The gap isn't talent. It's evidence.
Every year, tens of thousands of hardware engineering students graduate with identical credentials: a degree, a GPA, and a list of coursework. Meanwhile, companies building semiconductors, PCBs, robotic systems, and power electronics struggle to differentiate candidates who have genuinely built something complex from those who have only studied it.
Software engineers solved this problem twenty years ago. GitHub gave the industry a timestamped, public, verifiable record of what software engineers actually do. Every commit, every pull request, every open-source contribution is part of a permanent record that any hiring manager can inspect before a single interview is scheduled.
Hardware has no equivalent. The oscilloscope trace is on a bench in a lab. The PCB is in a drawer. The firmware commit is on a school server with restricted access. The build log doesn't exist. The student who spent six months iterating a motor controller has no mechanism to prove it, and no industry standard for presenting it. The gap isn't talent. It's evidence — and in hardware, evidence is invisible by default.
Why existing tools fail hardware engineers
Engineers have tried to adapt software tooling to hardware contexts. Each attempt runs into a fundamental mismatch: software tools were designed to make code visible, not circuits.
Who Syqnal is for
Syqnal is built around one simple idea: hardware projects should become readable evidence. Builders need a better way to show what they made. Educators need a better way to verify that work. Hiring teams need a better way to evaluate it without guessing from resumes, titles, or polished demos alone.
Turn projects into structured records with specs, build logs, BOM details, performance evidence, failures, and verification. The result is a body of work that grows over time and translates into hiring opportunities.
Verify real work, issue trust signals tied to specific projects, and help students leave with evidence that stays useful beyond a course, capstone, or semester. Syqnal makes educator review durable instead of disposable.
Review candidates through project evidence instead of inference. See what was built, how it was verified, what tools were used, where iteration happened, and whether the work reads like someone ready for real engineering responsibility.
Built for atoms, not bits
Every feature on Syqnal was designed with hardware-specific workflows in mind — not adapted from software tooling and retrofitted onto circuits. The platform speaks the language engineers actually use: schematics, BOMs, simulation files, oscilloscope captures, and NDA constraints.
The mission
The United States CHIPS and Science Act, the global EV transition, the expansion of defense electronics, and the robotics convergence share a single constraint: they all require hardware engineers who can actually build things. The talent gap is real — but it is not a pipeline problem. It is a visibility problem.
Talented hardware engineers are being built in labs, classrooms, and garages right now. They are iterating motor controllers, designing RF front-ends, laying out power stages, debugging FPGA timing violations. They are doing the work. What they lack is a credible, structured mechanism to make that work visible to the people who need it most.
Syqnal's mission is to make hardware engineering talent legible — one verified build at a time. We are building the infrastructure that lets the industry see what its next generation of engineers has actually built, before the first interview, before the first job offer, before the first product ships.
The future of technology runs on hardware. The people building it deserve a record.