
We are seeking Fall 2026 (September/October start) interns or Co-ops for our Hardware Test & Reliability Team! Autonomous systems are a new breed of product that bring together electronics hardware and real-time AI software. The complexity of the systems combined with the fact they can move freely in the real world, makes the development and reliability testing strategy a key element of delivering a great product. We are seeking a driven and cross-functional engineering intern to help the development and execution of test plans and testing infrastructure to enable rapid design iteration and robust product validation for state-of-the-art autonomous flying machines servicing a broad range of consumer and commercial use cases. How youll make an impact: - Own the design and implementation of hardware and software systems to execute comprehensive performance and reliability validation for products performing in a wide array of use cases - Analyze data, calculate statistics, and carefully document results to explain trends and inform impactful design improvements - Perform failure analysis to identify root cause and help develop process/design mitigations to resolve system issues, collaborating with mechanical, electrical, software, manufacturing, and quality engineering teams - Participate in design reviews and provide key design for reliability inputs to mitigate risks at every stage of the product development lifecycle What makes you a good fit: - A sense of how to test, how not to test, and how to find vulnerabilities in processes and design - A systematic approach to problem solving, and a knack for rapidly identifying issues within electro-mechanical systems; strong desire to drive failure analyses to true root cause - Enthusiastic tendencies toward diving in and applying first principles to engineer creative solutions to complex problems - Experience with Python or other programming languages for test automation, data analysis and visualization - Strong desire to learn and contribute across multiple domains within a dynamic and growing organization - Excellent project management, written & verbal communication and cross-functional teamwork skills - Familiarity with testing equipment and basic knowledge of stress, environmental, and accelerated life testing methods to assess product durability and reliability. Compensation Range: The hourly rate for this position is $47/hr for Undergrad, $53/hr for Graduate students, and $58 for PhD students*.
Job Details
Responsibilities
- Design and implement hardware and software systems for performance and reliability validation
- Analyze data and calculate statistics to inform design improvements
- Perform root cause failure analysis
- Collaborate with mechanical, electrical, software, manufacturing, and quality engineering teams
- Participate in design reviews to mitigate risks in the product development lifecycle
Requirements
- Systematic approach to problem solving
- Ability to identify issues within electro-mechanical systems
- Experience with Python or other programming languages for test automation, data analysis and visualization
- Familiarity with testing equipment
- Knowledge of stress, environmental, and accelerated life testing methods
- Excellent project management, written & verbal communication and cross-functional teamwork skills
Skills & Technologies
Education Level
BachelorBenefits & Perks

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