Turning research into something people can actually use takes people who can move between science, business, and policy. These professionals must know how to translate complex ideas, build the right partnerships, and guide innovations out of the lab and into the real world. That in-between space is where a lot of the real work happens, and it’s where this conversation begins.
My guest is Andy Myers, who leads technology transfer activities at the Kansas City National Security Campus. His career spans small business research, academia, and nearly a decade in federal tech transfer. We talk about how one simple, essential skill has shaped his career path, what his day-to-day work actually looks like, and how his role within a Department of Energy national security environment brings a different perspective—especially with its focus on manufacturing and moving technologies closer to real-world use.
We also discuss the FLC’s new Professional Registered ORTA (PRO™) verification program, a professional designation that signifies a tech transfer professional’s experience, ongoing skill-building, and engagement in the community. As the Chair of the FLC’s Educate Committee, which created this program, Andy discusses what the program offers, why it matters, and how people can apply.
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In This Episode
- [02:21] Andy shares how his career began in chemistry and gradually shifted toward communication and tech transfer
- [03:08] The importance of explaining science to non-scientists and operating in that “in-between” space
- [03:47] What technology transfer really involves, from commercialization to legal and business considerations
- [04:33] Moving from small business research into academia and eventually federal tech transfer
- [05:18] A look at Andy’s role leading tech transfer at the Kansas City National Security Campus
- [06:12] How DOE labs operate under a government-owned, contractor-operated model
- [06:58] The unique national security mission tied to the campus and its broader ecosystem
- [07:34] Why the campus focuses more on production and manufacturing than pure research
- [08:13] How their work brings technologies closer to real-world commercial applications
- [08:49] Examples of tech transfer areas including additive manufacturing, electronics, and cybersecurity
- [10:07] The challenge of entering a field with no clear or traditional career path
- [11:12] Why shared standards and a common language matter across federal tech transfer
- [12:27] Introducing the PRO designation and how it fits into the broader professional landscape
- [13:43] How PRO compares to other certifications and why the federal space needs its own
- [14:58] What PRO (Professional Registered ORTA) actually represents for practitioners
- [16:06] The balance between experience, training, and community involvement in earning the designation
- [17:14] Why PRO is designed to be meaningful but not overly burdensome to achieve
- [18:08] How the designation builds trust with partners and external stakeholders
- [19:13] Walking through the application process and key requirements
- [20:07] Timeline expectations and how applications will be reviewed
- [21:02] Why ongoing learning and participation in the community are part of the criteria
- [21:47] How PRO could have accelerated Andy’s own professional development
- [22:33] The value of having a clearer roadmap instead of learning through trial and error
- [23:12] Advice for experienced professionals considering applying for PRO
- [24:02] The shift from learner to mentor and how PRO supports that transition
- [25:08] The growing importance of federal tech transfer in national competitiveness
- [26:04] Real-world examples of tech transfer success, from airport scanners to everyday tech
- [27:02] Reflecting on the broader impact of federal innovation and why the work matters