Top Python Jobs in Houston, TX

Design, analyze, test, integrate, and operate propulsion systems for Nova-C and Nova-D lunar landers. The role supports propulsion hardware across fabrication, qualification, acceptance, vehicle testing, launch campaigns, and flight operations. Responsibilities include requirements development, test planning, equipment and ground-support hardware development, data analysis, anomaly investigation, documentation, and cross-functional collaboration. More experienced engineers may lead technical efforts, mentor engineers, and coordinate multidisciplinary activities.

Design, develop, test, and integrate guidance, navigation, and controls automation for lunar spacecraft. Develop and review real-time C/C++ flight software, integrate navigation sensors and effectors, perform six-degree-of-freedom simulations, support HWIL/SWIL testing, and analyze spacecraft performance and stability. Collaborate with software and hardware teams on flight software integration and satellite testing.

Design, operate, and improve propulsion test stands, facility infrastructure, and ground support equipment. Plan and execute spacecraft, engine, propulsion, qualification, acceptance, and integrated system tests. Develop procedures, hazard analyses, instrumentation requirements, and readiness documentation. Analyze test data, troubleshoot anomalies, implement corrective actions, and support hot-fire, vibration, thermal-vacuum, and environmental testing. Collaborate across engineering, manufacturing, safety, facilities, and operations teams, with opportunities to lead test campaigns and mentor engineers.

Designs and implements integrations across APIs, SaaS, and enterprise systems; automates workflows; translates business and engineering requirements into scalable solutions; leads technical vendor onboarding; maintains integration pipelines; ensures data integrity, security, and reliability; documents architecture and best practices; and standardizes integration approaches across systems.

The Forward Deployed Engineer solves problems for customers, creates solutions, and drives impact through innovative approaches in a collaborative environment. They require strong technical knowledge and a focus on growth and problem-solving.

Lead and optimize production test processes and teams to meet program milestones. Develop test strategies, manage schedules, budgets, staffing, GSE development, test planning, risk assessments, safety/readiness reviews, troubleshoot test systems, mentor engineers, and ensure hardware/software meet Axiom quality standards.

Assist development teams with DevOps implementations, support cloud onboarding, troubleshoot infrastructure, and respond to customer queries.

Support NASA human spaceflight programs by developing software for spacecraft simulations and integrating with various systems. Requires strong problem-solving skills.

Develop and maintain desktop graphical applications for 3D subsurface imaging. Implement core components, backend data handling, user-facing features, and 3D visualization. Support builds, testing, releasing, debugging, performance optimization, and cross-team collaboration in large-scale computing environments.

The Senior Site Reliability Engineer improves infrastructure reliability and scalability, partners with various teams, implements IaC and CI/CD, and ensures business continuity through effective BCP/DR planning.

The GNC Simulation Engineer will develop aerospace vehicle simulation models, design GNC algorithms, and analyze system performance while collaborating with multi-disciplinary teams.

As a Senior Software Engineer, you will design and build core services and APIs in Python, manage data workflows, improve CI/CD practices, and mentor junior engineers.

Build high-performance, scalable simulation infrastructure and tooling for autonomous vehicle development. Design systems for scenario generation, simulation execution, synthetic data, and reinforcement-learning workflows. Collaborate with ML, perception, and controls teams to improve realism, performance, and validation pipelines while writing production-quality C++ and Python code, contributing to architecture, testing, and documentation.

Develop, test, and maintain high-fidelity simulation software for NASA programs. Implement features from Git-managed work items, participate in code reviews, contribute to automated testing and CI/CD, and collaborate with multidisciplinary teams to ensure accurate, robust aerospace and robotics simulations.

The role involves engineering and software development for simulation solutions, primarily for NASA and commercial sectors, utilizing various technologies.

Develop and manage NVIDIA Isaac Sim and Omniverse simulation environments for humanoid robotics, integrating autonomy subsystems and creating CI/CD pipelines for behavior validation.

The Instrumentation Engineer will design and maintain electrical and instrumentation systems for aerospace applications, validating sensors and integrating systems across various disciplines.

Develop and maintain software for subsea robotic systems, focusing on performance, reliability, and integration with sensors and real-time applications.

Lead technical design and delivery of scalable, cloud-native SaaS solutions. Drive architecture and implementation across frontend and backend stacks, mentor engineers, apply AI/agent workflows and NLP, ensure high availability, and collaborate with product and cross-functional teams to ship reliable, production-grade systems.

Administer and architect enterprise Linux, Windows, virtualization, hybrid cloud, storage, backup, observability, and infrastructure automation environments. Lead patching, vulnerability remediation, hardening, compliance, incident response, disaster recovery, and infrastructure projects. Automate operations with PowerShell, Python, and Bash; support CI/CD, containers, and infrastructure as code. Serve as a Tier 3 escalation, mentor administrators, and contribute to mission control, ground systems, and real-time Axiom Station flight operations.

Develop software for spacecraft simulations, human-computer interfaces, flight computer data interfaces, custom development and integration tools, and environment simulations. The intern will support human spaceflight programs or internal research and development projects while troubleshooting and solving hands-on software problems.

The Mobile Full Stack Developer designs and maintains mobile applications using Flutter and Python, collaborates with teams, and optimizes app performance.

Lead reservoir characterization, spacing and frac design assessments to develop type curves, forecasts, economics and development plans. Perform A&D modeling, well testing design, lookbacks, and team technical strategy. Use data analytics, Python, and machine learning principles to manage large datasets and improve workflows; mentor junior engineers and share best practices across the organization.

Develop and maintain production test software/hardware, implement test plans, troubleshoot test failures, maintain test equipment, drive improvements, train technicians, and coordinate with customers and cross-functional teams to support mass production.

Ten-week technology internship at a multi-strategy hedge fund. Interns join a technology team and contribute to data ingestion, high-performance processing, modeling, portfolio and risk management, live execution, and post-trade analysis. The program includes strategic projects, trading simulations, mentorship, professional development, and presentations to senior leaders. Candidates should have a STEM background, programming experience, machine learning and AI knowledge, strong analytical and communication skills, and interest in financial services.