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We are looking for a hands-on and reliable student to support the day-to-day operation of our system validation laboratory.
Responsibilities:
Maintaining order, cleanliness, and safety in the laboratory
Ensuring lab activities follow internal procedures and relevant standards
Monitoring laboratory equipment, handling procurement, and tracking calibration cycles
Setting up, dismantling, and reconfiguring test setups as required
Managing laboratory computer inventory, including initial setup and basic configuration
Performing basic electronic and mechanical tasks such as soldering, cable preparation, minor wiring repairs, and simple component replacement.

we are at the forefront of building state-of-the-art space-resilient computing infrastructure that empowers the next generation of satellites and space missions. Our on-board processors (OBP) revolutionize traditional satellites into smart, software-defined units so applications can be developed and updated in real-time, creating infinite possibilities for space satellite payloads and deep space missions.
The Software Automation Development Engineer is responsible for working with cross-functional engineering teams to design and develop the software infrastructure for automated testing systems. We are seeking a skilled automation developer to join our team and contribute to the development of test automation platforms using Python, Django, and React frameworks. In this role, you will be responsible for creating applications from the ground up, configuring existing systems, creating backend automation services, integrating test equipment, building automated test flows to support advanced ATE station deployments, and providing user support.
What will you do:
Design, develop, and maintain automated test platforms using Django, Python and Pytest.
Build backend and frontend infrastructure for ATE & validation automation and data collection.
Develop automated scripts for hardware testing, validation, and production.
Collaborate with test, hardware, and software teams to define system-level automation architecture.
Integrate and control various test instruments and devices using protocols such as SCPI, VISA, or custom APIs.
Collaborating with internal teams to design software architecture.
Document test tools and automation processes for internal users.
Investigate, debug, and resolve software and system integration issues.
Keeping updated with the latest industry developments.

We are expanding our System Validation Group and invite you to explore Space with us!
Outstanding opportunity to be part of a super-cutting-edge team working on systems above and beyond the globe in our company.
What you will be doing​
Writing system validation Test plans , Design and develop Test programs to validated embedded system features and performance.
Conducting System Validation Test cycles to verify systems based on HW (analog and Digital), RF, SW, FW
Experience with Python or C programing, Git or other programming languages & source control.
Strong technical troubleshooting.
Develop tools and utilities for Lab & field testing, feature analysis
High debug capabilities when work with the Software, systems, HW teams on complex issues.
Ability to move fast and decisiveness.
Building development environment.
Designing automate tests.
E2E ownership product from kickoff to production.

Things work differently in space. our company develop New-Space hardware and software that work flawlessly in harsh space conditions. Our technology is already deployed in space and used in many satellites and more than 50 space missions across the solar system - with zero failures.
We are expanding our Design Verification team, and invite you to explore Space with us! The job includes taking a viable role in the VLSI verification tasks of our company line of products.
What you will be doing
Plan & implement UVM verification environments
Interact with Architecture, Design, SW and Validation teams
Define new DV methodologies and improve existing ones
Work on both ASIC and FPGA Space system project.

​If you are looking to make an impact, come and join a team developing the next generation of space communication technology.
Our mission is to revolutionize the way satellites, space robots and spacecrafts communicate through deep space, in earth orbit and with ground stations. Our technology is based on space proven state-of-the-art proprietary architecture that enables a different approach to the way space communication systems are designed.
We are looking for experienced FPGA Engineers to lead innovation in the next generation space connectivity technology.
What you will be doing​
Design and manufacture systems including ICs by RS and SoC type FPGAs
Design and implement high-speed digital signal processing algorithms.
Design for highly robust, distributed systems with emphasis on managing physical effects that originate from the harsh space environment.
Implement DSP algorithm on SoC type FPGAs.
Key contributor to Digital, Modem architecture and design.
Lead technical reviews with key stakeholders.
Work closely within a multi-disciplinary team to lead high-impact technical decisions about system design, implementation, and verification.

In this job you will need to design, lead, develop, complex and versatile software solutions. This includes technical leadership and working closely with other stakeholders in the organization such as system engineers. You will need follow through from concept to product along with hands on hands-on coding and supporting complex integrations of the various parts of the system. We offer a challenging and most interesting technological domain with many SW technologies, algorithms, and a wide SW stack.
Responsibilities
Lead and implement complex software features in an embedded Linux environment
Develop, debug, and maintain kernel-level .
Own the software integration of multiple system components
Collaborate with system, hardware, and other teams
Take responsibility from design through delivery, including hands-on coding
Write technical documentation and design specifications
Deep knowledge with HW architectures, OS implementation details and HW-SW partitioning.