Build specialised skills for front-end semiconductor engineering through practical programs taught by practicing engineers — actively building silicon in the SION technology ecosystem.
Pick a specialisation aligned with how the semiconductor industry actually hires — design, verification or FPGA. Every program is built around the same student promise: learn from engineers, build real work, prove your ability, get discovered.
ASIC Design. Think architecturally. Code disciplined RTL. Close synthesis and timing. Integrate into a working SoC. The path that puts your logic inside real chips.
SoC Verification. Silicon can't afford bugs. Build UVM testbenches. Write assertions. Close functional and code coverage. Prove that complex designs behave correctly before tapeout.
FPGA Design. Write RTL. Synthesise. Constrain. Close timing. Program silicon that runs. Bring up boards. Debug with real instrumentation. Watch your logic come alive.
Whichever pathway you choose, the SION Varsity learning arc is the same: you don't just study concepts — you learn, build, prove and get discovered.
Every semiconductor engineer has a natural leaning. ASIC design rewards architectural thinking. Verification rewards obsessive precision. FPGA rewards hardware intuition. Compare — then decide.
| ASIC Design | SoC Verification | FPGA Design | |
|---|---|---|---|
| What you build | The logic that goes into a chip. RTL, microarchitecture, integration. | The proof that a design works. Testbenches, assertions, coverage. | Hardware that runs today. RTL programmed into a real FPGA. |
| A typical day | Coding RTL blocks · reading spec · reviewing synthesis · debugging timing. | Writing UVM sequences · debugging failing tests · closing coverage · triaging bugs. | Editing RTL · running synthesis · tightening constraints · debugging on a board. |
| Logic design intensity | Very high | Medium | High |
| Programming intensity | High (Verilog/SV) | Very high (SV / UVM / OOP) | High (Verilog/SV + scripting) |
| Debugging intensity | High | Very high — this is the job | Very high — including hardware |
| Hardware exposure | Indirect (post-silicon rare) | Simulation-heavy | Direct hardware, oscilloscopes, boards |
| Ideal for | Architects, structured thinkers, people who enjoy clean logic. | Detail-obsessed engineers who enjoy breaking things systematically. | Hands-on builders who want their logic to actually run. |
| Prerequisites | Digital electronics · logical thinking · disciplined coding. | Strong logic + strong OOP mindset + patience. | Digital design + willingness to work with real hardware. |
| Career roles | RTL / ASIC / SoC / Front-End / IP Design Engineer | DV / SoC Verification / IP Verification Engineer | FPGA Design / FPGA Systems / Hardware Engineer |
Take the talent test or apply directly to a program. Every path starts with one action.