelors, masters, and PhD degrees in Mechanical Engineering from Virginia Tech, where he also worked at the NASA Langley Research Center. His passion for learning, curiosity, and excellence has helped him seize opportunities throughout his life, including serving as President for one of General Electric's industrial space divisions, where he learned valuable lessons from Jack Welch about the importance of selecting the right people and cultivating a shared sense of purpose. In addition to exploring Ron's professional achievements, the interview delves into his personal values, including his ethical decision-making and strong faith in God, which he balances with his intellectual pursuits. As a host, I found the conversation to be both refreshing and inspiring, highlighting Ron's dedication to excellence, contribution, humility, and making a difference in the world. Join us in this enlightening conversation with Professor Ron Greenwood. The Arete Coach Podcast seeks to explore the art and science of executive coaching. You can find out more about this podcast at aretecoach.io. This episode was produced on 24 February 2023. Copyright © 2023 by Arete Coach™ LLC. All rights reserved.

Guests: Dr. Charles Camarda Ph.DDr. Charles Camarda retired from NASA in May 2019 after 46 years of continuous service as a research engineer and technical manager at Langley Research Center (LaRC), an Astronaut and Senior Executive (Director of Engineering) at Johnson Space Center (JSC), and as the Senior Advisor for Innovation and Engineering Development at NASA LaRC.On ITSPmagazine  

Today we will be exploring sunlight, vitamin D, health, and diseases and my guest is William B. Grant.   William has worked at the level of senior research scientists in the fields of optical and laser remote sensing of the atmosphere and atmospheric sciences at SRI International, the Jet Propulsion Laboratory, and the NASA Langley Research Center. This career included doing pioneering laser remote sensing instrument development, while the latter half included participating on many NASA-led airborne atmospheric chemistry field missions to the far corners of the world, as well as writing a number of papers on the observations.   Author or coauthor of over 60 articles in peer-reviewed journals, edited 2 books of reprints, and contributed half a dozen chapters to other books. Elected Fellow of the Optical Society of America in 1992.   He is currently the Director at SUNARC, an entity devoted to reserach, education, and advocacy relating to the prevention of chronic disease through changes in diet and lifestyle.   For more on William B. Grant, head to his website: https://www.sunarc.org/   ----    Shownotes are available at William B. Grant: Are You Getting the Sun You Need? ----    Join the Unstress Health Community & Transform Your Life! https://bit.ly/3SRq0gg    Connect with Dr Ron at Unstress Health  Instagram: https://www.instagram.com/unstresshealth/  Facebook: https://fb.me/unstresshealth  Email: admin@unstresshealth.com   DISCLAIMER: This podcast provides general information and discussion about medicine, health and related subjects. This content is not intended and should not be construed as medical advice or as a substitute for care by a qualified medical practitioner. If you or any other person has a medical concern, he or she should consult with an appropriately qualified medical practitioner. Guests who speak in this podcast express their own opinions, experiences and conclusions. See omnystudio.com/listener for privacy information.

My guest today is climate scientist Dr. Sergio Sejas. Sergio received his doctorate in meteorology from Florida State University and is currently working at NASA Langley Research Center. Sergio does climate research on polar warming, global warming, and Earth's energy budget. We cover:  Sergio's research: negative greenhouse effect, earth's energy budget  What does the average climate activist/denialist get wrong about climate change? Why does a transition from fossil fuels to RE make sense? Interactions with other scientists regarding Bitcoin Sergio's Bitcoin dream @SergioSejas https://www.researchgate.net/profile/Sergio-Sejas https://theprogressivebitcoiner.com/

UVA canceled class again Tuesday to give students time to process Sunday's shooting and lockdown; Aaron Rouse, a Virginia Beach City councilperson, announced Monday that he will run in a special election for the state's 7th Senate District seat; NASA Langley Research Center in Hampton played a significant role in the development of the Artemis 1 rocket; and other local news stories.

A UVa student, the football team's running back, is recovering from a second surgery to repair wounds from Sunday's shooting after a field trip… The suspect, in custody, was on that field trip before opening fire on the bus after it returned to grounds… NASA successfully launches the Artemis 1 rocket, and the NASA Langley Research Center in Hampton played a role….

While astronauts have some of the most public-facing roles at NASA, what other research takes place behind the scenes to make launching into space possible? Valerie Wiesner, research materials engineer at NASA Langley Research Center, shares how she became involved with the materials side of space research, describes working on mitigation strategies to minimize the impact of lunar dust, and gives her thoughts on what to expect from space exploration and travel in the coming years.View the transcript for this episode here.About the guestValerie Wiesner is research materials engineer at the Advanced Materials and Processing Branch of the NASA Langley Research Center in Virginia. This summer, she served in a temporary position as acting assistant branch head of the Crew Systems and Aviation Operations Branch at Langley. She is actively involved in ACerS Engineering Ceramics Division, including serving as chair of the 44th International Conference and Exposition on Advanced Ceramics and Composites in 2020.About ACerSFounded in 1898, The American Ceramic Society is the leading professional membership organization for scientists, engineers, researchers, manufacturers, plant personnel, educators, and students working with ceramics and related materials. 

NASA Langley Research Center in Hampton has played a big role in the development of the Artemis 1 rocket, which is the first step in sending Americans back to the moon; The city of Petersburg began demolishing the Ramada Inn along Interstate-95 this week; Mountain Valley Pipeline, LLC has requested federal approval for a pipe stabilization plan in the Jefferson National Forest; and other local news stories.

Andy Lacher is currently the Chief Technologist for Future Airspace Operations in the Intelligent Flight Systems organization at NASA's Langley Research Center where he works on the safe operational integration of new aviation technologies. His deep knowledge and experience made him the ideal person to talk to about defining and standardizing autonomy and automation in aviation. In this not-to-be-missed podcast, we talk about his  work on ASTM's AC377 Technical Reports (1 through 3), M to N operations, the BVLOS ARC, public acceptance and adoption, and more. Highlights from his extensive career are below:Lacher is a subject matter expert on the safe and secure operations of unmanned and autonomous systems.  He was the Director of the Aerospace Systems Research Center at Noblis and was the Senior Manager for Autonomous Aircraft Integration at Boeing working with the NeXT team.  Before that, he was the Autonomous Systems Integration and Adoption Lead for The MITRE Corporation where he worked for 30 years.   In his MITRE career in addition to his unmanned and autonomous systems work, he was a founding member of the Collaborative Decision-Making working group; supported the Joint Planning and Development Office (JPDO); and worked on a variety of ATM research projects.  Mr. Lacher took a break from his MITRE career and was an information technology consultant for small airlines and worked on satellite-based asset tracking.  He has experience with unmanned vehicles, technical standards development, software assurance, trustworthy autonomy, research planning, modeling and simulation, aviation rulemaking, safety risk assessment, ATM operations, airline operations, and operational decision-making.  Mr. Lacher has served on a number of research advisory boards and standards bodies including the National Academy of Sciences' Aeronautics and Space Engineering Board and the Federal Aviation Administration's RE&D Advisory Committee.  He has contributed to Aviation Rulemaking Committee recommendations and several National Academy of Science studies related to aerospace.   He has over 35 published papers, studies, and reports in the public domain.  Mr. Lacher is an Associate Fellow of the AIAA where he is active on the Intelligence Systems Technical Committee.  He has a BS in Electrical Engineering and an MS in Operations Research both from The George Washington University.  

