simulink jobs in San Diego

Engineer II will develop and maintain C++ and Python software for simulation adapters, plugins, and interfaces across multiple simulation frameworks (AFSIM, NGTS, Aechelon, HMSSimBlocks, HMSF). The role involves porting simulation features, integrating autonomy systems, implementing CIGI-based plugins, and supporting DDS communications and distributed systems.…See more Responsibilities include writing unit and integration tests, debugging complex simulation-autonomy interactions, and collaborating with cross-functional teams on framework improvements and reusable component patterns.

Engineer I will develop, test, and maintain C++ and Python software for simulation adapters, plugins, and interfaces across frameworks like AFSIM, NGTS, Aechelon, and HMSSimBlocks. Responsibilities include porting simulation features, supporting integrations with image generators via CIGI-based plugins, diagnosing autonomy and simulation issues, and writing unit and integration tests.…See more The role requires a BS in Computer Science or related discipline with foundational C++ and Python experience, Linux development familiarity, and understanding of networking, APIs, and software engineering practices.

Senior Principal Software Engineer responsible for translating MATLAB LiDAR algorithms into high-performance GPU implementations using C++ and CUDA. Will create LiDAR software models and test datasets for software-in-the-loop testing, produce UML documentation, work with LiDAR hardware in a laboratory environment, and communicate results to multidisciplinary teams.…See more Requires strong C++ programming skills, GPGPU framework experience (CUDA or OpenCL), and MATLAB/Simulink proficiency, with a bachelor's in STEM plus 8 years of experience (or equivalent advanced degree with fewer years).

Lead and develop electrical and PCB engineering teams designing high-performance servo drives and power conversion hardware. Set technical direction for power electronics architecture, design and review power stages, gate drives, sensing, and analog front-end circuits.…See more Guide analog control loop design, EMI/EMC strategies, and high-power PCB layout. Requires 10+ years in power electronics design with expertise in analog control loops, mixed-signal hardware, high-voltage/high-current systems, SPICE, and MATLAB/Simulink.

Engineering Manager leading a Power Electronics and Systems Design Team at General Atomics, responsible for directing product research, development, testing, and integration. The role requires 13+ years of progressive engineering experience with deep expertise in power electronics (analog and digital circuit design), power systems, and embedded controls.…See more Responsibilities include technical leadership, team development, proposal preparation, customer interaction, and representation as primary technical contact on DoD contracts. The position demands mastery of circuit design tools, power supply design software, and familiarity with DoD technical review processes (SRR, PDR, CDR, TRR).

Lead embedded systems and controls design engineering at General Atomics, managing technical talent while generating electrical architecture solutions for complex projects. Perform mixed-signal circuit design, embedded systems development (processor, microcontroller, FPGA, MPSoC), and hardware analysis across digital, analog, and RF domains.…See more Conduct electrical engineering analyses, document findings, communicate results to stakeholders, manage technical schedules, and represent the company as a prime technical contact on contracts. Requires 11+ years of progressively complex engineering experience, active DoD Secret clearance, and expertise in FPGA platforms (Xilinx, Microsemi), RTOS, and PCB design tools.

Lead system-level development of complex mechatronic systems for semiconductor backend equipment, balancing functional, economic, and risk criteria. Ensure architectural consistency and interface compatibility across subsystems through analytical modeling and simulation.…See more Guide design reviews, conduct risk assessments, validate compliance with certification standards (CE, SEMI, RoHS), and design detailed parts and assemblies. Present technical solutions and resolve system-level issues in collaboration with customers and cross-functional stakeholders.