Job Summary: 

• Design and develop the architecture and FPGA solutions of innovative radio communications, sensing, and spectrum access systems
• Understand customer and/or project needs to implement effective FPGA designs
• Interact with internal and external engineering teams regularly to design and create interfaces with other system elements
• Design Gilat’s next-generation products.
• Collaborate across the team to jointly develop high-speed digital signal processing and control.
• Develop and perform a simulation, and verify that design requirements are met.
• Participate in board bring-up activities, system-level integration tasks, troubleshooting, and field testing.
• Architect and design solutions to accelerate key areas of infrastructure, including hardware selection and key functional blocks
• Implement solutions from the board to the API and deploy out to a production environment
• Interact with software teams to capture and design solutions in hardware

Skills on Resume: 

• FPGA Development (Hard Skills)
• Project Understanding (Soft Skills)
• Team Collaboration (Soft Skills)
• Signal Processing (Hard Skills)
• Simulation & Verification (Hard Skills)
• System Integration (Hard Skills)
• Hardware Deployment (Hard Skills)
• Software Interaction (Soft Skills)

Job Summary: 

• Develop high-performance FPGA systems in RTL designs.
• Work as part of a team on the development and implementation of proprietary hardware trading systems from concept to production.
• Design ultra-low latency, high throughput, and FPGA-based custom financial trading systems to accelerate algorithmic trade signal generation and order execution.
• Accelerate network infrastructure and trading system components with high-speed FPGA designs.
• Create digital design and verification to maximize efficiency and performance, and to process vast amounts of data across trading systems.
• Evaluate latency and throughput while providing immediate feedback on operating designs.
• Work closely with cross-functional teams, including Front Office, Quantitative Research, Engineering, and Traders.
• Develop new hardware platforms
• Identify opportunities for improvement, as well as prototyping and experimenting with performance optimizations
• Develop, optimize, and strengthen the performance-critical components of the system

Skills on Resume: 

• FPGA Development (Hard Skills)
• Trading Systems (Hard Skills)
• Low-Latency Design (Hard Skills)
• High-Speed FPGA (Hard Skills)
• Digital Verification (Hard Skills)
• Latency Evaluation (Hard Skills)
• Team Collaboration (Soft Skills)
• Performance Tuning (Hard Skills)

Job Summary: 

• Define technical proposals for the development, as well as specifications that describe functional and internal requirements
• Generate code in VHDL and optimize it for speed and size
• Simulate and update filtering and amplifier audio line drivers
• Be involved in the architecture, integration, V&V, and industrialization phase
• Write the technical documentation from design, test plans, and user manuals
• Build next-generation algorithmic trading systems, including tools to monitor and analyze system performance
• Solve low-latency trading problems and optimize performance-critical code
• Assess different technologies and their applications
• Coordinate the development of firmware in collaboration with software and hardware engineers
• Create documentation and operating procedures for common experiments

Skills on Resume: 

• Technical Proposals (Soft Skills)
• VHDL Coding (Hard Skills)
• Simulation & Filtering (Hard Skills)
• System Integration (Hard Skills)
• Technical Documentation (Hard Skills)
• Trading System Development (Hard Skills)
• Performance Optimization (Hard Skills)
• Firmware Coordination (Soft Skills)

Job Summary: 

• Implement, integrate, and validate digital HW for video processing/encoding and 3D point cloud compression system on the FPGA platform.
• Design and implement video encoding accelerator modules using VHDL or high-level synthesis (HLS) tools.
• Design video and 3D point cloud processing algorithms for efficient HW implementation in constrained FPGA-based embedded devices.
• Design and implement system control software and FW for HW accelerators.
• Port, implement and optimize video processing, computer vision, 3D point cloud compression, and machine learning algorithms developed by Research Scientists and Codec Developers.
• Write high-quality, well-tested, and documented code used in connected car applications.
• Propose and develop creative and efficient solutions to challenges in video streaming applications and contribute to expanding the intellectual property portfolio.
• Carry out performance benchmarking and analysis to support engineering decisions.
• Provide engineering support to research efforts, working closely with Research Scientists (developing novel algorithms) and backend developers.

Skills on Resume: 

• HW Integration (Hard Skills)
• Video Encoding (Hard Skills)
• FPGA Design (Hard Skills)
• Control FW (Hard Skills)
• Processing Optimization (Hard Skills)
• Code Testing (Hard Skills)
• Benchmarking (Hard Skills)
• Research Support (Soft Skills)

Job Summary: 

• FPGA design and development, including logic development, simulation, synthesis, testing, and timing closure using VHDL and associated modeling tools
• Design and implement system-on-chip solutions that use embedded ARM processors such as Zynq Ultrascale DDR memories, fast serial interfaces such as JESD-204B, and 1G/10G Ethernet interfaces
• Develop FPGA-based systems, particularly using Xilinx Series 7 FPGAs (Virtex and Zynq Ultrascale)
• Provide digital board design, including high-speed signal layout
• Provide technical documentation, including requirements, test reporting, timing diagrams, block diagrams, and detailed descriptions
• Collaborate with the team to review and develop prototyping plans and specifications.
• Work closely with design and micro-architecture teams to understand the functional and performance goals.
• Work on Synthesis/Place and Route, timing optimization, and develop plans for custom hardware.
• Work independently and lead deliverables to align with project goals, plus support multi-functional engineering efforts.

Skills on Resume: 

• FPGA Development (Hard Skills)
• SoC Design (Hard Skills)
• Xilinx FPGA (Hard Skills)
• Digital Board Design (Hard Skills)
• Technical Documentation (Hard Skills)
• Prototyping Plans (Soft Skills)
• Timing Optimization (Hard Skills)
• Project Leadership (Soft Skills)