The REFASHIOND Ventures Story with Brian Aoaeh Brian Aoaeh and Joe Lynch discuss the REFASHIOND Ventures story. Brian is the a Cofounder and General Partner of REFASHIOND Ventures, an emerging venture capital fund manager that invests in early stage supply chain technology. About Brian Aoaeh  Brian Aoaeh is a Cofounder and General Partner of REFASHIOND Ventures, an emerging venture capital fund manager that invests in early stage supply chain technology. Prior to REFASHIOND, Brian acquired 10 years of experience in investment research and management, with 8 of those years spent building KEC Ventures from scratch. KEC Ventures is an early-stage technology venture capital firm with $98M of AUM across 2 funds, and 51 investments. Before KEC Ventures he joined KEC Holdings - a single family office, as the first member of its investing team. He joined KEC Holdings after serving as the statistical research and strategy analyst in Global Diversity and Inclusion at Lehman Brothers in New York, NY. Before his tenure at Lehman, he worked at UBS AG in Stamford, CT as the statistical research analyst in Group Diversity. Prior to UBS, he was a pension actuarial analyst at Watson Wyatt Worldwide (now Willis Towers Watson). He was a junior auditor at Issifu Ali & Co. Chartered Accountants, in Accra, Ghana between completing his secondary school education and commencing undergraduate study in the United States in 1997. Brian holds a BA with a double major in Mathematics and Physics from Connecticut College in New London, CT. During his undergraduate study he spent three years as a research assistant in the Tunable Diode Laser Spectroscopy Laboratory at the Connecticut College Physics Department - including multiple collaborative investigations at NASA Langley Research Center; He is a co-author of five articles that have been published in refereed journals. He earned an MBA, with a specialization in Financial Instruments and Markets, from the Leonard N. Stern School of Business at New York University in New York, NY. He is a CFA Institute charter holder. He is also an adjunct professor of supply chain and operations management in the Department of Technology Management and Key Takeaways: The Refashiond Ventures Brian Laung Aoaeh is the a Cofounder and General Partner of REFASHIOND Ventures, an emerging venture capital fund manager that invests in early stage supply chain technology. In the podcast interview, Brian describes his entrepreneurial journey and his own personal story as an immigrant to the USA. Refashiond champions companies refashioning supply chains. Refashiond Ventures is raising an early stage supply chain technology fund, sourcing deals from The Worldwide Supply Chain Federation's network of 33,000+ innovators, whilst leveraging their operating experience, and strong engagements with corporate limited partners as both investors and market-validating customers of their portfolio companies. The Refashioned team believes that supply chains are being refashioned for the following reasons: Unprecedented convergence is occurring due to digitization. Global trade and consumption are increasing. Sustainability Learn More About The Refashiond Ventures Brian's LinkedIn Brian's Twitter Brian's Personal Blog REFASHIOND Ventures LinkedIn REFASHIOND Ventures The Worldwide Supply Chain Federation Booklet - The World is a Supply Chain The Logistics of Logistics Podcast If you enjoy the podcast, please leave a positive review, subscribe, and share it with your friends and colleagues. The Logistics of Logistics Podcast: Google, Apple, Castbox, Spotify, Stitcher, PlayerFM, Tunein, Podbean, Owltail, Libsyn, Overcast Check out The Logistics of Logistics on Youtube

Tom Blue stumbled into the world of healthcare innovation for primary care and personal health management around 22 years ago, when he was working with  the NASA Langley Research Center, which later led him to take part in setting up the first concierge medical practice in Virginia.  Such a novel service model came with the challenge of creating a compelling value proposition that would encourage people to invest their own money on a service not covered by insurance.  During the initial set-up process, Tom serendipitously found a space next to Richmond's first electron beam tomography scanner. This allowed the practice to integrate coronary calcium scoring as part of their services. They later added advanced lipid testing, and other tests that had them offering one of the best cardiovascular risk assessment and management services in the US. One valuable insight Tom learned from this experience, that has become a major driving force in his professional life, is that there are two worlds of medicine: the world that everyone knows, and this “future world” with medical advancements that actually already exist today, but only a few people had access to. In this episode, we discuss the shortcomings of the US healthcare system, and  why the payer system shouldn't be the curator of the healthcare services that we make available to ourselves, to properly manage our own health. Topics discussed in this episode: What led Tom to focus on innovating around delivery models for next-generation healthcare, in reducing the translational gap in the implementation of healthcare services, and in finding ways to do this at greater scale The two worlds of medicine, and what enables a person to have access to the future of medicine today Why the payer system shouldn't be the curator of the healthcare services that we make available to ourselves to manage our health The erroneous understanding and expectations of most healthcare consumers on health insurance The dramatic cultural evolution of the health values of the consumer population over the past 20 years How the locus of control for health has made a 180 degree shift from predestination to self determinism The need for synthesizing data to make the information more digestible for health consumers, and enable health practitioners to deliver higher impact consultations

Today on our show we're talking about language. Listener Jamshid Samareh came to the United States from Tehran in 1978. He shares his story, which is about how learning the English language has helped him connect with Americans. Jamshid quotes Nelson Mandela who said, "If you talk to a man in a language he understands, that goes to his head. If you talk to him in his language, that goes to his heart."Jamshid lives in Norfolk, VA holds a PhD in Mechanical Engineering and Mechanics and is a senior research engineer at NASA Langley Research Center in Hampton, Virginia. Hosts Andrea and Allison discuss details in Jamshid's story that could have been slightly embellished to improve the story. We'd love to hear what you think (listener). If you have a strong opinion about rounding up on the truth in personal essays, please send us an email at info@writingclassradio.com.Writing Class Radio is produced by Allison Langer, Andrea Askowitz and by Matt Cundill, Evan Surminski and Courtney Fox at the Sound Off Media Company. Theme music by Courtney Fox of Amadians.There's more writing class on our website, writing class radio dot com: including essays to study, editing resources, video classes, writing retreats, and live online classes. Join our writing community by following us on Patreon. For $10/month Andrea will answer all your publishing questions. For $25/month you can join our First Draft weekly writers group. You have the option to join Tuesdays 12-1 ET or Wednesdays 6-7pm ET. Write to a prompt and share what you wrote. If you're looking to take your writing to the next level, for $125/mth you'll get 1st draft and 2nd Draft. Each week three people bring a second draft for feedback and brainstorming. Join the community that comes together for instruction, an excuse to write, and most importantly, the support from other writers. To learn more, go to www.Patreon.com/writingclassradio.A new episode will drop every other WEDNESDAY. So look for us. There's no better way to understand ourselves and each other, than by writing and sharing our stories. Everyone has a story. What's yours?See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Craig Brice is a Professor of Practice in Mechanical Engineering at Colorado School of Mines. He is currently the director of the Advanced Manufacturing Program, which focuses on undergraduate and graduate education in additive manufacturing and other advanced manufacturing techniques. He is also involved in additive manufacturing research with the Alliance for the Development of Additive Processing Technologies (ADAPT) at Mines and serves as the director for the ADAPT consortium. Dr. Brice has been working in additive manufacturing for over 20 years, beginning with the first commercially available AM system sold by Optomec in 1998. He has spent his entire professional career working in additive manufacturing with time spent at Lockheed Martin Aeronautics Advanced Development Programs (Skunk Works), Lockheed Martin Space Advanced Technology Center, and NASA Langley Research Center. Before we get started head over to www.3degreescompany.com and subscribe to the podcast. Remember you can listen to the show anywhere you download your podcasts including Spotify, Apple, Amazon, or Stitcher

Charles "Charlie" Camarda is an American engineer and NASA astronaut who flew into space aboard the Space Shuttle mission STS-114. He served as Senior Advisor for Engineering Development at NASA Langley Research Center and was a Senior Advisor for Innovation in the office of Chief Engineer at Johnson Space Center. In this episode, Charlie talks about the importance of high performing teams to solve complex challenges and we find out if Charlie really is afraid of heights (and enclosed spaces)! *Unfortunately the audio quality is not as good as we would like on this episode (and we're sorry), we are working on improving it!* 00:20 Intro to episode – it's astronaut time! 01:40 Welcome Charlie 02:20 How travel restrictions have effected the last year? 03:24 Charlie's story 06:15 Finding your passions & the power of internships 08:20 Ben waffles on for a bit 09:05 How confident was Charlie in astronaut application 11:30 What did Charlie's daughter say when daddy said he wanted to be an astronaut? 13:06 Claustrophobia AND afraid of heights? 14:55 What kept Charlie going through hard times 17:00 What was it like on the Shuttle? 19:43 Launch time – what's actually involved? 24:00 docking with the ISS 25:40 An EVA first 26:41 Did Charlie manage to sleep in space? 27:10 How did going to space change your perspective? 31:15 Importance of diversity in space industry 34:50 Would Charlie go to space again? 36:45 What was the landing really like? 38:50 The power of teams! 39:30 Outro 41:05 The intro music – Shout out to Clauss! You can download the track here https://cremeorganization.bandcamp.com/album/transit-creme-12-99 Social Media www.charliecamarda.com Twitter @charliecamarda Instagram @astrocharliecamarda Stay connected with us! Use #Astroben across various social media platforms to engage with us! Instagram: https://www.instagram.com/astrobenpodcast/ Website (coming soon): www.astroben.com Twitter: https://twitter.com/gambleonit?lang=en Please subscribe and rate - Ad Astra!

