Qualcomm RF Software Engineer | Freshers & Early Career

Candidates typically face a timed online aptitude test followed by a technical interview focusing on C/C++ programming, embedded concepts, and basic RF theory. The HR round assesses cultural fit and communication skills. Preparation should include coding practice, fundamentals of wireless communication, and mock interviews.

carrerpoint.com promotes a collaborative and transparent work environment, encouraging continuous learning and cross‑functional interaction. Employees benefit from flexible work arrangements, regular skill‑upgradation sessions, and a focus on work‑life balance. The platform’s growth mindset ensures that fresh talent gets mentorship and clear career progression pathways.

B.Tech or M.Tech in Electronics & Communication Engineering, Computer Science, Information Technology or related disciplines; Minimum 60% aggregate in graduation; No active backlogs at the time of application; Graduation batch 2024, 2025 or 2026; Strong foundation in programming and basic RF concepts.

Round 1: Online Aptitude & Coding Test → Round 2: Technical Interview (RF & Embedded) → Round 3: HR Interview

Qualcomm is a global leader in semiconductor and wireless technology, renowned for its Snapdragon processors, 4G LTE, 5G, AI, and advanced connectivity solutions. With a presence in over 40 countries, Qualcomm drives innovation that powers billions of devices, from smartphones and IoT gadgets to automotive and edge‑computing platforms. The company’s culture blends cutting‑edge research with rapid product development, offering engineers a chance to work on technologies that shape the future of communication. The RF Software Engineer role sits within Qualcomm’s Modem‑RF Wireless Software Engineering Team. Fresh graduates and early‑career engineers will join a high‑impact group that designs, implements, and validates software that controls RF transceivers in Qualcomm’s modem platforms. The position provides exposure to both hardware and software aspects of wireless communication, making it ideal for candidates with a strong foundation in electronics, embedded systems, and programming. Key responsibilities include: 1. Develop and maintain low‑level drivers for RF transceiver subsystems. 2. Design, implement, and optimise RF‑related algorithms for link‑budget, power control, and interference mitigation. 3. Write embedded C/C++ code for real‑time operating systems and bare‑metal environments. 4. Debug complex hardware‑software integration issues using oscilloscopes, spectrum analyzers, and software trace tools. 5. Collaborate with RF hardware engineers, modem architects, and system validation teams to ensure seamless feature integration. 6. Participate in performance analysis, profiling, and optimisation of RF pathways. 7. Contribute to product validation, field testing, and issue resolution for upcoming releases. 8. Document design decisions, test results, and software interfaces for internal and external stakeholders. 9. Stay updated with LTE, 5G NR, and emerging wireless standards to incorporate best practices. 10. Support continuous improvement initiatives and code quality reviews. The technical stack revolves around C, C++, embedded Linux, RTOS (FreeRTOS, ThreadX), hardware description basics, and RF simulation tools. Engineers start as Associate RF Software Engineers, progress to Senior Engineer, and can advance to Lead or Principal Engineer roles, often moving into system architecture or project management tracks. Joining Qualcomm offers unparalleled learning from industry veterans, access to state‑of‑the‑art labs, and the chance to contribute to products that reach millions worldwide. The role promises a fast‑paced, collaborative environment where innovation is rewarded and career growth is strongly supported.