We Talk Structures

In this episode, Maithili Ghadge, podcast host, talks with Raghavendra. Raghavendra Vasudeva Upadhyaya (Rag) has completed his Doctor of Philosophy (PhD) in Civil Engineering from Central Queensland University, Australia and demonstrated significant experience as a project facilitator in the highly complex private and public-sector environment. Over the years, Rag has worked in several leadership roles where he has honed his technical competencies in structural design and project management at the interface of advanced engineering. In this episode, Rag will be discussing an innovative and sustainable mineral-based composite bonder that can be used for FRP-concrete rehabilitation. Raghavendra talks about the damage in concrete due to natural and human imposed conditions, reconstruction and rehabilitation, the current state of the art for concrete structures, and the FRP technique. He also shares some insights on his research about concrete damage. Tune in to learn more on this and other exciting topics! Timestamps [00:43] Damaging concrete structures due to natural and human imposed conditions [02:50] Reconstruction and rehabilitation, which one is better for a structural life period? [04:45] Current state of the art for concrete structures [07:54] The FRP technique [13:15] Raghavendra's research on concrete damage [16:59] Raghavendra's conclusion Quotes ● Concrete has played a big role in the construction industry for more than 25 decades. ● Concrete is vulnerable and susceptible to damage. Its materials properties will be superior initially but deteriorate over time. ● As civil and structural engineers, we are responsible for thinking about innovative and sustainable strategies to develop and build concrete structures. ● Aramid fibres are used in the making of bulletproofs. It is a tough and strong fibre re-enforced fibres. Resource links Environmental deterioration of concrete Causes of concrete damage

In this episode, Maithili Ghadge, podcast host, talks with Aditya Narote, a post-graduate structural engineer and graduate civil engineer. He is an Offshore Structural Engineer at Cybermarine. As an Offshore structural engineer for over two years, Aditya is responsible for checking the structural integrity and performing finite element analysis of structures. Aditya talks about offshore structures. He explains the different types of offshore structures, the rules for offshore structures designing, loads considered for analysis, and the different types of analysis in offshore structures. He also shares some insights on structures present on superstructures and how offshore structures are installed. Tune in to learn more on this and other exciting topics! Timestamps [00:41] The definition and different types of offshore structures [05:24] Rules for offshore structures designing [06:18] Loads considered for analysis and the different types of analysis in offshore structures [13:34] Structures present on superstructures and how offshore structures are installed [14:37] Aditya Narote's conclusion Quotes ● The structures used for the exploration of oil and gas through drilling and mining are called offshore structures. ● Basically, the material used to construct offshore structures is steel due to its high yield, ease in fabrication, and versatile behaviour. ● In analysis, when the structure is installed, it undergoes different types of loading, to mention, environmental and vibration loading. ● Kinetic energy should be absorbed by the structures so that the stiffness of the structures is sufficient. Resources links https://www.cybermarine.net/singapore/ https://www.sciencedirect.com/topics/earth-and-planetary-sciences/offshore-structure

In this episode, Maithili Ghadge, podcast host, talks with Sairam, a reputable and experienced detail-oriented structure engineer with expertise in analyzing survey reports, providing accurate site analysis, structural planning, blueprints, and drawings. He has led some of the best structural engineering companies among them is the PMI Engineers Group based in Sydney, Australia. The company is well known for its excellent architectural works both in the country and internationally. PMI Group has also specialized in mechanics and structural dynamics. Sairam describes what a typical day of a site engineer looks like. He also highlights the necessary qualities that a fresher site engineer should have and insights into the major things that a site engineer should work on to perfect his/her profession. Saira also talks about the obstacles that a site engineer could encounter in the field and how to deal. Finally, he gives enlightenment on the significance of a site engineer in the construction field. Tune in to learn more about this and other exciting topics! Timestamps [00:48] How a typical day of a site engineer looks like [03:13] Necessary qualities of a fresher site engineer [07:28] Major things a site engineer should work on [11:52] Obstacles that site engineers should deal with in the construction industry [17:23] The significance of a site engineer in a construction site Quotes ● A site engineer should be courageous enough to face risks. ● Technical decision-making is essential in site engineering. ● Site engineering is the determinant factor of the cost of a construction project. ● Safety is paramount in site engineering. ● The focal point of a construction project is structural site engineering. Resources Responsibilities of a site engineer https://www.seek.com.au/career-advice/role/site-engineer

