Embedded Tester with Non-RTOS and Medical device Experience (Super urgent)

As an Embedded Tester at our company, your primary responsibilities will include conducting thorough testing of highly safety-critical handheld medical devices. You'll analyze requirements, identify gaps, and develop detailed test scenarios. Your role will also involve creating and executing software integration test plans based on design documentation, along with performing software code regression analysis in C and C++. Collaboration in requirement and design review meetings will be a critical part of your job.

To qualify for the Embedded Tester position at our company, candidates should have substantial experience in testing embedded systems, specifically for medical devices. Proficiency in C and C++ programming languages, along with knowledge of both Non-RTOS and RTOS environments, is essential. You should also possess strong analytical skills to perform requirement analysis and gap identification, as well as experience in developing test plans and performing system testing.

An Embedded Tester at our company will work primarily with highly safety-critical handheld medical devices. These devices require extensive testing to ensure they meet regulatory standards for patient safety and performance. Familiarity with both Non-RTOS and RTOS environments is crucial, as you'll be testing software integration and code functionality related to the devices' performance.

Teamwork is vital for the Embedded Tester role at our company. You'll collaborate closely with design and development teams to provide feedback during code review meetings, ensuring that all aspects of the device meet the highest quality and safety standards. Communicating effectively with team members will help identify potential issues early and enhance the overall testing process.

The work environment for an Embedded Tester at our company is dynamic and collaborative. You will work alongside talented professionals passionate about technology and healthcare. Your contributions to critical testing processes are recognized and valued, fostering a culture of innovation and teamwork. Additionally, you will have access to the latest tools and technologies, ensuring you can perform your testing duties efficiently.

When discussing my experience with Non-RTOS and RTOS environments, I would highlight specific projects where I analyzed and tested embedded systems in both contexts. I would emphasize the unique challenges and solutions I’ve encountered, showcasing my ability to adapt testing strategies based on the environment.

To identify gaps in requirements, I employ a systematic approach that involves thoroughly reviewing requirements and design documents. I also collaborate with cross-functional teams to gather insights and perspectives, ensuring comprehensive coverage when creating test cases.

In developing a test plan for an embedded software system, I first analyze the requirements and design documents to identify key functionalities. Then, I outline test objectives, define criteria for success, and detail the necessary resources, including hardware and software tools, to execute the plan effectively.

For regression testing of embedded software, I focus on creating a suite of comprehensive test cases that cover both functional and non-functional aspects of the application. I emphasize automation where possible while also conducting manual tests on critical paths to ensure any new changes don’t negatively impact existing functionality.

Ensuring compliance with medical device regulations requires a deep understanding of industry standards. I make sure to stay updated on relevant regulations and guidelines, integrate them into the testing process, and document compliance thoroughly to facilitate audits and reviews.

My experience with C and C++ for testing embedded systems involves writing and analyzing device drivers, developing automated tests, and performing manual testing of software interactions. I highlight projects where I leveraged those languages to enhance testing efficiency and accuracy.

In a challenging testing scenario, I dealt with unexpected behavior in a medical device software update. I quickly established a test environment, replicated the issue, and conducted detailed root cause analysis. Collaborating with developers, we identified the necessary adjustments and efficiently implemented the solution.

Collaboration is paramount in my testing process. I regularly engage with team members from different disciplines for insights and feedback, which helps to refine requirements and enhances the overall quality of the product. This teamwork ensures that testing aligns with project goals and expectations.

To prioritize test cases, I assess the impact and likelihood of failure for each feature based on potential risks to the device and its users. I prioritize high-risk areas and functionalities that are critical to patient safety, ensuring that our testing efforts are most effective in identifying significant issues.

I keep up with the latest testing trends and technologies by regularly reading industry publications, participating in webinars, and engaging with professional communities. This continual learning helps me identify new tools and methodologies that can enhance my testing practices and the quality of the products we deliver.