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### Show Notes for Episode: Transition to Zero
**Host:** Jerge Schneider, BUS Team Leader, CalSTART **Guest:** Mark Hoffman, Auburn University
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**Introduction:** - Host: Jared Schnader from CalSTART - Guest: Mark Hoffman from Auburn University
**Main Topics Discussed:**
1. **Introduction to Mark Hoffman:** - Background in vehicle energy systems. - Experience at Clemson's International Center for Automotive Research and University of Michigan. - Work at Auburn University for the past six years.
2. **Transit Bus Testing and Cybersecurity:** - Auburn University's involvement in the Low and No Emission Component Assessment Program. - Cybersecurity testing initiatives. - Challenges with initial testing protocols and public results publication.
3. **Cybersecurity Concerns in Transit:** - Addressing cybersecurity threats in transit vehicles. - Potential vulnerabilities in automated and smart bus components. - Examples of cybersecurity issues, such as RF noise interference and false telematics data.
4. **Industry Collaboration and Challenges:** - Collaboration with OEMs and transit agencies for cybersecurity validation. - The importance of third-party validation. - Involvement of multiple stakeholders in improving transit bus cybersecurity.
5. **Auburn University's Broader Transit Research:** - Development of a facility for real-world bus testing in various climates. - Research on new materials for bus construction to improve efficiency. - The role of Auburn's advanced polymer and additive manufacturing capabilities.
6. **Performance Specifications and Component Testing:** - Creating performance metrics for low and no emission buses. - The need for standardized component testing and performance assessment. - Collaboration with Ohio State and leveraging work from the National Renewable Energy Lab.
7. **Future Directions and Industry Impact:** - Importance of durability and life cycle maintenance cost assessment for new components. - The potential for aggressive aging-based protocols for component testing. - Ensuring industry-wide acceptance through collaborative protocol development.
8. **Engaging Students in Research:** - Role of Auburn University students in transit research projects. - Hands-on involvement in various research initiatives.
**Conclusion:** - Recap of the discussion on cybersecurity, performance specifications, and research at Auburn University. - Emphasis on industry collaboration and the future of transit research.
**Call to Action:** - Listeners are encouraged to stay tuned for future episodes and explore more about CalSTART and Auburn University’s transit research.
---
**Contact Information:** - **CalSTART:** [Website](https://www.calstart.org) - **Auburn University:** [Website](https://www.auburn.edu)
**Follow Us:** - **Twitter:** [@CalSTART](https://twitter.com/CalSTART) - **LinkedIn:** [CalSTART](https://www.linkedin.com/company/calstart)
---
**Subscribe:** - Available on Apple Podcasts, Spotify, and other major podcast platforms.
### Show Notes for Episode: Transition to Zero
**Host:** Jerge Schneider, BUS Team Leader, CalSTART **Guest:** Mark Hoffman, Auburn University
---
**Introduction:** - Host: Jared Schnader from CalSTART - Guest: Mark Hoffman from Auburn University
**Main Topics Discussed:**
1. **Introduction to Mark Hoffman:** - Background in vehicle energy systems. - Experience at Clemson's International Center for Automotive Research and University of Michigan. - Work at Auburn University for the past six years.
2. **Transit Bus Testing and Cybersecurity:** - Auburn University's involvement in the Low and No Emission Component Assessment Program. - Cybersecurity testing initiatives. - Challenges with initial testing protocols and public results publication.
3. **Cybersecurity Concerns in Transit:** - Addressing cybersecurity threats in transit vehicles. - Potential vulnerabilities in automated and smart bus components. - Examples of cybersecurity issues, such as RF noise interference and false telematics data.
4. **Industry Collaboration and Challenges:** - Collaboration with OEMs and transit agencies for cybersecurity validation. - The importance of third-party validation. - Involvement of multiple stakeholders in improving transit bus cybersecurity.
5. **Auburn University's Broader Transit Research:** - Development of a facility for real-world bus testing in various climates. - Research on new materials for bus construction to improve efficiency. - The role of Auburn's advanced polymer and additive manufacturing capabilities.
6. **Performance Specifications and Component Testing:** - Creating performance metrics for low and no emission buses. - The need for standardized component testing and performance assessment. - Collaboration with Ohio State and leveraging work from the National Renewable Energy Lab.
7. **Future Directions and Industry Impact:** - Importance of durability and life cycle maintenance cost assessment for new components. - The potential for aggressive aging-based protocols for component testing. - Ensuring industry-wide acceptance through collaborative protocol development.
8. **Engaging Students in Research:** - Role of Auburn University students in transit research projects. - Hands-on involvement in various research initiatives.
**Conclusion:** - Recap of the discussion on cybersecurity, performance specifications, and research at Auburn University. - Emphasis on industry collaboration and the future of transit research.
**Call to Action:** - Listeners are encouraged to stay tuned for future episodes and explore more about CalSTART and Auburn University’s transit research.
---
**Contact Information:** - **CalSTART:** [Website](https://www.calstart.org) - **Auburn University:** [Website](https://www.auburn.edu)
**Follow Us:** - **Twitter:** [@CalSTART](https://twitter.com/CalSTART) - **LinkedIn:** [CalSTART](https://www.linkedin.com/company/calstart)
---
**Subscribe:** - Available on Apple Podcasts, Spotify, and other major podcast platforms.