• Participate in the development, high-level design, and estimation discussions with FPGA, HW, SW, and System team members
• Write Design and Test Specifications for the module and device
• Develop RTL code with efficiency and performance in mind, including assertions and functional coverage to establish quality metrics
• Use backend tools and analyze results as required by the project (timing closure, resource utilization…)
• Write verification code and perform verification tasks (maintain and develop environment, result analysis, corrective actions)
• Participate in integration sessions in the lab with HW and SW team members
• Support the SIT and SVT team
• Be a knowledge center of the main protocols and algorithms in the relevant R&D field
• Find simple solutions to complex problems
• Contribute to the hardware design discussion

Skills: FPGA Design, Design Estimation, RTL Development, Timing & Resource Analysis, Verification Development, Integration & Collaboration, Protocol Expertise, Problem Solving

• Understand the existing FPGA architecture and interactions between the various modules comprising the system.
• Conceive, experiment with, and present modular architectural approaches for FPGA applications with an emphasis on reuse and testability.
• Develop RTL code for additional functionality and capabilities.
• Perform logic synthesis, timing analysis, and timing closure.
• Develop and maintain test benches, test plans, and simulation tools to verify correct logical functionality.
• Understand schematics, perform lab tests on designs and components, troubleshoot, and improve building block modules.
• Work in a team of FPGA hardware and software engineers, designing and maintaining proprietary trading systems
• Produce highly reliable FPGA designs with a no-compromise attitude toward securing the lowest latency possible
• Have a direct impact on the success of trading strategies
• Help define the evolution of the hardware platform

Skills: FPGA Architecture, Modular Design, RTL Development, Timing Analysis, Test & Simulation, Schematic Troubleshooting, Team Collaboration, Low-Latency Design

• Specify, design, and verify RTL modules of various complexity (VHDL)
• Integrate needed submodules and peripherals for implementation on an FPGA
• Run full FPGA tool flow with configuration and analysis steps to ensure the design meets targets
• Participate in testing and validation of the FPGA design in the laboratory
• Collaborate with developers from different areas like RF, HW, and SW
• Participate in the full life cycle of FPGA design from concept to customer support.
• Design specification capture and RTL implementation.
• Perform FPGA verification with simulation and in the lab.
• Timing closure and analysis.
• Develop and/or use tools to facilitate lab bringup and debugging of FPGAs.

Skills: RTL Design, FPGA Integration, FPGA Tool Flow, Design Testing & Validation, Cross-Functional Collaboration, FPGA Life Cycle, Timing Analysis & Closure, Lab Debugging & Tools Development

• Participate in feature requirements definition and architectural planning
• Work with Product Management to understand requirements
• FPGA Design and Validation of logic for Video, Audio, Encryption, and Networking applications
• System Verification using simulation technologies and the product
• Work within other hardware and software groups to design, integrate, and test products and features.
• Customer issue replication and resolution
• Maintain a work FPGA port of a chip under development
• Maintain and improve the FPGA flow
• Run and debug functional regression tests
• Become an expert on digital architecture and wireless subsystem operation
• Work with the digital and software teams to validate the hardware with the software before tape

Skills: Feature Architecture, FPGA Validation, System Verification, Team Collaboration, Issue Resolution, FPGA Maintenance, FPGA Flow, Regression Testing

• FPGA design and verification for high-performance signal processing design.
• Convert the design to RTL code.
• Debug and verify the design with test vectors.
• Work closely with DSP Algorithm engineers to optimize the design on FPGA systems.
• Provide sustaining support for existing product lines, including analysis and resolution of field issues and/or manufacturing issues.
• Document FPGA designs, simulations, and verification results.
• Support in-house and in-the-field engineering activities, including travel to customer sites
• Travel to test locations, military facilities, and customer sites to directly support the testing, evaluation, and deployment of the Wave Relay® system
• Integrate other systems, sensors, and components with the Wave Relay® system
• Take responsibility for writing technical proposals

Skills: FPGA Design & Verification, RTL Code Development, Design Debugging, DSP Algorithm Optimization, Product Support, Design Documentation, Field Engineering Support, Technical Proposal Writing

• Lead FPGA development as part of a cross-functional product development team.
• Coordinate work activities of the FPGA team, directing and mentoring when necessary.
• Design measurement systems/subsystems that characterize and verify according to standards, customer devices, interconnects, and optical and electrical systems.
• Actively understand customer needs and develop solutions to delight them.
• Identify needed technology and capabilities to create new solutions through both internal development and partnerships.
• Set and meet schedules for fast and predictable development.
• Identify project risks and generate alternatives/recommendations to address the risk.
• Engage and drive process improvement efforts for the quality and efficiency of the engineering organization.
• Drive definitions for standard work and revision control system optimization.
• Perform peer review and peer testing, and participate in DFx reviews.
• Conduct research leading to the establishment of feasibility for new products, product features, capabilities, or advanced test and measurement science.
• Maintain relevant knowledge regarding new developments and trends in FPGAs/tools.

Skills: FPGA Leadership, Team Coordination, System Design, Customer Solutions, Technology Innovation, Risk Management, Process Improvement, Peer Testing

• Good knowledge of design reviews (schematic, layout, etc.) from a compliance perspective.
• Good understanding of different compliance standards (like IEC, CISPR, ETSI, FCC), especially for ITE products.
• Good knowledge of IEC 60650/62368-1
• Experience defining the test/standard requirements based on regulatory needs for different countries
• Experience working in real-time debugging
• Good knowledge of NEBS
• Excellent documentation and report-writing skills
• Solid time management and problem-solving abilities
• Good teammate and individual contributor
• Working with different Certification agencies to get the final certificates.
• Knowledge of the homologation process for different countries.