How do you top higher and higher drop tests? You add an extreme swing test to your portfolio. In this test for the Orion Structural Test Article (STA), NASA will gather performance data by simulating landing in “extreme” conditions. Bryan Russ, Project Manager for the Orion Water Impact Tests at NASA Langley Research Center, takes us through the finer points of preparing for both increased angle and velocity for impact. And though NASA doesn't intend to land at this steep angle, the data will help engineers understand the Orion and its capabilities for future missions.

In acknowledgement of Women's History Month and International Women's Day, I had the pleasure of talking with two relatively young historymakers/trailblazers who are building inspiring legacies in the Science, Technology, Engineering, Arts, Math (S.T.E.A.M.) world of Aerospace and Aviation.Meet Dr. Yolanda Shea, Project Scientist - CLARREO Pathfinder, NASA Langley Research Center.And Refilwe Ledwaba from Johannesburg, South Africa, a helicopter and fixed wing pilot, the founder of GFPA Foundation Global (Girls Fly Programme in Africa), and the General Manager of Drone Safety & Legal (Pty) Ltd.If you are an aspiring young aviation or aerospace professional who is interested in learning about the variety of options, opportunities, and possibilities that are available in the aviation and aerospace industries, join this weekly, livestream, casual conversation, which is also simulcast on the Private Air Media Group YouTube channel and Facebook Live page. Hosted by Vince Mickens, a private pilot whose resume includes AOPA, NBAA, and the Bob Hoover Legacy Foundation, all after a 28-year broadcast journalism career, 'All Things Aviation & Aerospace offers the best flight plan to navigate your career ambitions.

My next guest on the special series is Apoorva Panidapu. Apoorva is a 15-year-old high-school sophomore in San Jose, California. Apoorva wears many hats; she's a student, a teacher, an aspiring mathematician, an artist, a social entrepreneur, and a public speaker who loves helping kids around the world. Apoorva started taking college classes at age 11, and has since completed several upper-division and graduate-level mathematics courses with a keen interest in Number Theory. She attended the prestigious Canada/USA Mathcamp (2018, 2019) and the highly selective University of Virginia REU (Research Experience for Undergraduates) in 2020 as the youngest student there. She is grateful to have the opportunity to work with world-renowned mathematicians in her fields of interest and has co-authored and published papers in Number Theory–one of which was published in the prestigious Journal of Number Theory. Apoorva has received several worldwide recognitions for her achievements in mathematics, such as her performance in NBC National TV show Genius Junior in 2018 hosted by Neil Patrick Harris and global awards such as the prestigious Spirit of Ramanujan Fellowship & has been selected as a World Science Scholar, one among few in the world. She is also a recipient of the 2020 Global Child Prodigy Award. Furthermore, she co-founded the Gems in STEM initiative with the goal of teaching various topics in math, science, engineering, and technology through the stories of diverse and pivotal figures in STEM history. As a part of this, she has been publishing bi-weekly articles in the Evergreen Times newspaper, Medium, and Cantor's Paradise, the #1 math publication on Medium. She has also won several national and state awards for her speaking and writing. Apoorva is an enthusiastic artist who loves to oil paint and sketch portraits. She is the founder of Apoorva Panidapu's Art Gallery (www.apoorvaartgallery.com), an online platform to share her artwork and raise funds for charity. She particularly enjoys impressionistic and abstract artworks. Her story and paintings were featured on Artists for Peace, Stone Soup, and Ellen and Cheerio's “One Million Acts of Good.” She is also the grand prize winner of NASA Langley Research Center's Centennial Student Art Contest, as well as a recipient of four Presidential Volunteer Service Awards. Apoorva is also a public speaker who encourages girls, gender minorities, and all youth to pursue STEAM fearlessly. In addition to her art gallery and Gems in STEM, she is a global ambassador for GLAM (Girls Leadership Academy Meetup), where she helps encourage girls aged 8-12 from diverse backgrounds to pursue leadership and careers in tech. Her mission is to encourage others to use their gifts to make a difference in the world. She has helped raise more than $25,000 to support children around the world by using her gifts in math and art to try and give back. In her spare time, Apoorva enjoys playing the violin, practicing kung fu, and reading classical literature. Apoorva aspires to combine pure mathematics, art, and humanities to change the world.

“How loud is X-59's shaped sonic boom?”Proc. Mtgs. Acoust. 36, 040005 (2019); https://doi.org/10.1121/2.0001265Authors: William Jeffrey Doebler and Jonathan RathsamPublished Online: 17 June 2020 How loud is X-59's shaped sonic boom? In this episode, we speak with co-authors from NASA Langley Research Center, Will Doebler, and Jonathan Rathsam. We will discuss NASA's X-59 Quiet SuperSonic Technology low boom flight demonstrator aircraft, built to generate a 75 dB Perceived Level (PL) shaped sonic boom or "sonic thump". As most members of the public have never heard a sonic boom, NASA realized a communication challenge in relaying how to describe the unique sound of a “sonic thump”. Due to this fact, the co-authors created a thermometer of acoustic levels or an “Impulsive Noise Perceived Level thermometer” to assist the public and media in understanding what the X-59 will sound like. We will examine the goals and mission of the X-59, and how the co-authors created and are using the “Impulsive Noise Perceived Level thermometer.” Proceedings of Meetings on Acoustics page X-59 webpage linkUpdated PL scale graphicImpulsive noise database Music: Min 2019 by minwbu from Pixabay. https://pixabay.com/?utm_source=link-attribution&utm_medium=referral&utm_campaign=music&utm_content=1022 

This week, we will be joined by Ariana Castillo (she/her/ella) (@ArianaElena97). Ariana is a Disabled, Latinx PhD student in Earth and Planetary Sciences at Harvard University with a focus on atmospheric dynamics, atmospheric chemistry, and climate. She also does part-time research at NASA Langley Research Center studying wildfire emissions. Ariana was diagnosed with severe depression, anxiety, panic, and bipolar disorders in the middle of undergrad. From withdrawing due to her life-threatening illnesses and an attempt on her life to interning at NASA, applying to graduate school, and graduating late, her unconventional journey has opened her eyes to ableism, elitism, and racism in academia. Check out Ariana's Mental Health/Disability Twitter: @DisMHMatters A full-text transcript of this episode is available via google doc. Join us each Saturday at 3 pm EDT/12 pm PDT for the Youtube live stream! The podcast will be posted each Tuesday! Grad Chat focuses on maintaining mental health and balance in grad school. Want to be a guest or know somebody we should be talking to? Fill out our google form! Follow our host on Twitter: Fay Lin (@xiaofei_lin) Check out the PhD Balance website for more info on Grad Chat!

If you need to capture highly technical imagery of your spacecraft as it reenters the Earth’s atmosphere, look no further than CJ (Carey Scott) and the SCIFLI team at NASA Langley Research Center. Franklin Fitzgerald checks in with CJ to learn more about how SCIFLI works, the many assets in they are able to deploy, and their recent imaging of the Hayabusa 2 asteroid sample return down in Australia in 2020.