In this episode, Maithili Ghadge, podcast host, talks with Sameer Ramgoolam, the Director of SMARTBuild Engineering PTY LTD, an engineering management consultancy providing project management and engineering design services to major construction projects of all sizes. SMARTBuild specializes in the provision of high-level strategic and technical advice, as well as energy and design management support, with a focus on early engagement, effective communication, and risk identification and mitigation. Sameer, who is a native of South Africa, completed his undergraduate studies in his homeland before furthering his studies in Australia, where he earned his Master's Degree in Engineering from the Swinburne University of Technology. Sameer shares some insights on digital engineering and how it can be used in the field of building and construction. He explains how digital engineering benefits engineers and how they can adopt the approach. Sameer also discusses the contributions that he has made to advance the digital engineering approach and gives an in-depth of how modern technology has enhanced digital engineering. Tune in to learn more about this and other exciting topics! Timestamps [01:49] The definition of digital engineering [05:20] How digital engineering can be used in the field of building and construction [08:45] How digital engineering benefits construction engineers [10:57] What it takes to adopt the approach of digital engineering [14:04] Sameer's contribution to the advancement of digital engineering [18:50] Role of modern technology in advancing digital engineering [19:42] Sameer's advice to students and young engineers Quotes ● Digital engineering is the foundation of the economic development of the real estate industry. ● Cloud computing and blockchain technology are the main propellers of digital engineering. ● Programming is the backbone of digital engineering. ● Digital engineering integrates information technology (IT), operational technology (OT), and third-platform technologies in the enterprise context. ● Digital engineering is a must-have tool for designing, building, and integrating the incredibly complex products that drive our economy today. Resource links https://www.greatsampleresume.com/job-responsibilities/graphic-web-design/digital-engineer https://www.raconteur.net/technology/digital-engineering-what-is-it-and-why-you-need-to-know-about-it/

In this episode, Maithili Ghadge, podcast host, talks with Reethesh. Reethesh has a Master's degree from the University of Birla Institute of Technology and Science. He is working with ARUP as a software developer of structural analysis software. Reethesh talks about digital development in the built environment, his experience in digital development, the importance of structural engineers in digital development, the digital technologies of sustainable development of the construction sector, and how digital tools will help in the construction field. Tune in to learn more about how digital tools will help in the construction field. Timestamps [00:33] Digital development in the built environment [04:27] Reethesh's experience in digital development [08:42] The importance of structural engineers in digital development [16:12] The digital technologies of sustainable development of the construction sector [25:11] How the digital tools will help in the construction field [31:57] Reethesh's conclusion Quotes ● Each and every software has a support system. ● Every field is related to software. ● For the built environment, civil engineers and structural engineers are important because without them, we can't create any software that can analyse a particular structure. ● Many people are not aware of digital development because many people are afraid of coding. ● By automating the tools, we can save the time of an engineer who works on that task—creating time for innovative thinking. Resources https://www.gim-international.com/content/article/5-benefits-from-digital-transformation-in-construction

In this episode, Maithili Ghadge, podcast host talks with Animesh. Animesh completed a Bachelor of Engineering from the Institute of Engineering and Technology DAVV, Indore. He is interested in designing large structural systems with modern-day software like MATLAB and E-tabs. Animesh talks about the science of structures and why it is worth learning, mechanic software engineering and the road map for structural analysis, different types of structural elements and their functions, pre-stressing and why it is used extensively nowadays and, the modern structural analysis tools. Tune in to learn more about the science of structures and why it is important in solving real-life problems. Timestamps [00:56] Science of structures and why it is worth learning [03:23] Mechanic software engineering and the road map for structural analysis [06:25] Different types of structural elements and their functions [09:41] Pre-stressing and why it is used extensively nowadays [13:44] The modern structural analysis tools [18:18] Animesh's conclusion Quotes ● Understanding scientific principle allows us to design any structure. ● When we understand the science of a structure, we can solve any structure in a short period of time. ● Different structural elements combine to form a structural system in which force is transformed from top to bottom. ● Pre-stressed concrete can have a longer life and support a high load. Resource links The science of structures and materials

