Mariana Minerals
Mechatronics Engineer (Hardware)
About this role
Mariana Minerals is seeking a Mechatronics Engineer (Hardware) to develop the electromechanical systems that enable fully autonomous mining vehicles. The role involves designing actuation and robotic mechanisms, working closely with interdisciplinary teams to drive innovations in mineral sourcing technology.
What you'll do
- Design and integrate actuation hardware for autonomous mining vehicles
- Develop robotic mechanisms and automation hardware for unmanned operations
- Produce detailed CAD models and drawings for fabrication
- Select and qualify components for actuation and motion systems
- Lead testing of subsystems and drive reliability improvements
- Collaborate with software engineers for complete vehicle integration
What they're looking for
- Bachelor's degree in Mechatronics, Mechanical, Robotics, or related field
- 5-10+ years of experience in electromechanical or robotic systems design
- Proficiency with 3D CAD software
- Experience with actuation and motion systems
- Knowledge of design-for-manufacture/assembly
- Experience in autonomous vehicles or robotics preferred
Benefits
- Mission-driven team culture
- Opportunities for autonomy and innovation
- Focus on smart automation and collaboration
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Mariana Minerals
Mariana Minerals develops autonomous mining technology and critical minerals processing infrastructure, including software and hardware systems for self-operating vehicles and advanced refining facilities. The company is hiring Process Safety Engineers, Mechanical Engineers, Mechatronics Engineers (in both autonomy and hardware specializations), and Safety Specialists to build out their mining operations and safety programs.
View all jobs at Mariana MineralsLikely interview questions
- Walk us through a drive-by-wire or actuation system you've designed end-to-end—from concept trade studies through prototype validation. What were the key design challenges and how did you address reliability?
- Describe your experience selecting and sizing actuators, motors, and drivetrains. How do you balance performance, cost, lead time, and MTBF in your component choices?