HARMAN Bluetooth Intern 2026 | Software Engineering Internship | Bangalore

HARMAN’s interview process typically starts with a timed online aptitude test, followed by a technical interview that probes deep into embedded C/C++ fundamentals, RTOS basics, and Linux command‑line usage. The final HR round assesses cultural fit, communication skills, and motivation. Candidates should practice coding on embedded platforms and be ready to discuss projects involving debugging or hardware interaction.

HARMAN promotes a collaborative and innovation‑driven work culture where engineers are encouraged to experiment and contribute ideas. The company offers structured career growth, regular skill‑upgradation programs, and a balanced approach to work‑life integration, especially under its FlexConnect hybrid model.

BE/B.Tech degree in Computer Science, Electronics, Electrical, or a related discipline; graduating batch 2025 or 2026; minimum 60% aggregate (or CGPA 6.0/10); no active backlogs; must be eligible to work in India; strong interest in embedded and automotive software.

Round 1: Online Aptitude Test → Round 2: Technical Interview (C/C++/Embedded concepts, RTOS, Linux) → Round 3: HR Interview

HARMAN Automotive is a global leader in connected car technology, infotainment, audio, and telematics solutions. With a presence in over 100 countries, the company designs and integrates cutting‑edge hardware and software platforms that enhance the in‑vehicle experience for drivers and passengers alike. Its engineering culture emphasizes innovation, cross‑functional collaboration, and a relentless focus on quality, making it an attractive destination for fresh engineering talent looking to work on real‑world automotive products. The Bluetooth Intern role is a 6‑month fixed‑term internship based in Bangalore, designed for students who want hands‑on exposure to embedded software development within the automotive domain. Interns will work under the FlexConnect hybrid model, spending at least three days a week on‑site, and will be mentored by senior engineers from HARMAN’s Bluetooth and connectivity teams. The position offers a unique blend of low‑level programming, real‑time operating system concepts, and software quality practices, providing a solid foundation for a career in automotive software engineering. **Key Responsibilities** 1. Develop and debug embedded C/C++ code for Bluetooth stack components on RTOS‑based platforms. 2. Participate in static code analysis using industry‑standard tools and address identified issues. 3. Write and execute unit tests with the Google Test Framework to ensure code reliability. 4. Collaborate with hardware engineers to integrate and validate software on embedded target boards. 5. Assist in Linux‑based build and deployment workflows, including cross‑compilation. 6. Contribute to Agile sprint planning, daily stand‑ups, and retrospective meetings. 7. Use debuggers, emulators, and simulators to troubleshoot runtime problems. 8. Document design decisions, test results, and code changes in the team’s knowledge base. 9. Support software release activities, including version control and release notes. 10. Continuously learn and apply best practices in embedded systems, automotive standards, and quality assurance. **Tech Stack**: Embedded C/C++, C++, Linux, Embedded RTOS (e.g., FreeRTOS), Android basics, Git, Google Test, static analysis tools, JIRA/Confluence for Agile workflow. **Growth Path**: Successful interns are often considered for full‑time Software Engineer or Embedded Systems Engineer roles within HARMAN Automotive. The exposure to automotive‑grade software development, coupled with mentorship from senior engineers, accelerates skill development and opens doors to specialized tracks such as infotainment, connectivity, or autonomous vehicle platforms. **Why Join HARMAN?** The internship provides a rare opportunity to work on products that reach millions of vehicles worldwide, learn from industry veterans, and be part of a culture that values creativity, continuous learning, and work‑life balance. Interns gain tangible deliverables for their resumes and a clear pathway to a rewarding engineering career in the fast‑growing automotive tech sector.