Microcredentials for Open Hardware and HPC Workforce Development: The Openchip Approach with RISC-V Ecosystem

The semiconductor and high-performance computing (HPC) sectors face a parallel and urgent challenge: a widening skills gap amid rapid technological evolution, particularly with the rise of open hardware platforms such as RISC-V. As global initiatives like the EU Chips Act and national sovereignty strategies emphasize workforce development, traditional academic programs remain too rigid and slow to adapt. This paper presents a microcredential-based strategy for agile, modular, and industry-validated training focused on open hardware and full-stack HPC system design. Through the lens of Openchip's approach, we explore how co-designed curricula—especially around vector-based RISC-V architectures—can modernize education to reflect emerging HPC paradigms. We also examine curricular gaps, the potential alignment with the TCPP curriculum initiative, and propose a roadmap for embedding microcredentials into scalable, open, and sovereign HPC education ecosystems.