Engineer - RF SW - ECE - 2024/25/26

Candidates typically face a timed online coding assessment focusing on C programming and data‑structures, followed by one or two technical rounds that probe RF fundamentals, embedded software design, and problem‑solving ability. The final HR round assesses cultural fit and communication skills. Preparation should blend coding practice with solid revision of wireless communication concepts.

Qualcomm promotes a performance‑driven yet inclusive culture where engineers are encouraged to innovate and experiment. Employees benefit from structured learning programs, global exposure, and a balanced work‑life environment that respects personal time while delivering high‑impact projects.

B.Tech/M.Tech in Electronics & Communication Engineering or equivalent; 0‑3 years of experience; minimum CGPA 6.5/10 (or equivalent percentage); no active backlogs; batch year 2024/2025/2026; strong fundamentals in C/C++ and embedded systems.

Round 1: Online coding test (DSA & C programming) → Round 2: Technical interview (RF concepts, embedded software, problem solving) → Round 3: HR interview (fit, motivations, compensation).

Qualcomm India Private Limited is a global leader in wireless technology, renowned for pioneering innovations that power smartphones, IoT devices, automotive systems and beyond. With a strong R&D footprint in Hyderabad, the company designs cutting‑edge modem‑RF solutions that enable 4G LTE, 5G NR and future wireless standards. Qualcomm’s culture blends high‑impact engineering with a collaborative, inclusive environment, offering fresh graduates a platform to work on products that reach billions of users worldwide. The role of Engineer – RF SW – ECE is positioned within the Modem‑RF Software Team. As a software engineer you will design, develop, and validate embedded firmware and driver stacks for Qualcomm’s modem‑RF transceivers. You will work closely with hardware, RF ASIC, baseband and test teams to translate system‑level performance targets into robust, high‑efficiency software. This position is ideal for candidates with a solid grounding in RF theory, digital communications and C/C++ programming, who are eager to contribute to next‑generation wireless platforms. **Key Responsibilities** 1. Develop and maintain low‑level drivers for modem‑RF transceivers on embedded RTOS platforms. 2. Implement and optimize RF front‑end algorithms to improve link budget, yield and testability. 3. Collaborate with RF hardware engineers to debug signal‑chain issues using spectrum analyzers, protocol testers and oscilloscopes. 4. Participate in cross‑functional design reviews, providing software feasibility inputs for new features. 5. Write unit tests, integration tests and validation scripts to ensure software quality and compliance with Qualcomm standards. 6. Contribute to performance profiling and power‑consumption analysis of RF firmware. 7. Support field‑failure investigations by reproducing issues in lab environments and delivering corrective patches. 8. Document design specifications, test procedures and release notes for internal and external stakeholders. 9. Stay updated with LTE, 5G NR and emerging wireless standards to incorporate relevant enhancements. 10. Mentor junior team members and share best practices in embedded software development. **Tech Stack**: C, C++, Embedded C, Real‑Time Operating Systems (FreeRTOS, ThreadX), Linux kernel basics, RF simulation tools, version control (Git), scripting (Python), and standard test equipment. **Growth Path**: Successful engineers can progress to Senior Software Engineer, Lead RF Software Engineer, or move into system architecture roles, with opportunities to work on flagship Qualcomm products and global cross‑team collaborations. **Why Join Qualcomm?** The company offers exposure to world‑class technology, a vibrant learning ecosystem, competitive compensation, and a clear roadmap for career advancement. Freshers gain hands‑on experience with industry‑leading hardware, mentorship from seasoned experts, and the chance to shape the future of wireless connectivity.