Location: Budapest, Hungary
RTL Design Engineer- aiWare
To provide the immense amount of processing power needed for automated driving
platforms to work in the latency-critical environment of driving, we are
developing aiWare, a dedicated neural network accelerator for automotive use.
It is a dedicated hardware neural network acceleration IP core that delivers
high efficiency solutions for low-latency sensor fusion based autonomous
vehicles. The design has been optimized to work with several high-resolution
sensors in a wide range of hardware platform architectures. Delivering
industry-leading performance and showcasing unprecedented compute efficiency
for a wide range of CNN workloads, aiWare is the perfect choice for the most
demanding, embedded inference applications.
Job Summary
Develop, implement and verify high quality RTL designs.
Implement and/or improve configurable and scalable, high-performance
algorithms.
Get involved in various digital design R&D activities.
Key Qualifications
Degree in Electric Engineering or other engineering field
Intermediate level English knowledge
Experience in digital circuit design
Experience in ASIC or FPGA design and programming (Verilog, VHDL, etc.)
Considered as a plus
Proficiency in UVM/OVM, verification
Experience with embedded software development (C, C++)
What We Offer
Competitive salary and long-term bonus system
Fitness opportunities
Free lunch every workday, nearby at one of the best all-you-can-eat
restaurants in Budapest or delivered by Wolt for Work
Work on the hottest applied research problem in an agile working culture,
backed by a strong, stable and future-proof industrial partnership
Develop solutions for one of the largest car manufacturers with a global
reach
Test your solution in realistic simulated scenarios and a fleet of cars
across multiple continents every day
Be proud of seeing your solution on the road
Visit relevant international conferences, submit patents of new solutions
We believe: people over process, we are keen to maintain a work-life
balance
