We are seeking talented Software Engineers to join a growing Software Team to develop new FPGA solutions for Lattice customers. If you are passionate about:
Working with complex device data modeling
Building customer facing tools (Bitgen, IBIS, SSN, Power Calculator).
Collaborating with world class engineers to innovate solution everyday
Solving complex FPGA HW-SW modeling challenges
Building and testing solution in both SW and RTL simulation environment
Being part of a fast-paced FPGA design company
Join us and be part of the winning team to maintain Lattice low-power FPGA leadership in the industry!
Key Responsibilities:
Collaborate with toolchain (Lattice Radiant, Diamond) developers to integrate models into synthesis, place-and-route, and timing analysis tools
Build detailed software models of Lattice FPGA devices (e.g., Avant, Certus, MachXO) including logic cells, IO blocks, PLLs, and routing fabrics
Collaborate with toolchain developers to integrate models into synthesis, place-and-route, and timing analysis tools
Translate technical specifications and hardware datasheets into actionable design models
Simulate device-level behavior to validate functional correctness
Implement configuration and bitstream handling models for programming
Provide detailed documentation and interface guidelines for engineers and stakeholders
Required Qualifications:
Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or Computer Science
Strong grasp of FPGA architecture, device internals, and digital design principles
Proficiency in C++, Python, or SystemC for hardware-software modeling
Experience with FPGA families and their proprietary or open-source toolchains
Familiarity with modeling languages and techniques (RTL abstraction, structural modeling, etc.)
Knowledge of EDA flow components — synthesis, PnR, timing analysis, and simulation
Industrial experience in similar field for > 5 years.
Preferred Skills:
Experience with open-source FPGA ecosystems (e.g., Yosys, nextpnr, IceStorm, Trellis)
Prior work with device abstraction frameworks or virtual prototyping tools
Familiarity with hardware description languages (HDLs) and simulation tools (e.g., Modelsim, Synopsis VCS)
Strong debugging, profiling, and performance-tuning capabilities
Excellent communication and cross-disciplinary collaboration skills
What we offer:
Direct impact on the evolution of FPGA development tools and methodology
Competitive compensation and comprehensive benefits
A highly collaborative and intellectually driven team environment
Supportive cross-geo team environment and technical mentorship
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