This role is ideal for someone who thrives at the intersection of space operations, RF systems, and software-driven telemetry and control.

Responsibilities:

• Lead daily and long-term payload operations, including performance monitoring, anomaly resolution, and optimization of on-orbit communications systems.
• Support mission design and execution, including link budget validation, mission configuration, and payload commissioning.
• Develop and maintain software tools and dashboards for payload telemetry, trending, and health monitoring.
• Define and implement telemetry and telecommand (TT&C) strategies to ensure safe and reliable operations.
• Coordinate cross-functionally between mission operations, ground software, and RF hardware teams to ensure seamless command and control.
• Perform data analysis of our payload and TT&C performance across the fleet to ensure consistent performance and health of our satellites.
• Participate in mission rehearsals and payload readiness reviews, contributing to mission planning and operations documentation.
• Assist in defining and developing automation strategies for on-orbit payload control and fault detection.

Requirements:

• B.S. or M.S. in Electrical Engineering or related technical field.
• 0–7 years of experience in satellite operations, mission engineering, or RF systems engineering.
• Proficiency in Python and comfort developing telemetry visualization or automation tools.
• Experience with telemetry databases, command systems, or mission control software.
• Ability to diagnose and resolve complex system-level issues across hardware and software boundaries.
• Solid understanding of RF systems, modulation/demodulation, and link budgets.
• On call support for payload and TT&C systems, up to one week per month.
• Willing and able to obtain a security clearance.
• Excellent written and verbal communication skills, with a collaborative mindset.

Bonus:

• Experience in geostationary satellite payload operations.
• Familiarity with ground system architectures and RF test instrumentation.
• Experience with software development tools such as Git.
• Knowledge of embedded systems or spacecraft flight software interfaces.
• Experience with automation frameworks or machine learning applied to telemetry analysis.

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Our vision is bold and broad , to build systems that have true artificial intelligence across agents, applications, services, and infrastructure. It’s also inclusive: we aim to make AI accessible to all , consumers, businesses, developers , so that everyone can realize its benefits.

The abuse prevention team is responsible for identifying instances of abuse within copilot and blocking or mitigating those instances. You will be a critical component to keeping copilot safe and productive for all.

Microsoft’s mission is to empower every person and every organization on the planet to achieve more. As employees we come together with a growth mindset, innovate to empower others, and collaborate to realize our shared goals. Each day we build on our values of respect, integrity, and accountability to create a culture of inclusion where everyone can thrive at work and beyond.

Responsibilities: Drive product insights, opportunity analysis, and track metrics to support efforts across Microsoft Copilot. Drive new ways of instrumenting and measuring impact to evaluate new feature performance through experimentation. Define metrics and build basic data pipelines to enable A/B experimentation for new features and mitigating abusive users. Hands-on analysis of large volumes of telemetry data using various algorithms and tools including your own Articulate insights, storyboard with data and communicate to influence leadership and other key decision makers. Find a path to get things done despite roadblocks to get your work into the hands of users quickly and iteratively. Enjoy working in a fast-paced, design-driven, product development cycle. Work collaboratively with our engineers, Product Managers, and marketing to take ambiguous projects that drive user growth, engagement, and retention. This includes identifying market opportunities, optimizing app flows and improving product features and proposing innovation solutions based on data. Embody our Culture and Values.

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This includes ensuring that platform admins have intuitive controls for managing access and compliance, maintaining a secure and trustworthy environment for their data and AI operations, and providing clear, actionable insights into platform health and usage.

The impact you will have:

• Help design best-in-class monitoring and governance experiences at scale.
• Design unique interactions that will help administrators understand vast amounts of telemetry data.
• Explore new ways in which Generative AI can enhance the platform experience and developer workflows.
• Develop a deep understanding of Databricks business objectives, the cloud and big data space, its users, and competition.
• Conduct user research to identify customer needs and pain points related to data science and platform usage.

We are looking for a Senior Product Designer with 5+ years of experience in product design work, a bachelor's degree or equivalent, and a strong portfolio showcasing the end-to-end design process.

Key responsibilities include leading large and complex design projects, balancing the needs of diverse stakeholders, and executing beautiful visual and interaction work that's rooted in a data-driven and well-researched UX process.

Nice-to-have skills include experience in data visualization, analytics dashboards, or designing interfaces for complex data monitoring, as well as coding skills in React, SQL, CSS, and/or Python.

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You'll work on mission-critical software that bridges responsive user interfaces with robust backend systems, enabling human operators to plan, command, and monitor autonomous assets with precision and reliability.

Responsibilities:

• Design, develop, and optimize ground control software that enables low-latency communication with UAVs and other autonomous platforms.

• Build high-performance client and server applications that support telemetry processing, mission planning, and real-time control.

• Implement responsive user interfaces with React and TypeScript for operator workflows and visualization of spatial data, sensor feeds, and mission state.

