Unlimited Industries
Hardware Engineer (Mechanical, Electrical, Mechatronics, Robotics, Aerospace, or similar)
About this role
Join a construction automation startup to develop AI-powered engineering design tools that automate infrastructure planning for large-scale projects. You'll lead hardware and systems engineering across mechanical, electrical, and related disciplines to revolutionize how major construction and power projects are designed.
What you'll do
- Lead end-to-end engineering development for AI-powered automated design engine capabilities
- Develop simulation, calculation, and analysis software tools to encode engineering knowledge
- Collaborate across mechanical, electrical, and systems disciplines to optimize design trade-offs
- Identify and solve critical bottlenecks in the design automation pipeline
- Translate complex engineering problems into scalable software solutions
- Execute hands-on technical work and contribute directly to product development
What they're looking for
- Mechanical engineering design and analysis
- Electrical systems and power engineering
- Systems thinking and multidisciplinary integration
- Software development (Python, C++, or similar)
- CAD and simulation tools (ANSYS, COMSOL, or equivalent)
- First principles problem-solving
- AI/ML applications in engineering
- Large-scale infrastructure or capital project knowledge
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Unlimited Industries
Unlimited Industries builds an AI-powered platform for automated engineering design and construction automation that applies multidisciplinary engineering expertise to real-world physical infrastructure. The company is hiring junior and mid-level software engineers and multidisciplinary engineers who are hands-on builders passionate about creating innovative products that leverage AI to transform infrastructure.
View all jobs at Unlimited IndustriesLikely interview questions
- Describe a time when you challenged conventional engineering wisdom and achieved a step-function improvement in performance or efficiency.
- Walk us through a complex multidisciplinary engineering project where you owned end-to-end scope—what were the key trade-offs and how did you navigate them?