Top Python Jobs in Houston, TX

Analyzes and reports integrated performance metrics for Axiom’s EVA spacesuit system. Responsibilities include managing and analyzing test data, developing Python-based analysis tools, tracking mass and power metrics, creating dashboards, maturing performance assessments, supporting NASA delivery, and communicating progress and risks to stakeholders. The role also contributes to design trades, cross-functional collaboration, and agile project management across the spaceflight system development lifecycle.

Develops and maintains integrations between student information systems and instructional platforms, including LMS and assessment tools. Builds scripts and ETL workflows for student data delivery, validates mappings, monitors integration jobs, troubleshoots failures, and optimizes performance. Documents schemas and processes, supports rostering and synchronization, partners with academic teams and vendors, and contributes to architecture planning while ensuring FERPA and district privacy compliance.

Installs, configures, secures, and maintains enterprise Linux infrastructure, virtualization platforms, identity and directory services, and cloud operations tools. Resolves escalated Level II and III support issues, supports patching, backups, monitoring, automation, containerization, and application distribution. Leads or supports major IT projects, documents procedures, mentors team members, and participates in on-call and after-hours support.

The SDN Automation Engineer designs, deploys, and manages software-defined networking solutions, focusing on automation, scalability, and operational efficiency in enterprise and cloud environments.

Supports applications engineering through embedded firmware and software development, customer issue debugging, lab setup, system bring-up, protocol and driver support, code updates, and technical documentation. The intern assists with SAS/SATA/NVMe, RAID, PCIe, security, encryption, operating systems, customer deliverables, compatibility testing, and root-cause analysis while collaborating with customers, partners, and internal teams.

Design, implement, and tune real-time motor and actuator control systems for humanoid robots. Develop embedded C/C++ firmware on microcontrollers or DSPs, model actuator dynamics, and apply PID, cascaded-loop, feedforward, and state-observer techniques. Bring up and characterize hardware, debug control issues with laboratory instrumentation, and collaborate with electrical, mechanical, autonomy, motion-planning, and software teams. Document control architectures and tuning procedures while supporting reliable, safe robot performance.

Validates HPE ProLiant servers for telecom and carrier-grade requirements, including networking, memory, storage, operating systems, performance, stress, thermal, power, and NEBS testing. Builds automation scripts, writes and executes test plans, debugs integration issues, and develops solutions. Leads project teams, collaborates with internal and external engineering partners, communicates project status, and mentors less-experienced engineers.

Lead the design and evolution of Invesco’s enterprise Azure cloud platform, including architecture, landing zones, automation, governance, security, observability, and developer self-service. Drive Infrastructure as Code, CI/CD, GitOps, Kubernetes, cloud modernization, and Generative AI adoption. Advise application and infrastructure teams, improve operational reliability and engineering productivity, lead strategic initiatives, establish technical standards, and mentor engineers across the organization.

The Cloud Developer designs and builds cloud applications, implements features, manages deployments, and collaborates on innovative solutions to enhance cloud offerings.

Design and standardize segmented OT/SCADA networks for AI data center UPS and mission-critical energy projects. Responsibilities include zoning, routing, switching, redundancy, VPNs, IT/OT separation, DMZs, firewalls, dataflows, industrial protocol support, equipment selection, documentation, commissioning, and security architecture aligned with IEC 62443. The role collaborates with engineering, IT, cloud, electrical, vendors, and procurement teams, and requires occasional site travel for commissioning and factory acceptance testing.

Designs and executes validation strategies for rack-scale HPC and AI systems across hardware, firmware, OS, storage, networking, and management interfaces. Troubleshoots and drives issue resolution, supports Linux certification, coordinates automated and manual testing across global teams, and mentors test staff to improve release readiness and validation efficiency.

Design and implement autonomy and behavior coordination algorithms for industrial humanoid robots. Integrate manipulation, locomotion, and perception capabilities; develop safe, reactive plan execution using classical control and learned policies; build data curation, synthetic data generation, behavior evaluation, benchmarking, and regression-testing pipelines. The role supports simulation and deployment at live industrial sites and requires expertise in robotics autonomy, world models, NVIDIA Cosmos, and Isaac Sim.

Designs, develops, and maintains automated testing frameworks and scripts for complex systems. Establishes automation coverage strategies, participates in code reviews, analyzes test results, improves testing processes, and reduces manual test cycles. Collaborates with developers, analysts, quality engineers, and cross-functional teams in an agile environment while mentoring teammates on automation practices and technical solutions.

Own the developer infrastructure supporting a robotics software organization, including large-scale CI, reproducible builds, cross-compilation, release delivery, developer environments, fleet rollouts, observability, and hybrid cloud/on-prem infrastructure. The role also manages physical lab and deployment-site systems, offline-capable registries, networking, robot updates, and secure artifact provenance.

Build full-stack robotics software connecting controls, hardware, and XR systems. Responsibilities include hardware SDK integration, low-latency data streaming over unreliable networks, motion retargeting, robot control, fleet monitoring, metrics, alerting, and rendering optimization. The role requires production Rust, Python tooling, low-level networking, embedded Linux, systems architecture, and API design, with collaboration across hardware, firmware, and XR teams.

Design, build, and operate an Azure-native platform using IaC (Terraform/Bicep), GitHub Actions, and GitOps. Automate Linux and Windows configuration (Ansible, Intune/Group Policy), create self-service golden paths, maintain baseline images, and ensure observability and compliance (SOX ITGC, NERC CIP) with policy-as-code and secrets management.

Design and evolve enterprise, cloud, hybrid, WAN/SD-WAN, and site network architecture with deep Fortinet expertise. Own standards, produce reference architectures, automate provisioning via CI/CD, support deployments and incident resolution, integrate Fortinet IT networks with Cisco OT, and mentor engineers while ensuring security, reliability, and operational readiness.

Support PCBA design and testing, cabling and grounding prototyping, embedded software development and validation, and produce technical documentation for humanoid robotics projects while collaborating with mechanical and electrical teams.

Designs and develops mission analysis tools for lunar and cislunar missions. Performs trajectory modeling, six-degree-of-freedom design reference missions, trade studies, Monte Carlo analyses, and nominal/off-nominal scenario assessments. Collaborates with GNC, propulsion, simulation, and systems engineering teams, supports mission operations, documents analyses, and maintains an internal mission information website.

Executes acceptance and qualification testing for spacecraft propulsion tanks, including proof pressure, leak, structural, and functional tests. Develops procedures, configurations, instrumentation, and data acquisition requirements; analyzes results and prepares certification documentation. Supports anomaly resolution, nonconformance disposition, test readiness reviews, configuration control, and cross-functional coordination with structures, stress, manufacturing, and propulsion teams. Senior responsibilities may include technical ownership, test strategy, anomaly investigations, and verification leadership.

Develops, evaluates, integrates, tests, and debugs safety-critical Orion GN&C flight software supporting NASA’s JETS II contract. The role uses MATLAB, Simulink, C/C++, Python, and TRICK/JEOD for software development, simulation analysis, verification, and troubleshooting. It also improves flight software processes, procedures, build management, and integration activities while collaborating onsite with NASA personnel and contractor teams at Johnson Space Center.

Develop and maintain high-fidelity spacecraft simulation models and infrastructure, including environmental, vehicle, sensor, effector, I/O, real-time, faster-than-real-time, and hardware-in-the-loop simulations. Collaborate with software, GNC, and subsystem engineers; create verification tests and unit tests; support FDIR testing; maintain SQA tools; and provide simulation support to flight software, ground software, and operations teams.

Design, develop, integrate, and test guidance, navigation, and controls systems for lunar spacecraft. Responsibilities include real-time C/C++ flight software, sensor and effector integration, HWIL and SWIL testing, six-degree-of-freedom simulations, navigation analysis, flight control performance evaluation, and collaboration across hardware and software teams.

Supports acceptance and qualification testing of aerospace propulsion components, including procedure development, test execution, data analysis, anomaly disposition, and certification documentation. Coordinates with technicians and test operators during safe test setup and execution, participates in readiness and post-test reviews, and contributes to propulsion system design, integration, verification, and operations. Responsibilities may expand to component ownership, requirements definition, test planning, supplier coordination, and data disposition.

Develop and test real-time flight software for positioning, navigation, and timing systems supporting lunar relay satellites. Integrate navigation sensors and software in software- and hardware-in-the-loop environments, develop high-fidelity simulation and testing capabilities, model spacecraft dynamics and sensors, and collaborate with multidisciplinary teams on flight and ground support software through testing and on-orbit operations.