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Internship Telemetry Engineer Jobs in Washington

... internship engineering experience, OR * b) A master's degree in a relevant field and at least 10 ... Electrical and Mechanical Design, Navigation, Guidance, and Control, Telemetry and Instrumentation ...

... internship engineering experience, OR * b) A master's degree in a relevant field and at least 10 ... Electrical and Mechanical Design, Navigation, Guidance, and Control, Telemetry and Instrumentation ...

Internship Telemetry Engineer information

What is the difference between Internship Telemetry Engineer vs Internship Electronics Engineer?

AspectInternship Telemetry EngineerInternship Electronics Engineer
Required CredentialsRelevant coursework, basic knowledge of telemetry systemsBasic electronics knowledge, coursework in circuits
Work EnvironmentTesting and analyzing telemetry data, field and lab settingsDesigning and testing electronic circuits, lab work
Industry UsageTelecommunications, aerospace, defenseConsumer electronics, industrial equipment

Internship Telemetry Engineers focus on data collection and transmission systems, while Electronics Engineers work on designing and testing electronic components. Both roles often overlap in technical skills but differ in their specific applications and industry focus.

What types of projects or tasks can an Internship Telemetry Engineer expect to work on during their placement?

As an Internship Telemetry Engineer, you can expect to assist with the development, testing, and maintenance of systems that gather and transmit data from remote sensors or devices. Typical tasks might include configuring telemetry hardware, analyzing data streams, troubleshooting communication issues, and supporting senior engineers with ongoing projects. You will likely work closely with multidisciplinary teams, such as software developers, systems engineers, and data analysts, gaining exposure to both technical and collaborative aspects of the field. This hands-on experience provides valuable insight into the end-to-end process of telemetry system deployment and operation.

What are the key skills and qualifications needed to thrive as an Internship Telemetry Engineer, and why are they important?

To thrive as an Internship Telemetry Engineer, you need a foundation in electrical or computer engineering, understanding of telemetry systems, and current enrollment in a relevant degree program. Familiarity with data acquisition tools, programming languages (such as Python or C++), and industry-standard telemetry hardware and software is typically required. Strong analytical thinking, attention to detail, and effective teamwork distinguish top candidates. These skills and qualities are crucial for ensuring accurate data collection, system reliability, and successful collaboration within engineering teams.

What does an Internship Telemetry Engineer do?

An Internship Telemetry Engineer assists in designing, testing, and maintaining systems that collect and transmit data from remote or inaccessible locations to a central processing system. They typically work with sensors, data acquisition hardware, and software to monitor and analyze real-time data, often in fields like aerospace, automotive, or industrial automation. Interns in this role gain hands-on experience with telemetry equipment, support data analysis tasks, and may help troubleshoot issues in data transmission. This position is ideal for engineering students who want practical exposure to communication systems and data analysis.
What are the most commonly searched types of Telemetry Engineer jobs in Washington? The most popular types of Telemetry Engineer jobs in Washington are:
What are popular job titles related to Internship Telemetry Engineer jobs in Washington? For Internship Telemetry Engineer jobs in Washington, the most frequently searched job titles are:
What cities in Washington are hiring for Internship Telemetry Engineer jobs? Cities in Washington with the most Internship Telemetry Engineer job openings:

Senior Software Engineer (Space Communications)

Northwood Space

Washington, DC โ€ข On-site

$138K - $182K/yr

Other

Posted 25 days ago


Job description

Software Engineer

Northwood is on a mission to transform connectivity between Earth and space, bringing the benefits of space to the masses through innovations in space communications technologies. If you're passionate about building quickly and seeing your work deployed globally with real impact, we want you at Northwood.

As a Software Engineer at Northwood, you will be pivotal in designing, implementing, and optimizing the global service that delivers connectivity to our customers. You will have ownership over key areas - ranging from control of our antenna systems to the customer APIs that enable booking time on our network. An ideal candidate is someone who likes to work across areas of responsibility and can dive deep into high priority challenges.