If you need to capture highly technical imagery of your spacecraft as it reenters the Earth’s atmosphere, look no further than CJ (Carey Scott) and the SCIFLI team at NASA Langley Research Center.

If you need to capture highly technical imagery of your spacecraft as it reenters the Earth’s atmosphere, look no further than CJ (Carey Scott) and the SCIFLI team at NASA Langley Research Center.

I'm so excited to introduce you to Audra Bullock, the Founder and President of Tidewater Friends of Foster Care today! After an accomplished career in Engineering, Audra decided to follow her passion for helping children and founded Tidewater Friends of Foster Care, a 501(c)(3) organization working to improve outcomes for foster youth in Hampton Roads, Virginia. Established in June 2016, Tidewater Friends of Foster Care has a core mission to enrich the lives of foster children through partnering with individuals, area businesses, and corporations to help increase the number of available foster family homes and provide funding for academic tutoring, enrichment programs and extracurricular activities for foster youth. Audra is a three-time ODU alum, earning her BS, MS and PhD degrees in Electrical Engineering from the Frank Batten College of Engineering and Technology. In 2000, she joined the Engineering Faculty at University of Hawaii, where she was a recipient of the National Science Foundation CAREER Award, as well as the Hi Chang Chai Excellence in Teaching Award. In 2009, she joined NASA Langley Research Center and worked on Space Shuttle Missions along with other Space-borne Programs in remote sensing, earning her the NASA Exceptional Achievement Medal. For more information visit tidewaterffc.org Sound Production: Matt Cole ( matthewdouglascole@gmail.com ) of Go On Productions ( www.facebook.com/GoOnPodcasts ) Artwork: Erin Lindstrom  Music: High by Lyfo ( www.soundcloud.com/lyfomusic/high )If you enjoy this episode please leave us a 5 star review! And if you need any support as a human, being, and/or CEO, reach out! More info about working together at erinlindstrom.com Free sales and money mindset course here: shinysalescourse.com Andddddddd hang out w me on Instagram for behind the scenes and current hot takes!

What does the future of flight mean for our cities? Drones already deliver items to consumers at home, and as we are the midst of the third aviation revolution. Where might this technology take us? On today's episode we speak with Dr. Newton Campbell Jr., a NASA computer scientist and cyber security expert that is working on self-driving aircraft. Dr. Campbell Jr. currently serves as an Artificial Intelligence expert with the NASA Langley Research Center and leads the development of several programs in urban air mobility, geomagnetism, virtual reality, and high-performance computing for Earth Sciences. Self-aware aircraft will be game changers in urban-air mobility.

Rev. Anne Kirchmier talks with her friend, Melvin Ferebee, Director of System Analysis and Advanced Concepts for NASA Langley Research Center and former Director of Diversity and Equal Opportunity, about racism. Melvin shares his perspective on law enforcement, small acts of racism, and allies. Timestamps: 0:00-3:10: Introduction 3:19-35:49: Melvin and Anne's Conversation 3:19-6:06: How are you doing? 6:25-15:21: What is the current situation like for you, your family, and your congregation? 15:33-27:52: How have you personally experienced racism? 28:12-31:25: How can White Christians be allies? Is there anything you would like to say to White Christians? 31:34-33:18: What, if anything, gives you hope? 33:18-35:49: Joint prayer, Lord's Prayer 35:50-37:32: Conclusion Learn more about racism and ways to fight it: https://www.naacpldf.org/ https://episcopalchurch.org/responding-to-racist-violence Get information on how to register to vote where you live: https://vote.gov/ Wherever you are in your faith journey, we are here to support you in any way: http://www.standrews-episcopal.org/ https://www.facebook.com/standrewsnewportnews/

Jennifer Inman helps spacecraft enter the atmospheres of other worlds. She and the Scientifically Calibrated In-FLight Imagery (SCIFLI) team use a bunch of instruments on board a plane while it’s flying, follow a space vehicle’s reentry that’s traveling thousands of miles an hour (think Mach 25) from space back to Earth and find it through a field of view as small as a straw. Then, the SCIFLY team has to observe and keep the spacecraft in the middle of the field of view to gather the data necessary to study.  Together on the podcast, Beth and Jennifer talk heat shields, re-entry, Orion, Artemis, Hollywood film makers, and heat imaging and the surprising fact that parachutes on reentry vehicles can be quite challenging, and where she’ll be watching the historic spaceflight mission scheduled for May 27, 2020!  About NASA’s Forward to the Moon 20204 Mission: “As we talk about going back to the moon, it occurs to me WE haven’t been to the Moon… our generation has not been to the Moon..it’s important for US to figure out how we’re going to go to the Moon.” -Jennifer Inman on the Casual Space Podcast  Did you always know you would work for NASA one day? “When I was 6 years old, I knew I wanted to be an astronaut, a Mom, a teacher, and a waitress on roller skates. If it can’t be MY boots on the Moon, I’m going to daydream and work towards getting others there.” About studying space and science in school: “I took physics on a whim and fell in love with it. It was all the beauty of calculus with answers that had connections to the real world.  Once I got to quantum mechanics and relativity, I was hooked! I just loved the way I could look at the universe around me and have my understanding expanded, and just be in awe of the understanding of the universe we find ourselves in.”    Where to find Jennifer and her work at NASA:  https://www.innovationnow.us/index.php/2019/03/25/meet-jennifer-inman/ You’ve GOT to learn about SCIFLI:  https://www.nasa.gov/feature/langley/how-the-perfect-picture-advances-spaceflight https://scifli.larc.nasa.gov/team-members-organizations/ The SCIFLI team is based at the NASA Langley Research Center in Hampton, VA. In 2007 the HYTHIRM team was formed at the NASA Langley Research Center through the support of the NASA Engineering and Safety Center in order to determine the feasibility of obtaining high quality thermal imagery data of the Space Shuttle during hypersonic atmospheric reentry flight. The outcome of that study convinced the Space Shuttle Program Office to fund the HYTHIRM team to attempt to accomplish the goal of acquiring a single thermal image of the Space Shuttle during reentry. After returning with hundreds of thousands of frames of imagery acquired over an eight minute period of reentry, and after processing that thermal imagery to show that high quality measurements were not only possible but could provide unique and unexpected results, the HYTHIRM team conducted imaging operations on six more Shuttle reentries, the SpaceX C1 Dragon capsule reentry, and more. Every mission has been successful in meeting or exceeding the acquisition and processing of the desired data.  SCIFLI for Scientifically Calibrated In-Flight Imagery. The goal is to pursue the development and deployment of state of the art remote thermal, visual and spectral imaging capabilities from land, sea and airborne platforms over a multi-band spectrum.   How the Perfect Picture Advances Spaceflight The researchers working on the Scientifically Calibrated In-FLight Imagery (SCIFLI) team acquire engineering quality data images of spacecraft launches, reentries, flight tests, and parachute tests from aircraft- and ground-based imaging systems. The SCIFLI team comprises members from multiple NASA centers, industry, academia, Department of Defense, and international and commercial partners, and together they support human spaceflight, improve aerodynamic models, and ultimately reduce mission risk. “Our job is to get engineering data using telescopes on the ground or in the air,” said Dr. Jennifer Inman, SCIFLI project manager. “The imagery acquired during a test, launch, or re-entry yields flight-truth data.” The team's core capability is quantitative thermal and hyperspectral imaging using state-of-the-art imaging systems with high spatial, spectral, and/or temporal resolution. “We close the gap between ground testing in wind tunnels, computational fluid dynamics, and flight truth,” Inman said. “Even with the best ground testing, we can’t match every parameter of flight. A flight test allows us to interpret our ground testing data and improve our computational models.” The team has been continuously improving their techniques since starting work in 2007 and has made more than 28 observations in 2019 alone, including parachute drop tests, spacecraft reentries, and rocket launches. “Not just anyone with a high-resolution camera can do this work. We’re sometimes trying to acquire a target at horizon break, when the vehicle is hundreds of kilometers away; you have to get it right the first time because there are no do-overs,” Inman said. Part of mission planning involves determining the best possible optics and lenses specific to the mission; in addition, radiance modelling is sometimes required to predict optimal sensor settings. To help sensor operators make these kinds of informed decisions, researcher Richard Schwartz created a virtual environment tool that takes into account parameters like focal length, relative angles between imaging target and imaging platform, exposure time, and aperture setting, to enable pre-configuration of the sensors which provides the sensor operators with a baseline plan for acquisition and tracking. He then incorporates mission-specific information like aircraft and/or test vehicle geometry, velocity, latitude, longitude, and altitude to generate synthetic imagery to allow the team to get the data every time.  The needs of the customer dictate the type of datasets the researchers pursue. The team has imaged seven Space Shuttle reentries, the return of JAXA's HAYABUSA spacecraft, the launch of several SpaceX rockets, the return of SpaceX Demonstration Mission 1, the return of three Commercial Resupply Services capsules, and dozens of tests of SpaceX  Crew Dragon parachute systems required for crewed operation certification. Over the last two years, the team has been conducting observations for Orion and both of NASA’s Commercial Crew Program partners -- SpaceX and Boeing. Many of these tests have occurred in the Mojave and Great Basin deserts, and have involved testing to qualify parachutes for returning crewed vehicles to Earth. During these tests, darts, weigh sleds, Parachute Test Vehicles (PTV, a lower fidelity version of the Crew Dragon capsule), or boilerplate capsule models, are dropped from helicopters, balloons, or out the back of a cargo aircraft. The SCIFLI team is charged with capturing imagery that reveals intricate details of how the parachutes behave. “Parachute performance is incredibly reliable under the loads and speeds involved in something like skydiving, but spaceflight occurs at higher speed and is much more challenging. The dynamic pressures are higher, so you need parachutes that can withstand higher impulse forces, and the air is thinner, which makes parachute inflation a less predictable process,” Inman said. “In addition, this higher performance requires parachute systems that are far more complex, with multiple parachutes deploying in several stages.”  The SCIFLI team is slated to do more work in 2020 with the Commercial Crew Program as it prepares to once again launch astronauts from US soil, with JAXA on the return of Hayabusa II from asteroid Ryugu, and with the Space Launch System and Orion Programs in preparation for Artemis and NASA’s return to the Moon in 2024 and journey to Mars. Kristyn DamadeoNASA Langley Research Center

