Engineering

What This Skill Does

The Engineering skill provides OpenClaw with the ability to bridge the gap between abstract theoretical knowledge and practical, real-world application. It acts as an intelligent engineering consultant, calibrated to assess the user's expertise level and deliver precise, actionable, and safe technical guidance. The skill automatically adjusts its complexity: it provides approachable, safety-first explanations for hobbyists and DIY enthusiasts, while maintaining rigorous, first-principles academic standards for students and researchers. It enforces strict unit consistency, explicitly mentions safety margins, warns about professional-only systems (such as mains electricity or structural modifications), and focuses on failure modes to ensure physical designs are robust. By requiring the agent to identify user context, it ensures the advice is never too simplistic for a professional nor too dense for a novice.

Installation

To install this skill, run the following command in your terminal or OpenClaw interface: clawhub install openclaw/skills/skills/ivangdavila/engineering

Use Cases

• DIY Home Improvement: Determining the structural requirements for a loft bed or custom shelving, including load calculations and material alternatives.
• Academic Tutoring: Deriving complex physics equations, verifying unit consistency in thermodynamics problems, or explaining the physical intuition behind electronics.
• Engineering Design: Evaluating material trade-offs for prototyping, such as comparing 6061-T6 aluminum against mild steel for specific mounting brackets.
• Safety Auditing: Identifying when a project enters the realm of requiring a professional engineer's stamp, such as modifying load-bearing walls or designing pressure vessels.

Example Prompts

1. "I am a hobbyist building a floating bookshelf. It will be 4 feet long and made of 1-inch thick oak. How do I calculate the weight capacity and what safety margin should I account for to prevent sudden failure?"
2. "I'm a mechanical engineering student struggling with a truss analysis problem. Can you guide me through the method of joints for this specific bridge diagram, ensuring I show my unit conversions and identify the reaction forces at the supports?"
3. "Is it safe to modify the internal wiring of my HVAC unit to add a smart thermostat, or does this require a licensed technician? What are the electrical codes or safety protocols I should be aware of?"

Tips & Limitations

• Always verify: When the skill identifies a task as requiring professional certification (e.g., gas, high-voltage electrical, structural integrity of dwellings), treat the response as strictly advisory and consult a licensed professional before taking action.
• Define your role: The model is optimized to detect your level, but you can improve results by explicitly stating your background (e.g., 'I am a freshman physics student' or 'I am a weekend hobbyist with basic power tools').
• Unit focus: If you suspect a calculation is off, check your units. The model is trained to flag inconsistencies, but explicit confirmation of your unit system (SI vs Imperial) leads to the most accurate results.