Hardware Engineer - FPGA & ASIC Development
SwedenCompetitiveHybrid0 applicants
About this role
Do you want to work hands-on with FPGA and ASIC development used in space? At Frontgrade Gaisler, you will work close to the hardware, taking designs from RTL to implemented and validated solutions in demanding environments.
We are looking for a Hardware Engineer with a strong focus on FPGA and ASIC development to join our experienced team in central Gothenburg.
Responsibilities
- As a Hardware Engineer you will participate in the complete development process of system-on-chip designs based on our IP cores, from architectural design, through development and verification, to implementation and prototype validation. Your tasks will include:
- Development of RTL models of IP cores and system-on-chip designs using VHDL
- Verification and FPGA prototyping of designs
- Implementation in target technologies, including both ASIC and FPGA
- Validation and measurements on completed devices
- Technical support to customers and sales organization
- Who we believe you are
- You enjoy working close to the hardware and take pride in seeing designs function on real devices. You are structured, detail-oriented, and comfortable working in complex development flows.
- We believe you have:
- An M.Sc. or Ph.D. in Electrical Engineering, Computer Engineering, or a related field
- At least 2 years of experience in hardware development targeting FPGA and/or ASIC
- Experience in RTL design, verification, and implementation
- Strong skills in VHDL (or similar HDL)
- It is a strong advantage if you have experience in:
- Working with FPGAs or ASICs and the associated EDA tools
- Hands-on experience from measurements and fault tracing on FPGA or ASIC-based designs
- Knowledge in computer architecture, microprocessor design, RISC-V, SPARC
- On-chip interconnects, such as AMBA AHB, AXI, CHI, and memory mapped IP cores and systems
- Why join Frontgrade Gaisler?
- Work with advanced FPGA and ASIC solutions used in real space missions
- Long-term projects with high technical complexity and quality requirements
- Hybrid work model, up to tw