Power is a big part of every NASA mission, and Artemis is no exception.  Chuck Taylor, from the Space Technology and Exploration Directorate at NASA Langley Research Center, joins the show to talk about how NASA is investigating and developing plans to provide power to all assets heading to the lunar surface.  From multiple sources and distribution to the universal real estate mantra “location, location, location”, NASA is leaving no lunar stone uncovered to solve this critical challenge to establish a sustained presence on the Moon.  Check it out.

Power is a big part of every NASA mission, and Artemis is no exception. Chuck Taylor, from the Space Technology and Exploration Directorate at NASA Langley Research Center, joins the show to talk about how NASA is investigating and developing plans to provide power to all assets heading to the lunar surface.

Dr. Craig Hunter is an aerospace engineer at NASA Langley Research Center in Hampton, Virginia with research experience in experimental, theoretical, and computational fluid mechanics, aerodynamics, and aeroacoustics.  He has developed technology-enabling software tools and analysis methods for computational fluid dynamics (CFD) simulation, aerodynamic design, and jet noise prediction. In 2008, Craig founded Hunter Research and Technology to create innovative and compelling apps for the fledgling Apple iPhone, namely Theodolite, Pro Compass and Nav Camera. Craig is an expert pressing high-end Macs into service for scientific computations. We chatted about his Ph.D work, work at NASA in CFD and jet engine noise simulations, his recent computational review of a US$31,000 2019 Mac Pro, and his iOS app side-business and how that market has changed over the years. Heady stuff.

Seeing a launch from a young age inspired a clear goal for Debi Tomek: a calling to work at NASA and help enable a sustainable human presence in space beyond Earth. Working towards this goal is exactly what Debi Tomek is doing, serving as the Deputy Director of the Space Technology and Exploration Directorate where she leads the formulation of the National Initiative for On-orbit Servicing, Assembly, and Manufacturing (OSAM).   NASA has needed to shift and change just like everyone else, being innovative and flexible is NOT a new concept for NASA- The NASA ability to innovate and bring space-based solutions to us on Earth is what keeps Debi and the NASA teams going. Applying ways to help solve the current COVID problem for humanity -whether it be using NASA’s super computers and coders, algorithms, and understanding models, to the ways NASA implements new technologies that can help with everything from ventilators to computation of fluid dynamic to study  penetrating different materials in the masks that folks are wearing.    Learn what OSAM stands for and why it will CHANGE the future of space and the Mars Perseverance rover mission launched later this summer The many ways Aretims IS SO different from Apollo “If you’re life’s work can be accomplished in your lifetime, you’re not thinking big enough” is a quote that fuels Debi and her work to think beyond the Moon, Mars and even further!  NASA HAS TECHNOLOGY READY TO GO. Right now today- ready to be used on the surface of Mars, and the Moon- working with commercial partners to develop the technologies- is EXACTLY the business model NASA’s has been planning for!     About how NASA is working within the COVID-19 challenges: “At NASA, we're used to having to figure out how to operate and live around constraints. Think of space, think of everything we've got to do up there. You can't go outside on the space station very easily without any kind of being suited up and being protected. We can't get ourselves under the surface of the moon or to Mars, without having the proper constraints and limitations and understanding risk. So even though that's extreme sense, I think our ability at NASA to innovate and just think like that is helping us with the folks that are healthy, with COVID.  How can we think out of the box, what innovations do we have in our way of thinking and how can we apply that to helping solve this problem for humanity whether it be our super computers and our coders, in the algorithm, and us understanding models, whether it be in our ability to innovate new technologies that can help with everything from ventilators to other areas, and they're actually using a lot of our computation through a dynamic spokes to do computer modeling of flow through masks that folks are wearing to understand how much is actually penetrating different materials.    We're shifting like everybody else, but we're really trying to take how we think, how we innovate and how we've addressed challenges in space and how can we apply that thinking to here on Earth to help with this problem. Right now, that is a little glimmer of hope that's really kept us going.”-Debi Tomek from Casual Space Podcast  About Debi Tomek:  Deborah (Debi) Tomek began her career with NASA in 1997 at Langley Research Center. Ms. Tomek has over 20 years of research and technical management experience at NASA and Lockheed Martin.  Throughout her career Ms. Tomek has served numerous roles inclusive of researcher, principal investigator, test engineer, and technical manager on numerous cross-Agency projects and programs. Ms. Tomek’s research in flight vehicle dynamic stability characterization was instrumental in the development of numerous flight vehicle aerodatabases inclusive of the NASA Orion Crew Module and Launch Abort System (LAS).  During the Space Shuttle Program, Ms. Tomek managed the Hypersonic Thermodynamic Infrared Measurements (HYTHIRM) Project that was responsible for obtaining high resolution spatially resolved temperature measurements of the Shuttle Orbiter as it re-entered the earth’s atmosphere. Ms. Tomek also served as the HEOMD Advanced Exploration Systems (AES) Space Radiation manager and the STMD Advanced Radiation Project manager leading teams in the development of passive radiation shielding systems, space weather forecasting codes, and integrated space vehicle hardware in support of long duration human spaceflight. Ms. Tomek spent nearly four years with NASA Headquarters leading cross-Agency technical capability assessments for the NASA Associate Administrator in support of the development of the Capability Leadership Model and the new Agency operating model. Since her return from Headquarters she has served as Chief of Staff at NASA Langley Research Center working to promote, collaborate, and evolve the projects and capabilities of the Center before moving into her current role as Deputy Director of the Space Technology and Exploration Directorate (STED). In this role Ms. Tomek is currently leading the formulation of the National Initiative for On-orbit Servicing, Assembly, and Manufacturing (OSAM). Ms. Tomek holds a Bachelor’s degree in Aerospace Engineering from Auburn University in Auburn, AL, and a Master’s degree in Aeronautical and Mechanical Engineering from the George Washington University in Washington D.C.  Learn More about OSAM  https://www.youtube.com/watch?v=xP4_Q7iIlb0 NASA Technologies https://www.nasa.gov/topics/technology/index.html NASA Mars Perseverance Mission: https://www.nasa.gov/perseverance/overview

