Quality Engineering Summer Analyst

As a Quality Engineering Summer Analyst at Tempus, your responsibilities will include participating in issue management processes, conducting root cause analysis, supporting audits and inspections, assisting in the development of quality assurance documentation, and contributing to the overall enhancement of the quality framework. This role is designed to provide you with comprehensive, hands-on experience that aligns with the company's mission of advancing precision medicine.

To qualify for the Quality Engineering Summer Analyst role at Tempus, candidates should be pursuing a Bachelor's degree in Engineering or Science, ideally to be completed by the summer of 2026, and maintain a GPA of 3.0 or higher. Strong problem-solving skills, proficiency in Microsoft Office, and excellent communication abilities are also essential. A passion for quality assurance and a self-starter attitude will set you apart!

During your internship at Tempus, you will be involved in several exciting projects, including participating in issue management, supporting customer audits and inspections, assisting with lab-developed test and medical device development, and helping the Quality Assurance team with documentation updates. Each project aims to enhance your skills while contributing to the greater mission of Tempus in improving healthcare through technology.

The Quality Engineering Summer Analyst internship at Tempus will last for 8 to 10 weeks, starting in early June and running through August. The internship offers a hybrid work format, allowing you to work onsite three days a week in our Chicago office, with the flexibility to work remotely on the remaining days, fostering a balanced and productive experience.

Tempus offers competitive hourly wages for Quality Engineering Summer Analysts, along with a relocation bonus to help offset moving costs. Additionally, you will gain unparalleled professional development opportunities, access to mentorship, and the chance to build relationships with like-minded peers, all while working toward transformative healthcare solutions.

When approaching problem-solving in engineering projects, I start by identifying the root cause of the issue through analytical thinking and data review. Collaborating with team members often leads to innovative solutions, and I use structured methodologies like the DMAIC approach to ensure thoroughness in my analysis.

In a recent team project, I was responsible for conducting statistical analysis to validate our findings. I took the initiative to organize team meetings to share our progress and ensure everyone was aligned, which led to a successful project completion and a deeper understanding among our members.

I am familiar with several quality assurance processes, including process mapping, root cause analysis, and documentation updates. My coursework has provided me with insights into regulatory compliance, and I’m eager to apply this knowledge in real-world settings, particularly in adherence to FDA standards.

I am passionate about precision medicine and the role technology plays in advancing healthcare. Tempus's mission to deliver actionable insights through real-world evidence aligns with my interests and career goals. I am excited about the potential to contribute to innovative solutions that can make a difference in patients' lives.

I am proficient with Microsoft Excel for data analysis, including using functions for statistical computations and creating visual representations. Additionally, I’m familiar with Google Suite for collaborative projects and communication, and I am willing to learn any other tools that Tempus utilizes.

I ensure effective communication by actively listening to my teammates and encouraging an open dialogue. I provide regular updates on my tasks, seek feedback, and adapt my communication style to suit the audience, whether it’s in meetings, emails, or presentations.

Documentation is critical in quality engineering as it ensures compliance with regulatory standards and provides a clear trail for processes and decisions made. It supports knowledge transfer and serves as a reference point for maintaining quality in procedures and practices.

When handling multiple projects, I prioritize tasks by assessing deadlines and the impact of each project on the overall goals. I use tools like to-do lists and project management software to keep track of progress and ensure that critical tasks receive immediate attention.

During a previous project, we encountered unexpected data discrepancies. I took the lead on investigating the issue, identified the source of the errors, and worked with the team to adjust our approach, which ultimately enhanced the reliability of our results and strengthened our process.

My understanding of the regulatory landscape in quality engineering includes the importance of adhering to guidelines set by organizations like the FDA, ISO, and other health authorities. Compliance ensures that products meet safety, effectiveness, and quality standards, which is essential in the healthcare industry.