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The Senior Embedded Software Engineer will work on design and development of embedded software and associated interfaces for Tula’s advanced motor control products.
You will join a multidisciplinary team to deliver high-quality, robust software for Tula’s next-generation electric motor efficiency technology.
- Develop software to implement Tula’s advanced traction inverter software applications
- Develop code in a logical manner starting with functional requirements
- Target Simulink models to embedded microcontrollers
- Use best practices for software development, including functional specs, code reviews, revision control and unit testing
- Collaborate with other engineers on functionality, coding, and verification
- Develop communication interfaces for functional interactions with other vehicle ECUs
- Develop GUIs and logging tools for real-time debugging and performance evaluation
Requirements:
- BS/MS in CS, CE or EE
- Hands on experience in C for real-time embedded control and signal processing applications
- Knowledge of coding best practices and tools for coding standards compliance and testing methodologies
- Experience with MCUs and compilers
- Some experience developing GUIs for rapid debugging and software performance evaluation
- Aptitude for working with internal customers and efficiently capturing requirements
- Ability to write concise and effective documentation
- Drive to plan and prioritize work, manage time, and sprint to meet deadlines
- Initiative to work in a dynamic environment, and a positive, team-oriented attitude
- Potential to become a subject matter expert and leader
Bonus Points:
- Willingness to learn new tools such as Simulink
- CAN bus protocol stack knowledge
- Experience in traction inverter development, deployment, calibration
- Experience with functional interactions of networked vehicle ECUs
Tula is driven by an overriding passion to increase efficiency and improve the environment. With more than 340 patents issued or pending for multiple technologies, and a combined 450 years of engineering behind those patents, we’re focused primarily on applications for passenger automobiles, commercial vehicles for on and off road and electric vehicles of any size. Our approach to improving efficiency sets us apart.
We come at it with demonstrated software solutions, and we deliver proven results with more than one million vehicles on the road using our technologies to decrease greenhouse gas emissions and increase fuel savings. But we’re not stopping there. We’re working to reduce or eliminate the use of rare earth elements in electric vehicles through improved electric motor efficiency and exploring efficiency in other means of mobility, too, including robotics, e-aviation and industrial machinery.
Tula drives efficiency.