Norah started photography in high school, from a camera her father gave her. By playing around with her camera and just shooting pictures, she fell in love with photography. Then she went to school to study imaging and photographic technology. After several NASA summer internships and lots of networking, Norah was brought on at NASA Johnson Space Center as a Science Photographer. You can see her talented work, along with her colleagues at www.images.nasa.gov Norah got her first NASA internship at the NASA Langley Research Center, working on videos and interviews for several projects.  Discovering the archives at Langley had the most incredible things- flags, scuba gear! Then Norah got a contact at NASA Ames Research Center for her next internship, and learned how to photograph lasers with mirrors and light source. A brave application later to Johnson Space Center for a full-time photographer position landed her the job that allows her to see everything that happens within the entire center!  Every day’s assignment is different at NASA JSC- you never know what’s next, so there’s lots of fun to be had and lots to learn. Norah set up a baseball field shoot to test the Artemis space suits’ movement capabilities! You can see the baseball shot at www.Images.NASA.gov. “I was taking all of the art classes and I was missing science. I didn’t feel challenged the way I wanted to be challenged, so I went to a panel of graduates from all of the photo degrees, and discovered a NASA photographer who talked about his work and the idea of working for NASA was something that got in my brain and that was it for me. I applied to every internship I could!”   “My all-time favorite assignment I got to do it train/ camp with the new astronaut class when they did their required geology studies for a week and I got to camp with them and learn, too!...I set up my camera and got to shoot time-lapse photos of the stars every night. They are called star trails. One of the astronauts that came along was Don Pettit, and we got to talk about star trails from the space station that he saw, and the star trails I was shooting from the Earth from the dessert. It was really cool.” “There were a lot of qualified candidates to choose from when I applied for my position. I asked the person who hired me what shoot out to select me. He said it was my passion and excitement for NASA that allowed me to be selected.”   What’s next for Norah? Shooting high-speed photography from simulations and tests that need images from some pretty fast photos (think launches, tests and planned explosions)!    Some advice from up and coming artists who may want to work for NASA from Norah:  “There are so many creative opportunities needed here at NASA, like lighting, audio engineers, videographers, producers, it’s not just scientists and engineers. Apply for EVERYTHING, it does not matter if you have all the qualifications. And wherever you are, network. It’s what got me here. Always be open to talking to people about what you love.”  

NASA EDGE takes a close look at NASA Langley Research Center’s development of Navigation Doppler Lidar (NDL) to provide accurate, surface-relative altitude and vector velocity data to make sure NASA can land spacecraft safely on the Moon and any surface.

NASA EDGE takes a close look at NASA Langley Research Center’s development of Navigation Doppler Lidar (NDL) to provide accurate, surface-relative altitude and vector velocity data to make sure NASA can land spacecraft safely on the Moon and any surface.

Hannah Halliday works at NASA measuring air pollution and greenhouse gasses. She got her masters and PhD from Penn State in atmospheric science, after starting college at Western Washington University majoring in chemistry. She has worked at the NASA Langley Research Center in Hampton VA as a postdoc for the past three years, and is transferring to the Environmental Protection Agency (EPA) in Durham, NC later this month to continue her atmospheric chemistry and air quality work.

Today Mitchell explores the subject of saltwater plants as the planet's future food source.  From the view of personal and planetary health, intelligent use of natural resources and sustainability, this is a critical step society needs to take more robustly to secure efficient food security for 7 billion + people. To discuss this is expert Dennis M. Bushnell.  Dennis is a NASA scientist and lecturer. As chief scientist at NASA Langley Research Center, he is responsible for technical oversight and advanced program formulation. His work is focused mainly on new approaches to environmental issues, in particular to climate issues. Bushnell has received numerous awards for his work. Bushnell has promoted research at NASA into LENR (low energy nuclear reactions, or cold fusion). Bushnell obtained his M.E. degree from the University of Connecticut in 1963 and his M.S. degree from the University of Virginia in 1967, both in the field of Mechanical Engineering. Mitchell Rabin is the Founder, President and CEO of A Better World Foundation & Media, with a background in psychology  stress management, acupuncture and social entrepreneurship. He is a counselor, and executive coach, eachl as a means of educating and inspiring clients and students alike to lead others by modeling humane, eco-sensitive and integrity-based values.  He has been a consultant to business leaders and CEOs of green and health-oriented start-ups over the past  25 years. He is an impassioned environmentalist and social entrepreneur using media & business as agents for change. www.abetterworld.tv    www.mitchellrabin.com

Today Mitchell explores the subject of saltwater plants as the planet's future food source.  From the view of personal and planetary health, intelligent use of natural resources and sustainability, this is a critical step society needs to take more robustly to secure efficient food security for 7 billion + people. To discuss this is expert Dennis M. Bushnell.  Dennis is a NASA scientist and lecturer. As chief scientist at NASA Langley Research Center, he is responsible for technical oversight and advanced program formulation. His work is focused mainly on new approaches to environmental issues, in particular to climate issues. Bushnell has received numerous awards for his work. Bushnell has promoted research at NASA into LENR (low energy nuclear reactions, or cold fusion). Bushnell obtained his M.E. degree from the University of Connecticut in 1963 and his M.S. degree from the University of Virginia in 1967, both in the field of Mechanical Engineering. Mitchell Rabin is the Founder, President and CEO of A Better World Foundation & Media, with a background in psychology  stress management, acupuncture and social entrepreneurship. He is a counselor, and executive coach, eachl as a means of educating and inspiring clients and students alike to lead others by modeling humane, eco-sensitive and integrity-based values.  He has been a consultant to business leaders and CEOs of green and health-oriented start-ups over the past  25 years. He is an impassioned environmentalist and social entrepreneur using media & business as agents for change. www.abetterworld.tv    www.mitchellrabin.com --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/abwmitchellrabin/support

Today Mitchell explores the subject of saltwater plants as the planet's future food source.  From the view of personal and planetary health, intelligent use of natural resources and sustainability, this is a critical step society needs to take more robustly to secure efficient food security for 7 billion + people. To discuss this is expert Dennis M. Bushnell.  Dennis is a NASA scientist and lecturer. As chief scientist at NASA Langley Research Center, he is responsible for technical oversight and advanced program formulation. His work is focused mainly on new approaches to environmental issues, in particular to climate issues. Bushnell has received numerous awards for his work. Bushnell has promoted research at NASA into LENR (low energy nuclear reactions, or cold fusion). Bushnell obtained his M.E. degree from the University of Connecticut in 1963 and his M.S. degree from the University of Virginia in 1967, both in the field of Mechanical Engineering. Mitchell Rabin is the Founder, President and CEO of A Better World Foundation & Media, with a background in psychology  stress management, acupuncture and social entrepreneurship. He is a counselor, and executive coach, eachl as a means of educating and inspiring clients and students alike to lead others by modeling humane, eco-sensitive and integrity-based values.  He has been a consultant to business leaders and CEOs of green and health-oriented start-ups over the past  25 years. He is an impassioned environmentalist and social entrepreneur using media & business as agents for change. www.abetterworld.tv    www.mitchellrabin.com

Today on Mission Supercritical we are joined by Catherine Sidman, Vice President of Sales at Cascade Sciences. She talks about her past work designing, developing and manufacturing vacuum and lab ovens for the aerospace markets, including the NASA Langley Research Center and then her transition into the cannabis industry while maintaining their legacy. After 10 years in the laboratory equipment industry, she began pursuing opportunities in the emerging cannabis market. Cathrine has delivered technical laboratory solutions to clients operating primarily within the cannabis industry for six years and introduced professional-grade systems including Welch, Edwards, and Agilent to the industry.As an Equipment Specialist with Cascade Sciences, LLC, she acted as an intermediary between distributors and cannabis clients. By facilitating the introduction of high-quality, laboratory-grade products to the underserved cannabis industry, Cascade provides distributors with all of the benefits of a sales channel in the cannabis industry while insulating them from associated risks. They offer high-quality laboratory drying ovens for engineering and production drying requirements. Vacuum ovens are our specialty - designing automated vacuum drying ovens to dry product quickly, consistently and efficiently.

