In this role, you will engage in automated testing of GNSS technologies, streamline data workflows, and contribute to machine learning experiments, all while reporting on key performance metrics to drive efficiency.
As a GNSS R&D Engineer, you will dive into the world of positioning technology, developing algorithms and models to enhance GNSS data accuracy while collaborating with experts globally. Your work will directly impact the reliability of correction data products.
In this internship, you will transform manual data analysis into automated workflows, using Python and AI tools to enhance automotive positioning performance while working with real-world data.
As a GNSS R&D Engineer, you will engage in innovative research and development to create reliable positioning solutions. This role involves collaborating with global experts, integrating cutting-edge technologies, and ensuring high-quality software delivery.
If you believe WORK Microwave is the ideal employer for you, take the initiative to apply and share your unique reasons for wanting to join the team, even if no specific position is currently available.
In this internship, you will gain firsthand experience as an engineer. Over 2 ½ days, you will engage in hands-on activities, collaborate with professionals, and explore various aspects of engineering, all while creating a project to take home.
You handle a variety of tasks across departments, from supporting sales and marketing to gaining insights into finance and HR processes, ensuring smooth operations and effective communication.
You will gain hands-on experience in electronics by learning soldering and assembling projects while exploring various departments and tasks throughout the internship.
You will drive mission success by synchronizing global launch sites and defining the operational path, ensuring every complex campaign translates into a reliable and scalable rocket launch.
In this role, you will drive global finance transformations by leading S/4HANA implementations and mentoring a technical team to optimize the enterprise application landscape.
You will play a vital role in space missions by assembling complex rocket hardware and conducting critical functional tests to ensure every engine component meets the highest standards.
You will ensure the robust operation of the company's launch vehicle by building testrigs and leading critical system test campaigns to validate electrical performance during ground and flight operations.
As a Senior Fluid System Engineer, you will take charge of developing complex fluid subsystems, from initial design to production. Your role involves performing calculations, conducting simulations, and collaborating with various engineering teams, while also mentoring junior members and participating in testing operations.
In this role, you will manage key accounts while building strong relationships with customers. Your day-to-day responsibilities will involve developing sales strategies, coordinating activities, and ensuring customer satisfaction to drive success.
In this role, you will take charge of the entire DevOps lifecycle, from building CI/CD pipelines to managing cloud infrastructure. Your expertise will help streamline processes and ensure the reliability and security of applications in a fast-paced environment.
In this role, you will be the technical guardian of the digital infrastructure, ensuring the security of the Microsoft ecosystem while auditing IT operations. Your day-to-day responsibilities will include configuring security controls, managing access, and automating defenses to protect critical systems.
In this role, you will collaborate with system owners to develop and maintain test rigs, automate testing processes, and ensure thorough functional testing of avionics. Your work will be crucial in supporting the launch vehicle's assembly and integration.
As a working student in solar arrays, you will support the engineering team by implementing models, enhancing simulation software, and creating documentation. This role involves a mix of technical tasks and collaborative projects, making each day unique.
In this role, you will be at the forefront of developing and integrating Avionics Li-Ion Batteries for the Spectrum project. Daily activities will involve managing product interfaces, conducting tests, and supporting vehicle integration, all within a dynamic R&D environment.
In this Master Thesis position, you will engage in the full development cycle of a Digital Launch Vehicle Camera, from defining requirements to testing prototypes, while collaborating with the Software Department in a dynamic R&D environment.
In this internship, you will dive into the world of machine learning, focusing on probabilistic and Bayesian deep learning. Your work will involve supporting research and developing demonstrators for exciting aerospace applications.
As a GNSS Performance Specialist, you will define and validate service requirements for innovative Galileo services, develop software tools, and participate in validation campaigns to ensure optimal performance in various user environments.
As an Avionics Harness & Structures Engineer, you will design and engineer harnesses while collaborating with various teams to ensure compatibility and manufacturability. This role involves managing the harness lifecycle and adapting designs to meet project requirements.
As an Avionics Hardware Engineer, you will play a key role in designing and testing the Thrust Vector Control Actuator, managing its lifecycle, and ensuring successful integration and testing both in the lab and on the launch pad.
In this internship, you will engage in cutting-edge research on Tensor Networks to optimize deep learning models. Your role will involve collaborating with the team, sharing findings, and documenting your work in a final report.
As a Product Manager in the Energy Business Unit, you will shape the future of energy solutions by driving product innovation and managing the entire product lifecycle. This role involves analyzing market trends, collaborating with teams, and ensuring financial success.
In this PhD role, you will dive into the research and development of wireless computation for aerospace, focusing on ultra-low latency and security. Your work will involve experimental implementations and innovative technologies to enhance communication systems.
As the Director of Ground Systems, you will lead a dynamic team focused on developing essential ground system products for flight. Your role involves overseeing infrastructure projects, ensuring safety compliance, and collaborating closely with various departments to drive innovation and efficiency.
In this internship, you will engage in innovative research on power converters for aircraft, focusing on simulation, design, and testing. Your work will span from component-level analysis to functional testing of power converter systems.
As a Senior Software Engineer, you will play a key role in the Satellite Mission Team, focusing on the integration of payload software and data handling. Your day-to-day responsibilities will include translating customer needs into technical designs, managing project activities, and ensuring seamless collaboration across teams.