Looking for a Hardware Integration & Testing Engineer to support electronics, mechanical, and reliability activities during product development and field testing. The candidate will assist in prototype assembly, testing, validation, debugging, and field deployment activities.
Knowledge of Onshape is an added advantage.
Key ResponsibilitiesSupport electronics and mechanical teams during development and integration.
Assist in prototype assembly, cable routing, and hardware setup.
Perform basic hardware testing and debugging.
Support field testing, data collection, and issue tracking.
Coordinate with reliability team for validation and environmental testing.
Help maintain test reports and hardware documentation.
Assist in component handling, connector integration, and system bring-up.
Support vendor coordination and lab activities when required.
Basic understanding of electronics and embedded hardware.
Familiarity with mechanical assembly and product integration.
Hands-on experience with multimeter and basic lab tools.
Willingness to travel for field testing and validation.
Good communication and coordination skills.
Knowledge of Onshape is a plus.
Exposure to PCB, connectors, cable assemblies, or 3D printed parts is an advantage.
Basic understanding of reliability and environmental testing.
BE / BTech in ECE, EEE, EI, Mechanical, Mechatronics, or related field.
Apply Here: https://app.dover.com/jobs/paar-autonomy
Skills Required
- BE / BTech in ECE, EEE, EI, Mechanical, Mechatronics, or related field
- Basic understanding of electronics and embedded hardware
- Familiarity with mechanical assembly and product integration
- Hands-on experience with multimeter and basic lab tools
- Willingness to travel for field testing and validation
- Good communication and coordination skills
- Knowledge of Onshape
- Exposure to PCB, connectors, cable assemblies, or 3D printed parts
- Basic understanding of reliability and environmental testing
What We Do
Paar Autonomy is a deep-tech robotics startup specializing in autonomy solutions and AI-based vision systems for unmanned aerial, ground, and sea vehicles. The company develops multi-sensor, gyro-stabilized gimbal cameras and proprietary agentic AI models designed to provide 'super-human' vision and real-time mission coordination, primarily targeting the global defense market and dual-use industrial applications.
