Top Python Jobs in San Diego, CA

Develop and maintain autonomy integration environments, reference configurations, automated software-in-the-loop and hardware-in-the-loop tests, integration tools, and vehicle or hardware interfaces. Debug failures across planning, controls, simulation, perception, deployment, network, timing, and hardware boundaries. Support autonomy stack deployment, lab and flight testing, failure analysis, documentation, and technical collaboration across multidisciplinary teams.

Lead integration of autonomy components into reference implementations and deployable stacks. Develop C++ and Python tooling, software-in-the-loop and hardware-in-the-loop tests, platform integration layers, automated fixtures, and troubleshooting workflows. Investigate cross-system failures, support deployment to representative hardware, collaborate on flight testing, analyze integration issues, and create documentation and training materials. The role spans perception, localization, planning, real-time systems, and safety-critical autonomous platforms.

Leads production test strategy for RF, mmWave, and mixed-signal ASICs. Defines wafer sort and final test strategies, develops ATE tests, establishes packaged RF test approaches, and partners with design, DFT, foundry, manufacturing, and OSAT teams. The role drives test coverage, manufacturability, yield, correlation, throughput, and cost optimization while mentoring test engineers across front-end IC and digital beamformer programs.

Owns system-on-chip performance analysis for the TeraWave satellite communications program, covering pre-silicon modeling, emulation-based verification, post-silicon validation, memory bandwidth and latency, Ethernet throughput, and performance budgeting. The role establishes analysis methodology, identifies bottlenecks, validates projections against silicon results, and provides technical leadership across architecture, hardware, firmware, and software teams.

Provides application and tactical network systems integration analysis, solution development, testing, documentation, and automation. Acts as liaison among systems engineering, testing, and application teams; develops HACSIM and CANES integration documentation; maintains tactical network mockups; supports lab testing and issue mitigation; and automates repeatable integration processes using PowerShell, Ansible, Git, and Bitbucket. Requires U.S. citizenship, a bachelor's degree, relevant experience, certifications, and an active Secret clearance or higher.

Provides integration solution analysis and develops integration designs for tactical network systems. The role coordinates between systems engineering, testing, and application providers; supports lab testing and issue mitigation; maintains engineering mockups; prepares technical and configuration documentation; and automates repeatable integration processes using PowerShell, Ansible, Git, and Bitbucket. The position supports continuous integration and delivery for CANES integration systems and requires U.S. citizenship, certifications, a bachelor’s degree, and Secret clearance eligibility.

Integrate, test, and sustain avionics and RF-related payload subsystems. Resolve integration issues with suppliers and cross-functional integrated product teams while meeting program schedules. Support subsystem design, development, software architecture, implementation, networking, and laboratory validation. The role requires full-time on-site work, active Secret clearance, eligibility for Top Secret and Special Access Program clearances, and travel up to 25%.

Leads systems engineering for compute, camera, and radio products across the full lifecycle. Responsibilities include requirements development, system architecture, interface definition, trade studies, integration, verification, qualification, testing, documentation, and technical leadership. The role coordinates cross-functional engineering and program teams, supports embedded and flight-software product development, and ensures customer requirements and quality standards are met. This is a fully onsite position in San Diego, California.

Supports testing, validation, and characterization of analog and mixed-signal semiconductor ICs. Responsibilities include developing test scripts, analyzing measurement data, troubleshooting PCBs and evaluation hardware, using circuit simulation tools, preparing technical documentation, and supporting silicon validation and production readiness. The role collaborates with product, design, test, and applications engineering teams and is suited to an early-career electrical or computer engineer.

Develop and maintain C++ swarm software for ground stations and autonomous drones, build Python web services, create swarming algorithms, extend communication protocols, and improve software architecture and development processes. The role involves real-world, safety-critical autonomy systems, independent work, field testing, and operational responsibility across commercial and defense applications.

Develop and maintain C++ swarm autonomy software for ground stations and drones, create swarming algorithms and communication protocols, and contribute to software architecture and engineering process improvements. The role includes Python web services, field testing, operational troubleshooting, and development for real-time, safety-critical autonomous systems in commercial and defense environments.

Perform systems engineering for Naval tactical applications: IT infrastructure configuration management, hardware/software integration, testing (land and at-sea), documentation, standards enforcement, user training, and support cross-functional teams to meet government security and performance requirements.

Implements and troubleshoots web and app analytics, tagging, data collection, and CDP integrations. Designs measurement plans, configures tag management and analytics platforms, validates event flows and consent signals, builds API and webhook integrations, and reconciles data using SQL. Partners with clients and marketing, analytics, engineering, CDP, and automation teams to support accurate audience activation. Documents configurations, testing, mappings, and deployments while developing reusable validation scripts and patterns.

