An executive individual contributor role within Lattice’s Architecture organization driving next-generation product strategy for Edge AI solutions, translating complex customer challenges into solution narratives for industrial automation, automotive, and adjacent embedded end markets.
Compensation
Base Pay Range 273000
Responsibilities
Define and own the technical solution narrative and next generation product strategy for industrial automation, automotive, medical, measurement & test and consumer / IoT end markets.
Lead technical discovery sessions, requirements analysis, and solution design workshops with customers.
Drive design wins at Tier-1 embedded OEMs by providing architecture-level technical depth and customer solutioning expertise.
Identify emerging technical trends in industrial security, functional safety, and related embedded applications.
Work cross-functionally with product planning, segment marketing, applications engineering, and sales to align industrial solution strategy with product roadmap.
Requirements
Bachelor’s degree in electrical engineering
Bachelor’s degree in computer engineering
Bachelor’s degree in systems engineering
Nice to have: large-scale automation orchestration
Executive-level individual contributor driving next‑generation product strategy for Lattice’s Physical AI solutions.
Compensation
Base Pay Range
295000
Responsibilities
Define and own the technical solution narrative and next generation for Lattice’s physical AI end markets, including humanoid robotics, cobots, AMRs, and UAV/drone platforms.
Translate customer and market challenges into actionable solution concepts that can be positioned commercially with physical AI system architects and robotics OEMs.
Lead technical discovery sessions, requirements analysis, and solution design workshops with humanoid, cobot, and drone companies to identify FPGA insertion opportunities.
In partnership with the business development team, drive design wins for humanoids and robotics, providing architecture-level technical depth and customer solutioning expertise.
Identify emerging technical trends in FPGA-to-GPU/XPU integration, embedded OS architecture, and sensor aggregation that create new FPGA insertion opportunities, communicate these to product planning and segment marketing teams, and translate customer workloads and system bottlenecks into requirements for future Lattice silicon, IP, firmware, and platform solutions.
Requirements
Bachelor's degree in electrical engineering, computer engineering, or related technical field
Electrical Engineer to support customers with electronics design and analysis.
Locations (3)
Palm Bay, Florida, United States
Carlsbad, California, United States
Herndon, Virginia, United States
Compensation
In compliance with pay transparency requirements, the salary range for this role in California and in Virginia - Greater Washington, D.C. area is $106,500- $197,500 .
Responsibilities
Perform CCA design, specifying mixed-signal technology circuits
Utilize a thorough understanding of the digital CCA design process
Design circuits incorporating components such as Xilinx FPGAs, TI DSP processors, Freescale or Intel processors, microcontrollers, CPLDs, and volatile/non-volatile memory
Work with board technologies such as HDI, Meg6, and back drilling
We are seeking a capable FPGA Development Engineer with experience in real-time embedded systems development to lead requirements, design and development activities of safety-critical airborne systems.
Responsibilities
Independently perform end-to-end FPGA development activities for embedded aerospace and defense systems from concept to integration.
Collaborate across hardware, software, verification, and certification teams.
Ensure compliance of FPGA development artifacts in accordance with DO-254 and AC 20-152A objectives.
Understand and maintain interfacing between Hardware and FPGA.
Understand and maintain interfacing between Software and FPGA.
Requirements
Bachelor's or degree in Electrical Engineering, Computer Engineering, or a related engineering, science, or technical discipline
We are seeking an experienced FPGA Development Engineer with experience in real-time embedded systems development to lead requirements, design and development activities of safety-critical airborne systems.
Locations (2)
Platteville, Wisconsin, United States
Connecticut, United States
Compensation
All members included in annual cash bonus opportunity
Responsibilities
Technically lead end-to-end FPGA development activities for embedded aerospace and defense systems from concept to integration.
Collaborate across systems, hardware, software, verification, and certification teams.
Ensure compliance of safety-critical FPGA design in accordance with DO-254 and AC 20-152A objectives by supporting certification audits, reviews and data package development.
Able to define interfacing between Hardware and FPGA.
Able to define interfacing between Software and FPGA.
Support CCA re-design efforts by developing and maintaining test plans, procedures, and reports, executing formal qualification tests, and collaborating with engineers to test software builds.
Responsible for the electrical design for product and platform development. Utilizes a range of applicable technologies (e.g., digital and analog circuit design, circuit simulation, schematic entry and PCB layout tools, programmable logic, test and measurement equipment and other tools) for products used in systems. Development of new products and modifications on existing products for adding new functions, performance improvements, quality improvement and replacement of discontinued components. Participates in product development in all stages from planning and design to development, testing and documentation. Identifies design requirements and makes recommendations for capacity planning, performance optimization and future direction. Troubleshoots reliability and performance issues to then collaborate and implement design recommendations for performance optimization. Gathers business requirements and participates in product definition and concept discussions, including customer usability studies.
Responsibilities
Acts as lead electrical engineer inside project team
Creates schematic designs and selects components
Coordinates PCB layout designs with our PCB layout team
Design and develop digital logic for advanced mission solutions, gain hands‑on exposure to programmable logic full life cycle, implement and debug designs in simulations and on real hardware, collaborate with experienced engineers, and engage in a full life‑cycle approach to hardware systems.
Compensation
Bachelor’s: $20.50 to $37.25 per hour
Master’s: $29.00 to $45.50 per hour
Responsibilities
Design and develop digital logic for advanced mission solutions
Gain hands‑on exposure to programmable logic full life cycle: design, simulation, implementation, verification, and system integration
Implement and debug designs in simulations and on real hardware
Collaborate directly with experienced engineers to solve design challenges, get feedback, and learn best practices
Engage in a full life‑cycle approach—design, implementation, test verification, production of digital electronic equipment and other hardware systems
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