Lead technical design, development, and deployment of autonomous and semi-autonomous robotics systems for construction and industrial equipment.
Compensation
$162,540.00 - $264,120.00
Responsibilities
Define, develop, and bring to production technologies enabling autonomous and semi-autonomous machines
Translate complex customer and machine problems into well-defined technical problems
Evaluate classical robotics and modern learning-based approaches
Rapidly prototype solutions and lead them through integration, validation, and production deployment
Provide technical leadership across robotics systems including perception, sensor fusion, localization and mapping, planning, controls, machine integration, simulation, and intelligent autonomous behaviors
Requirements
Bachelor’s degree in Computer Science, Robotics, Electrical Engineering, Mechanical Engineering, or a related technical field
The Senior Autonomous Vehicle (AV) Technician is a highly skilled technical professional responsible for advanced diagnostics, repairs, calibrations, and system integrations on autonomous vehicles.
Responsibilities
Lead complex mechanical and electrical troubleshooting for AV powertrain, braking, suspension, high-voltage, and advanced sensor systems.
Diagnose, repair and validate faults in CAN/LIN networks, AV compute hardware, and vehicle control modules.
Perform root-cause analysis and resolve recurring technical issues across the fleet.
Develop and implement technical repair procedures and best practices.
Conduct precise calibrations and verification of LiDAR, radar, camera arrays, GPS units, IMUs, and perception systems.
Senior technical leader responsible for integrating and testing Hivemind autonomy software on unmanned aircraft, robotic systems, and related hardware.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Serve as senior technical focal point for Hivemind integration and test readiness across unmanned aircraft, robotic systems, representative test vehicles, onboard compute, radios, sensors, payloads, and supporting ground equipment.
Lead hands‑on integration and troubleshooting efforts spanning autonomy software, hardware, flight controllers, communications systems, networking, operator interfaces, and field operations.
Partner with engineering, test, product, operations, field, and customer‑facing teams to evaluate new platforms and determine how they can best support Hivemind development, validation, training, demonstrations, and customer objectives.
Help take systems from early concept or benchtop integration through representative test, field execution, and operationally relevant demonstrations.
Provide senior‑level technical judgment on platform suitability, integration complexity, test readiness, risk, safety, maintainability, cost, availability, and customer value.
The Mechanical Engineering Lead will lead the mechanical work for sensor kits and future products, taking designs from concept CAD through production, while mentoring junior engineers and interns.
Responsibilities
Own mechanical architecture decisions, material selection, and detailed design for every moss product
Take the current sensor kit through production: sourcing, DFM, assembly, failure analysis, and field repairs
Design the next revision of the sensor kit and bring it to production
Develop enclosure systems for thermal management, vibration resistance, and weather protection
Validate hardware against IP, vibration, thermal, and fatigue failures, and fix what fails
The Advanced Autonomous Vehicle (AV) Technician is responsible for performing complex diagnostics, repairs, calibrations, and system integrations on autonomous vehicles.
Responsibilities
Perform complex mechanical and electrical troubleshooting on AV powertrain, braking, suspension, and high-voltage systems.
Diagnose, repair, and validate faults involving CAN networks, LIN bus, power distribution, and AV computer hardware.
Utilize advanced diagnostic tools to perform root-cause analysis and resolve recurring system issues.
Conduct precise calibrations of LiDAR, radar, camera arrays, GPS units, IMUs, and perception systems.
Validate sensor alignment, accuracy, and performance to meet AV operational standards.
Own the technical vision, architecture, and development of a complex autonomous robotics product, translating customer requirements into technical goals and leading a multidisciplinary engineering team through hands-on software engineering.
Responsibilities
Own the technical vision, architecture and development of a complex autonomous robotics product.
Translate operational requirements by customers into clear technical goals and engineering milestones.
Define the technical roadmap and drive execution from concept to the field.
Make key technical decisions across perception, sensor integration and robotics software applications.
Lead by example through hands-on software engineering and system integration.
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