Advanced Software Engineer

Position Summary

Design, develop, and execute software verification tests for medical embedded devices following STERIS work instructions. Analyze software requirements and design specifications for testability of embedded software components running on Linux and RTOS platforms. Develop, review and maintain testing artifacts and provide feedback including Manual and automation test script. Define and apply appropriate testing strategies (manual, automated, model-based, and data-driven testing) and support the team on technical issues. Continuously improve verification processes to enhance quality, compliance, and productivity by adapting modern technologies like AI and ML.

Duties

• Design, Architect, implement, debug, and execute software tests on medical embedded devices according to corporate policies and business operating procedures on new and sustaining engineering projects.
• Perform testing artifact development and reviews (requirements, risk controls, test plans, test design, automation strategies, protocols/test scripts, Trace Matrix, and reports) to identify issues and provide actionable recommendations.
• Define and perform test approaches for embedded systems, including data validation, model behavior testing, performance monitoring, robustness, functional, integration, and regression testing.
• Accelerate testing using AI and Machine Learning techniques, such as intelligent test case generation, test prioritization, anomaly detection, predictive defect analysis, and automated analysis of logs, metrics, and test results to improve test efficiency, coverage, and cycle time.
• Work with DevOps teams to integrate automated testing into CI/CD pipelines for continuous validation.
• Collaborate with cross-functional and Onsite/Offshore teams to plan, execute, and deliver verification activities within project schedules and quality objectives.
• Provide technical guidance and mentorship to team members on verification methods, tools, and best practices.

Duties - contd

Education Degree

Required Experience

• Minimum 8+ years of progressive engineering experience in software and/or firmware test development and verification, with a strong focus on embedded software testing
• Bachelor’s degree in Electrical Engineering, Electronics Engineering, Computer Engineering, or related engineering discipline with demonstrated software education/training.
• Hands‑on experience validating software running on embedded Linux distributions (e.g., Yocto-based systems) and/or RTOS environments.
• Hands‑on experience architecting test automation frameworks.
• Experience with IoT product validation and network-related testing (device connectivity, protocols, scalability, latency, security, and reliability).
• Knowledge of software development and verification standards (e.g., IEEE series, IEC 62304) and their application.
• Experience in the medical device industry or other regulated industries with formalized SDLC, software risk management, and design controls.

Preferred Experience

Test Automation Skills
Strong experience designing and developing test automation scripts (using PyTest, Robort framework) for embedded, system, and application-level testing.
Proficiency in scripting/programming languages such as Python (preferred), Perl, or equivalent for automation and tooling.
Hands-on experience integrating automation into CI/CD pipelines (e.g., automated test execution, reporting, and failure triage) development.
Familiarity with hardware-in-the-loop (HIL), software-in-the-loop (SIL), or simulator-based test automation for embedded systems.
Linux & Embedded Software Testing Skills
Strong understanding of Linux OS fundamentals: processes/threads, memory management, file systems, networking, and permissions.
Hands-on experience with command-line tools, shell scripting, and remote debugging over SSH.
Understanding of device drivers, inter‑process communication (IPC) mechanisms, and interaction between application and hardware layers.
Experience testing performance, reliability, boot time, resource utilization, and fault handling in resource-constrained embedded environments.

Skills