ASME's Unconventional Engineering

ASME's Unconventional Engineering

ASME's Executive Director/CEO Tom Costabile welcomes guests from across the world of mechanical engineering to discover the interesting and unconventional ways they are using their skills to advance engineering for the benefit of humanity. RSSVERIFY

  1. 6月1日

    Unconventional Engineering Episode 25: “3D Printing and Leading the Next Industrial Shift” with Nora Toure

    Tom Costabile and Jay Flores met with Nora Toure—Founder of Women in 3D Printing, a global organization advancing visibility and connection across the additive manufacturing ecosystem. Nora brings deep experience in strategy, business development, and leadership across additive manufacturing and healthcare applications.

    Unconventional Engineering Episode 25: “3D Printing and Leading the Next Industrial Shift” with Nora Toure

  2. 5月4日

    Unconventional Engineering Episode 24: “From the Lab to the Playing Field” with Ilayda Samilgil

    Tom Costabile and Jay Flores met with Ilayda Samilgil - Co-Founder & CEO of LLume, a company developing wearable sensors (“Light Lace®”) which can measure pressure, motion, respiration, CO₂, etc., using light and fiber optics. A Forbes 30 under 30 honoree, her company has worked on research projects with the U.S. Department of Defense and Major League Baseball. Her unique story began with a passion for ice skating, leading her to research at Cornell University and become a young CEO.

    Unconventional Engineering Episode 24: “From the Lab to the Playing Field” with Ilayda Samilgil

  3. 4月9日

    ASME Insights - “Addressing the Engineering Talent Gap Using a Local-First Workforce” with Chandrakant Patel

    In this ASME Insights special episode, Dr. Lester Su (ASME President) is joined by guest Chandrakant Patel. Chandrakant Patel is a consultant and advisor on technology strategy. He previously worked at HP for 37 years as a Senior Vice President, Senior Fellow and Chief Engineer. He has taught as an adjunct faculty member at Chabot College and at the University of South Florida. In 2021 he was awarded the ASME Foundation’s Inaugural Next Gen Award. Chandrakant covers the engineering industry’s critical need for local workforce development, and how community college programs such as ASME’s Community College Engineering Pathways Program (CCEP) can help bridge that gap.

    ASME Insights - “Addressing the Engineering Talent Gap Using a Local-First Workforce” with Chandrakant Patel

  4. 4月8日

    ASME Insights - “IMECE and Engineering a Resilient Future” with Dr. Calvin Mackie and Dr. Akin Keskin

    In this special ASME Insights episode, Dr. Lester Su (ASME President) is joined by guests Dr. Calvin Mackie and Dr. Akin Keskin. Dr. Calvin Mackie is an award-winning inventor, author, former engineering professor, speaker, and entrepreneur. He is the founder and CEO of STEM NOLA and STEM Global Action, two non-profit organizations with the goal to inspire and engage communities in learning about opportunities in STEM. Dr. Mackie is also a keynote speaker for ASME’s IMECE conference on November 16–20, 2025 in Memphis, Tennessee. Dr. Akin Keskin is the IMECE Conference Chair and Vice President Digital - Business Aviation and RR Deutschland at Rolls-Royce. Dr. Mackie covers teases his keynote speech about fostering the next generation of engineers, and Dr. Keskin shares the unique features of the 2025 IMECE conference.

    ASME Insights - “IMECE and Engineering a Resilient Future” with Dr. Calvin Mackie and Dr. Akin Keskin

  5. 3月30日

    ASME Insights - "AI and the Energy Sector: Preparing Mechanical Engineers for the Future" with Dr. Arindam Banerjee

    In this episode of ASME Insights, Dr. Lester Su (ASME President) is joined by guest Dr. Arindam Banerjee. Dr. Arindam Banerjee is the Paul B. Reinhold Professor and Department Chair of Mechanical Engineering & Mechanics at Lehigh University. His scholarly background is in fluid mechanics and energy systems, with research spanning renewable energy, turbulence, and data-enabled modeling. He is an ASME Fellow and a former associate editor of ASME’s Journal of Fluids Engineering. Dr. Banerjee was recognized as Associate Editor of the Year in 2023. Dr. Banerjee discusses why the energy space is uniquely positioned for AI impact and how mechanical engineering curricula must evolve. He also reflects on takeaways from a recent ASME session with department chairs and his presentation at ASME’s Mechanical Engineering Education (MEEd) Conference on March 29–31, 2026 at George Mason University.

