Keystone Smart Grid Fellowship Program
Technical Transfer and Lessons Learned Case Study (DOE FOA-152)
The Keystone Smart Grid Fellowship Program was a federally funded workforce development initiative designed to address emerging training gaps in the electric power and smart grid sectors. The program was led by Lehigh University, with the University of Pittsburgh serving as a key academic partner, under a U.S. Department of Energy funding announcement (FOA-152).
The initiative focused on developing future educators and trainers capable of preparing the skilled workforce responsible for building and maintaining modern electric grid systems. In addition to curriculum and fellowship development, the program required effective technical transfer, governance coordination, and execution discipline across academic, government, and industry stakeholders.
The Challenge
Rapid advances in smart grid technologies outpaced the availability of qualified instructors and trainers.The challenge was not limited to curriculum design. It involved ensuring that complex technical initiatives were translated into sustainable training systems, executed consistently, and documented in a way that could inform future workforce programs.
As with many discretionary, multi-year initiatives, the greatest risks were associated with execution, alignment, and knowledge transfer rather than intent or funding.
Role of XBIG6COM, LLC (now Honeycutt Science)
XBIG6COM, LLC (now Honeycutt Science) supported this federally funded workforce initiative by producing a technical transfer and lessons-learned analysis for the prime academic team. John A. Honeycutt led the work as principal consultant, with Jennifer Honeycutt supporting project analysis and documentation. The focus was operational and programmatic: how the initiative executed in practice, where coordination and governance created friction, and what insights could transfer to future workforce and training programs.
The work was conducted in support of the prime academic institutions and was documented through a standalone final report supported by extensive appendices. The emphasis was on clarity, traceability, and practical applicability rather than promotional outcomes.
Work Performed
- Technical transfer analysis across program phases
- Review of execution and coordination practices
- Identification of adoption and sustainability risks
- Lessons-learned synthesis applicable to future initiatives
- Development of a comprehensive final report with supporting appendices
Why This Case Still Matters
Workforce and safety initiatives frequently fail not because of a lack of expertise or resources, but because execution, coordination, and knowledge transfer are underestimated. This case illustrates how leadership alignment, structured analysis, and disciplined documentation influence whether complex initiatives achieve durable impact.
The lessons documented through this effort continue to inform Honeycutt Science’s work in safety culture assessment, training adequacy analysis, leadership systems, and organizational risk evaluation.
Primary Source Documents
Final Technical Transfer Analysis & Lessons Learned Report (2013)
Primary project deliverable summarizing program execution, governance challenges, and transferable lessons.
Appendix Cover Pages
Index and organizational guide to the full appendix set.
Appendix A: DOE FOA-152 Announcement
Department of Energy funding announcement establishing program scope and workforce objectives.
Appendix B: Lehigh University Proposal (Part 1)
Prime applicant proposal outlining program design and execution approach.
Appendix B: Lehigh University Proposal (Part 2)
Continuation of proposal materials and supporting details.
Supporting Appendices (C–L)
Detailed supporting materials documenting methods, findings, reference sources, and analysis developed
throughout the initiative.