Top Design Engineer Jobs

Design and develop innovative tools and factory automation equipment to support rocket manufacturing while collaborating closely with engineering teams and managing projects.

Responsible for the design and development of tools and automation equipment supporting manufacturing, integrating mechanical design with project management.

Join Snap Inc as a Senior PCB Designer to lead high-density PCB designs for augmented reality glasses, collaborating with engineering teams and managing external resources.

Design, build, integrate, and test mechanical systems for sensing and counter-sensing applications. Collaborate within multi-disciplinary teams to innovate and enhance RF hardware systems.

Design and test high frequency analog integrated circuits for communications, electronic warfare, and radar systems, while leading RFIC and MMIC projects.

As an ASIC Physical Design Engineer, you will develop next-gen mining ASIC, tackle physical implementation challenges, and optimize timing and power.

Design, analyze, and optimize RF circuits for high-speed power amplifiers, evaluate components, and collaborate with cross-functional teams to enhance performance.

Responsible for designing, developing, and testing RF amplifiers, receivers, VCOs, and PLLs for infrastructure products, mentoring team members, and troubleshooting circuits.

The RF Design Engineer will design, develop, and test RF circuits including amplifiers, receivers, VCOs, and PLLs while collaborating with other engineers and suppliers.

Responsible for designing, developing, and testing RF circuits including amplifiers and receivers. Collaborate with engineers and manage multiple projects.

Design and develop RF circuits including amplifiers, receivers, VCOs, and PLLs. Mentor less experienced engineers and manage multiple design projects.

The role involves designing and testing RF circuits while mentoring junior engineers. Key tasks include amplifier, VCO, PLL, and receiver design.

The RF Design Engineer will design, develop, and test RF circuits such as amplifiers and receivers, support legacy products, and collaborate with various engineering teams.

Design and implement complex electromechanical spacecraft mechanisms. Collaborate with engineering teams, perform testing and validation, and ensure compliance with specifications.

Design and develop high-power electronics control systems for aircraft and vehicles, conducting research and testing of hardware components.

Develop algorithms and workflows for generating and processing complex geometries for Wire-Arc Additive Manufacturing, collaborating with engineers in various disciplines.

Design PCB layouts including symbol creation, component placement, and routing. Work with vendors to ensure design integrity and performance.

Lead engineering development on complex electronic modules, design high-speed digital circuit cards, mentor junior engineers, and ensure product quality through testing and defect resolution.

Design and develop electronic systems, including RF, Lidar, and antenna products. Analyze and test designs, collaborating with other engineers and stakeholders.

This role involves designing scalable vehicle motion control systems, integrating algorithms, performing calibration, and validating software for advanced vehicle dynamics.

Design and implement algorithms for vehicle motion control systems, support model-based design, testing, and collaborate cross-functionally to enhance automotive vehicle dynamics.

Lead the design of hypersonic flight test vehicles, coordinating teams and managing timelines to ensure compliance with engineering best practices and customer requirements.

The Staff Tooling Design Engineer designs and develops tooling and fixturing for aircraft assembly, collaborating with cross-functional teams to ensure efficient production. Responsibilities include tooling lifecycle, materials selection, GD&T analysis, and compliance with safety and quality standards.

Lead designs and characterize electrical subsystems for quantum test systems; manage project tasks, troubleshoot hardware, and work in a collaborative research environment.

Own propulsion combustion devices/systems from concept to manufacturing. Collaborate across teams to build, test, and iterate on engine systems.