Top C++ Jobs in San Diego, CA

Leads FPGA design verification for electronic warfare systems by architecting SystemVerilog/UVM or VHDL testbenches, developing constrained-random test plans, analyzing coverage, creating reusable verification IP, and improving methodologies. The role includes leading verification teams, mentoring engineers, managing schedules, supporting multiple projects, and collaborating across locations. Candidates need extensive FPGA/ASIC verification experience, relevant tools expertise, strong communication skills, and a current Secret clearance or eligibility to obtain one.

Lead digital and embedded engineering for aerospace radar and electronic warfare products. Architect, design, simulate, verify, integrate, and transition digital subsystems and circuit cards into production. Develop FPGA architectures and VHDL firmware, create DSP algorithms, oversee circuit card design, and interface with RF and motion-control systems. Lead testing, documentation, customer collaboration, and technical mentorship of junior engineers.

Lead DoD systems development programs using MBSE, SysML, Cameo, and digital engineering practices. Architect systems, guide teams through the systems engineering lifecycle, establish requirements traceability, customize and automate modeling tools, mentor engineers, and collaborate with software and domain experts. The role supports software-intensive, open-architecture systems across defense mission areas and requires an active Secret clearance with eligibility for Top Secret.

Drives performance engineering and scalability across software systems by identifying bottlenecks, optimizing code, queries, databases, and architecture, and implementing fixes. Builds performance frameworks, data-generation tools, benchmarks, and CI/CD automation using k6, JavaScript, Grafana, and InfluxDB. Establishes performance standards, investigates distributed systems and cloud environments, documents architectural decisions, and collaborates with engineering teams to improve throughput, latency, reliability, and efficiency.

Develop and maintain automated test frameworks, CI/CD pipelines, and validation infrastructure for distributed autonomy software and hardware systems. Build Python tooling, UI and API test automation, simulators, test harnesses, and hardware-in-the-loop solutions. Analyze failures, improve coverage and observability, and collaborate with engineering teams on verification strategies for safety-critical aerospace software. The role also evaluates AI-assisted development tools for test generation, debugging, log analysis, and workflow automation.

Build and lead simulation platform infrastructure for autonomous aircraft systems. Responsibilities include integrating and developing simulators, creating scalable Monte Carlo experimentation capabilities, implementing multithreaded and multiprocess real-time simulations, validating physics models, partnering with autonomy and GNC teams, and guiding architecture, design reviews, and engineering mentorship.

Develop and use configurable, self-checking FPGA verification environments using SystemVerilog/UVM and/or VHDL. Create constrained-random test plans, reusable Verification IP, and coverage-driven test cases for electronic warfare signal-processing and control systems. Analyze metrics, improve verification methodologies, execute tasks across multiple projects, and collaborate with engineers and subject matter experts across U.S. locations.

Provides sustaining process engineering support for semiconductor solar cell wafer and assembly production. Maintains process control using SPC, troubleshoots equipment and manufacturing anomalies, and drives continuous improvement to reduce cycle time and cost while improving performance. Supports solar technology R&D, process and product development, safety initiatives, and innovative solutions. Requires semiconductor processing experience and collaboration with manufacturing operations teams.

Lead performance architecture for next-generation server platforms by analyzing production silicon, AI and HPC workloads, microbenchmarks, cache and memory systems, and high-performance I/O. Define metrics and benchmarking strategies, identify bottlenecks, recommend optimizations, and translate workload and silicon insights into architectural improvements. Collaborate with hardware and software teams while providing technical leadership across complex system-design efforts.

Leads and grows a distributed software engineering team responsible for developing and maintaining NinjaOne SaaS products. Provides technical direction, participates in architecture, code reviews, integrations, and deployments, and partners with product, platform, and project management teams. Oversees engineering operations, team mentoring, software quality, continuous improvement, and successful product delivery across UI, mobile, server, and agent systems.

A 12-week unpaid fellowship providing hands-on training in Palantir Foundry and AIP. Participants attend live virtual instruction, complete technical projects, engage with Palantir engineers and leadership, and earn a professional certification. The program seeks builders with technical experience in software, data, automation, process improvement, prototyping, or related fields. Exceptional performers may interview for roles at Palantir or partner companies.

Design and implement C++ features for MongoDB’s replication infrastructure, improving availability, recovery, consistency, performance, and fault tolerance. Diagnose distributed-systems issues, develop comprehensive tests, collaborate across engineering teams, participate in design and code reviews, and mentor junior engineers. The role involves owning technical work from investigation through delivery and contributing to major MongoDB releases.