Develop and maintain automated testing solutions for subscription, commerce, streaming, and connected-platform experiences. Responsibilities include API, backend, web, mobile, and end-to-end testing; CI/CD integration; test planning; failure investigation; root-cause analysis; quality metrics; and collaboration with engineering and quality teams to improve reliability and release readiness.

Develops, validates, documents, and sustains manufacturing processes for optical and optomechanical hardware. Responsibilities include optical assembly and alignment methods, tooling and fixture development, metrology, process controls, yield and defect analysis, root cause correction, production readiness, supplier support, quality compliance, and technician training. The role collaborates with engineering, quality, supply chain, and program teams to improve manufacturability, reliability, cost, and production performance.

Lead complex systems investigation, integration, verification, validation, and testing for mission-critical aerospace systems. Develop requirements, specifications, test plans, interface documentation, architectural artifacts, and verification matrices using MBSE tools and DOORS. Collaborate with systems, software, infrastructure, and specialty engineers to resolve hardware and software interface issues, analyze test anomalies, support corrections, and present technical findings. This is a full-time, on-site role requiring an active Top Secret clearance and eligibility for SAP/PAR access.

Sets enterprise-wide quality engineering strategy for AI-assisted and agentic testing. Leads the Tricentis platform, designs test automation and AI-agent evaluation frameworks, integrates testing into CI/CD, and ensures GxP, FDA CSA, GAMP 5, and Part 11-compliant evidence. Partners across enterprise applications, data engineering, AI, and regulatory teams while mentoring QA engineers, managing vendors, measuring quality outcomes, and guiding technical standards for regulated systems.

Design, simulate, characterize, and deliver Liberty timing models for custom analog-digital interface circuits. Perform SPICE-level simulations across PVT corners and parasitic conditions, extract timing behavior, validate models against transistor simulations and STA results, and develop characterization automation. Collaborate with analog, digital, verification, STA, physical design, and layout teams while documenting methodologies and supporting implementation and signoff flows.

Own the secure manufacturing pipeline for humanoid robots, including factory provisioning stations, device identity enrollment, firmware flashing, calibration, EOL testing, OTA readiness, and chain-of-custody tracking. Design secure hardware, software, and network infrastructure using PKI and AWS services. Develop production-grade Python or Bash automation, collaborate with firmware and cloud teams, threat-model contract manufacturing environments, and establish quality gates and secure processes for distributed manufacturers.

Build, parameterize, validate, and port real-time plant models for HIL benches using MATLAB/Simulink and OPAL-RT. Configure I/O, signal routing, and fault-injection scenarios; tune models against reference data; support closed-loop integration; analyze results; and produce documentation, test evidence, and status updates. The role requires expertise in control systems, power electronics simulation, real-time modeling, OPAL-RT platforms, MATLAB/Simulink, Stateflow, and C/C++.

Designs and executes hardware-in-the-loop functional, regression, and fault-injection tests for embedded or control-system benches. Develops test plans, cases, traceability matrices, pass/fail criteria, coverage metrics, and evidence packs. Tracks defects, reports progress, and collaborates with software engineers to automate repeatable test suites. Requires experience with requirements-based testing, HIL environments, traceability and defect tools, and the ability to interpret control-system designs, electrical schematics, and interface specifications.

Designs, analyzes, documents, tests, and supports precision opto-mechanical assemblies, laser systems, and photonic products. Performs structural, thermal, vibration, fluid, and heat-transfer analysis; designs optical flexures and metrology setups; conducts experiments; supports fabrication, procurement, integration, and testing. The role requires extensive mechanical engineering expertise, CAD and quantitative analysis, technical documentation, independent execution, collaboration, and mentoring junior engineers in a startup environment.

Design and execute complex mechanical engineering tasks for optical alignment machines, including CAD design, quantitative analysis, fabrication, integration, testing, documentation, and data analysis. The role involves precision automation, large assemblies, structural and thermal analysis, materials and manufacturing methods, linear stages, instrumentation, and mentoring junior engineers in a startup environment.

Performs complex mechanical engineering tasks involving design, analysis, fabrication, integration, testing, documentation, and data-driven decision-making. The role requires expertise in materials, mechanisms, fabrication methods, photonic assembly, structural mechanics, fluids, heat transfer, CAD, Python, and ANSYS Workbench. The engineer will work independently and collaboratively, mentor junior engineers, and help establish engineering practices in a fast-paced startup environment.

Develops and maintains Microsoft Power Platform business applications, workflows, integrations, analytics, and AI solutions. Builds with Power Apps, Power Automate, Power BI, Dataverse, Teams, Microsoft 365, Copilot, and related technologies. Connects platforms through APIs and connectors, troubleshoots existing solutions, supports ALM and managed deployments, participates in proofs of concept, documents solutions, and collaborates with business users to deliver practical process improvements.