Podcasts about Geotechnical engineering

Join host Jen Josey on the Real Estate Investor Growth Network podcast as she dives deep into the crucial role of geotechnical and forensic engineering with expert Mike Simpson. Learn about why every badass investor should introduce themselves to neighbors, strategies for reducing renovation complaints, and the importance of building goodwill in the community. Mike shares insights from his extensive career, including his work in disaster relief for FEMA, the types of settlements, and real-world examples of working with homeowners and investors. Equip yourself with essential knowledge on identifying structural issues, the impact of water on properties, and when to call an engineer. Don't miss out on this invaluable advice for safeguarding your real estate investments!   00:00 Introduction to REIGN 01:01 Today's Badass Topic: Meeting the Neighbors 03:15 Interview with Mike Simpson: Engineering Insights 04:34 Mike Simpson's Career Journey 05:00 Understanding Geotechnical Engineering 15:14 Real-World Engineering Challenges 22:40 Bad News Doesn't Get Better with Time 22:56 Identifying Structural Issues in Real Estate 24:21 When to Call a Geotechnical Engineer 24:47 Understanding Cracks and Settlement 26:00 Advice for New Real Estate Investors 27:07 Garage Slab Cracks and Repairs 28:49 Fixing Major Cracks in Concrete 30:28 Engineering Advice and Mentorship 31:52 Personal and Professional Aspirations 32:02 The BADASS Acronym Explained 38:59 Daily Habits for Success 39:53 Defining Success and Final Thoughts   Michael R. Simpson, MBA, PE, is a distinguished Civil/Geotechnical Engineer with over 30 years of experience, specializing in forensic and geotechnical engineering, with a focus on residential home foundations. As a founder of Desert Foundation Forensic Engineering, he applies his extensive expertise to deliver expert witness testimony and forensic evaluations, helping homeowners address foundation failures and home movement with cost-effective, tailored solutions. A registered Professional Engineer since 1997, Michael has spearheaded multimillion-dollar projects, including leadership roles in designing geotechnical remedies for complex foundation and retaining wall challenges. His federal tenure includes serving as FEMA's Infrastructure Branch Directorate Chief in Puerto Rico (2018-2021), where he provided geotechnical guidance for billion-dollar disaster recovery efforts, and earlier contributions to post-Hurricane Katrina infrastructure rebuilding in New Orleans. Renowned for his proficiency in soil engineering, deep foundation design, and expansive soil remediation, Michael drives resilient, data-informed solutions for clients.  Social Media Links: LinkedIn:  Michael Simpson https://www.linkedin.com/in/michael-simpson-734298251/    Desert Foundation Forensic Engineering: https://www.linkedin.com/company/desert-foundation-forensic-engineering/   Website: https://www.desert-foundation.com/   To learn more about Jen Josey, visit www.TheRealJenJosey.com To join REIGN, visit www.REIGNmastermind.com Stuff Jen Josey Loves: https://www.reignmastermind.com/resources Buy Jen Josey's Book: From Beginner to Badass: https://a.co/d/bstKlby

In this episode of The Ground Investigation Podcast, Michael Taylor interviews Louis Schulte, a senior geotechnical engineer, discussing his extensive experience in the field of geotechnical engineering. They explore the importance of field experience, the innovative design-build model in Ohio, challenges faced in shale plays, the significance of instrumentation, and the need for local expertise. Louis emphasizes the importance of mentoring young engineers and the necessity of practical knowledge in the field. The discussion concludes with insights on overcoming engineering myths and the importance of simplicity in engineering solutions. Key Topics Discussed ✅Field experience is invaluable for engineers. ✅Ohio's design-build model fosters innovation and collaboration. ✅Local knowledge is crucial in geotechnical projects. ✅Instrumentation helps verify engineering work effectively. ✅Overcomplication in engineering can lead to misunderstandings. ✅Mentoring young engineers is essential for their growth. ✅Practical knowledge often trumps theoretical knowledge. ✅Technology should be right-sized for the job at hand. ✅Simple plans are often more effective than complex designs. ✅The engineering field needs to focus on practical solutions Memorable Quotes from Louis Schulte

Kai-Julian Hendler is a geotechnical consulting engineer at Boley Geotechnik in Munich, Germany. He holds a master's degree in Civil Engineering, with a specialization in geotechnical engineering from the University of Lisbon. Over the past 8 years working at Boley Geotechnik, he has been a site engineer on port construction projects in South Africa, Guinea, and Australia. In his current role, he focuses on the geotechnical challenges of infrastructure projects for railways, metros, and roads.Christoph Verschaffel-Drefke is a Geotechnical Engineering and Hydrology Coordinator for Transnet BW, a transmission systems operator in Germany. After getting his degree in Geoscience Engineering, he worked on several research projects based around the heat dissipation of underground cables. During his 6 years working at TransnetBW, he has overseen projects relating to thermal soil investigation, thermal dimensioning, bedding materials of cables, and heat emissions.