• Collaborate closely with teams across autonomy, embedded systems, backend, and UX to deliver integrated, field-ready solutions.

• Contribute to architectural decisions and system designs that ensure responsiveness, scalability, and fault-tolerance.

• Lead development efforts on key features or subsystems, from early design through deployment and iteration.

• Write high-quality, well-tested code and participate in peer design/code reviews.

Requirements:

• Senior: Bachelor's degree with 5+ years of relevant experience, or Masters with 4+ years, or PhD with 2+ years.

• Staff: Bachelor's degree with 7+ years of relevant experience, or Masters with 6+ years, or PhD with 4+ years.

• Senior Staff: Bachelor's degree with 10+ years of relevant experience, or Masters with 9+ years, or PhD with 7+ years.

• Demonstrated experience building real-time or performance-sensitive applications,preferably for UAVs, robotics, autonomous vehicles, or simulation environments.

• Proficiency in a strongly typed programming language (e.g. C#, TypeScript, Java, C++) with exposure to lower-level systems or protocol integration.

• Experience with web technologies, especially React, TypeScript/JavaScript, and Node.js.

• Strong software engineering fundamentals including version control, testing, debugging, and performance profiling.

• Proven ability to deliver high-quality software as part of a collaborative engineering team.

Preferences:

• Experience with GCS software, mission planning tools, or real-time visualization platforms.

• Familiarity with API-driven systems using REST or gRPC, and communication protocols like WebSocket or custom telemetry formats.

• Knowledge of standards such as STANAG 4586, Cursor on Target (CoT), or MAVLink.

• Familiarity with containerized environments (e.g., Docker, Kubernetes) and CI/CD practices.

• Exposure to distributed systems and cloud integration for telemetry data pipelines.

• Understanding of security best practices in control systems and networked applications.

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In this role, you will shape the propulsion test strategy, direct complex engine and hover test campaigns, and provide technical leadership across the program to ensure safe and rapid development of a next-generation autonomous aircraft.

The ideal candidate brings deep expertise in jet propulsion testing, developmental flight test operations, to include mission control room operations, and high-energy ground testing.

You will work closely with propulsion engineers, flight test teams, autonomy developers, instrumentation specialists, and safety organizations to define test objectives, assess risk, and deliver the data required to advance the aircraft through its test envelope.

This is a high-impact role for a technical leader who thrives in fast-paced, experimental environments and who wants to help define the future of autonomous aviation.

Responsibilities:

• Support engine, hover, static, and integrated propulsion test campaigns for X-BAT including planning, execution, and post-test analysis.
• Advise on propulsion system readiness and define test objectives, test point development, build up approach, success criteria, and instrumentation requirements.
• Develop and review test procedures, hazard analyses, run cards, and safety documentation for high-energy test operations.
• Provide technical oversight during engine runs, hover tests, transition testing, and propulsion-autonomy integration events.
• Serve as a propulsion subject-matter expert during Test Readiness Reviews (TRRs), Test Hazard Analyses (THAs), and Operational Risk Management (ORM) assessments
• Support root-cause investigations related to propulsion performance, engine controls, thermal behavior, vibration, and integration issues.
• Partner with Autonomy and Avionics teams to evaluate propulsion-related interactions such as thrust control logic, response lags, fail-safes, and emergency behaviours.
• Collaborate with Instrumentation Engineering to ensure data quality, test post process analysis, reporting, timing, and fidelity across propulsion channels.
• Support field deployments, remote test sites, and intensive test cycles as required to meet program schedules.

Qualifications:

• Bachelor's degree in Aerospace Engineering, Mechanical Engineering, or related technical discipline.
• 8+ years of experience in propulsion testing for jet engines, VTOL systems, unmanned aircraft, or developmental flight test programs.
• Demonstrated expertise executing and analysing engine tests, hover/transition events, and integrated propulsion-airframe testing.
• Strong understanding of engine controls, FADEC systems, thrust measurement, thermal analysis, and vibration/loads behaviour.
• Experience writing and reviewing high-energy test procedures, readiness documentation, and hazard analyses.
• Proven ability to operate safely and decisively in fast-paced test environments.
• Excellent communication skills and demonstrated performance in multidisciplinary engineering organisations.
• Ability to travel and support extended field test deployments.

Preferred Qualifications:

• Master's degree or higher in Aerospace or Mechanical Engineering.
• Experience with tail-sitter, VTOL, or thrust-vectoring propulsion systems.
• Background in autonomy-powered aircraft, propulsion-system modelling, or propulsion-flight-control integration.
• Familiarity with IRIG, PCM, instrumentation requirements, and high-rate telemetry data.
• Experience supporting complex investigations or leading propulsion technical review boards.
• Prior involvement in developmental or experimental flight test programmes.
• Experience with compressed-air starts, engine-health monitoring systems, or high-temperature structural analysis.

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