In this episode, Maithili Ghadge, podcast host, talks with Kaustubh Vaidya. Kaustubh has a master's degree from the University of Australia's global. He has a passion for growing as a structural engineer and constantly thriving to be the best version of himself. He worked as a Senior Engineer at Larsen and Toubro. Kaustubh talks about his thesis on the strength appraisal of polypropylene fiber reinforced concrete, artificial sand and its benefit, the role played by polypropylene fiber and, the effect of high temperature on concrete. Tune in to learn more about the benefits of polypropylene fiber and artificial sand on concrete. Timestamps [00:48] Kaustubh's thesis on strength appraisal of polypropylene fiber reinforced concrete [02:46] Artificial sand and its benefits [05:13] The role played by polypropylene fibers [07:49] How the polypropylene fiber influence the behaviour of concrete [09:17] The effect of high temperatures on concrete [12:05] Kaustubh's conclusion Quotes ● One of the major benefits of concrete is its performance in fire. ● Artificial sand is readily available throughout the year at a very low cost. It is also environmentally friendly. ● Polypropylene fiber improves the thermal behaviour of concrete. ● The optimum replacement of natural sand is 50%. Resource links https://www.sciencedirect.com/science/article/pii/S2214509521000644

We Are Coming Back soon With Season 2!! Woohoo

Introduction: In this episode, Maithili Ghadge, podcast host, talks with Nicholas Haritos, a long-serving staff member since 1974 at the University of Melbourne in Civil Structural Engineering. He retired in 2010. He is now a Principal Fellow. Nicholas is also an Adjunct Professor at the Swinburne University of Technology and Managing Director of Strucomp, promoters of Continuing Professionals Development event sin Engineering. Nicholas shares some insights on his background that led to gaining skills and experience in structural dynamics in infrastructure and why structural dynamics is considered necessary in designing infrastructure and infrastructures that can exhibit dynamic behaviours. He also talks about conditions under which dynamic responses in structures might become a problem. Tune in to learn more about structural dynamics in infrastructures, what causes buildings and bridges to collapse and how to control them. Timestamps [01:44] Nicholas Haritos background that led to gaining skills and experience in Structural dynamics in infrastructure [04:03] Why structural dynamics is considered necessary in the design of infrastructure [06:10] Infrastructures that can exhibit dynamic behaviours [13:21] Conditions under which dynamic responses in structures might become a problem [30:22] Measures to take with dynamic responses [37:56] Nicholas Haritos's conclusion for structural dynamics in infrastructure Quotes ● Office floors exhibit dynamic behaviours because you would like to have open space, and there will be fewer columns to support the floor system. ● Since the Tacoma Narrows Bridge collapse, a lot more attention has been paid to the turbulence in the wind and how it can promote a dynamic response in structures. ● What influences the dynamic responses in structures is their mass and stiffness. ● Understanding structural dynamics and being able to model structures properly does not happen overnight. It takes a while and also experience. ● It is not just energy at the natural frequency of a structure but energy that might be available at a fraction of that frequency or a multiple of that frequency that can also create an excessive response of that structure. ● It often gives you an excellent idea of the first mode if you can visualize how the structure will deflect under its weight. The shape in which it could vibrate had it been forced at the first mode frequency. Resource links: https://www.mechanics-lab.com/ https://www.simscale.com/blog/2018/07/tacoma-narrows-bridge-collapse/ https://www.colorado.edu/center/ciest/facilities/structural-dynamics Affiliate Links: Get 25% off when you sign up on Ringr with this below link http://ringr.com/maithili_ghadge Sign Up Now for FREE Aweber Email Marketing Software CLICK HERE!!

In this episode, Maithili Ghadge, podcast host, talks with Ezhil Kothai, a Master's degree holder in structural engineering from India. Upon graduating, she worked with the Commercial Buildings & Airport Division of L & T, ECC. She had a brief stint with PEBs following which shifted to UAE. In UAE she cleared the Dubai Municipality exam for G + 4 buildings. She has wide experience with both Indian, BS and Euro codes as worked in both India and MENA region. At present, she is working with Skill-Lync prepping MOOC on civil software like STAAD Pro and ETABS. Ezhil Kothai talks about why we need innovations in special structures, the traditional structures and why they need to be changed, the objective of innovative designs, and new upcoming innovations. She also talks about Technological advances in high-raised buildings and energy system innovations. Tune in to learn more about the highest building in the world, The Burj Khalifa. Timestamps [01:01] Why do we need innovation in special structures? [05:54] The traditional practices and why they need to be changed [08:30] The objective of innovative designs [14:02] New and upcoming innovations [20:34] Technological advances in high raised buildings [34:11] Energy systems innovation [37:03] Information of The Burj Khalifa Quotes ● Using numerical analytic tools will lead to design optimization that will lead to efficient systems and reduce leading construction costs. ● Reliability analysis is an important design tool to predict how reliable any design is before being built or used for construction. ● Using a product like FRP will rectify the abnormalities built into the system during design and construction phases within enhanced reliability. ● The loss of life and property due to terrorist attacks calls for the development of blast-free materials. ● Earthquakes are hard to predict, even with the defined numerical assimilation. ● Advancement and safety technology is helping to make building maintenance both safer and less costly. Resource links: https://www.burjkhalifa.ae/en/the-tower/facts-figures/ https://conceptartempire.com/what-is-3d-modeling/ https://www.ringcentral.com/us/en/blog/cloud-collaboration-software/ Affiliate Links: Ringr: Get a 25% discount use this code: maithili_ghadge RECORD A CONVERSATION WITH ANYONE, ANYWHERE IN THE WORLD, AND HAVE IT SOUND LIKE YOU'RE IN THE SAME ROOM. Available for mobile and desktop devices. (http://ringr.com/maithili_ghadge)

In this episode, Maithili Ghadge, podcast host, talks with Ahmed Taha, He is an experienced Chairperson with a demonstrated history of working in the construction industry. He is Skilled in AutoCAD, Highways, Microsoft Word, Computer-Aided Design (CAD), and Construction. He is Strong business development professional with a Higher National Diploma focused on earthquake engineering from a Higher institute for an earthquake. Ahmed talks about how Engineers can solve homelessness, cooperate with Real Estate companies, and make them part of the solution, and the best way to make the homeless community be part of the ordinary community. He also shares some insights on the give and take concept. Tune in to learn how Engineers can participate in solving the problem of homelessness. Timestamps [00:52] How Engineers can participate in solving homelessness [03:56] How to cooperate with Real Estate companies and make them part of the solution [05:49] The best way to make the homeless community be part of the ordinary community [07:12] The give and take concept [10:48] Is homelessness a domestic solution or an international solution? [11:28] Final words Quotes ● Reducing the cost of buildings by Engineers can help in solving the homelessness problem. ● There is a lot of homeless nowadays all over the world. ● We are all human beings. Seeing homeless people here and there affects our humanity and feelings. ● By solving the homelessness problem, we will also have solved many issues related to this problem. Resource links https://borgenproject.org/homelessness-in-the-syrian-arab-republic/ Useful links RECORD A CONVERSATION WITH ANYONE, ANYWHERE IN THE WORLD, AND HAVE IT SOUND LIKE YOU'RE IN THE SAME ROOM. (http://ringr.com/maithili_ghadge)

In this episode, Maithili Ghadge, podcast host, talks with Rudi Vermaak, a Professional Structural Technologist specializing in the design of the water retaining structure's team in the Water Unit at Zutari (Formerly known as Aurecon). He is responsible for structural analysis, design, and coordination. He has done the structural design (including reinforcement detailing and supervision) of numerous structures including three hydro-power stations, settlement analysis of a reservoir, pump stations, biological reactors and even a tiny pre-cast slab for a chamber. Rudi talks about the stigma around structural Engineers, agility, and adaptation of structural engineers to the environment and why structural engineers are underappreciated and misunderstood. He also shares some insights on how modern structural engineers fit into an organization. Tune in to learn more about the soft sides of Structural Engineers. Timestamps [01:06] Stereotypical structural Engineers [02:40] The stigma around structural Engineers [02:40] Structural Engineering generational changes [05:23] Are structural Engineers technical dinosaurs or specialist's analysts? [08:51] Why structural Engineers are underappreciated and misunderstood [11:43] The agility and adaptation of Structural Engineers to the environment [16:29] How the modern structural Engineers fit into an organization [22:42] Rudi's conclusion Quotes ● Structural Engineers are good technical, analogical thinkers but have weak intrapersonal skills. ● The new generation is willing to work more as long as there is a tangible benefit. ● Structural Engineers are difficult. They are not the easiest people to work with. They are always asking questions. ● Don't stop talking. You need to make sure that people are aware of your feelings and needs. ● As Structural Engineers, we need to be part of the bigger picture. We need to be involved in every component of a project.