(Available only in French) Can our critical infrastructure withstand the effects of climate change? Pooneh Maghoul and her research team are working to make our bridges, roads and other critical infrastructures more resistant to climate change and extreme environments on Earth and in space.  She founded the Sustainable Infrastructure and Geoengineering Lab at Polytechnique Montréal. In this podcast, she explains the complexities of permafrost engineering and shares the most important lesson life has taught her. Some of the additional content for this podcast is only available in French. Read Pooneh Maghoul's biography on the Polytechnique Montréal website; Read the La Presse article: Du permélisol... jusqu'à la Lune! Read the blog post from the school of engineering at Polytechnique Montréal: An earthworm robot ... for the Moon!; Awards and honours: Winner of the prestigious ISSMGE (International Society for Soil Mechanics and Geotechnical Engineering) award; Recognized by the Canadian Geotechnical Society

Learn about the causes of debris flows and proactive measures to prevent them in this geotechnical engineering podcast episode. From climate change to geological factors, we'll discuss the science behind debris flows and how to mitigate their impact on communities. Tune in to learn more about this important geohazard and how geotechnical engineers work to keep us safe. In this episode of The Ground Investigation Podcast, Michael Taylor interviews Joseph McElhany to discuss the challenges and advancements in geotechnical engineering, particularly in the context of post-wildfire debris flows and the importance of proactive measures in mitigating geohazards. They explore misconceptions about debris flows, the role of soil investigations in project budgeting, and the need for innovative materials and methods to adapt to changing environmental conditions. In this conversation, Joseph McElhany discusses various aspects of geotechnical engineering, focusing on innovations in corrosion protection, the need for more research in geo hazards, and the importance of learning from failures in projects. He emphasizes the significance of communication among engineers and the potential role of AI in predicting geo hazards. The discussion also highlights common mistakes in geotechnical design and the necessity for engineers to understand geology better. Key Topics Discussed ✅Post-wildfire debris flows are becoming more common and require proactive mitigation. ✅Many people underestimate the likelihood and impact of debris flows after wildfires. ✅California has teams of engineers and geologists assessing post-wildfire risks. ✅Risk assessment prioritizes human life and critical infrastructure in debris flow mitigation. ✅Innovative monitoring systems can enhance early warning for debris flows. ✅Soil investigations are crucial to avoid unexpected project costs. ✅Contractors are increasingly recognizing the importance of ground investigations. ✅Historical data on past debris flows can inform current construction practices. ✅Designing infrastructure for extreme weather is becoming a priority. ✅Corrosion resistance in materials is essential for longevity in harsh environments. Stainless  steel is costly but effective for corrosion protection. ✅New designs for debris flow barriers can reduce environmental impact. ✅There is a lack of research on geo hazards compared to earthquake engineering. ✅Publications and presentations are crucial for raising awareness in the field. ✅AI could enhance data awareness and monitoring in geo hazards. ✅Learning about geology is essential for civil and geotechnical engineers. ✅Failures in projects can lead to significant improvements in design. ✅Peer reviews can help validate engineering designs and decisions. ✅Understanding the relationship between drillers and engineers is vital for project success. Memorable Quotes from Joseph McElhany

In this episode of The Ground Investigation Podcast, Michael Taylor interviews Dr. Santiago Caballero who shares his journey in geotechnical engineering, discussing his career path, significant projects like the LAX People Mover, and the unique challenges faced in different regions. He emphasizes the importance of communication, teamwork, and innovative solutions in overcoming geotechnical challenges, particularly in seismic areas. The conversation also highlights the critical role of pilot testing in ensuring project success and the lessons learned that can be applied to future work. In this conversation, Santiago Caballero discusses the complexities of geotechnical engineering, particularly in high-profile projects like Sofi Stadium and the LAX PeopleMover. He emphasizes the importance of understanding structural behavior, innovative solutions for seismic safety, and the balance between risk and cost. Santiago also shares insights on regional geotechnical conditions, career advice for aspiring engineers, and his passion for teaching, highlighting the need to connect real-world experiences with academic concepts. Key Topics Discussed ✅Santiago's journey into geotechnical engineering began with a project on liquefaction. ✅Geotechnical challenges vary significantly across regions due to available equipment and methods. ✅Seismic considerations are vital when working near existing structures. ✅Pilot testing can provide critical data for foundation design and project approval. ✅Design codes may not always be accurate; engineering judgment is essential. ✅Innovative solutions can arise from understanding project-specific challenges. ✅Sofi Stadium faced significant geotechnical challenges due to its location. ✅Balancing risk and cost is essential in high-profile projects. ✅Regional geotechnical conditions greatly impact project execution. ✅Teaching allows for sharing real-world experiences with students. Memorable Quotes from Santiago Caballero

In this episode, I talk with Deborah Tusingwire, founder of ORESOIL, about how geotechnical engineering content creation has shaped her career, the challenges of sharing technical knowledge, and why engineers should use it to grow their influence and impact. ***The video version of this episode can be viewed here.*** Engineering Quotes: Here Are Some of the […] The post Geotechnical Engineering Content Creation: Why Engineers MUST Share Their Expertise Online – Ep 121 appeared first on Engineering Management Institute.

