דרושים » הנדסה » Senior Missile control engineer

End-to-end ownership of the interceptor's seeker, the eyes of the missile. You'll lead it from initial requirements and architecture through detailed design, integration, qualification, and transfer to production. The seeker is one of the most performance-critical subsystems on the missile; this role calls for someone who can drive trade studies across sensors, signal processing, and integration constraints, and who is equally comfortable with a whiteboard, a lab bench, and a production line. A hands-on role in a young, growing company where deep engineering meets initiative, creativity, and a drive for performance.
This is a unique opportunity to be at the heart of a defense-tech startup during its most exciting growth phase.
Responsibilities:
Requirements & Architecture: Define seeker-level requirements derived from system -level needs (range, accuracy, environment, jam resistance, SWaP). Lead architecture trade studies across sensor modalities ( RF / EO / IR / multi-mode), signal chain, and processing topology. Design Ownership: Own the design of the seeker subsystem end-to-end, sensors, RF /optical Front-End, signal processing, tracking algorithms, and onboard processing. Integration: Manage interfaces with the rest of the missile, electronics, GNC, control, mechanical, and with the ground station for target handoff. Write and maintain the seeker ICD. Lab & Field Testing: Plan and execute lab characterization, hardware-in-the-loop tests, and field/flight trials. Lead post- TEST data analysis and feed findings back into design iterations. Production Transfer: Drive the seeker through qualification (MIL- STD environments) and into production, DFM/DFA, TEST plans (ATPs), supplier coordination, and acceptance criteria. Cross-functional leadership: Work alongside the system Engineering, Software, Mechanical, and Electronics teams; technically authoritative on seeker matters.

We are looking for a senior systems engineer with proven experience leading the design and development of an interceptor missile. The systems engineer will take full responsibility for the interceptor missile from initial stages through deployment. A hands-on role in a young, growing company where deep engineering meets initiative, creativity, and a drive for performance.
Why Join Skapion?:
This is a unique opportunity to be at the heart of a defense-tech startup during its most exciting growth phase!
Responsibilities:

* Definition and design of the system architecture for an interceptor missile: sub-systems including the seeker, rocket engine, navigation and control systems, interface design, performance envelope definition, trials, and reliability tests.
* Setting system requirements, writing engineering specifications (ICD, SRR, etc.), and working with the various development teams.
* Leading system integration, conducting lab and field trials, and writing performance reports.
*  system -level risk management and supporting integration and production processes.
* Interfacing with internal and external customers, suppliers, and quality and safety stakeholders.
* Tracking and supporting the system throughout its lifecycle, including maintenance, updates, and support during operational deployment.

We are growing and our Principal Mechanical Engineer position is a unique career opportunity that could be your next step towards an exciting future. This role will sit within the Innovalve team, as part of our transcatheter mitral and tricuspid therapies (TMTT) product group.
This role offers an exciting opportunity to be part of the valve R&D team and contribute to the development of a novel device that will revolutionize the treatment of cardiovascular diseases.
How you will make an impact:
As an engineer in the valve R&D team, you will provide expertise in design, optimization and testing of the Innovalve heart valve implant as part of the product development
Manage current development and production efforts of current system running through EFS and IDE clinical studies
Concept Development: Collaborate with cross-functional teams to brainstorm, evaluate, and find new innovative design concepts
Design and Development: Design, analyse, and develop components and processes that meet stringent quality, performance, and regulatory requirements.
Problem-Solving: Identify and troubleshoot complex technical issues that arise during development and clinical trials.
Testing and Validation: Conduct rigorous testing and validation activities, including R&D testing, Design Verification (DV) testing, and clinical trial support.
Engineering Change Orders (ECOs): Initiate and manage ECOs to implement design changes and improvements.
Manufacturing Support: Collaborate with manufacturing engineering to ensure seamless transition of designs into production.
Custom Solutions: Develop tailored solutions for unique design challenges and clinical requirements.

The Road Algorithm team is responsible for one of the most critical and challenging tasks in autonomous driving - detecting and understanding the drivable road. Our work leverages Deep Neural Networks and geometric modeling to deliver reliable and high-quality road perception for autonomous vehicles.
We are looking for an Expert Deep Learning Research Engineer who will both drive independent deep learning research and collaborate closely with other developers to help unlock new directions, solve complex challenges, and elevate the teams algorithmic capabilities.
What will your job look like:
Conduct hands-on research and development of deep learning algorithms for road understanding, drivable area detection, and scene structure modeling
Lead exploratory investigations into new architectures, training strategies, and data utilization methods
Join forces with other developers to troubleshoot difficult problems, introduce new ideas, and guide technical decisions
Own projects end-to-end - from concept and experimentation to integration and scalable deployment.

we are looking for a Safety Architect to join the Safety team. This team develops novel approaches to assess and promote autonomous vehicle (AV) safety.
Safety is a core decision driver at the highest level of our company development and business strategy, directly impacting project timelines and approval for our most advanced programs.
Demonstrating that an autonomous vehicle is safe is a cutting-edge challenge. It requires a deep understanding of the entire AV system, the development of robust methods and tools to support this goal, and active engagement with the automotive industry to build broad acceptance of our approach.
What will your job look like?
Analyze the SW architecture and identify safety-critical areas, define the safety requirements and work closely with R&D teams to reach the best solutions
Support the SW system architecture definition of the company automated driving system
Define the safety requirements for high-level components of the company autonomous vehicle products including driving applications, image processing, memory management, error handling
Act as a POC for R&D teams in terms of Safety and embed the Safety culture, train and guide safety ambassadors within the teams
Proactively support our company position with customers during business development activities and during the execution of production projects.