Entry-Level Electrical & Electronics Engineer assisting in the design and development of analog and mixed-signal circuits for advanced manufacturing test solutions.
Responsibilities
Assist in the design and development of analog and mixed-signal circuits for advanced manufacturing test solutions
Support the creation and layout of fine-pitch PCBs for high-density, compact electronic systems
Conduct component selection, reviewing datasheets and evaluating electrical, thermal, and mechanical constraints
Participate in RF PCB design projects, learning from experienced engineers and contributing to simulation, prototyping, and testing
Collaborate with PCB fabricators to understand design-for-manufacture (DFM) and design-for-assembly (DFA) for advanced PCB processes
Requirements
Bachelor’s degree in Electrical/Electronics Engineering or related discipline
Contribute to the development of breakthrough technologies for the next generation of computing systems in the Large-Scale Integrated Photonics Lab and the Emerging Accelerators Group at Hewlett Packard Labs.
Compensation
– United States of America: Annual Salary USD 90,002 - 193,752 in Colorado // 90,002 - 193,752 in California
Responsibilities
Conduct innovative research in integrated photonics, emerging electronics, and next-generation computing architectures
Design, model, and evaluate photonic, electronic, and electro-optic devices and systems
Develop CMOS, mixed-signal, and hardware accelerator circuits for advanced computing applications
Participate in the development of in-memory computing and AI acceleration technologies
Perform experimental characterization and testing of photonic and electronic devices
The Electrical Engineer III provides technical solutions to complex engineering problems requiring a comprehensive understanding of electrical engineering principles. Working under general direction, this role independently develops design approaches, performs verification and testing, and collaborates across disciplines to ensure product capability, manufacturability, and system-level performance.
Compensation
Min: $84,362.83
Max: $146,690.59
Responsibilities
Design and develop electronic hardware, circuits, and assemblies from concept through verification
Perform product testing and create models and prototypes to support development and validation
Develop and document electronic schematics and related technical documentation
Create and execute verification and validation plans for electronic assemblies and circuit boards
Develop hardware bring-up procedures for prototype and production boards, including functional checkout and debug
Develop next-generation electromechanical brake (EMB) and brake-by-wire systems for automotive applications, owning the electrical hardware and electrical systems engineering from system requirements through prototype validation.
Responsibilities
Research, develop, and validate electrical hardware for electromechanical brake actuators and brake-by-wire systems
Analyze system requirements and flow them down to electrical architecture, hardware, and component-level requirements, maintaining traceability
Define and document hardware/software interfaces for sensors and actuators
Design, analyze, and optimize analog, digital, mixed-signal, sensing, motor drive, and power electronic circuits
Develop schematics and support PCB layout for electronic control units and power stages
Serve as the technical authority for the architecture, design, analysis and verification of automotive high-voltage power-electronics hardware, including 400 V and 800 V on-board chargers (OBCs), high-voltage-to-low-voltage DC/DC converters and integrated power-conversion systems.
Compensation
Competitive compensation and benefits.
Responsibilities
Own hardware architecture and circuit design for 400 V/800 V power-conversion products
Develop and review power stages, gate-drive circuits, current and voltage sensing, auxiliary supplies, protection, isolation, communication and control interfaces
Evaluate relevant architectures and technologies such as bidirectional OBC, PFC, LLC/CLLC, phase-shifted full bridge, dual-active bridge, silicon carbide (SiC), gallium nitride (GaN) and integrated X-in-1 solutions
Perform worst-case circuit analysis, component-tolerance analysis, derating, thermal and loss calculations, Six Sigma/capability studies and circuit simulations using Maple, SPICE-based tools or equivalent simulation environments
Convert system and customer requirements into hardware requirements, block diagrams, interface definitions, design specifications and verification criteria
Requirements
Bachelor's degree in Electrical Engineering, Electronics and Communication Engineering, Power Electronics or a related discipline
Master's degree in Electrical Engineering, Electronics and Communication Engineering, Power Electronics or a related discipline
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