Job Code | #111
Principal Embedded DSP Firmware Engineer
Do you enjoy working in a creative fast-growing entrepreneurial environment? With indie you´ll never walk alone! We place high value on our teams and pursue excellence for our employees and customers!
indie is an Autotech solutions innovator. We focus on edge sensors spanning multiple modalities including LiDAR, radar, ultrasound and vision for Advanced Driver Assistance Systems (ADAS), autonomous vehicles, connected car, user experience and electrification applications.
Our design team develops custom and standard SoC solutions for automotive applications which integrate advanced digital ICs (Arm®Cortex® MCUs and/or DSP) with mixed-signal devices into a single System-in-Package (SiP). The mixed signal can include power management, RF, high voltage as well as high speed convertors allowing us to provide complete solutions to our international customer base.
You will join a small team of highly competent engineers involved in the design, implementation and verification of firmware for embedded systems targeting automotive driver assistance system (ADAS) applications. You will architect, design, implement and support firmware modules and sample applications. You will also support the hardware SOC design team’s pre-silicon verification and application engineering group’s customer-facing demonstration platforms. This is an excellent opportunity for a talented and motivated firmware developer to join a growing team of engineers who strive to solve automotive problems.
Implementing algorithms commonly found in image analysis, communications, radar receivers, or other systems of similar overall complexity.
Translating high-level algorithmic descriptions (e.g. in Matlab) to high-performance embedded DSP algorithms for FFTs, FIR/IIR filters, search, and matrix manipulation, including ability to optimize memory consumption and cycle count.
Performing trade-off analysis in DSP firmware data path design such as representation (fixed vs. floating point), pipelining (latency vs. throughput), and parallelizability (dependency checking).
Using high-speed ADC data capture and analysis (e.g. using an FPGA) for rapid prototyping of signal processing algorithms (Xilinx or Intel FPGA tool-chains only).
Writing software documentation, and presenting it to peers and management cogently.
With us, you must love being part of an organization where everyone makes a difference and contributes to the company's success. Creativity, Ownership and Excellence are what we value.
These are the skills and know how an ideal candidate would bring. We understand that nobody is perfect! After all, your new job should challenge you and you should have the possibilities to grow.
Education and experience levels: Ph.D. + 3 years, M.S. + 5 years, Bachelor's + 7 years, from a leading science/engineering university program.
Prior experience with Cadence Tensilica or equivalent embedded DSP processors.
Expert level understanding of version control, release management, continuous integration and unit testing.
Experience with industry standard debug/trace using Segger, Lauterbach or equivalent.
Experience in from-scratch new product development.
Preferred experience in Radar DSP algorithm implementation.
Human Resource Department