Northwood is a full-stack company, with software development spanning everything from embedded systems and high speed networking to distributed web services. We seek versatile candidates who want to contribute across multiple areas while having a solid foundation in a few core areas of focus. Key areas of focus includeโ€”but are not limited toโ€”the following (new team members will have the opportunity to work across these areas):

  • Cloud orchestration & distributed systems design

    • Lead the end-to-end architecture of a global, distributed control plane that schedules hundreds of satellite passes per hour across mixed AWS/on-prem nodes

    • Mentor teams on fault-tolerant patterns and land design RFCs that become Northwood standards

  • API, database & front end development

    • Build and own customer-facing and internal control-plane APIs โ€“ craft, version, and operate the endpoints that let users search, reserve, update, and cancel satellite passes at multi-thousand-request scale

    • Design and implement the underlying workflow-orchestrator that coordinates satellite communications across sites, reconciles conflicts, and enables autonomous coordination across the worldโ€™s largest ground network

    • Architect the real-time TT&C / data-transfer interfaces โ€“ deliver a secure, bidirectional streaming channel that carries command uplink, telemetry downlink, and supports near-real-time data delivery across Northwood's global ground network.

  • Edge systems (ground station)

    • Design and implement control systems for our ground station hardware, you will write software that interacts with everything from embedded systems to RF modems

  • High bandwidth data movement

    • Architect and optimize data pipelines for efficient movement of data between ground stations and various end environments

    • Architect a Tbps-class SD-WAN overlay (WireGuard + QUIC) that transparently shifts traffic between sites, S3-compatible buckets and customer VPCs, with per-flow QoS and FEC.

  • Monitoring & alerting systems

    • Create comprehensive monitoring and alerting solutions for software and infrastructure

    • Implement tools to ensure continuous uptime and rapid issue resolution

  • Global telemetry capabilities

    • Transform our telemetry data into actionable insights, enabling predictive diagnostics to address issues before they arise; keep our customers informed about relevant operations in real time

  • Infrastructure, security & pipelines

    • A global network requires global deployments, and Northwood is committed to building a secure, reliable, and stable pipeline. This infrastructure empowers our developers to deploy changes continuouslyโ€”without the risk of disrupting the system or relying on 'testing in prod.'

  • Production line software & testing

    • Develop software for production line bring-up and testing

    • Automate testing procedures to ensure hardware and software reliability

    • Working alongside mechanical/RF/EE/FPGA and SW engineers to ensure system correctness, performance, and reliability before leaving our manufacturing line

  • Simulation & orchestration software

    • Create simulations that model satellite and network design

    • Create simulation tools for testing and validating system performance

    • Design and implement software that orchestrates our global antenna network and data plane

Basic Qualifications:

  • 5-7+ years of professional software development experience (this doesn't have to be from a full-time roleโ€”there are many ways to gain valuable experience, and we'd love to hear about yours - tell us about internships, projects out of the classroom, or any personal projects)

  • Completed bachelor's degree in Computer Science, Computer Engineering, Math or other related major (soft-requirement, tell us why you didn't pursue a degree, and what you've done in its place)

Preferred Qualifications:

While we don't expect you to have every skill listed below, we do expect you to take ownership of one or more areas and drive decisions and implementations where your strengths lie.

  • Programming Languages (General):

    • Proficiency in one or more of the following:

      • Rust, Golang, C/C++

      • Open to other languages that are suitable for distributed systems and/or high-performance computing and interested in strong opinions on the right language for various applications

  • Strong problem-solving abilities

  • Excellent communication and collaboration skills

  • Ability to work in a fast-paced, dynamic environment

Domain specific skills:

  • Distributed Systems & Cloud Computing:

    • Experience designing and implementing distributed systems

    • Knowledge of cloud services (AWS, Azure, Google Cloud) and orchestration tools

    • Familiarity with microservices architecture and serverless computing

  • Hardware Interaction & FPGA:

    • Experience with hardware control systems

    • Familiarity with FPGA programming and orchestration

    • Understanding of embedded systems development (FreeRTOS, Zephyr)

  • Data Movement & Networking:

    • Proficiency in architecting data pipelines for high-throughput environments

    • Understanding of network programming and IP protocols

    • Experience with high-speed communications (10GigE+)

  • API & Front-End Development: