Software Development Engineer

TI's interview process typically starts with a timed online aptitude test followed by two technical rounds focusing on data structures, algorithms, and embedded system concepts. The final HR round assesses cultural fit and motivation. Candidates should practice coding under time pressure and be ready to discuss projects that demonstrate teamwork and problem‑solving.

TI fosters a collaborative and inclusive environment where engineers are encouraged to experiment and innovate. The company offers structured learning programs, flexible work arrangements, and a healthy work‑life balance, making it an attractive place for fresh talent to grow.

Bachelor's degree in Computer Science, Electronics, Electrical, Information Technology or related engineering discipline; Minimum CGPA 3.0/4.0 (or equivalent 75%); Graduation batch 2025 or 2026; No active backlogs; Strong communication skills; Ability to work in a collaborative team environment.

Round 1: Online aptitude test (logical reasoning, quantitative, verbal) → Round 2: Technical coding interview (DSA problems) → Round 3: System design / domain knowledge interview → Round 4: HR interview (fit and motivation)

Texas Instruments (TI) is a world‑renowned semiconductor company with a legacy of more than 80 years in analog and embedded processing technologies. Headquartered in Dallas, Texas, TI operates in over 30 countries and serves a diverse set of markets including industrial automation, automotive, consumer electronics, and data centers. In India, TI has a strong engineering presence, especially in Bengaluru, where it drives innovation in low‑power analog design, mixed‑signal solutions, and embedded processors. The company’s culture is built around curiosity, collaboration, and a commitment to making electronics more affordable and reliable for the world. The Software Development Engineer (SDE) role is part of the 12‑month Career Accelerator Program (CAP) designed for fresh engineering graduates. As an SDE, you will be immersed in real‑world product development cycles, working alongside seasoned engineers on tools, firmware, and software platforms that power TI’s silicon solutions. The program blends classroom‑style technical training with hands‑on project work, ensuring you quickly ramp up on TI’s codebase and development processes. **Key Responsibilities** 1. Design, develop, and test software components for analog and embedded processing tools. 2. Participate in code reviews, debugging sessions, and performance optimization activities. 3. Collaborate with cross‑functional teams—hardware, verification, and product management—to translate requirements into robust software solutions. 4. Write unit tests and maintain automated test suites to ensure high code quality. 5. Contribute to documentation, release notes, and user guides for internal and external stakeholders. 6. Assist in the migration of legacy codebases to modern development frameworks and languages. 7. Engage in continuous learning through CAP‑provided technical workshops and certifications. 8. Provide support during product integration and field troubleshooting. 9. Track progress using agile methodologies and report status to project leads. 10. Mentor peers and share knowledge through brown‑bag sessions and internal forums. **Tech Stack**: C/C++, Python, Java, Linux, Git, Jenkins, ARM Cortex‑M, MATLAB, and embedded RTOS environments. Familiarity with hardware description languages and signal processing libraries is a plus. **Growth Path**: Successful graduates can transition to roles such as Software Engineer II, Embedded Systems Engineer, or Technical Lead within TI’s ITS organization. The CAP experience also opens doors to product management or R&D positions across the global TI network. **Why Join TI?** TI offers a competitive compensation package, world‑class mentorship, and exposure to cutting‑edge semiconductor technologies. The inclusive culture values diverse perspectives, encourages innovation, and provides clear career progression pathways. By joining TI, you become part of a legacy of engineers shaping the future of electronics.