Top Tech Jobs & Startup Jobs

Develop future concepts and mission-oriented use cases for Hivemind autonomous systems across air, space, land, and maritime domains. Translate customer needs and technology trends into concept studies, models, analyses, white papers, proposals, and technical briefings. Collaborate with Product, Engineering, Architecture, and go-to-market teams, monitor aerospace and defense developments, and support customer engagements through travel and presentations.

Lead flight-critical power electronics design for V-BAT aircraft from concept through production. Responsibilities include designing high- and low-voltage systems, inverters, DC-DC converters, battery management, PCBs, and power subsystems; conducting modeling, simulation, testing, validation, and debugging; leading design reviews and cross-functional development; mentoring engineers; and managing technical milestones, manufacturability, safety, reliability, and aircraft integration.

Designs, builds, secures, and operates software delivery infrastructure for autonomous defense systems. Develops CI/CD pipelines, integrates automated security controls, manages cloud and on-premises environments, and applies UK MOD/NATO Secure by Design, cyber risk management, and security assurance principles. Collaborates with software, autonomy, systems, integration, cybersecurity, and test engineering teams to deliver reliable software across classified and operational environments.

Conducts setup, operation, troubleshooting, and analysis of battery energy storage tests for the X-BAT aircraft. Configures thermal chambers, battery cyclers, instrumentation, sensors, fixtures, harnesses, and data-acquisition systems. Executes electrochemical subsystem test campaigns, evaluates performance and abnormal behavior, supports qualification testing across environmental conditions, and assists with battery lab development. Collaborates with power systems and cross-functional engineering teams on verification, integration, and qualification.

Leads architecture, development, integration, and operationalization of high-performance real-time and distributed simulation systems for autonomous uncrewed aircraft. Builds C++ and Python simulation software, integrates defense simulation frameworks, deploys containerized environments, and supports CI/CD, testing, autonomy, perception, and hardware interfaces. Provides technical and project leadership across multidisciplinary engineering teams and delivers validated simulation capabilities for customer programs and internal research.

Design, develop, test, and deploy autonomous behaviors for uncrewed aircraft. Build sensor-fusion solutions, autonomy systems, and task and motion planning capabilities using real-world sensor data and high-fidelity simulations. Integrate autonomy products with third-party aircraft and systems, contribute to architecture and code quality, collaborate across AI, robotics, and systems teams, and mentor junior engineers.

Designs and owns flight-critical avionics and electrical systems for autonomous aircraft, including power, analog, digital, control, sensor, radio, and microcontroller subsystems. Leads full-cycle hardware development from architecture and simulation through prototyping, testing, validation, and manufacturing. Drives PCB design, reliability, safety, EMI, thermal, and manufacturability improvements; leads design reviews, mentors engineers, collaborates cross-functionally, and manages technical milestones and requirements.

Design complex PCB layouts for aircraft hardware, including digital, analog, RF, high-speed, and power electronics. Manage stack-ups, routing constraints, component placement, signal and power integrity, impedance control, thermal and EMI mitigation, and mechanical integration. Generate manufacturing documentation and collaborate with electrical, mechanical, manufacturing, and fabrication teams to ensure manufacturability, reliability, and compliance.

Leads and builds the Shared Services Engineering team, overseeing hiring, coaching, technical direction, architecture, delivery, and production operations. Owns the roadmap for shared services, SDKs, APIs, authentication, telemetry integrations, and customer-facing applications. Establishes secure, reliable interfaces and partners across engineering, product, and organizational leadership to align priorities, manage tradeoffs, and drive adoption of reusable capabilities.

Develop production perception software for autonomous systems, spanning algorithms, modern C++ libraries, integration, testing, validation, and SDK delivery. Work across object detection, tracking, computer vision, sensor modeling, mapping, and multi-sensor fusion. Diagnose complex system behavior, improve architecture, review designs, mentor engineers, and convert research or partner technology into dependable, reusable product capabilities. Evaluate foundation-model applications for autonomy and perception workflows.