Develop and maintain MongoDB server workload resilience infrastructure in C++ or Rust. Design workload policies for rate limiting, prioritization, overload mitigation, availability, and performance. Write unit and integration tests, investigate failures, improve observability, diagnose and fix complex distributed-system issues, and lead technical projects. Collaborate across engineering teams, mentor junior engineers, participate in hiring, and improve operational readiness, monitoring, incident management, and rollout processes.

Develop, debug, integrate, and test software and complex software/hardware systems for intelligence and defense customers. Work with Java, AI/ML services, software design, and agile multidisciplinary teams. Support requirements and regression testing, product demonstrations, software installation, and system testing, with possible business travel. Participate in a structured first-year engineering development and mentorship program.

Lead development of scalable Java software applications and high-availability services. Design architectures, solve complex system challenges, improve performance and scalability, and maintain quality standards. Collaborate cross-functionally, mentor junior engineers, own technical initiatives, address support-driven issues, and implement robust testing practices for mission-critical IT operations products.

Design, develop, and enhance scalable Java software for NinjaOne’s IT Operations platform. Lead architectural decisions, build high-availability services, address scalability and technical debt, improve quality practices, collaborate across teams, mentor engineers, and own technical initiatives supporting millions of endpoints and servers.

Lead development of scalable Java applications and high-availability services. Design system architecture, solve complex scalability challenges, improve quality, mentor engineers, collaborate cross-functionally, and own technical initiatives supporting a global IT operations platform.

Integrate, validate, and deploy autonomy software across simulations, hardware-in-the-loop environments, and flight platforms. Configure sensors, interfaces, and platform adapters; develop integration tooling, deployment scripts, and configuration management; troubleshoot system behavior using logs, telemetry, and rosbag data; optimize CI/CD workflows; validate requirements and interface contracts; and collaborate with engineering, product, DevOps, and customer teams to deliver reliable autonomous systems.

Develop Python-based automated testing, simulation analysis, log-processing, scenario-generation, and domain-randomization tools for the Hivemind Platform. Support test orchestration, distributed simulation, containerized environments, CI/CD, build troubleshooting, and technical documentation. Investigate failures using logs, telemetry, rosbags, network captures, and test results while collaborating with autonomy, systems, and platform engineers.

Supports integration, verification, and validation testing for autonomous unmanned aircraft systems. Assists with test planning, procedures, simulation and hardware-in-the-loop environments, hardware and software configuration, data collection, troubleshooting, defect investigation, reporting, and technical documentation. The role collaborates with systems, software, autonomy, hardware, and program teams and periodically supports flight-test sites, customer activities, and integration events.

Supports integration, verification, validation, and system-level testing of autonomy capabilities on unmanned aircraft. Responsibilities include test planning, procedure development, simulation and hardware-in-the-loop testing, hardware and software configuration, data and telemetry collection, troubleshooting, defect investigation, reporting, documentation, and test infrastructure maintenance. The role works under senior engineers and periodically travels to test sites, customer locations, and integration events.

Develop Python-based tools for simulation-data analysis, log processing, automated testing, scenario generation, and autonomy performance evaluation. Support test orchestration, distributed simulation, containerized environments, CI/CD, infrastructure configuration, debugging, and developer documentation. Collaborate with software, autonomy, systems, and platform engineers while contributing to reliable and repeatable Hivemind Platform testing workflows.

Develop C++ software interfaces connecting autonomy software with sensors, flight controllers, payloads, radios, and vehicle systems. Configure Linux mission computers, implement communication protocols, develop Python testing tools, and debug distributed-system data flow. Support software, hardware, vehicle, laboratory, and field integration testing while collaborating with autonomy, systems, test, and flight teams.

Leads the technical vision, architecture, and development of Guidance, Navigation, Control, and State Estimation capabilities for autonomous aircraft. Builds and mentors a specialist engineering team, develops production autopilot and flight-control software, establishes reusable GNC platforms, and drives simulation, hardware-in-the-loop, and flight testing. Partners on Runtime Assurance, safety, airworthiness evidence, customer integrations, and cross-organization technical roadmaps.

Design, architect, implement, debug, and optimize embedded software for prototype and shipping consumer eyewear products. Work across system layers including kernels, memory management, I/O, camera, audio, persistence, and security. Participate in design and code reviews, triage product issues, and develop performant, energy-efficient solutions using ARM architecture, C or C++, and embedded Linux.