Software Engineer (Testing)

The interview process typically starts with an online aptitude test covering quantitative, logical and verbal abilities, followed by a technical assessment that evaluates programming and basic testing concepts. Candidates then face a technical interview focused on testing fundamentals, debugging and embedded knowledge, and finally an HR round that assesses cultural fit and communication skills.

Round 1: Online Aptitude Test → Round 2: Technical Assessment (Programming & Testing) → Round 3: Technical Interview → Round 4: HR Interview

forms.cloud.microsoft promotes a collaborative work culture where engineers are encouraged to experiment and learn new technologies. The company provides clear growth pathways, regular skill‑upgradation sessions and a balanced work‑life environment that respects personal time while delivering high‑impact projects.

B.E / B.Tech degree in any engineering branch; graduating batch 2026; fresher / entry‑level candidates; no minimum CGPA specified but a solid academic record is preferred; no active backlogs at the time of joining; strong programming fundamentals and analytical skills; interest in software testing, embedded systems, networking or IoT.

embedUR systems is an engineering and technology firm that specializes in Edge AI, embedded software, networking, telecom and IoT solutions. The company helps organisations accelerate Edge AI development from proof‑of‑concept to production by optimising AI models, integrating firmware, bringing up hardware and fine‑tuning platforms for resource‑constrained devices. Their flagship offering, ModelNova, is a library of production‑ready Edge AI models covering computer vision, audio and sensing domains. With a focus on intelligent devices such as cameras, sensors, gateways and wearables, embedUR is positioned at the intersection of cutting‑edge AI and embedded hardware. The role of Software Engineer – Testing is designed for fresh 2026 B.E/B.Tech graduates who are eager to start a career in quality engineering within an embedded‑software environment. As a tester, you will work closely with development engineers to validate software that runs on edge devices, ensuring functional correctness, performance stability and seamless integration with networking and IoT stacks. The position offers exposure to real‑world embedded projects, AI model deployment pipelines and hardware‑software co‑design, making it an ideal launchpad for a long‑term career in embedded testing or quality assurance. Key Responsibilities: Understand software requirements and technical specifications; Design, develop and execute detailed test cases; Perform functional, regression and integration testing across hardware and software platforms; Identify, log and track defects using standard defect‑tracking tools; Reproduce issues, conduct root‑cause analysis and verify bug fixes; Maintain comprehensive test documentation and test‑execution reports; Collaborate with development teams to investigate and resolve defects; Execute test scenarios on different OS (Linux) and hardware configurations; Contribute to test‑automation initiatives using Python or shell scripting; Continuously improve testing processes and quality metrics. Tech Stack & Skills: Embedded C/C++, Python scripting, Linux environment, Git version control, basic networking (TCP/IP, Wi‑Fi), test‑case design, defect management, debugging tools, and an understanding of AI model integration. Candidates with exposure to test automation frameworks, API testing or shell scripting will have an added advantage. Growth Path: Starting as a Software Engineer – Testing, you can progress to Senior Test Engineer, Test Lead, and eventually Quality Engineering Manager or Embedded Systems QA Architect. The role also opens doors to specialized tracks in automation, performance testing, or AI model validation. Why Join embedUR systems? The company offers a fast‑paced, innovation‑driven environment where fresh talent gets hands‑on experience with emerging Edge AI and IoT technologies. You will work on products that impact real‑world deployments, receive mentorship from seasoned engineers, and benefit from a culture that encourages learning, ownership and cross‑functional collaboration.