CRYSTALSIM

initializing lattice

Final Exam — Design, Test, and Defend

Lesson 6 of 6·30 min read·+150 XP
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Six parts. One certification.

This is the final challenge. Work through Parts 1–5 in any order, then take the exam in Part 6. The exam pulls 2 questions from each of the 6 tracks — randomised. You need 80% to pass. Reshuffle as many times as you need.

Part 1 — Design from scratch

Open the Chip Builder. Empty canvas. No templates, no Guided Mode. Build a Crystal-EM Hybrid using everything you've learned: substrate, crystal channel, piezo gate, GAA wrapper, EM antenna. Wire it. Power it on.

Part 2 — Run the full test suite

Test Lab → run every category. Material → Component → Integration → Full Chip → Logic. Record at least: switching speed, subthreshold swing, power, gm, intrinsic gain.

Part 3 — Benchmark against ≥ 2 references

Open Benchmarks. Stack your design against at least two references — pick from Apple M4, NVIDIA H100, Tokyo InGaOx GAA, Georgia Tech piezotronic, Silicon Baseline. Note where you win and where you lose.

Part 4 — Set Simon's Law parameters

Open Scaling Laws. Set d₃₃, ECCF, and T to defendable values for your design. Capture the projection chart. Pick one scenario you'd present to investors and write a one-sentence justification.

Part 5 — Defend with the Copilot

Open the Copilot. Ask: 'Critique this design as if you were a skeptical reviewer.' Read the response carefully. Address at least two of the critiques — either by making a change or by writing a short rebuttal.

Part 6 — The exam

Below is your 10-question final exam. Two questions from each track, drawn at random from a pool. Pass at 80%. When you pass, your certification card appears with your name, the date, and a unique certificate ID. The bonus 500 XP and Semiconductor Scholar badge are awarded automatically.

Interactive · Final exam
Final Exam · 10 questions · pass at 80%
2 from each of the 6 tracks · randomized.
1Why is Moore's Law slowing?
2Moore's Law historically described:
3How many crystal systems are there?
4A wider band gap usually means:
5Subthreshold swing measures:
6Ohm's Law states:
7The three pillars of Crystal-EM are:
8Simon's Law states:
9Which gate material is piezoelectric?
10GAA stands for:
11When optimising, you should change:
12A 'pessimistic' Simon's Law scenario uses:

Whether you passed today or you're coming back to retry — you've completed every track CrystalSim has. There is no Track 7. Go build something real.

Lesson Summary
  • A six-part comprehensive challenge.
  • Design, test, benchmark, project, defend with the Copilot, then take the 10-question exam.
  • Score 80% on the exam to certify.
  • On pass: Semiconductor Scholar badge + 500 XP + a personalised certificate.
Test Your Knowledge · +150 XP
1
What's the pass threshold on the final exam widget?
2
How are the 10 exam questions chosen?
3
What badge does completing Track 6 earn?
4
Part 5 (Defend) asks the Copilot to:
5
After passing, the certification card displays: