לוח משרות דרושים מתכנת ++C בנתניה

we are a global pioneer of RADAR systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. We are seeking an experienced and hands-on Software Team Leader to lead the design and development of a next-generation Air Defense Command & Control System. This role requires deep technical expertise in real-time distributed systems, modern software practices, and a strong leadership presence to guide a multidisciplinary software team from architecture through delivery.
Key Responsibilities
Lead system design of a modular, real-time, geospatial C2 system involving track fusion, multi-sensor integration, and operator interfaces.
Own and manage the software development lifecycle: requirements breakdown, architecture definition, sprint planning, code reviews, testing, and deployment.
Coordinate efforts across frontend (React/Cesium), backend (C++/DDS), and integration/QA teams.
Serve as the technical authority and primary point of contact for internal stakeholders, system engineers, and business managers.
Define and enforce software architecture principles, quality standards, and system performance goals (e.g., latency, determinism, fault tolerance).
Guide the implementation of networking, real-time messaging, data recording, and security mechanisms.
Provide technical mentorship, code guidance, and career development for team members.
Ensure compliance with military standards, security requirements (e.g., NIST, STIG).
Contribute to planning, risk analysis, effort estimation, and interface documentation.

Youll be joining the post silicon validation team in PHY system group Silicon One group as part of the silicon development .
Our team deals with PHY and system aspects of the SerDes communication IP: PHY FW, calibrations, system definitions and operations and post-silicon validation including developing the automation infrastructure and tools.
We use latest silicon technologies and processes to build the largest scale and most complex devices at the edge of feasibility.