Today on Mission Supercritical we are joined by Catherine Sidman, Vice President of Sales at Cascade Sciences. She talks about her past work designing, developing and manufacturing vacuum and lab ovens for the aerospace markets, including the NASA Langley Research Center and then her transition into the cannabis industry while maintaining their legacy. After 10 years in the laboratory equipment industry, she began pursuing opportunities in the emerging cannabis market. Cathrine has delivered technical laboratory solutions to clients operating primarily within the cannabis industry for six years and introduced professional-grade systems including Welch, Edwards, and Agilent to the industry.As an Equipment Specialist with Cascade Sciences, LLC, she acted as an intermediary between distributors and cannabis clients. By facilitating the introduction of high-quality, laboratory-grade products to the underserved cannabis industry, Cascade provides distributors with all of the benefits of a sales channel in the cannabis industry while insulating them from associated risks. They offer high-quality laboratory drying ovens for engineering and production drying requirements. Vacuum ovens are our specialty - designing automated vacuum drying ovens to dry product quickly, consistently and efficiently.

People joke that they 'laughed so hard they peed their pants.' However, this is a real problem called stress incontinence—a symptom of pelvic floor dysfunction. The pelvic floor is a complex group of muscles, fascia and connective tissues at the base of your spine that is crucial for bladder control, posture, sexual function, and the health of many vital organs.  So what's the problem? Maybe you gave birth to two kids and never resumed your pre-kid exercise routine. Maybe you are 45 years old and haven't done a proper squat since you lifted weights with your buddies in college. For dozens of reasons, modern lifestyles lead to atrophy of the pelvic floor that can manifest overtime into very serious health issues. On the flip side, a strong, toned pelvic floor will help your posture, sexual performance, spinal health, and bladder control. In yoga, you'll feel the difference in almost every pose, and in your everyday life, you'll notice changes throughout the day. On this week's Yoga Talk Show, you'll meet a kinesiologists who will help demystify this often overlooked region of the body. ------------ Listen & Learn: What the pelvic floor is and why it is important to both women and men Why incontinence and prolapse are huge (and growing) problems Why posture starts at the base of the spine How to strengthen and tone your pelvic floor with daily, 10-minute exercises ABOUT OUR GUEST Adrianne has a degree in kinesiology, with an emphasis on exercise science. She has certifications in Pilates, yoga, the Yoga Trapeze, Zenga, and Barre, among others, and specializes in spinal conditions, pelvic floor issues, and fascial tissue. She served as the fitness specialist at the NASA Langley Research Center and currently runs an eating disorder center in California. Nutritional Tip of the Week: Palm Oil Links & References from the Show: Adrianne's Site Got Questions? Send me a voicemail here: Ask Lucas a Question Or write to us: podcast@yogabody.com  Like the Show? Leave us a Review on iTunes Thanks to our sponsor: Four Sigmatic - makes delicious Mushroom Superfood Blends and Mushroom Elixirs. Four Sigmatic believes in the real magic of functional mushrooms like Reishi, Chaga, Cordyceps, and Lion's Mane, as well as other superfoods and adaptogens like rhodiola, eleuthero, and schisandra to help us live healthier, more enhanced lives. Visit: FOUR SIGMATIC and use coupon code "yogabody" for 15% off your order. Learn More

This week we hear from University of North Texas System Chancellor Lesa Roe who came to UNT Dallas last October from NASA. Chancellor Roe served as first woman Director of NASA Langley Research Center, Manager of the International Space Station (ISS) Research Program at the Johnson Space Center, and worked on 36 Space Shuttle and ISS missions in various leadership roles. Chancellor Roe was Acting Deputy when she left the agency.This week's episode was recorded at the UNT System Studios by UNT System Marketing team. It was edited and produced by C3 Films.University of North Texas System - untsystem.eduChancellor's Scholarship - untsystem.edu/shcolarshipDeconstructing Dallas theme and music by Bensound.com

Terry Morris, Ph.D, is a systems engineer at NASA Langley Research Center. His resume is impressive, serving as the Lead for Integrated Hazards Analysis within the Safety Critical Avionics Systems Branch at NASA. He has also conducted dynamic research for space station robotics, independent assessment of space shuttle software and served as a decision expert on New York City's safety-critical subway system, just to name a few of his accomplishments. He received a bachelors degree in electrical engineering at Mississippi State University; a masters degree in electrical engineering at ODU; a Ph.D in systems engineering at UVA, and a George M. Low Fellowship at MIT, along with other certifications from the Brookings Institute and MIT. These are monumental accomplishments - but wait until you hear the back story! On the next Another View Dr. Morris shares his life story, including homelessness and estrangement from his family and how he refused to let life circumstances hold him down! Be prepared to be inspired on the next Another View, Friday, December 1 at noon on 89.5 WHRV-FM or stream us live on this blog!

"If you're trying to put these structures into orbit, every gram counts. Not just every pound but every gram...So you are making structures that are operating at their margins." --- Dr Chauncey Wu, NASA Langley Research Center Today's conversation features Dr Chauncey Wu, who is a research engineer at NASA Langley Research Center in Hampton, Virginia. Chauncey has worked at NASA for more than 30 years, predominantly in the field of structural mechanics, and has been responsible for designing and testing a number of space structures that have been launched into space. Some examples of his work include structural analyses on the LITE telescope that was launched into space in 1994, as well as the optimisation of rocket propellant tank structures, and conceptual design studies of lunar lander vehicles and habitat structures for the colonisation of the Moon. In this wide-ranging conversation, we discuss: Chauncey’s path to NASA as an undergraduate student The history of NASA and the cultural shift compared to its predecessor, the NACA The reason why rocket science is so hard Chauncey’s recent research on a new type of lightweight composite material: tow-steered composites, which could be a game-changer for rocket booster designs And much, much more Please enjoy this wide ranging conversation with Dr Chauncey Wu! If you enjoy the Aerospace Engineering Podcast you can support it by leaving a review on iTunes or by becoming a patron. What have you learned from this episode? Let me know on Twitter by clicking here. Selected Links from the Episode NASA Langley Research Center NASA Glenn, NASA Goddard, NASA Ames and NASA Marshall NASA co-op program The NACA (predecessor to NASA) Bob Gilruth, Chris Kraft Collier Trophy Low-Drag Cowling and Fred Weick John Stack, Larry Bell, Chuck Yaeger and the X-1 Slotted-wall wind tunnel Richard Whitcomb, the Area Rule and the Supercritical Airfoil Science Office for Mission Assessments The safety factor The history of rocketry and a primer on rocket science and lightweight design Tow-steered composites (some further NASA research here and here) ISAAC Imperfection sensitivity of cylinders (the introduction of this paper conveys the message) Video of collapsing soda can and "scientific" crush test NASA Shell Buckling Knockdown Factor (video)  

Partnering with commercial aerospace companies, NASA Langley Research Center will continue the agency’s development of Quiet Supersonic Technology.

