Top Design Engineer Jobs

As an ASIC Design Verification Engineer, you'll develop verification environments for 5G ASICs, focusing on TLM modeling, testbench architecture, and debugging RTL at the block and chip levels.

The Mechanical Design Engineer will focus on hydraulic systems, creating 3D models, 2D drawings, and troubleshooting hydraulic systems while collaborating with suppliers and cross-functional teams.

The Principal Airframe Design Engineer will lead mechanical design for UAV systems, ensuring structural integrity and optimizing performance through analysis and close collaboration across engineering teams. Responsibilities include concept development, prototyping, testing, and production oversight of aircraft structures.

The Principal Analog Design Engineer will lead the design and verification lifecycle of PMIC and mixed-signal products, mentor engineers, and drive engineering improvements.

The Principal Analog Design Engineer will lead the entire development lifecycle of PMIC and mixed-signal products while providing mentorship and architectural guidance to engineering teams and collaborating with customers on system requirements.

The Principal Analog Design Engineer will lead the development lifecycle of analog and mixed-signal products, mentor engineers, and ensure alignment with market trends.

The Principal Analog Design Engineer will lead the entire development lifecycle for PMIC and mixed-signal products, mentor engineers, and drive strategic improvements while collaborating with customers to define requirements.

The Sr. RF Design Engineer will design microwave components and systems, oversee testing and integration, and support business development efforts.

Responsible for designing and testing high-power RF amplifiers for defense applications, including simulation, PCB layout, and integration of components.

The RF Microwave Design Engineer designs microwave components and systems, evaluates devices, and supports assemblies operating from DC to 60GHz for military and space programs.

The role involves designing, implementing, and verifying micro-architecture and RTL for power management integrated circuits, collaborating with colleagues and customers throughout the design process.

Responsible for designing, developing, implementing, and verifying micro-architecture and RTL for complex integrated circuits. Collaborate with teams for testing and enhance methodologies.

The role involves designing, developing, and verifying complex micro-architecture and RTL for power management ICs while mentoring junior engineers and improving methodologies.

The role involves designing and verifying micro-architecture for integrated circuits, managing digital design engineers, and leading custom silicon projects. Expect collaboration with cross-functional teams and end-to-end design oversight.

The Structures Design Engineer designs hardware for structural testing, focusing on CAD design, creating test fixtures, and managing design changes.

Design and test integrated circuits and hardware components. Analyze existing hardware and develop code for programmable devices. Requires extensive experience in hardware design and FPGA/ASIC knowledge.

Design fixtures, workstations, and tooling for production equipment at Zipline, leading a small team while contributing hands-on. Ensure efficient manufacturing processes through tool design and cross-functional collaboration.

Develop algorithms for geometric reasoning and spatial analysis to automate electronics assembly processes. Work on 3D geometry tools and collaborate with robotics engineers to ensure effective execution of synthesized plans.

The Analog Design Engineer creates integrated circuit designs within the Career Accelerator Program, focusing on various sensing products and collaborating on product development.

The Principal Engineer - FPGA Design leads innovative electronic system designs, collaborates on high-reliability applications, and provides technical leadership in a fast-paced environment.

The Core Design Engineer will lead the design efforts for a liquid metal-cooled fission reactor, utilizing extensive experience in reactor core design and analysis, ensuring compliance with quality standards and regulatory guidelines through cross-functional collaboration.

As a Structures Design Engineer II, you will design and analyze structural subsystems for lunar landers, create 3D models, and support manufacturing processes.

Design high-performance analog-to-digital and digital-to-analog converters, including circuits from specification to market introduction, while evaluating silicon and utilizing lab equipment.

The role involves automating high-performance analog-to-digital and digital-to-analog converters while leading the Automation Compiler Team with innovation and design methodologies.

The role involves high-performance analog and mixed-signal IC design, from specification to product introduction, requiring extensive experience in circuit design and lab evaluation.