Mechanical Engineer
Apera, Granite Heights, WI, United States
We’re partnering with an innovative engineering organisation focused on advancing autonomous maritime systems. Their work centres on building intelligent, sensor-driven platforms that enhance safety, awareness, and performance in complex ocean environments.
About the role:
This position sits within a multidisciplinary engineering team responsible for designing and integrating sensing technologies used in autonomous surface systems. You’ll play a key role in bringing together hardware such as radar, cameras, LiDAR, GPS, and other sensors into a unified perception system that enables real-time situational awareness.
This is a practical, hands‑on opportunity suited to someone who enjoys tackling challenging real‑world problems and contributing to cutting‑edge autonomy solutions.
Key responsibilities:
Act as a subject matter expert for perception hardware and system integration
Work cross‑functionally with mechanical, electrical, software, optical, and manufacturing teams
Define system requirements and validation strategies for sensing technologies
Ensure technical deliverables are achieved in line with project timelines
Lead design reviews and communicate technical progress clearly
Develop and execute testing and analysis plans for hardware and subsystems
Build and manage relationships with external suppliers and vendors
Design calibration tools and fixtures to support scalable production
Provide hands‑on support to manufacturing teams for troubleshooting and issue resolution
Degree in Mechanical Engineering, Electrical Engineering, Robotics, or a related discipline
At least 2 years’ experience working on complex hardware systems
Strong grounding in engineering principles and problem‑solving
Practical experience with sensor integration, testing, and validation
Proficiency with 3D CAD tools (Siemens NX or similar preferred)
Familiarity with engineering analysis methods such as tolerance analysis, simulations, and system testing
Ability to obtain security clearance
Experience working in maritime or similarly dynamic environments
Background in developing and validating sensor or optical systems in aerospace, defence, or marine applications
Knowledge of designing for shock, vibration, or harsh operating conditions
Previous involvement in defence‑related programmes or autonomous vehicle systems
Professional engineering certification
What’s on offer:
Competitive salary with performance‑based incentives
Generous holiday allowance and paid parental leave
Retirement savings plan
Equity/stock options
Life and disability insurance
Office perks including meals and refreshments
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About the role:
This position sits within a multidisciplinary engineering team responsible for designing and integrating sensing technologies used in autonomous surface systems. You’ll play a key role in bringing together hardware such as radar, cameras, LiDAR, GPS, and other sensors into a unified perception system that enables real-time situational awareness.
This is a practical, hands‑on opportunity suited to someone who enjoys tackling challenging real‑world problems and contributing to cutting‑edge autonomy solutions.
Key responsibilities:
Act as a subject matter expert for perception hardware and system integration
Work cross‑functionally with mechanical, electrical, software, optical, and manufacturing teams
Define system requirements and validation strategies for sensing technologies
Ensure technical deliverables are achieved in line with project timelines
Lead design reviews and communicate technical progress clearly
Develop and execute testing and analysis plans for hardware and subsystems
Build and manage relationships with external suppliers and vendors
Design calibration tools and fixtures to support scalable production
Provide hands‑on support to manufacturing teams for troubleshooting and issue resolution
Degree in Mechanical Engineering, Electrical Engineering, Robotics, or a related discipline
At least 2 years’ experience working on complex hardware systems
Strong grounding in engineering principles and problem‑solving
Practical experience with sensor integration, testing, and validation
Proficiency with 3D CAD tools (Siemens NX or similar preferred)
Familiarity with engineering analysis methods such as tolerance analysis, simulations, and system testing
Ability to obtain security clearance
Experience working in maritime or similarly dynamic environments
Background in developing and validating sensor or optical systems in aerospace, defence, or marine applications
Knowledge of designing for shock, vibration, or harsh operating conditions
Previous involvement in defence‑related programmes or autonomous vehicle systems
Professional engineering certification
What’s on offer:
Competitive salary with performance‑based incentives
Generous holiday allowance and paid parental leave
Retirement savings plan
Equity/stock options
Life and disability insurance
Office perks including meals and refreshments
#J-18808-Ljbffr