In this episode of the Structure Talk podcast, Reuben Saltzman and Tessa Murry welcome Michael Simpson, a geotechnical engineer, who shares insights into forensic engineering, the impact of water management on foundations, and the differences between serviceability and safety in structural integrity. The conversation emphasizes the need for proper assessment and management of foundation problems, particularly in residential settings. Michael discusses the complexities of foundation settlement and movement, highlighting the importance of understanding soil types and their impact on construction. He explains the phases of movement after construction, the significance of monitoring foundation issues over time, and the various tools and techniques used for assessment. They also cover common repair solutions, the need for tailored approaches in foundation repair, and the potential impact of neighboring construction on a home's foundation.You can contact Michael through mrsimpson45@yahoo.com.TakeawaysTessa shares her hybrid living situation between Florida and Minnesota.Reuben discusses the challenges of recording podcasts while traveling.Michael explains the role of geotechnical engineers in assessing foundation issues.Forensic engineering focuses on existing structures with damage to determine causes.Water management is crucial in preventing foundation problems.Trees can affect soil moisture and contribute to foundation issues.Settlement is a normal process in homes, but monitoring is essential.Homeowners should document cracks to assess movement over time.Serviceability issues often arise from cosmetic cracks rather than structural failures.Proper assessment can prevent unnecessary repairs and costs.  Soil type significantly affects foundation settlement.Settlement can occur immediately or over several years.Monitoring foundation movement is crucial for accurate assessment.Multiple readings over time provide better insights into movement.Common repairs include piers, compaction grouting, and stem wall repairs.Tailored solutions are necessary for effective foundation repair.Neighboring construction can impact foundation stability.Understanding soil maps can aid in assessing risks.Regular maintenance can prevent costly repairs.Communication with homeowners is key to managing concerns.Chapters00:00 Welcome Back and Life Updates02:55 Introduction to Geotechnical Engineering05:53 Understanding Forensic Engineering08:55 Foundation Types and Issues11:48 The Role of Water Management15:06 Identifying Foundation Problems17:50 Serviceability vs. Safety in Foundations28:16 Understanding Soil Settlement and Movement30:52 Identifying Extreme Foundation Issues32:57 Monitoring Foundation Movement Over Time34:18 Evaluating Foundation Damage and Repair Options37:48 Tools and Techniques for Foundation Assessment39:50 Common Foundation Repair Solutions44:48 The Importance of Tailored Solutions in Foundation Repair50:11 Addressing Neighboring Construction Concerns

In this episode of The Ground Investigation Podcast, Michael Taylor sits down with Dr. Ed Medley, a geological engineer, researcher, and storyteller with a 45-year career spanning mineral exploration, litigation, consulting, and academia. Known for his work on BIMROCKS (Block-In-Matrix Rocks), Ed shares some of the most unexpected, humorous, and insightful moments from his global career—including mapping toilet paper at a major San Francisco sinkhole failure. Beyond the stories, Ed offers hard-earned wisdom on resilience, curiosity, and the ever-evolving geotechnical industry. Whether you're an engineer, student, or just love a good geotechnical adventure, this episode is packed with insights. What You'll Learn in This Episode: The Wild Journey of Ed Medley

Picture this: you're 50 years into your career, have done all types of work all over the world, have your Master's, a PhD, and the CEng. Time to hang up your boots, right?

Having second thoughts about going for a career in Geotech?

In this episode, I talk with Kow Eshun, PE, PMP, vice president at Civil & Environmental Consultants, Inc., about how being a successful leader involves balancing the technical demands of geotechnical engineering with leadership and project management responsibilities to achieve successful project outcomes. ***The video version of this episode can be viewed here.*** Engineering Quotes: Here […] The post Top Qualities of a Successful Leader in Geotechnical Engineering – Ep 115 appeared first on Engineering Management Institute.

Geotech engineer Diane Moug is an authority on microbially induced desaturation, known as “MID.” This technique, developed at Arizona State University, prevents soils from liquefying in an earthquake. Moug describes how microbes desaturate soils, the benefits of the process, and her own, ongoing experiments underway in the Pacific Northwest. These include a site in Oregon's Critical Energy Infrastructure hub – which is dangerously situated on liquefiable soil.

Dam failures are frightening, and they can become disasters. Just how common – or uncommon – are the failures of dams in the U.S.? What are the contributing factors and are there ways we mitigate them? To learn the facts about dam failures, we talk with John Roche, who is Chief of the Dam Safety Permits Division of the Maryland Department of the Environment. John's work on dams includes emergency preparedness and response, public safety strategy, policy development, hydrology and hydraulics, and natural resources management. John earned his BS in Civil Engineering and MS in Geotechnical Engineering from University of New Hampshire. He's a registered Professional Engineer in multiple states and is currently Secretary and Board Member of the Association of State Dam Safety Officials.

Getting involved in professional services can be a game-changer for your career. It opens the door to exciting new opportunities, helps you sharpen your skills, and boosts your professional reputation. By engaging with these activities, you build valuable connections and position yourself for long-term success in your field. The post The Impact of Professional Services in Geotechnical Engineering – Ep 109 appeared first on Engineering Management Institute.

In this episode, we talk with Kristin M. Sample-Lord, Ph.D., P.E., associate professor and assistant department chair at Villanova University, about the importance of professional services. She explains how getting involved in these activities can create new opportunities, enhance your skills, and boost your professional reputation. ***The video version of this episode can be viewed […] The post TGEP 109: The Impact of Professional Services in Geotechnical Engineering appeared first on Engineering Management Institute.

Struggling with the geotechnical engineering talent gap? Uncover game-changing solutions that can help you stay ahead and drive the industry's future forward. The post The Challenges of Entering Into the Competitive Geotechnical Engineering Industry – EP 108 appeared first on Engineering Management Institute.

In this episode, I speak with Frank DiSalvo, P.E., the dynamic regional manager of American Pile and Foundation, LLC, about the ongoing talent shortage in the geotechnical engineering industry and explore his innovative solutions to address this pressing challenge. ***The video version of this episode can be viewed here.*** Engineering Quotes: Here Are Some of […] The post TGEP 108: The Challenges of Entering Into the Competitive Geotechnical Engineering Industry appeared first on Engineering Management Institute.