Qualifications: BS in Robotics Engineering with 4 years of Experience

• Familiarity with digital signal processing, communications, and/or network communications concepts
• FPGA-related development experience
• Strong comprehension of FPGA development environments and FPGA development tool flows
• Strong working knowledge of VHDL, Verilog, and/or SystemVerilog HDL languages
• Proven ability to design, implement, and document FPGA designs from component-level specifications
• Proven ability to define and perform FPGA component-level integration and test plans
• Proven ability to resolve FPGA integration and test issues in hands-on lab environments
• Experience providing reliable FPGA cost/schedule estimates for developmental activities
• Working knowledge of MATLAB and Python
• Familiarity with circuit card design, implementation, integration, and test
• Have practical knowledge of project management.
• Clear written and verbal communication skills with the ability to work independently and collaboratively in team environments

Qualifications: BS in Embedded Systems with 6 years of Experience

• Related experience in RTL design in the area of digital signal processing
• Familiar with the verification flow of wireless system design including system modeling, test vector generation, and bit-true testing.
• Knowledge of signal processing of wireless communications, such as filters, timing/carrier recovery, equalizers, LDPC, etc.
• Understand Xilinx or Altera FPGA silicon designs.
• Knowledge of 4G/5G, DOCSIS protocol, and commercially wired/wireless networking protocols.
• Familiar with MATLAB.
• A passion for learning new technology, solving complex problems, and delivering on quality.
• Creative problem-solving skills, attention to detail, and good coding skills
• Must be a self-starter capable of independently driving tasks to completion.
• Must have good teamwork and interpersonal skills.
• Pro-active and able to take initiative

Qualifications: BS in Electrical Engineering with 3 years of Experience

• Experience in RTL coding and simulation in VHDL or Verilog
• Experience working with digital circuit architecture, design, resource tradeoffs, timing analysis, and timing closure
• Knowledge of testbench development for the verification of RTL blocks using VHDL or System Verilog
• Proficiency using ASIC and/or FPGA simulation and synthesis tools. (e.g., Modelsim, Synplify, Quartus, Vivado, or other FPGA-specific tools)
• Familiarity with revision control concepts and tools (e.g., Git, Subversion)
• Ability to work with minimal supervision, team with engineers of a variety of skills and backgrounds, and matrix into projects with aggressive schedules and frequent milestones
• Strong oral and written communication skills with the ability to document and present one's work and status
• Familiarity with best practice chip-level verification techniques and languages (e.g., constrained random, functional coverage, SystemVerilog)
• Experience working with ASIC/FPGA lab validation with advanced lab equipment
• Experience with Unix, scripting, C/C++, and/or Perl
• Excellent time management, including the ability to prioritize conflicting tasks appropriately
• Ability to discuss prior design work, explain the design processes involved, and justify decisions made

Qualifications: BS in Electronics Engineering with 8 years of Experience

• High-end FPGA development experience
• Proficiency in Verilog, SystemVerilog, and VHDL
• Strong background in Xilinx FPGA and/or Altera/Intel FPGA design flow - Quartus, Vivado tool, TCL scripting, timing closure backend, Signaltap, and Chipsope debug.
• Familiar with the testbench environment and verification tools such as Modelsim, and Questa.
• Experience with high-speed network protocols (QSFP+, USB, ETH), SERDES interfaces (Aurora, JESD204B, 10G/25G GbE), bus interfaces (AXI, Avalon, PCIe), and memories (DDR, QDR)
• Experience with lab bring-up procedure, lab equipment, and troubleshooting
• Knowledge of Telecommunication
• An open, collaborative, self-critical attitude and willingness to learn
• Self-starter with a strong “can-do” belief, who can work in a dynamic environment with little supervision.
• Effective written and oral communication skills
• The ability to take ownership and work in teams
• Ability to prioritize work, complete multiple tasks, and work under deadlines

Qualifications: BS in Embedded Systems with 6 years of Experience

• Project Management experience
• FPGA prototyping experience on platforms such as HAPS or Protium, as well as experience with compilation, debugging, performance, and throughput tuning
• Experience building FPGA prototypes, mixing FPGA/emulation-based designs and off-the-shelf components, system debugging with logic analyzers, scopes, meters, protocol analyzers, etc.
• Expertise in RTL development for custom FPGA prototypes and proficiency in Verilog, System Verilog (Transactors)
• Solid understanding of FPGA logic Synthesis, partitioning, routing, and timing closure for FPGA Prototypes
• Experience in scripting languages such as Python and C/C++ at the kernel/device driver level
• System engineering and system debugging experience
• IP or system-level FPGA design experience
• Knowledge in SystemVerilog for design and verification, chip architecture, µArchitecture, design, and UVM-based design verification experience
• Performance modeling and evaluation experience
• Experience with IOs such as MIPI CSI and DSI, USB, PCIE, LPDDR
• Experience in dealing with ambiguity in a fast-changing consumer electronics field
• Experience working effectively as an individual and in a multidisciplinary international team

Qualifications: BS in Electrical Engineering with 7 years of Experience