Senior Vision Systems Developer | Embedded C++/FPGA | Advanced Defense Tech

Shape the Future of Situational Awareness in the Defense Sector

We are looking for a Senior Vision Systems Developer to take technical ownership of end-to-end imaging solutions for high-end military equipment and battle vehicle systems. If you are an expert in Embedded C++ and FPGA, and you understand what happens between a sensor’s RAW output and a crystal-clear display, this role is for you.

The Mission: You will be responsible for the "eyes" of modern tactical platforms. Your work will cover the entire pipeline: from capturing RAW data from high-performance sensors to real-time image processing and system-wide communication.

Key Responsibilities:

• End-to-End Integration: Develop and integrate cameras for advanced vision systems used in harsh military environments.

• Image Processing: Implement and optimize algorithms for "daily vision" (LUTs, 3DLUTs, De-Bayering, color transformation, and filter kernels).

• Hardware-Software Bridging: Bridge the gap between software and hardware by managing communication with FPGA modules.

• Driver & Protocol Development: Work with low-level interfaces such as MIPI-CSI2 and PCI to ensure high-speed, low-latency data flow.

What We Are Looking For:

• 5+ years of experience in Embedded C/C++ development.

• FPGA Expertise: Hands-on experience with FPGA modules and their communication protocols.

• Vision Systems Specialist: Proven track record in image grabbing, data flow management, and sensor integration.

• Advanced Imaging Knowledge: Deep understanding of concepts like gamma, gain, filter kernels, and RAW image processing.

• Platform Versatility: Experience developing for multiple platforms, specifically Linux-based embedded systems.

• Protocol Proficiency: Strong knowledge of MIPI-CSI2 and PCI.

Nice to have:

• Experience with Allied Vision Alvium series cameras (CSI-2 interface, register controls, and V-SWIR sensors).

Why Apply?

• Impact: Work on technology that directly enhances the safety and effectiveness of personnel in the field.

• Complexity: Tackle unique technical challenges involving high-speed data and complex image processing.

• Innovation: Use industry-leading sensors and cutting-edge hardware.