In this episode, I discuss the best Master’s programs in geotechnical engineering worldwide. From earthquake-resistant designs in Japan to sustainable projects in the Netherlands, I highlight the top Master’s program options for advancing your career. Whether you’re a student or a pro, join me for an exciting look at global opportunities in geotechnical engineering. ***The […] The post TGEP 106: Choosing the Best Master’s Program in Geotechnical Engineering appeared first on Engineering Management Institute.

UC Davis professor Alejandro Martínez is moving his bio-inspired snakeskin piles into industry practice. The novel pile-surface employs “frictional directionality” characteristic of snakeskin. Field trials provided better than expected results, and Martínez is now working to get his new design into the hands of practicing geotechnical engineers. Much of his NSF-supported research took place at the NHERI at UC Davis Center for Geotechnical Modeling; the project is part of the NSF-funded Engineering Research Center, the Center for Bio-mediated and Bio-inspired Geotechnics, CBBG, at Arizona State University. Background info on Martínez's snakeskin-inspired piles: https://www.designsafe-ci.org/community/news/2022/august/piles-inspired-snakeskin/ Learn more about the NSF-funded Engineering Research Center (ERC) called the Center for Bio-mediated and Bio-inspired Geotechnics, CBBG, based at Arizona State University https://cbbg.engineering.asu.edu/ Engineering researchers use centrifugal force to study natural hazards at the NHERI at UC Davis Center for Geotechnical Modeling facility: https://www.youtube.com/watch?v=DlLTdPaOUFk Read up on Professor Martínez's research at UC Davis: https://faculty.engineering.ucdavis.edu/martinez/ Follow Alejandro Martínez on X: @MartVAlejandro Follow the NHERI Center for Geotechnical Modeling on Facebook: https://www.facebook.com/people/Center-for-Geotechnical-Modeling/10006311110707

UC Davis professor Alejandro Martínez explains how biogeotechnical engineers leverage solutions from lifeforms like worms, trees, and bacteria. It starts with fundamental, cross-disciplinary work with biologists. Then, at the UC Davis Center for Geotechnical Modeling (CGM), centrifuge tests fill an important gap between laboratory ideas and full-scale field tests. For instance, by replicating ground stress and increased gravity in a centrifuge, geotechs can model and test designs at greater soil depths and across soil types. The NHERI CGM facility functions as a testbed for the NSF-funded Engineering Research Center (ERC) called the Center for Bio-mediated and Bio-inspired Geotechnics, CBBG, based at Arizona State University. Read up on Professor Martínez's research at UC Davis: https://faculty.engineering.ucdavis.edu/martinez/ Follow Alejandro Martínez on X: @MartVAlejandro Background info on Martínez's snakeskin-inspired piles: https://www.designsafe-ci.org/community/news/2022/august/piles-inspired-snakeskin/ Using centrifugal force to study natural hazards at the NHERI at UC Davis Center for Geotechnical Modeling:https://www.youtube.com/watch?v=DlLTdPaOUFk Follow the Center for Geotechnical Modeling on Facebook: https://www.facebook.com/people/Center-for-Geotechnical-Modeling/100063111107077/ Questions about NHERI or NHERI extreme events research? Contact us: nheri.communications@gmail.com

In this episode, I talk with T. Matthew Evans, Ph.D., a professor at Oregon State University, about the influence of geotechnical engineering on everyday life and its future advancements with technology. Dr. Evans shares insights from his research on soil stability across various conditions and underscores the practical application of physics in geotechnical engineering. He […] The post TGEP 101: Unveiling the Secrets of Physics in Geotechnical Engineering appeared first on Engineering Management Institute.

The Foundation of Site Investigations: Insights from Down Under with Hamish Henderson" In this engaging episode of our podcast, we sit down with Hamish Henderson, an experienced geotechnical engineer from Australia, to discuss the nuances and critical aspects of geotechnical site investigations. Hamish shares his deep knowledge about the AS1726 standard, the backbone of geotechnical investigations in Australia, and walks us through the key steps and methodologies that define successful fieldwork in the discipline. Whether you're a seasoned engineer or just curious about the world beneath our feet, this episode offers invaluable insights into the complexities of geotechnical engineering. What You Will Learn: Understanding AS1726: Hamish breaks down the 2017 updates to Australia's geotechnical site investigation standard and its impact on the field. Key Steps in Ground Investigations: From pre-investigation data collection to planning and executing site walkovers, learn about the processes that ensure successful site investigations. Technology in Geotechnical Engineering: Discover how technologies like geological modeling software and drones are revolutionizing site investigations. The Human Element: Hamish discusses the importance of experience and judgment in the field, especially in remote and challenging environments. Featured Guest: Hamish Henderson With years of experience in both consultancy and mining sectors, Hamish brings a wealth of knowledge and firsthand insights into the world of geotechnical engineering. His expertise spans across critical infrastructure projects and innovative geotechnical practices. Timestamps: [01:30] Introduction to Hamish Henderson and the topic of geotechnical site investigations [01:46] Overview of AS1726 and its significance in Australia [04:09] Discussing the key steps in effective ground investigations [10:33] The role of advanced technology in geotechnical engineering [15:10] How drone technology is changing the landscape of site investigations [22:23] Challenges and considerations in coastal and remote site investigations [32:49] Environmental and safety considerations in current geotechnical practices [42:36] The value of hands-on training and mentorship in geotechnical careers   Subscribe to the show to join our host, Michael Taylor, as he continues to explore the intricacies of running a business in the ground investigation industry, bringing geological experts to share their wisdom, insights, and plans for the future, and shedding light on what they believe will enhance the ground investigation industry moving forward. Don't forget to stay connected by visiting https://girec.co.uk/. Hamish's insights not only illuminate the technical intricacies of ground investigations but also highlight the evolving nature of geotechnical engineering. His emphasis on the blend of technology and traditional methods offers a comprehensive view of how the field is advancing to meet modern demands. Tune in to gain a deeper understanding of the foundation that supports all our infrastructure projects—both literally and figuratively.    

In this episode, I reflect on our top 10 geotechnical engineering podcasts that resonate the most with our listeners. We explore groundbreaking discussions on new technologies and share inspiring stories of career development and engineering leadership. ***The video version of this episode can be viewed here.** Here Are the Top 10 Geotechnical Engineering Podcasts: #10 […] The post TGEP 100: Top 10 Geotechnical Engineering Podcasts: A Journey Through Engineering Excellence appeared first on Engineering Management Institute.

"Welcome to our podcast, where we dig deep but keep it light, exploring the fascinating world of geotechnical engineering. Today's special guest is [Guest Name], the mastermind behind towering wind projects and the guardian of the sea floor at Wood Thilsted. With 20 years under their belt—spanning continents, climates, and considerable challenges—[Guest Name] has more tales than a seasoned pirate. So, let's unearth the secrets of offshore wind and maybe find some buried treasure in the wisdom of renewable energy." In this episode, you'll gain insights into: Career Path and Personal Development Simon discusses his unconventional entry into geotechnical engineering and his rise to leadership, illustrating how diverse experiences can shape effective project management strategies. Challenges and Technical Insights Discover the unique challenges of conducting offshore geotechnical investigations across different regions, including Taiwan compared to Europe and Australia. Simon sheds light on managing logistics and integrating geotechnical phases with broader project lifecycles in offshore wind development. Legislation, Safety, and Quality Learn how Simon navigates the complexities of international and local legislation and the critical role of Quality, Health, Safety, and Environment (QHSE) standards in maintaining project integrity and safety. Workforce Development and Leadership Gain insights into the strategies for recruiting and developing young talent in Taiwan's offshore wind industry, and the importance of mentorship and leadership in building effective teams. Project Management and Business Development Simon discusses his approach to budgeting, contract management, and the key factors necessary for successful business development within the geotechnical and offshore wind sectors. Local Expertise and Project Success The importance of local knowledge and expertise is highlighted, along with strategies for integrating these elements into successful project execution. Industry Trends and Future Outlook What trends are shaping the offshore wind industry in Asia-Pacific? Simon shares his predictions for future developments in geotechnical engineering related to renewable energy projects. Resources: Link to Wood Thilsted's website Connect with Simon Faulkner: LinkedIn Profile   Thank you for tuning in to this episode. If you enjoyed our deep dive into the world of geotechnical engineering, please leave us a review and share this podcast with your colleagues in the industry. Don't forget to subscribe for more episodes where we uncover the technical and personal journeys of industry leaders.  Stay curious and inspired, just as our guest Simon does, and keep exploring the geological frontiers that await in the exciting world of offshore wind energy. Subscribe to the show to join our host, Michael Taylor, as he continues to explore the intricacies of running a business in the ground investigation industry, bringing geological experts to share their wisdom, insights, and plans for the future, and shedding light on what they believe will enhance the ground investigation industry moving forward. Don't forget to stay connected by visiting https://girec.co.uk/.

In this episode, I talk about how inclusive urban design makes cities more accessible. It’s about solving problems like sidewalk design and trees with universal principles. We need to engage communities and navigate laws to push for better standards. Ultimately, it’s about doing what’s right and creating spaces where everyone feels welcome. ***The video version […] The post TGEP 099: Best Practices for Inclusive Urban Design in Geotechnical Engineering appeared first on Engineering Management Institute.

Ning is a professor of Civil and Environmental Engineering at the Colorado School of Mines. He obtained his bachelor's in Geotechnical Engineering at Wuhan University of Technology, and both his master's and doctorate in Civil Engineering at John Hopkins University. He is well-known internationally for his work on stresses in variably saturated porous media, with his primary research interest in seeking common threads among basic soil physical phenomena, including fluid flow, chemical transport, heat transfer, stress, and deformation.

In this episode, I talk about various aspects of geotechnical engineering in environmental services, including landfill design and management, groundwater protection and soil remediation, shoreline and erosion control, sustainable material use and lifecycle analysis, risk assessment and environmental impact analysis. ***The video version of this episode can be viewed here.*** Engineering Quotes: Here Are Some […] The post TGEP 095: The Hidden Power of Geotechnical Engineering in Environmental Services appeared first on Engineering Management Institute.

In this episode, we talk with Dr. Ronald B.J. Brinkgreve, a Distinguished Scientist in Geotechnical Engineering at Plaxis, and Micha van der Sloot, MSc, who manages the User Success group for Seequent Geotechnical Analysis, about a geotechnical engineering software product called PLAXIS, and how it is used to help solve common and complex geotechnical problems […] The post TGEP 094: How Geotechnical Engineering Software Transforms Infrastructure Projects appeared first on Engineering Management Institute.

Sean McCone, PE, CCM – Maryland Executive Vice President and Board Member at Johnson, Mirmiran & Thompson, Inc. Vice Chair (2024-2026) Sean McCone is an Executive Vice President and Board Member at Johnson, Mirmiran & Thompson, Inc. (JMT), an employee-owned firm, that provides a full range of multi-disciplined engineering, architectural, and related services. Sean serves as the Chief Strategy Officer, focusing on corporate strategy, particularly around technology, innovation, change management, and company-wide process improvement. He has over 27 years of experience in the industry. Sean received his Bachelor of Science in Civil and Environmental Engineering from the University of Illinois at Urbana-Champaign and a Master of Science in Civil and Environmental Engineering from the Massachusetts Institute of Technology. An active member of ACEC/MD, he has served on several committees, chairing the Legislative and CEPAC committees. In 2015, Sean was appointed by Maryland Governor Larry Hogan to serve on the Task Force to Study Small and Minority Design Firm Participation in State Procurement. He is the current vice chair of the Diversity, Equity, Inclusion, & Belonging Committee for ACEC National. His numerous publications include an article in ASCE's Journal of Geotechnical Engineering, and a textbook published by Prentice Hall on construction dispute resolution techniques. Outside of the engineering industry, he has held philanthropic volunteer and leadership positions at the Al Cesky Scholarship Fund, the 21St Century Education Foundation, ACE Mentor Program, Boy Scouts of America, Lake Shore Youth Baseball, March of Dimes, and GBMC Foundation

Unlocking the Earth's Secrets: SME Engineering has 50+ years of excellence behind iconic projects, from Notre Dame Stadium to clean energy initiatives, Hudson/Bedrock Development, Jimmy John's Field, and the Gordie Howe Bridge. Hear Mark Kramer, President and CEO of SME, describe some unique and iconic projects, as well as the infrastructure under our feet! Geotechnical Engineering and Environmental Engineering related to large site development and redevelopment for retail, commercial, institutional and infrastructure type projects. Specialties include: Site Development reviews and consulting, risk reviews, contract negotiation, litigation support and strategic planning.

In this episode, we talk with Sam Warren, P.E., GE, PMP, and vice president of Farrell Design-Build, the West Coast business unit of Menard USA. Joining him today are two new engineering professionals coming out of college, Adam Fayko and Luis Pinedo. We talk about the dynamic interplay of AI in geotechnical engineering. the challenges […] The post TGEP 093: The Unforeseen Impacts of AI on Geotechnical Engineering appeared first on Engineering Management Institute.

In this episode, we talk with Prashant Patil, M.S., P.E., a Geotechnical Engineer at Gessner Engineering, LLC, about the intricate factors that shape effective pavement design recommendations.  We also dive deep into geotechnical investigation, and discuss some of the challenges geotechnical engineers encounter on projects. Engineering Quotes: Here Are Some of the Questions We Ask […] The post TGEP 090: Harnessing the Power of Geotechnical Engineering for Effective Pavement Design appeared first on Engineering Management Institute.

In this episode, we talk with Mohsen Radi, PhD, PE, M.ASCE, a distinguished Civil and Geotechnical Engineer at Marino Engineering Associates, about the dynamic crossroads of earth science, geology, and mechanics in geotechnical engineering. Engineering Quotes: Here Are Some of the Questions We Ask Mohsen: Can you give an overview of the importance of geotechnical […] The post TGEP 085: The Dynamic Crossroads of Earth Science, Geology, and Mechanics in Geotechnical Engineering appeared first on Engineering Management Institute.

In this episode, I talk with Intisar Ahmed, MS, EIT, a geotechnical engineer from Thurber Engineering in Vancouver, BC. As an early-career professional with extensive experience in the geotechnical industry, Intisar shares valuable insights on charting your geotechnical engineering career, navigating graduate education, securing your first job, and excelling when tackling unfamiliar tasks. ***The video […] The post TGEP 084: Charting Your Geotechnical Engineering Career: Tips, Challenges, and Growth Strategies appeared first on Engineering Management Institute.

In this episode of The Ground Investigation Podcast, we dive into the world of geotechnical and geoenvironmental engineering with our guest, Tessa Steward. Tessa shares her inspiring journey, professional growth, and challenges faced in the field. She also sheds light on the impact of her ADHD diagnosis on her career and her efforts to promote diversity and inclusion within the industry.     Episode Highlights:     Tessa's background and journey in geotechnical and geoenvironmental engineering. Her initial attraction to the field and roles at Amey Consulting, RPS, and Geobind. Balancing geotechnical and geoenvironmental projects. Insights into her current transformation project at Amey in South Wales.     Professional Growth and Challenges:     Influence of her BSc in Exploration and Resource Geology on her career. Exploring mineral and oil exploration interests. Key takeaways from her MSc in Applied Environmental Geology. Tessa's continuous learning and professional development. Overcoming challenges and advice for recent graduates.     Project Highlights and Technical Insights:     Challenging projects and strategies for overcoming obstacles. Standout projects and achievements. Factors and considerations in successful geotechnical/site investigation projects. Ground investigation data interpretation for design decisions. The role of field experience in Tessa's success.     ADHD Diagnosis and Career Impact:     Tessa's personal journey with a later ADHD diagnosis. How ADHD affected her career and her strategies for overcoming challenges. Supporting neurodivergent individuals in the workplace, especially women. Tessa's involvement in neurodiversity and women in engineering committees. Promoting diversity and inclusion in the engineering field.     Women in Engineering and Industry Insights:     Tessa's role within the Women in Engineering group. The importance of gender diversity in the ground investigation industry. Fair chances and opportunities for newcomers.     For more information on what was shared in this episode and to connect with Michael head to https://girec.co.uk/     Make sure you subscribe to the show to join host Michael Taylor as he discusses the ups and downs of running a business in the GI industry, getting geological experts to share their learnings and lessons as well as their plans for the future, highlighting what they think will improve the ground investigation industry moving forward.