In this episode, Maithili Ghadge, podcast host, talks with Robert, a Civil Engineer with over 12 years of experience in the Design and Construction Management of Civil and Structural Engineering projects. He endeavours to enhance his engineering knowledge through attending continuous professional development courses and workshops. Over the years, he has attained skills to manage, control and direct Engineering projects from start to completion while communicating effectively at all levels during the projects cycle. Robert talks about what is reinforced concrete, how concrete is placed and finished, the best concrete setting time, and what can be done before setting. He also talks about the design of concrete and why it is necessary, the importance of cover, concrete curing, and its different methods. Tune in to learn more about reinforced concrete and why we need joints in concrete. Timestamps [00:52] The definition of concrete [02:00] What is reinforced concrete? [05:18] How concrete is placed and finished [07:47] The best setting time of concrete and what can be done before setting [09:37] The design of concrete and why it is necessary [11:47] The importance of cover in reinforced concrete [13:54] Concrete curing and its different methods [17:03] Why do we need joints in concrete and the different types of joints [20:31] Final words Quotes ● Concrete is a construction material made up of a chemical substance called aggregate, which can be sand, or gravel bonded together by cement and water to make a hard substance. ● Concrete is the most widely used substance after water. ● Concrete is used to make almost everything in construction. ● It is necessary to have a concrete design because when exerted to the forces during its use, it will not fail. Resource links https://www.concretenetwork.com/concrete-joints/ https://www.structuralguide.com/curing-of-concrete/

In this episode, Maithili Ghadge, podcast host, talks with Jestine, a master's degree holder in Structural Engineering and Assistant Professor at one of the best universities in India. He likes challenging work with learning new skills. Jestine has also published several research papers and journals. Jestine talks about the basics of structural analysis, the importance of structural analysis, manual analysis versus software analysis, and why students face difficulties in learning structural analysis. He also talked about the future of structural analysis and advised those graduates who want to venture into the field. Tune in to learn more about the benefits of using both manual and software structural analysis. Timestamps [00:40] Basics of structural analysis [05:50] The importance of structural analysis [08:59] Manual analysis versus software analysis [13:19] The future of structural analysis using software [16:35] Jestine's final words Quotes ● Most students face difficulties in learning structural analysis because of the grasping of concepts. ● Both manual analysis and software analysis is essential. ● It is easier to complete a task with software analysis, and the results are always accurate since it is already programed. ● If you are using software, the workload will be lesser and more accurate than the manual analysis. ● If you are planning to go to the structural field, in the case of design and analysis, you have to be very confident to use any of the software. Resource links https://eng.libretexts.org/Bookshelves/Civil_Engineering/Book%3A_Structural_Analysis_(Udoeyo)/01%3A_Chapters/1.01%3A_Introduction_to_Structural_Analysis

In this episode, Maithili Ghadge, podcast host, talks with Prasad, a graduate of Civil Engineer from India. Upon graduating, he started working with R & G, as Assistant Manager Civil. He is so motivated and ignited to add new skills by learning new things. Prasad talks about concrete technology and why we should know it, the relationship between cement concrete and water, the definition of plastic concrete and how hardened concrete is formed from plastic concrete. He also shares some insights on the analogy between humans and concrete and the benefits and future of concrete. Tune in to learn more about the features of concrete that relate to humans. Timestamps [00:45] Concrete technology and why we should know it [03:59] The relationship between cement concrete and water [06:35] The definition of plastic concrete [08:46] How hardened concrete is formed from plastic concrete [10:43] The analogy between humans and concrete [14:47] The benefits and future of concrete [19:04] Prasad's final words Quotes ● Concrete is the most versatile material in the construction industry. ● The human attributes and the concrete attributes are mostly similar to compatibility. ● Concrete has to be maintained appropriately, just like how we maintain ourselves. ● With available materials like geopolymers, we can have an excellent sustainable and developmental future in the concrete industry. ● Concrete is a wonderful material in the construction industry, and it should be taken care of. Resource links Properties of concrete in plastic and hardened state (civilengineering.blog)

In this episode, Maithili Ghadge, podcast host, talks with Adam Jones, an enthusiastic and proactive Technical Manager, passionate about contributing to the trends of sustainability, DfMA and, healthy buildings through the uses of mass timber. At XLam, Adam provides market support for designing buildings that optimize and enable the unique benefits of mass timber. He advises projects on topics that range from structures, fire, acoustics, sustainability, and DfMA principles. He regularly presents at conferences across Australia and participates in regular committees advocating for mass timber. Adams talks about mass timber and why developers chose mass timber instead of concrete, the difference in designing buildings with mass timber and concrete, and the essential elements to get right in mass timber design. He also talks about the trends in construction that mass timber is benefiting from. Tune in to learn more about mass timber and why it is important to use them in the design of buildings. Timestamps [01:33] The definition of mass timber [03:12] Why developers choose mass timber instead of concrete [06:55] The difference in designing buildings with mass timber and concrete [10:29] How the project delivery model is different from the traditional construction [12:27] The most important element to get right in the design of mass timber. [16:27] The trends in construction that mass timber is benefiting from [21:16] Conclusion Quotes ● In designing for mass timber, you need to use the right material in the right place. ● Sustainability is one of the reasons why developers are going for mass timber instead of concrete. ● There has never been a better time to be a structural engineer. Things are going to change a lot. If you are on the right side of change and want to learn new skills, you are good to go. ● There is a relative shortage of skills when it comes to mass timber. ● When it comes to construction, the product utilization of buildings is the most exciting thing around the corner. Resource links https://www.naturallywood.com/topics/mass-timber/ https://seagatestructures.com/benefits-mass-timber-construction/

In this episode, Maithili Ghadge, podcast host talks with Sugandha Singh, Assistant Professor at Jaypee University of Information and Technology. She was the Guest Faculty at the National Institute of Technology Kurukshetra and a Graduate Research Assistant at North Carolina University, working on the research titled “Seismic Response of Electrical Equipment in Nuclear Power Plant.” She was also the Project Engineer at Shapoorji Pallonji Group, coordinating all workers between site and head office, vendor billing, and certification, reviewing daily progress reports, project scheduling and, material management. Sugandha talks about earthquakes and how earthquakes affect structures, why she focused on studying electrical equipment response in Nuclear Power Plants, and the research's findings and results. She also shares some insights on how structures behave when subjected to earthquakes and other areas the search can be applicable apart from Nuclear Power Plants. Tune in to learn more about the effects of earthquakes on buildings and how we can reduce them. Timestamps [00:44] Earthquakes and how they affect structures [01:42] Why Sugandha focused on studying electrical equipment response Nuclear Power Plants [04:39] Sugandha's findings and results after studying [04:49] How structures behave when subjected to earthquakes [09:36] Other areas apart from Nuclear Power Plants where this research is applicable [15:43] Sugandha's recommendations after conducting the research Quotes ● If an earthquake exceeds the designed earthquake for a nuclear power plant, the electrical equipment will automatically shut it down and maintain a safe operation. ● When we analyze a building cabinet and equipment system for an earthquake, we ignore the effect of an impact within the cabinet which happens when it moves under the earthquake with the building. ● Many people don't focus on what they should do to keep a building safe. ● The supreme objective of the nuclear power plant industry is not to let it fail. They have to keep an eye on every little part of the plant. ● We need to model our buildings and non-structure components such as cabinets more carefully to understand their actual behaviour. Resource links https://www.physicsclassroom.com/class/newtlaws/Lesson-1/Newton-s-First-Law https://www.nist.gov/news-events/news/2009/06/nist-processes-help-build-next-generation-nuclear-power-plants

"We Talk Structures" Welcome to "We Talk Structures", the only podcast that will focus on helping structural engineering students and professionals stay up to date on technical trends in the field of Structural Engineering You can subscribe to this podcast through any of these podcast platforms: Apple Podcasts Google Podcasts Spotify Stitcher We're actively looking for guests that can speak on Structural Engineering topics. If that is you or know of someone, please message us on https://www.linkedin.com/in/maithilighadge/ or email us at wetalkstructures@gmail.com

Welcome to the “We Talk Structures” Podcast. Helping Engineers, Professionals, Engineering Students, Educators like you to unlock opportunities for more growth through great podcasts on Structural and Civil Engineering. Are you ready to learn, get more insights, build technical know-how and scale your knowledge to the next level? For your weekly dose of “We Talk Structures”, here's your host, Maithili Ghadge. If you've made it this far, we'll take it that you enjoyed the show. In return, we'd love it if you would leave us an awesome rating and review on iTunes. We really appreciate your feedback and support. Subscribe Now so you don't miss any future episodes or shows, if you enjoyed listening to today's podcast then Please don't forget to share the episode. Until then Goodbye and We'll catch you in the next episode.