Software QA Engineer

Round 1: Online Aptitude Test (Logical Reasoning, Numerical Ability, Verbal) → Round 2: Technical Interview (Python coding, QA concepts, networking basics) → Round 3: HR Interview (fit, motivation, cultural alignment)

Cisco promotes a performance‑driven yet inclusive culture where engineers are encouraged to experiment and learn. The hybrid model balances on‑site collaboration with remote flexibility, and the company offers structured career ladders, mentorship programs, and a healthy work‑life balance.

Candidates typically face a three‑stage process: an online aptitude test, a technical interview focusing on Python scripting, test automation concepts, and networking fundamentals, followed by an HR round that assesses cultural fit and communication skills. The difficulty is moderate; thorough preparation of coding basics, QA methodologies, and Cisco‑specific networking topics greatly improves success chances.

Full‑time Bachelor’s degree (B.E./B.Tech/B.Sc) in Computer Science, Electrical Engineering, Electronics & Communication, or related streams; Minimum 60% aggregate (or CGPA 6.0/10); Batch 2025‑2026; No active backlogs at the time of application; Eligibility for freshers (0 years experience).

Cisco is a global technology leader that powers the internet and connects people, devices, and data across the world. With a legacy of innovation in networking, cloud, security, and collaboration, Cisco continues to shape the future of digital infrastructure. The company’s Bangalore development hub focuses on cutting‑edge wireless and networking solutions, offering fresh talent exposure to large‑scale, high‑impact projects that serve millions of customers worldwide. Working at Cisco means access to world‑class mentors, a culture of continuous learning, and the opportunity to contribute to products that define the next generation of connectivity. The role of Software QA Engineer is an entry‑level position designed for recent graduates who are passionate about quality, automation, and networking technologies. As a QA Engineer, you will be part of a specialized wireless testing team that validates new software releases, ensures robustness, and helps deliver bug‑free experiences to enterprise and consumer users. You will collaborate closely with developers, product managers, and hardware engineers, using modern AI‑assisted tools to accelerate test script creation and execution. Key responsibilities include: 1. Designing, writing, and maintaining detailed test cases and test plans for next‑gen wireless features. 2. Developing and expanding Python‑based automation frameworks and regression suites. 3. Analyzing system logs, trace files, and test results to pinpoint performance gaps and defects. 4. Reproducing complex customer issues in controlled lab environments. 5. Setting up, configuring, and upgrading testbed hardware such as routers, switches, and access points. 6. Leveraging AI tools like GitHub Copilot and Cursor to improve coding efficiency and test coverage. 7. Collaborating with cross‑functional teams to define quality metrics and release criteria. 8. Documenting test outcomes, defect reports, and verification evidence for stakeholder review. 9. Participating in sprint reviews and providing feedback on product design from a quality perspective. 10. Continuously learning emerging networking protocols and wireless standards to keep test suites current. The tech stack revolves around Python, Linux, Git, CI/CD pipelines, and networking protocols (TCP/IP, DHCP, DNS, Wi‑Fi/802.11). Familiarity with test management tools (Jira, TestRail) and AI‑assisted coding assistants is a plus. Cisco offers a clear growth path: junior QA engineers can progress to senior QA, test lead, or QA automation architect roles, and later transition into product management or engineering leadership positions. Joining Cisco provides exposure to industry‑leading technology, a collaborative culture, and a strong brand that enhances career credibility. Why join? Cisco’s commitment to innovation, its extensive learning resources, and a supportive hybrid work model make it an ideal launchpad for fresh engineers eager to make a tangible impact on global networking solutions.