Prompt Cards

Build a commuter-focused plan for Europe/Asia/USA/Africa: what to carry daily, what to keep at work, and how to handle delays calmly. Include a minimalist kit and decision rules for when to stay vs go.

Create a family communication plan: meeting points, check-in rules, out-of-area contact, and a printable contact card. Include templates for multilingual households and situations where networks are congested.

Create a 10-minute home safety audit: hazards to fix, basic supplies to add, where to store items, and how to reduce injury risk. Include a simple checklist for Europe/Asia/USA/Africa housing styles.

Design a 72-hour go-bag checklist tailored to me (solo, couple, family with kids, elderly, pets). Include region-appropriate items, documents, and medication considerations. Provide a lightweight version for commuters and travelers.

Create a calm, practical emergency readiness plan for my region (Europe/Asia/USA/Africa) and living situation (apartment/house/dorm). Include: realistic risks, low-cost preparations, a 72-hour kit checklist, and a monthly maintenance routine. Use reassuring language and avoid sensational framing.

Create a senior-level design review checklist: correctness, protocol rigor, CDC/reset, timing risk, scalability, testability, documentation, and verification completeness. Provide a rubric and red flags.

Explain how to write congestion-resilient RTL: hierarchy planning, bus structuring, avoiding wide mux cones, and controlling fanout. Provide a checklist and refactoring patterns.

For FPGA targets, propose a placement strategy: pblocks/regions, timing-driven placement constraints, and critical path isolation. Include how to balance routability vs performance.

Design a hybrid verification approach: minimal directed tests for bring-up, constrained-random for coverage, and targeted stress tests for corner cases. Include how to triage failures quickly.

Create best practices for SystemVerilog interfaces: modports, clocking blocks, packing, and synthesis/tool compatibility. Provide a style guide and examples for streaming buses.

Provide a guide for writing parameterized RTL safely: type parameters, generate usage, width inference, and avoiding accidental truncation. Include lint rules and unit test patterns.

Design a CRC module (parameterized polynomial/width): streaming interface, latency options, and reset behavior. Provide SVAs and randomized tests to prove correctness.