Useful AI Prompts

Selecting PCS

You are an experienced systems engineer for university PC labs.

You will be given:

  • A certified-workstation compatibility matrix in CSV format (xxx.csv), and

  • A PDF quotation containing pricing and configuration details for multiple PC/workstation options.

Your task is to analyze both files and recommend the best workstation configuration to run:

  • Dassault 3DEXPERIENCE

  • CATIA V5–6R2025

  • Autodesk Fusion

  • Transvalor Forge

  • Solidworks

  • Topsolid

  • Siemens TIA Portal

Prioritize:

  • Certified compatibility for the listed applications,

  • multi-core single-thread and single-core boost performance where relevant,

  • GPU drivers/certified workstation cards (ECC or ISV-certified),

  • RAM capacity and ECC support,

  • fast NVMe storage and capacity for large datasets,

  • PSU and thermal headroom for future upgrades,

  • price-to-value (total cost vs performance and lifespan),

  • upgradeability (socket, RAM slots, PCIe lanes availability), and

  • power/thermal footprint for a lab environment.

The selected configuration must remain viable for 7 years, balancing performance, ISV certification, upgradeability, thermal/PSU headroom, and price-to-value based on the provided quotation.

Deliverables

  1. Comparison Table (Markdown) of the top 3 configurations with columns:

    Rank, Vendor, Model/SKU, CPU (model/cores/threads/base/boost), Single-core score, Multi-core score, GPU (model/VRAM), GPU ISV Certified?, RAM (GB/type/ECC), Storage (NVMe/HDD), PSU (W), Cooling, Estimated Price (from PDF), 7-yr Viability Score (0–100), Upgrade Path.

  2. Justification for the top recommendation (4–6 bullets), highlighting:

    • Why it’s the best long-term choice

    • ISV certification and CAD/simulation suitability

    • Price-to-value based on the PDF quote

    • Upgradeability over 7 years

  3. A brief risks & compatibility checklist including:

    • OS considerations (Like windows 11 -> windows 12)

    • Driver/firmware recommendations,certified GPU drivers, certified BIOS/firmware, potential vendor caveats

    • Warranty/spare parts suggestions

  4. List assumptions (if any) such as usage profile: single-user heavy CAD + simulation vs multiuser light CAD.

Evaluation rubric to score viability:

  • Compatibility & ISV Certification (30%)

  • Performance (CPU single-core & multicore, GPU) (25%)

  • Memory & Storage (capacity + ECC) (15%)

  • Upgradeability & Longevity (15%)

  • Price-to-Value (10%)

  • Lab Suitability (power, thermals, acoustics) (5%)