    ASME Insights - "AI and the Energy Sector: Preparing Mechanical Engineers for the Future" with Dr. Arindam Banerjee

  6. 2025/08/26

    Uncoventional Engineering Episode 23: “3D Printing and Blazing Your Own Trail” with Jason Lopes

    Tom Costabile and Jay Flores met with Jason Lopes - 3D printing expert and special effects pioneer. From humble beginnings as an aspiring pro-skateboarder to leading effects teams working on Hollywood blockbusters, Jason’s career journey is as unconventional as it gets! 00:00 Show opening 00:44 Welcome to the show with Jay Flores and Tom Costabile 1:21 Guest introduction - Jason Lopes, 3D printing expert and special effects pioneer 1:53 Jason describes his early career journey 7:07 Jason provides his perspective on why teamwork is so vital to supporting innovation 9:45 Jason details his transition from working at Stan Winston Studios to Legacy Effects 15:45 Tom asks Jason to provide some insights on the future of AI 23:25 Tom and Jason share their affinity for certain 3D printers 27:00 Jay asks Jason to give his advice for those still searching for what they want to do with their careers 30:33 Thank yous and goodbyes

    Uncoventional Engineering Episode 23: “3D Printing and Blazing Your Own Trail” with Jason Lopes

  7. 2025/06/13

    Unconventional Engineering Episode 22: “Latina Engineer – Empowering and Inspiring the Next Generation” with Diana Iracheta

    Tom Costabile and Jay Flores met with Diana Iracheta, founder of “Latina Engineer.” Through her social channels and speaking engagements, Diana shares her career journey with the hope of inspiring the next generation of engineers. 00:12 Welcome to the show with Jay Flores and Tom Costabile 00:47 Guest introduction - Diana Iracheta, Founder of Latina Engineer 2:23 What drew Diana to engineering in the first place 4:06 Diana shares her "Top 3 Influences" 5:26 Background of the Latina Engineer organization 7:50 Diana describes the achievement she is most proud of 8:54 Diana explains the impetus for tapping into social media to connect with audiences 11:30 Advice for young women considering a career in engineering 12:45 Thank yous and goodbyes

    Unconventional Engineering Episode 22: “Latina Engineer – Empowering and Inspiring the Next Generation” with Diana Iracheta

  8. 2025/03/31

    Unconventional Engineering Episode 21 "Conformity Assessment and Competency Standards"

    Host Tom Costabile spoke with guests Dr. Phil Hopkins and Patrick Vieth about conformity assessment and competency standards, as seen through the lens of the pipeline industry. 00:09 Welcome to the show with Tom Costabile 00:23 Guest introduction - Patrick Vieth and Dr. Phil Hopkins 1:46 Phil and Patrick share their "Top 3 Influences" 5:19 "Innovation Station" - discussion about the future of engineering and AI 12:55 The importance of Conformity Assessment and Competency Standards in engineering 22:56 Discussion about STEM education and the ASME Foundation "Dr. Phil Hopkins Scholarship" 25:55 Thank yous and goodbyes

    Unconventional Engineering Episode 21 "Conformity Assessment and Competency Standards"
すべて見る（28）

番組について

ASME's Executive Director/CEO Tom Costabile welcomes guests from across the world of mechanical engineering to discover the interesting and unconventional ways they are using their skills to advance engineering for the benefit of humanity. RSSVERIFY

情報

  • クリエイター
    ASME's Unconventional Engineering
  • 配信期間
    21年 - 26年
  • エピソード
    28
  • 制限指定
    不適切な内容を含まない
  • Copyright
    © All rights reserved
  • 番組のWebサイト
    ASME's Unconventional Engineering