Taking full end-to-end responsibility for the system, architecture, design, implementation, and testing of various complex FPGA-based hardware systems and accelerators.
Responsibilities
Creating complex FPGA-based systems for ultra-low latency applications.
Driving the entire development lifecycle, from characterizing system requirements and specs to defining the SW-HW API.
Applying a systematic approach to analyze and debug complex production issues, pinpointing the root cause in either the hardware or software domain.
Building and implementing hardware analysis and development infrastructures to shorten the development cycles.
Provide technical expertise in mechanical and electromechanical design for new projects and capabilities in the Superblock, a DOE nuclear R&D facility.
Compensation
$175,530 - $267,060 Annually
$175,530 - $222,564 Annually for SES.3 Level
$210,630 - $267,060 Annually for SES.4 Level
Responsibilities
Provide technical expertise in mechanical and electromechanical design for new projects and capabilities in the Superblock
Conduct research in structural, thermal, hydraulic, or dynamics modeling of mechanical systems
Produce advanced conceptual and detail designs in support of on-going projects
Prepare supporting health and safety documentation aligned with ISM requirements
Coordinate project interfaces and deployment with internal and external organizations
Requirements
Bachelor's degree in mechanical engineering or a related field
Nice to have: Master's degree or PhD in Mechanical Engineering or a related field
Nice to have: advanced knowledge of systems engineering principles
Senior Mechanical Engineer to participate in new and ongoing projects involving nuclear weapon engineering design, systems engineering, experimental device design, fabrication, assembly, and surveillance of stockpile components.
Compensation
$175,530 - $267,060 Annually. $175,530 - $222,564 Annually for SES.3 Level. $210,630 - $267,060 Annually for SES.4 Level
Responsibilities
Provide technical expertise in mechanical and electromechanical design.
Conduct research in structural, thermal, hydraulic, or dynamics modeling of mechanical systems.
Produce advanced conceptual and detail designs in support of on-going projects.
Prepare supporting health and safety documentation that is aligned with the Integrated Safety Management (ISM) requirement and participate in design and Management Prestart Reviews.
Coordinate project interfaces and deployment interfacing with other organizations internal and external to the Laboratory.
Own the end-to-end design and delivery of medium-to-complex hardware features to ensure high-performance product integration.
Compensation
The starting salary range posted for this position is $138,100.00 to $196,500.00 and reflects the projected salary range for new hires in this position in U.S. and/or Canada locations, not including incentive compensation*, equity, or benefits.
Responsibilities
Own the end-to-end design and delivery of medium-to-complex hardware features
Contribute to the hardware specification and design review process
Develop effective test plans and strategies that improve product reliability and performance
Collaborate cross-functionally with system designers and diagnostics engineers to resolve board- and system-level challenges
Requirements
Bachelor’s degree in electrical engineering, Computer Engineering, or a related field
Master’s degree in electrical engineering or related field
Nice to have: optimizing hardware for cost, performance, and power efficiency
Nice to have: familiarity with industry-standard hardware automation tools and test frameworks
Nice to have: experience working with cross-functional teams to solve complex board- and system-level issues
Define server architectures for GPU‑accelerated AI training platforms, drive hardware design, validation, and fleet quality across the AWS GPU server fleet.
Responsibilities
Define server architectures based on workload demand and customer requirements
Translate designs into detailed component specifications
Work with interdisciplinary teams to deliver cohesive designs
Drive design reviews with ODM/JDM partners
Define and execute validation strategies from PCBA bring‑up through rack integration
Integrated Product Team (IPT) Lead with technical background in Mechanical, Electro-Mechanical, RF, and Integration and Test for Open Architecture Radars. Leads an engineering team to transition designs to production for a sector priority program.
Lead the Optical Test Solutions team within Teradyne’s Compute Test Division, driving product vision, engineering execution, and market launch of optical test systems.
Compensation
The base salary range for this role is $273,000 - $436,700. This range is a good faith estimate, and the amount of base salary will correspond with experience and skill set. This range can also fluctuate depending on demand and location.
Responsibilities
Set product vision and roadmap
Own execution strategy
Acquire IP, talent, and skills
Evaluate external partnerships and acquisitions
Recruit, coach, and retain engineering talent
Requirements
BS in Optics, Physics, Electrical or Mechanical Engineering
Lead a global team of engineers responsible for the development, integration, launch and field quality of vehicle radio frequency (RF), access and security systems.
Compensation
This position is leadership level 6 and ranges from $132,800-$250,800.
Responsibilities
Lead, coach and develop a geographically dispersed team of engineers, fostering collaboration, technical ownership and data-driven problem-solving.
Assign work, manage team capacity and prioritize hardware and software requests based on customer impact, risk, program timing and business value.
Develop engineers through technical assignments, hands-on testing, cross-functional projects and opportunities to present to management.
Promote accountability for engineering quality, timely decisions and effective issue resolution.
Oversee core and application engineering for vehicle access and security components, which may include key fobs, NFC readers and cards, door handle sensors and immobilizer systems.
Requirements
Bachelor of Science in Engineering or equivalent
Nice to have: Masters in Engineering, Electrical or Equivalent
Hardware Design EngineerNewCisco · Milpitas, US
Senior Cloud Hardware Engineer, Accelerator ServersNewAmazon · Taipei, Taiwan
Director, Product Management - Camera & Machine VisionNewQualcomm · San Diego, US
Senior Director of Engineering, Optical Test SolutionsNewTeradyne · North Reading, US