Passionate about precision medicine and advancing the healthcare industry?
Recent advancements in underlying technology have finally made it possible for AI to impact clinical care in a meaningful way. Tempus’ proprietary platform connects an entire ecosystem of real-world evidence to deliver real-time, actionable insights to physicians, providing critical information about the right treatments for the right patients, at the right time.
We are looking for a Laboratory Automation Engineer to be a part of the lab Process Engineering and Automation group, a team responsible for the innovation, development, validation and implementation of new methodologies aimed at making our processes more robust and efficient.

What You’ll Do:

• Function in a highly collaborative and autonomous team designing and implementing new processes and improvements to existing processes.
• Develop bespoke protocols or methods for Tecan liquid handlers using Tecan FluentControl and other lab automation equipment in cooperation with R&D staff
• Perform experimentation to test and validate new methodologies.
• Investigate non-conformances through RCA and DMAIC, perform/recommend corrective and preventive actions
• Ensure successful technology transfer via process engineering input through the design process for requirements and PQ testing
• Communicate clearly with laboratory staff and become familiar with protocols in order to fully understand the needs of the procedures
• Identify areas that are error-prone and research innovative approaches for practical prevention
• Access is available to 3D printers, electronics tools and other resources to aid in developing novel solutions where appropriate.

Qualifications:

• Bachelor of Science in Engineering, Automation, Biology or a related discipline, Master’s is a plus
• Minimum 3+ years experience in a physical automation or adjacent role
• Experience developing methods on liquid handling equipment, Tecan experience in particular is a plus
• Applicants should be organized, detailed and autonomous
• Applicants should have an interest in developing a broad range of technical skills and a willingness to engage in many varied projects

We are an equal opportunity employer. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status.
About Us
Tempus was founded in August of 2015 by Eric Lefkofsky, after his wife was diagnosed with Breast Cancer. Shortly after he founded the company in an effort to bring the power of technology and artificial intelligence to cancer care, he convinced Ryan Fukushima to join as the company’s first employee. Ryan and Eric began assembling a world class team, focused on building the first version of a platform capable of ingesting real time healthcare data in an effort to personalize diagnostics.
We built the platform for oncology and have expanded it to neuropsychiatry, cardiology, infectious disease (through COVID), and radiology. Despite our rapid growth, our mission remains the same—to help make sure patients are on the right drug at the right time, so they can live longer and healthier lives.
Why Work Here?
We’re looking for people who can change the world.
Who question the status quo and don’t shy away from tough problems. For the builders who are never done building and the learners who are never done learning. We’re looking for passionate people with undying curiosity. Those who want to attack one of the most challenging problems mankind has ever faced. Head on.

• Function in a highly collaborative and autonomous team designing and implementing new processes and improvements to existing processes.
• Develop bespoke protocols or methods for Tecan liquid handlers using Tecan FluentControl and other lab automation equipment in cooperation with R&D staff
• Perform experimentation to test and validate new methodologies.
• Investigate non-conformances through RCA and DMAIC, perform/recommend corrective and preventive actions
• Ensure successful technology transfer via process engineering input through the design process for requirements and PQ testing
• Communicate clearly with laboratory staff and become familiar with protocols in order to fully understand the needs of the procedures
• Identify areas that are error-prone and research innovative approaches for practical prevention
• Access is available to 3D printers, electronics tools and other resources to aid in developing novel solutions where appropriate