Software Database Engineer

TI’s interview process typically starts with an online coding test focusing on data structures, algorithms and basic scripting. Successful candidates move to a technical interview where they discuss past projects, solve live coding problems (often in Perl/Ruby) and answer domain‑specific questions about semiconductor mask workflows. The final HR round assesses cultural fit and motivation. Overall difficulty is moderate to high; thorough preparation on coding fundamentals and basic semiconductor concepts is essential.

Texas Instruments fosters a collaborative and inclusive environment where engineers are encouraged to experiment and learn. The company offers structured career growth, regular learning sessions and a healthy work‑life balance, especially at the Bengaluru campus.

Bachelor's degree in Software Engineering, Computer Science, Information Technology or related field; minimum 60% aggregate (or CGPA 6.0/10); batch years 2025‑2027; no active backlogs; strong verbal and written communication skills.

Round 1: Online aptitude & coding test → Round 2: Technical interview (coding, system design, domain knowledge) → Round 3: HR interview (fit, motivations, compensation discussion)

Texas Instruments (TI) is a global leader in analog and embedded processing semiconductor solutions. With a heritage spanning over eight decades, TI designs, manufactures and sells chips that power everything from industrial equipment to consumer electronics. The company’s culture is built on engineering excellence, continuous learning and a commitment to diversity and inclusion. TI’s Indian operations, especially the Bengaluru campus, serve as a hub for cutting‑edge research, product development and advanced technology initiatives. The role of Software Database Engineer sits within TI’s Advanced Technology Development (ATD) – Mask Technology and Pattern Generation (MTPG) team. The team focuses on creating software tools that enable precise mask design and pattern generation for semiconductor manufacturing. As a fresh graduate, you will be part of a multidisciplinary group of engineers, software developers and process experts, contributing to tools that directly impact the yield and performance of TI’s silicon products. Key responsibilities include: 1. Design and develop new software utilities, scripts and user interfaces for the pattern‑generation workflow. 2. Maintain and enhance existing codebases written in Perl, Ruby and Unix Shell. 3. Integrate database solutions using Oracle to store mask design data and process parameters. 4. Collaborate with hardware and layout engineers to ensure seamless data exchange between CAD tools (Cadence) and custom software. 5. Participate in code reviews, testing and documentation to uphold TI’s quality standards. 6. Automate repetitive tasks to improve productivity and reduce turnaround time. 7. Contribute to the creation of best‑practice guidelines for software development within the ATD‑MTPG team. 8. Support troubleshooting and provide technical assistance during silicon mask production runs. 9. Stay updated with emerging semiconductor design methodologies and propose innovative solutions. 10. Assist in preparing technical reports and presentations for internal stakeholders. The technical stack revolves around Perl, Ruby, Oracle SQL, Unix/Linux shell scripting, and Cadence design tools. Familiarity with semiconductor mask concepts and basic layout principles is a plus. TI offers a clear growth path – junior engineers can progress to senior software engineer, lead engineer and eventually technical architect roles, with opportunities to move across product lines or into global R&D centers. Why join TI? The company provides a stable, well‑structured environment with competitive compensation, comprehensive benefits and a strong emphasis on learning. Freshers gain exposure to world‑class semiconductor technology, mentorship from seasoned experts and the chance to work on products that shape the future of electronics. The collaborative culture encourages innovation, and the global footprint opens doors for international assignments.