Embedded Software Developer for Radar (fmdiv.)
Job Summary
Your contribution to something big:
At Bosch Braga we are developing embedded software for future generations of radar technology. Join our local team and collaborate closely with colleagues in Germany to bring advanced Radar Signal Processing (RSP) algorithms into efficient real-time execution on DSP hardware.
As an Embedded Software Developer you will work at the intersection of embedded software signal processing and hardware optimization helping transform complex algorithms into robust and efficient software solutions.
In this role you will:
- Develop and maintain C/C implementations of Radar Signal Processing algorithms optimized for DSP execution.
- Optimize RSP software for performance resource efficiency and real-time execution.
- Collaborate with algorithm developers to transform MATLAB-based algorithms into efficient DSP implementations.
- Write clean maintainable and testable embedded software in line with relevant coding standards and development guidelines.
- Work closely with hardware engineers algorithm developers and software architects to develop integrated solutions.
- Participate in code reviews and contribute to high software quality and engineering best practices.
- Document software concepts and provide technical input to software architecture decisions.
Qualifications :
What distinguishes you:
Education
Degree in Electrical Engineering Computer Engineering Computer Science or a related technical field.
Experience
- Around 3 years or more of relevant experience in embedded software development.
- Practical experience developing and debugging software for embedded systems.
- Experience with real-time operating systems (RTOS).
Experience in automotive embedded software development is an advantage.
Know-how
- Strong programming skills in C/C.
- Familiarity with version control systems such as Git.
- Experience with software development build analysis or debugging tools such as CMake QAC/Helix and Lauterbach is valuable.
- Knowledge of assembly language is an advantage.
- Experience with Radar Signal Processing DSP architecture or DSP software optimization is an advantage.
- Experience translating MATLAB algorithms into optimized DSP implementations is particularly valuable.
- Knowledge of DSP platforms including Synopsys DSP is an advantage.
Languages
- Good command of English enabling you to collaborate effectively within an international engineering environment.
Working Style and Methods
- You approach complex technical challenges analytically and methodically.
- You work in a structured way and are comfortable balancing development testing debugging and documentation.
- You proactively identify opportunities to improve software quality efficiency and maintainability.
- You enjoy collaborating across software hardware algorithm and architecture disciplines.
Personality
- You are collaborative and enjoy exchanging ideas and knowledge with others.
- You communicate technical topics clearly and constructively.
- You demonstrate curiosity and ownership when solving engineering challenges.
- You are adaptable and comfortable working with international cross-functional teams.
Additional Information :
Work #LikeABosch means:
Flexible work conditions
Hybrid work system
Exchange with colleagues around the world
Health insurance and medical office on site
Training opportunities
Opportunities for career progression and continuous professional development
Access to great discounts in partnerships and Bosch products
Sports and health related activities
Great access to public transports
Free parking lot
Canteen
Success stories dont just happen. They are made...
Make it happen! We are looking forward to your application!
Remote Work :
No
Employment Type :
Full-time
About Company
Bosch first started in Vietnam with a representative office in 1994. Bosch has its main office in Ho Chi Minh City, with branch offices in Hanoi and Da Nang, and a Powertrain Solutions plant in the Dong Nai province to manufacture pushbelt for continuously variable transmissions (CVT) ... View more