Molecular Technologist I-II (3rd Shift - Sign On Bonus)

As a Molecular Technologist I-II at Tempus, your primary responsibilities will include utilizing advanced genomics workflows to produce high-quality next-generation sequencing data, performing routine laboratory tests and quality control, conducting complex molecular procedures, and maintaining compliance with CAP and CLIA regulations. You will also manage data entry for clinical patient records and ensure sterilization of laboratory spaces, ensuring a safe and efficient working environment.

To qualify for the Molecular Technologist I-II position at Tempus, candidates must hold either a Master's degree in medical technology, clinical laboratory science, or related fields with a year of clinical lab experience, or a Bachelor's degree with the same experience. Excellent communication skills, attention to detail, and a proactive approach to teamwork are essential, alongside a strong desire to contribute to life-saving products in cancer care.

The work environment for a Molecular Technologist I-II at Tempus is dynamic and engaging, with a focus on collaborative teamwork and scientific innovation. As part of a clinical lab, you will be supported by a community of professionals aiming to make a significant impact in cancer research and patient outcomes. The role also requires adapting quickly to the fast-paced nature of the lab while mastering complex procedures.

Yes! Tempus offers a sign-on bonus for the Molecular Technologist I-II position, which serves as an incentive for qualified candidates to join our dedicated team in Chicago. This is an exciting opportunity to not only enhance your career but also to contribute significantly to the field of oncology.

Tempus values continuous professional development and offers opportunities for its Molecular Technologists to obtain at least 12 continuing education hours in oncology or molecular biology. This commitment to education helps you stay updated with advancements in the field, ensuring both personal and professional growth.

When answering this question, reflect on your hands-on experience with NGS technologies and any specific procedures you have performed, such as library preparation and data analysis. Highlight projects where you contributed to achieving high-quality results and discuss any troubleshooting methods you employed to overcome challenges in the sequencing process.

To ensure accuracy, I consistently adhere to established protocols and maintain rigorous quality control measures. I double-check my work against SOPs, document everything meticulously, and communicate any discrepancies with my team to address issues proactively.

In my previous roles, I've extensively worked with instruments like the Illumina Nextseq and HiSeq4000, and have experience in operating automated liquid handling systems. It's essential to discuss how you handle maintenance and troubleshooting of this equipment to ensure continuous optimal performance.

In a busy lab environment, prioritization and effective time management are key. I create schedules for my tasks, allocate time blocks for each procedure, and remain adaptable to shifts in priorities. Collaborating with my teammates also helps ensure that we meet deadlines without compromising quality.

I follow strict sterilization protocols, ensuring all equipment and surfaces are cleaned according to regulatory standards. This includes practicing good lab hygiene, using appropriate disinfectants, and regularly scheduling maintenance checks. Emphasizing teamwork in maintaining a sterile environment is also vital.

I stay current by reading scientific journals, attending webinars, and participating in workshops related to molecular biology and oncology. Engaging with professional networks also provides insights into new techniques and best practices, enhancing my knowledge and skillset.

Reflect on a specific issue you faced, detailing the steps you took to analyze and troubleshoot it. Highlight your analytical skills and any successful teamwork that contributed to finding a solution, emphasizing the lasting impacts on lab efficiency or results.

I've worked with various LIMS platforms, utilizing them for efficient data tracking and management. Discuss how you've entered clinical patient data accurately and how you ensured data integrity and security within the system.

I believe strong attention to detail, the ability to thrive in a collaborative environment, and a commitment to continuous learning are essential qualities. A genuine passion for impacting patient outcomes through innovative science also plays a crucial role in this field.

Collaboration is vital in a multidisciplinary setting. I approach teamwork by fostering open communication, respecting diverse perspectives, and contributing my expertise while being receptive to feedback. This creates an atmosphere where collective problem-solving thrives.