Qualcomm India Private Limited

Engineer

Bangalore, India

Not officially disclosed

Posted Aug 23, 2026

Job Overview

Qualcomm India Private Limited is hiring for the role of Engineer based in Bangalore, India for candidates with 0–2 years of experience. Read the full details below and apply through the official link before the last date.

Company: Qualcomm India Private Limited
Role: Engineer
Qualification: Bachelor's degree in Computer Science, Engineering, Information Systems, or a related field
Experience: 0–2 years
Salary: Not officially disclosed
Location: Bangalore, India

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About Qualcomm India Private Limited

Qualcomm India Private Limited is actively hiring for the position of Engineer. Joining a growing team like Qualcomm India Private Limited can be a great step in your career, especially for 0–2 years professionals looking for new opportunities in Bangalore, India.

Job Description

This role sits within Qualcomm's networking data path team — the group responsible for how data physically moves through wireless access points and routers. Think of every device in your home or office that connects to Wi-Fi: somewhere behind the scenes, a piece of software is deciding how each packet of data gets handled, prioritized, and forwarded. That's the layer this team owns. You'll be working on the software that manages packet flow, service delivery, and traffic management across Qualcomm's wireless access point and router platforms. That includes contributing to networking protocols, unified data paths, and even AI/ML-based smart traffic management — a growing area where machine learning is used to make networking hardware smarter about handling congestion and prioritizing traffic in real time. What makes this role interesting is the breadth of the systems you'll touch. You won't just be writing application-level code — you'll be working close to the Linux kernel, dealing with device drivers, and figuring out how to map packet processing tasks across different hardware offload engines and CPU cores for maximum performance. It's the kind of work that teaches you how software and hardware really talk to each other, which is a skill set that pays off for the rest of your career regardless of where you end up. For someone just starting out, this is also a chance to work on problems that have real performance stakes — the kind where a few microseconds of latency or an inefficient packet path genuinely matters to end users.

Key Responsibilities

While the exact day-to-day will evolve as you settle in, here's a realistic picture of what you'll be doing: Working on packet processing and traffic management. You'll help build and refine the logic that decides how data packets move through the system — from the moment they arrive at the device to how they're forwarded, prioritized, or dropped based on network conditions. Contributing to Linux kernel-level networking code. A meaningful part of this job involves writing or modifying code that sits inside or close to the Linux kernel, including device driver work. This isn't application programming — it demands precision, an understanding of system-level constraints, and comfort debugging at a low level. Supporting AI/ML-based smart traffic management features. As wireless networks get busier and more complex, Qualcomm is building intelligence into how traffic gets managed. You may contribute to features that use machine learning models to predict and respond to network congestion dynamically. Working with core networking protocols. Expect hands-on exposure to TCP, UDP, IPv4, IPv6, ARP, and DHCP — the fundamental protocols that make networking work. You'll need to understand not just how they function in theory, but how they behave inside a real, high-throughput system. Exploring packet forwarding schemes. Depending on the specific area you're placed in, you might work with bridging, routing, or more advanced forwarding technologies like OpenVSwitch, DPDK, or VPP — tools used to accelerate and optimize how packets are processed at scale. Collaborating on performance and complexity challenges. This team's mandate explicitly includes breaking through performance and complexity barriers, so you'll often be part of discussions and debugging sessions aimed at squeezing more efficiency out of existing systems.

Required Skills

C/C++ Programming. This is the backbone skill for the role. Networking data path code, especially anything touching the kernel or device drivers, is almost always written in C or C++ because of the performance and memory control these languages offer. If your C/C++ is currently rusty, this is the single most important area to sharpen before applying. Linux Kernel Internals. Understanding how the Linux kernel is structured — process scheduling, memory management, and especially the networking subsystem — is essential. You don't need to be a kernel maintainer, but you should be comfortable navigating kernel source code and understanding concepts like system calls, interrupts, and kernel modules. Device Driver Development. Experience writing or modifying device drivers, even at a basic level, shows you can work with hardware-software interfaces — a core requirement here. If you've never written a driver, working through a simple character driver tutorial on Linux is a great way to build this muscle before your interview. Core Networking Protocols (TCP/UDP/IPv4/IPv6/ARP/DHCP). These protocols are the language of networking. You'll be expected to know not just what they do, but how they behave under real conditions — retransmissions, handshakes, address resolution, and so on. This knowledge directly translates into how you'll debug and optimize the data path. Linux Network Stack Familiarity. Understanding how a packet travels from the network interface card up through the kernel to user space (and back down) gives you the mental model needed to work confidently in this role. Packet Forwarding Schemes (Bridge/Route/OpenVSwitch/DPDK/VPP) — a differentiator. These are more advanced, specialized tools used for high-performance packet processing. You're not expected to know all of them, but even basic familiarity with one — say, having experimented with DPDK or read about how OpenVSwitch works — can meaningfully set you apart from other candidates.

