Texas Instruments Software Engineer 

India, Karnataka, Bengaluru 

925202363

- Cutting-edge technology: Work on the latest BLDC motor driver ICs, enabling efficient and precise control in various applications.

- Innovative projects: Contribute to the development of next-generation motor control solutions, pushing the boundaries of what's possible.

- Growth opportunities: Develop your skills in a fast-paced industry, with opportunities for professional growth and career advancement.

Key Responsibilities:

1. Design, develop, and maintain ROM (Read-Only Memory) and boot code for embedded systems, ensuring reliable and efficient system initialization.

3. Develop and optimize bootloaders, bootloaders' protocols, and system initialization code.

4. Troubleshoot and debug ROM and boot code issues using various tools and techniques.

5. Implement security features and ensure compliance with relevant industry standards.

6. Optimize code for performance, reliability, and power efficiency.

7. Document and maintain firmware development processes, code reviews, and testing procedures.

Minimum Requirements:

1. Up to 5 years of relevant experience
2. Bachelor / Master degree in Electronics & Communication or Computer Science or related field
3. Strong Embedded firmware skills and experience
4. Strong Assembly, C/ C++ programming skills
5. Good understanding of CPU and SOC architecture
6. Strong verbal and written communication skills
7. Ability to work in teams and collaborate effectively with people in different functions
8. Ability to ramp up quickly on new topics.

Desired Requirements:

1. Experience with scripting tools and methods to optimize SW development and testing activities
2. Good understanding of peripherals like SPI, CAN, Ethernet, ADC & PWM
3. Experience using TI tools, compilers and SDKs
4. Knowledge of Functional safety

You will gain knowledge of the following:

The BLDC ROM collaborates closely with the ROM development teams for multiple TI device families. You will be exposed to various SOC architectures and corresponding SW architectures. You will be part of a high performing team and will be involved in discussions across multiple domains silicon design, validation and software.

You will also learn

1. Foundational software development processes and life-cycle
2. Embedded software tools including industry best practices
3. Essentials for real-time embedded systems design and techniques to write and debug code
4. TI device architecture
5. Learn external customer engagement (DIN, DWIN) lifecycle
6. Customer support