PERI exists at the intersection of rigorous engineering practice and structured knowledge development. Where Circuit Brilliance applies domain expertise to client design engagements, PERI directs that same expertise in two directions — toward developing engineers who are genuinely ready for industry, and toward advancing power electronics knowledge through research, publication, and academic collaboration.
For Students & Graduates
Build real engineering skills that make recruiters stop mid-interview.
Explore PERI Training ↓For Institutions & Universities
Partner with PERI to develop your students and strengthen placement outcomes.
Explore Collaboration ↓For Industry & Research
Collaborate on research, publications, and framework validation.
Explore Research ↓For Students & Graduates
The Recruiter Moment
A technical recruiter sits across 40 final-year students. Interview after interview — textbook answers, nervous faces, same pattern. Then one student walks in.
Asked about gate drive design for a SiC MOSFET, he does not recite a definition. He talks about turn-on resistance, Miller plateau, negative bias requirements, layout parasitics — the way a working engineer speaks after two years on the job.
The recruiter stops writing. Looks up. "Where did you learn this?"
That student is a PERI graduate
Certificate Programme in Power Electronics Product Development
A 3-month structured programme — 30% concepts, 70% real design work. Students design a real power electronics product from blank schematic to fabrication-ready output, using the same tools that engineers use in real companies.
- Engineering Product Development Life Cycle
- Power Electronics Concepts & Circuit Design
- Schematic Design & SPICE Simulation
- PCB Layout — Placement, Routing & DRC
- Signal Integrity & Power Delivery Network Analysis
- Documentation, BOM & Design for Manufacturing
- Final Project — Design, Review & Presentation
- Altium Designer — Professional EDA
- LTSpice / PSpice — Simulation
- HyperLynx — Signal & Power Integrity
- Ansys Q3D — Parasitic Extraction
- Gerber / ODB++ — Fabrication Output
AI teaches you what to say. PERI teaches you what to know
- Explain every formula in your textbook
- Define SiC, GaN, PFC, DAB on demand
- Generate circuit descriptions instantly
- Produce a perfect-looking resume
- Show you what a real PCB failure looks like
- Build the instinct that comes from experience
- Explain why a layout burns real hardware
- Make a recruiter stop and lean forward
Course fees and enrolment details available on request.
For Institutions , Universities and Industry Partners
PERI is the structured research and academic collaboration arm of Circuit Brilliance. It provides the environment through which Circuit Brilliance's proprietary analytical frameworks are academically validated, where technical whitepapers and research notes are developed and published, and where partnerships with university power electronics departments are established and grown.
Interested in collaborating with PERI? We welcome conversations with university research groups, industry partners, and institutions at any stage of interest.
- Chapter-by-chapter theory — without design context
- Concepts delivered before the design demands them
- Simulation only — no real design workflow
- No exposure to professional EDA tools
- Assessment by examination — not by doing
- Resume skills that are never actually practised
- Built around a real power electronics product development journey
- Every concept introduced when the design actually needs it
- Real design workflow — tools, trade-offs, and fabrication outputs
- Altium Designer, LTSpice, HyperLynx, Ansys Q3D — industry standard
- Assessment by project delivery and demonstration
- Every skill listed is a skill practised. Every project is real.