Eligibility Criteria

This role is designed to welcome early-career engineers, so don't be discouraged if your resume is still relatively short. Who can apply: Both freshers and engineers with up to 2 years of relevant experience. Required degree: A Bachelor's degree in Computer Science, Engineering, Information Systems, or a closely related field. Preferred background: Qualcomm specifically looks for candidates from well-regarded engineering colleges with strong academic performance, so a solid GPA and relevant coursework will help your application stand out. Relevant coursework: Operating systems, computer networks, and systems programming courses are especially relevant here, since the role leans heavily on this foundation. If you're a final-year student or recent graduate with strong fundamentals in C/C++ and some exposure to Linux internals — even through personal projects or coursework — you're a realistic fit for this opening.

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Salary Details

The expected salary for the Engineer role at Qualcomm India Private Limited is Not officially disclosed. Final compensation may vary based on skills, interview performance and overall experience.

Selection Process

While Qualcomm hasn't published an exact timeline for this role, the typical recruitment flow at large tech companies generally follows this pattern: Application Submission — Apply through the official Qualcomm careers portal. Resume Shortlisting — Recruiters screen applications against the role's core requirements. Online Assessment — Likely to include coding questions, possibly touching on C/C++ fundamentals and problem-solving. Technical Interview(s) — Expect deep-dive questions on operating systems, networking, and C/C++, along with possibly a coding round. HR Interview — Discussion around background, expectations, and role fit. Offer Letter — Final stage, contingent on clearing all previous rounds. Keep in mind that the exact process, number of rounds, and timeline can vary based on the specific team and hiring needs.

Resume Tips for This Role

Given the technical depth this position demands, your resume needs to speak directly to systems-level skills rather than just listing programming languages.

Highlight low-level projects. Any project involving Linux kernel modules, device drivers, socket programming, or custom networking tools will stand out far more than a generic web app.
Mention specific protocols you've worked with. If you've built anything using TCP/UDP sockets, implemented a mini DHCP client, or experimented with packet capture tools like Wireshark or tcpdump, call it out explicitly.
List relevant coursework strategically. Operating Systems, Computer Networks, and Distributed Systems courses are worth including, especially with any hands-on lab work or assignments described briefly.
Show, don't just tell, your C/C++ proficiency. Instead of just listing "C/C++" as a skill, reference a specific project where you used it — memory management challenges you solved, performance optimizations you made, and so on.
Avoid generic resume mistakes. Skip vague statements like "worked on networking projects" — be specific about what you built, what problem it solved, and what you learned.
Certifications, if any, should be relevant. Linux system administration or networking fundamentals certifications can add credibility, though they're not a substitute for demonstrated project work.

Interview Preparation

Core technical topics to revise:

Linux kernel architecture — process management, memory management, and the networking subsystem
TCP/IP fundamentals — three-way handshake, congestion control, retransmission behavior
Difference between routing and bridging, and basic concepts behind OpenVSwitch or DPDK if you've explored them
C/C++ fundamentals — pointers, memory management, multithreading, and common pitfalls
Device driver basics — how the kernel interacts with hardware, interrupt handling

Practical preparation tips:

Set up a Linux environment and practice writing a simple character device driver if you haven't already.
Use tools like Wireshark to capture and analyze real network traffic — being able to explain what you see in a packet capture is a strong interview signal.
Revisit data structures and algorithms, since coding rounds at Qualcomm typically test general problem-solving alongside domain knowledge.

Common HR questions to expect:

Why are you interested in networking and low-level systems work?
Walk me through a project where you debugged a tricky technical issue.
How do you approach learning something you've never worked with before?

Frequently Asked Questions

›What is the role offered by Qualcomm India Private Limited?

Qualcomm India Private Limited is hiring for the role of Engineer in Bangalore, India.

›Who can apply for this job?

›What is the last date to apply?

Apply as soon as possible — the role may close once positions are filled.

›How do I apply for this job?

Click the "Apply for this Job" button on this page to be redirected to the official application link of Qualcomm India Private Limited.

Apply for this Job

Don't miss this opportunity at Qualcomm India Private Limited. Click below to apply through the official application link.

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