In the early 1970s, engineers at NASA Langley Research Center literally wrote the playbook for Mars missions.

NASA Langley Research Center’s Peter Coen (Commercial Supersonic Technology Program Manager) and David Richwine (Quiet Supersonic Technology Project Manager) explain how advances in design could help reduce the impact of sonic booms and promote supersonic flight over land.

NASA Langley Research Center’s Peter Coen (Commercial Supersonic Technology Program Manager) and David Richwine (Quiet Supersonic Technology Project Manager) explain how advances in design could help reduce the impact of sonic booms and promote supersonic flight over land.

NASA EDGE webcasts live in front the of the Flight Mission Support Center (FMSC) at NASA Langley Research Center as the SAGE III Team monitors the final stages of installation on the International Space Station.

NASA EDGE webcasts live in front the of the Flight Mission Support Center (FMSC) at NASA Langley Research Center as the SAGE III Team monitors the final stages of installation on the International Space Station.

When America’s first astronauts arrived at NASA Langley Research Center in the spring of 1959, they knew they were about to make history.

In March 1941, engineers at what is now NASA Langley Research Center began operating a unique wind tunnel that would test more than 600 projects to date.

Drivers are familiar with grooved highway surfaces, but you might not realize that those grooves began at NASA Langley Research Center.

With Safe2Ditch, a drone decision-making system designed at NASA Langley Research Center, everyday users could reap the benefits of drone technology.

Scientists and engineers are joining forces at NASA Langley Research Center in Hampton, Virginia, to monitor the weather– and they’re doing it with satellite images.

David talks with Frank Jones, Deputy Director, Research Services Directorate at NASA Langley Research Center. David Vanderhoof (L) and Frank Jones (R) Frank Jones describes how sense and avoid algorithms based on ADS-B have been researched using the specially instrumented NASA Cirrus SR-22 as a surrogate drone. NASA and the other research partners conducted a number of flight tests to try and tried to break the algorithms with “blunder maneuvers” and observed how the software performed. The SR-22 also participated in the project with Virginia Tech, Flirtey, and others to deliver medical supplies by drone. The SR-22 carrying the supplies was flown remotely to an airport; the package was transferred to the Flirtey quadcopter, which then made the “last-mile” delivery. Currently, an urban test environment is being created at NASA Langley where sUAS could be flown routinely across the campus using them operationally to deliver mail and packages, conduct building inspections, and perform other tasks. Find NASA Langley Research Center on Twitter as @NASA_Langley. We'd like to thank Kathy Barnstoff and Bill Baley for arranging the NASA Langley interviews.  

Dr. Danette Allen from NASA Langley Research Center's Autonomy Incubator describes projects that will advance autonomous technology for unmanned aircraft. Guest Dr. Danette Allen is the NASA Senior Technologist for Intelligent Flight Control System and the Head of the Autonomy Incubator at NASA Langley Research Center (LaRC). She is responsible for setting the strategic vision, transforming the workforce, and building systems to realize the promise of autonomy and robotics in enabling new missions in space, aeronautics, and science. Dr. Allen provides subject matter expertise on several DoD autonomy programs including ONR AACUS, DARPA CODE, and DARPA ALIAS. In this episode, Dr. Allen talks about the democratization of the airspace, and she explains the process by which NASA flies UAS at Langley, which is adjacent to active Air Force operations. Dr. Allen also describes an earth science delivery demonstration that is coming up. There, a payload sensor will be placed autonomously in a difficult-to-access location, where it can collect data. Later, the sensor is retrieved and returned to the scientist. Dr. Allen is also investigating an autonomous Mars explorer and the concept of “trusted autonomy.” Prior to her current position, Dr. Allen served as the Research Team Lead for Human-System Integration (HSI) and ATM Concepts in Crew Systems and Aviation Operations. She also served as Mission Manager in the Earth Science Systems Pathfinder (ESSP) Program Office as well as Head of the Mission Simulation Lab (MiSL) and the Integrated Design Center. Dr. Allen began her NASA career in the design, development and operation of spaceflight missions including Lidar In-Space Technology Experiment (LITE) on STS-64, Measurement of Air Pollution from Satellites (MAPS) on Mir, and Stratospheric Aerosol and Gas Experiment (SAGE) III on ISS. Dr. Allen received her Bachelor's degrees in Electrical Engineering and Computer Engineering from North Carolina State University, MBA from Manchester University (UK), Master's Degree in Computer Engineering from Old Dominion University, and her Master's and Doctoral Degrees in Computer Science from UNC Chapel Hill. She is the recipient of several NASA awards including the NASA astronauts' “Silver Snoopy” award for achievements related to human flight safety and mission success as well as the NASA "Systems Engineering Excellence Award" medal. Follow Dr. Allen on Twitter @DrDanetteAllen

NASA EDGE provides live coverage of the Radiation Dosimetry Experiment (RaD-X) launch from NASA Langley Research Center and the Columbia Scientific Balloon Facility in Fort Sumner, NM.

People with backgrounds in engineering, science, and other technical disciplines form a unique team at NASA Langley Research Center.

NASA EDGE provides live coverage of the Radiation Dosimetry Experiment (RaD-X) launch from NASA Langley Research Center and the Columbia Scientific Balloon Facility in Fort Sumner, NM.

Thermal imaging can reveal flaws that are undetectable by the human eye

Brad Ball, GIS team leader at NASA Langley Research Center, discusses the use of GIS for managing facilities at NASA Langley.

Dr. Dennis Bushnell, Chief Scientist at NASA Langley Research Center, joins us to discuss the scientific and technical challenges faced […] The post Dennis Bushnell on Space Exploration appeared first on American Antigravity.

Some say, the future "ain't what it used to be." A new poll from the Pew Research Center asked Americans what they expect life to be like in the year 2050. Its findings: the public sees a future full of promise and peril. We'll talk the Pew Center's director of survey research, Scott Keeter and reknown futurist and visionary Dr. Dennis M. Bushnell, Chief Scientist at NASA Langley Research Center in Hampton.

The assurance of network security is dependent not only on the protocols but also on polices that determine the functional behavior of network security devices. Network security devices such as Firewalls, IPSec gateways, IDS/IPS operate based on locally configured access control policies. However, the complexity of managing security polices, particularly in enterprise networks, poses many challenges for deploying effective security. For example, security policies are usually configured in isolation from each other, even though they are not necessarily independent as they interact with each other to form the global security policy. As a result of such ad-hoc management, policy inconsistencies and network vulnerability are created. In addition security policy might grow in size causing a significant performance overhead in security devices. A major performance gain can be achieved if policies can be dynamic optimized to adapt to traffic properties (called traffic-aware policy optimization). This talk will explain these challenges and present the recent research results in the area of automated verification, and optimization of network security polices. About the speaker: Ehab Al-Shaer is an Associate Professor and the Director of Multimedia Networking Research Lab (MNLAB)in the School of Computer Science, Telecommunications and Information System at DePaul University. He received his Ph.D. in CS from Old Dominion University, M.S. in CS from Northeastern University, and B.Sc. in CompEng from KFUPM in 1998, 1994, and 1990 respectively. His primary research areas are Network Security, Internet monitoring, fault management, and multimedia protocols. Prof. Al-Shaer has many refereed journal and conferences publications in his area. He is a Co-Editor of number of books in the area of multimedia management and Monitoring Internet Monitoring. Prof. Al-Shaer is currently the program co-chair for IM'07, the primer conference in network management. He was also the Conference Program Co-chair for MMNS'01, E2EMON'03-06. He also served as steering committee member, TPC member, guest speaker, panelist, tutorial presenter, for many IEEE/ACM conferences and industry seminars. Prof. Al-Shaer was a Guest Editor for many journals. He received a fellowship award from NASA Langley Research Center in 1997. His research is sponsored in part by NSF, Cisco, Intel, Sun Microsystems, Aramco and Aprisma.