my-new-skill

One sentence on what it does. Use when the user asks to <verb> <thing>, mentions <keywords>, or provides <file type>.

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Repository: BaratiLab/mechanical-engineering-skills
Last source activity: October 31, 2026 at 02:33
Detected SKILL.md language: English
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SKILL.md

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name	my-new-skill
description	One sentence on what it does. Use when the user asks to <verb> <thing>, mentions <keywords>, or provides <file type>.

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mechanical-teardown

Reverse-engineers a physical product (power tool, appliance, consumer device, mechanism, vehicle part) as an engineering system — function structure, costed BOM, materials and processes, Boothroyd DFA index, should-cost, repairability, FMEA, design decisions worth copying, benchmark and redesign opportunities — and renders a print-ready HTML teardown report. Use when the user says "tear down", "teardown", "reverse engineer", "how is this made", "what would this cost to make", "why is this designed this way", or shares photos of a disassembled product or an exploded view.

2026-11-02

equation-discovery

Discover interpretable equations from engineering or scientific data with the LLM-SR loop — you propose physically motivated equation skeletons as Python functions with free constants, the script fits the constants (BFGS, multi-start, sandboxed), scores train / in-domain / out-of-domain NMSE, keeps an experience buffer and builds the next prompt from the best programs; Pareto front of complexity vs error and polynomial baselines included. Based on LLM-SR (ICLR 2025 Oral) and LLM-SRBench (ICML 2025), Barati Farimani Lab with Reddy group. Use for constitutive laws, empirical correlations, process models, or "find an equation that fits this data and extrapolates".

2026-11-01

rocketsmith

Design 3D-printed hobby high-power rockets (NAR/TRA Class 2, certified commercial motors only) — airframe, nose cone and fin geometry, Barrowman stability with fin sizing to a target caliber, 1-D flight simulation (apogee, rail-exit speed, thrust-to-weight, descent rate), printed-part mass from wall/infill settings, measured-mass and flown-apogee calibration, and printable STEP/STL for nose cone and fin can. Based on RocketSmith (Barati Farimani Lab). Use for rocket design-for-AM, stability checks, flight prediction, or post-flight calibration.

2026-11-01

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my-new-skill

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