MCQs for the topic "Soil Origins"

Ryan Kamp's story in geosynthetics, which began at the bottom of a containment cell and finds him today atop one of the most successful installation companies in the world, is an exemplary tale of hard work and the value of creating opportunity for the people around you. Here, he talks with Tamara Tuttle about careers, the state of coal ash containment, and how to listen to the voice within when the desire to grow in business strikes. 

Öz Yilmaz returns to the podcast to highlight his award-winning article, "A reality check on full-wave inversion applied to land seismic data for near-surface modeling." In this conversation with host Andrew Geary, Öz assesses the accuracy of full-wave inversion applied to land seismic data for near-surface modeling. He elaborates on his definition of near-surface and explains why he believes full-wave inversion failed to yield an accurate near-surface model. Öz also describes how the seismic waves behave within the near-surface and what would make a good initial model for FWI. Using his insightful and informative style, Öz provides invaluable information on some of the most important topics facing geophysicists. Öz breaks down complex issues into understandable and actionable takeaways. Do not miss this opportunity to learn from one of the best geophysicists working today. Listen to the full archive at https://seg.org/podcast. RELATED LINKS * Read the Best Paper for 2022: Öz Yilmaz, Kai Gao, Milos Delic, Jianghai Xia, Lianjie Huang, Hossein Jodeiri, and Andre Pugin (2022), "A reality check on full-wave inversion applied to land seismic data for near-surface modeling," The Leading Edge 41: 40–46. (https://doi.org/10.1190/tle41010040.1) * Listen to Öz discuss his latest book, Land Seismic Case Studies for Near-Surface Modeling and Subsurface Imaging (https://seg.org/podcast/post/12564) * Explore Öz Yilmaz's books (https://seg.org/shop/products/search/Oz%20Yilmaz) BIOGRAPHY Öz Yilmaz received his B.S. in geology with a geophysics option from the University of Missouri-Rolla in 1970, his M.S. in geophysics in 1972 from Stanford University, with research in rock physics and earthquake seismology, and, after five years in the industry, his Ph.D. in geophysics from Stanford University in 1979. Öz has worked in the seismic industry for 42 years; since 2000, he has broadened his interests in geophysics to include engineering and earthquake seismology. Yilmaz's first book, Seismic Data Processing, was published in 1987. This work was greatly expanded in a two-volume set, Seismic Data Analysis, published in 2001. In addition, Yilmaz published Engineering Seismology with Applications to Geotechnical Engineering in 2015 and Land Seismic Case Studies for Near-Surface Modeling and Subsurface Imaging in 2021. His publications, along with the numerous courses and lectures he has given worldwide (he was an SEG Distinguished Lecturer in 1996 and an SEG Distinguished Instructor in 2015), have remarkably impacted a generation of geophysicists worldwide. Through lectures, courses, presentations at professional meetings, publications, and books, Yilmaz has enormously impacted many professionals' careers by disseminating his knowledge and experience in exploration seismology and engineering seismology. Yilmaz has served SEG in numerous roles, including vice president of SEG during 1993–1994. He received the SEG Maurice Ewing Medal in 2022, the SEG Virgil Kauffman Gold Medal in 1991, and the EAGE Conrad Schlumberger Award in 1992. CREDITS Seismic Soundoff explores the depth and usefulness of geophysics for the scientific community and the public. If you want to be the first to know about the next episode, please follow or subscribe to the podcast wherever you listen to podcasts. Two of our favorites are Apple Podcasts and Spotify. If you have episode ideas, feedback for the show, or want to sponsor a future episode, find the "Contact Seismic Soundoff" box at https://seg.org/podcast. Zach Bridges created original music for this show. Andrew Geary hosted, edited, and produced this episode at TreasureMint. The SEG podcast team is Jennifer Cobb, Kathy Gamble, and Ally McGinnis.

Melbourne experienced an earthquake with a magnitude of 3.8, on Sunday, 28 May around 11:40 pm. SBS Hindi spoke with locals who experienced the quake and discussed safe responses and precautions with Dr. Rohit Tiwari, Lecturer of Geotechnical Engineering in UNSW.

In this episode, I talk with Pedram MolkAra, M.Sc., M.Eng., P.Geo., P.Eng., geotechnical lead for Canadian Buildings & Infrastructure, Mining, and Environmental Services at Jacobs, about the present status of geotechnical engineering. Pedram sheds light on the hurdles faced by small geotechnical engineering firms, the risks and liabilities involved, and the critical skills required for […] The post TGEP 076: Strategies for Tackling Challenges and Mitigating Risks in Small Geotechnical Engineering Firms appeared first on Engineering Management Institute.

In this episode, we delve into the topic of graduate degrees in geotechnical engineering with John Myers, P.E., the design manager for Menard Southern Region in the U.S. Our discussion revolves around the potential career advantages that come with obtaining a graduate degree in geotechnical engineering, and whether the costs of pursuing such a degree […] The post TGEP 73: Exploring the Pros and Cons of Pursuing a Graduate Degree in Geotechnical Engineering appeared first on Engineering Management Institute.

In this episode, we talk to Nazek Naja, a graduate student and research assistant at The University of Texas at Austin who shares her insights on how she developed her career as a geotechnical engineer, starting from her studies. She also provides valuable tips for aspiring engineering students to enhance their job prospects. Engineering Quotes: […] The post TGEP 71: Career Development Tips for Geotechnical Engineering Students appeared first on Engineering Management Institute.

In this episode, we talk to Arsanious Guirguis, P.E., who is a lead geotechnical bridge engineer from Hardesty & Hanover, LLP, about the role of geotechnical engineering in bridge design, construction, and various environmental factors that geotechnical engineers must consider, and the maintenance requirements for different types of bridges and how they impact their lifespan. […] The post TGEP 70: Geotechnical Engineering in Bridge Design and Maintenance: Challenges and Solutions appeared first on Engineering Management Institute.

If you've ever had any hint, sign, or desire to learn more about Geotechnical Engineering, then today's guest is your guy! Siavash Zamiran is a geotechnical engineer himself with 15+ years of experience, an adjunct professor, and today he tells you what life as a geotechnical engineer really looks like and what it entails. Tune in to Learn: Why most engineers don't even consider going into Geotech — and how to solve it The main areas you can get into within geotech (Hint: one has never occurred to you!) How to make a decision on which engineering discipline better suits you One 3D computational technique facilitating geotechnical works The software tools you need to master as a geotechnical engineer One online platform packed with geotechnical engineering resources and training How the 80/20 Principle can help you ace your PE Geotechnical Depth Exam Sia's favorite books you should read to learn what school doesn't teach you Resources Mentioned: Principles of Geotechnical Engineering, by Braja M. Das - AMAZON Itasca Consulting Group - https://www.itascacg.com FLAC2D - https://www.itascacg.com/software/flac2d FLAC3D - https://www.itascacg.com/software/flac3d PLAXIS - https://www.bentley.com/software/plaxis-3d Ansys - https://www.ansys.com Abaqus - https://www.3ds.com/products-services/simulia/products/abaqus Petrel - https://www.software.slb.com/products/petrel The 12-Week Year, by Brian Mora - AMAZON Deep Work, by Cal Newport - AMAZON Digital Minimalism, Cal NewPort - AMAZON Southern Illinois University - https://siu.edu St. Louis University - https://www.slu.edu Missouri University of Science and Technology - https://www.mst.edu Delft University of Technology - https://www.tudelft.nl/en Connect With Siavash Zamiran: LinkedIn - https://www.linkedin.com/in/zamiran Mohr Academy - https://www.mohracademy.com CEA Resources: Website - https://civilengineeringacademy.com The Ultimate Civil FE Review Course - https://civilfereviewcourse.com --- Send in a voice message: https://anchor.fm/civilengineeringacademy/message Support this podcast: https://anchor.fm/civilengineeringacademy/support

In this episode, we talk to Ryan Coggins, P.E., Senior Geotechnical Engineer at Kiewit Infrastructure Engineers, about his career journey and the difference between a consultant and a contractor in geotechnical engineering. He also talks about the importance of field experience and how it can help grow your engineering career. Engineering Quotes: Here Are Some […] The post TGEP 56: Consultant vs Contractor in Geotechnical Engineering: What's the Difference? appeared first on Engineering Management Institute.

In this episode, we talk to Keithe Merl, P.E., Northeast Area Manager at Hobas Pipe USA, Inc about the different aspects of geotechnical engineering, geotechnical education, and what he thinks the future of geotechnical engineering holds. Engineering Quotes: Here Are Some of the Questions We Ask Keithe: What is one specific project that stood out […] The post TGEP 54: The Future of Geotechnical Engineering: Building a Brighter Tomorrow appeared first on Engineering Management Institute.

Dr. Stanley Vitton is a geotechnical engineer, civil engineer, and environmental engineer. He taught for many years and recently retired from Michigan Technological University. He is also passionate about glacial geomorphology, especially in relation to the western upper peninsula of Michigan.

لنا وفایی بنیانگذار استارتاپ پیاده هست و تا چند وقت پیش وظیفه مدیریت عامل شرکت رو نیز بر عهده داشت. یک استارتاپ دوست داشتنی که رسالت نزدیک کردن شهروند‌ها به شهر رو داشت و میخواست همه مردم با شهرشون دوست باشن. با لنا از فراز و نشیب‌ این استارتاپ حرف زدیم. از زمانی که این کمپانی یک تیم ۴۳ نفره داشته و تا الان که به یک پیج اینستاگرامی تبدیل شده. شنیدین تجربیات لنا واقعا برای خود من آموزنده بودBorn in Tehran in 1988, Lena Lived in London for 3 years between the ages of 5 and 8; Lena moved to Vancouver, Canada at the age of 18 in 2007 and attended the University of British Columbia to get her bachelor's degree in Geotechnical Engineering. Her first interest in exploring cities was developed during her time away as an exchange student. In 2012, she graduated from the University of British Colombia and moved to New York City to commence an architecture program at Columbia University. She then moved back to Tehran and worked at Dayere Design studio for a year. She started working on «Peeyade» project in 2015.Lena VafaeyLinkedin: https://www.linkedin.com/in/lenavafaey/Tabaghe 16----------Castbox https://castbox.fm/channel/id3083907Spotify https://spoti.fi/2CiyRoHTwitter https://twitter.com/soh3ilInstagram https://www.instagram.com/tabaghe16/Everywhere else: https://redl.ink/tabaghe16/links#پادکست #طبقه۱۶ See acast.com/privacy for privacy and opt-out information.