SEARCH CAREER OPPORTUNITIES

POSITION SUMMARY: 

Under the direction of the Principal Investigator or Designee, the Research Associate I performs a variety of complex research experiments.

ESSENTIAL FUNCTIONS:

• Perform laboratory experiments and may be responsible for a single research project
• Utilize all software relevant to experiment and equipment used
• Interpret data, form conclusions and decide on next steps under the direction of the PI or designee
• Maintain accurate records, may modify protocols with the approval of the PI or designee
• Review literature, publications and grants relevant to assigned projects
• Record results according to established lab, sponsor & university protocol
• Assist with performing data analysis and/or mathematical computations
• Maintain a detailed lab notebook according to lab practice
• Present findings at lab/group meetings
• Monitor laboratory supply levels and order as noted
• Prepare and label buffers, media, solutions, etc.
• Assist with and comply with all safety regulation and infection control standards
• Train on IACUC, IRB, EHS, Radiation safety protocols
• Comply with all applicable state, federal university, and sponsor policies and agreements
• Provide support with identifying problems and challenges, propose resolutions, implement appropriate solutions
• Provide support with drafting standard operation procedures in compliance to EHS regulation specific for the lab
• Perform other duties as required

REQUIRED QUALIFICATIONS:

• Bachelor’s degree in Biological or Natural Science, or equivalent experience
• Basic understanding of lab safety and protocols
• Knowledge of Microsoft Office products
• Ability to analyze data in a quantitative and objective manner.
• Ability to work in a team environment

SUPERVISION RECEIVED:

Under the direction of the Principal Investigator, or designee

SUPERVISION EXERCISED: 

May functionally supervise Lab Technicians and Aides

ENVIRONMENTAL WORKING CONDITIONS:

Wet chemistry laboratory, and may require appropriate contact with biohazards, radionuclides, toxins, animals, and human specimens. 

Research in the Lewis lab is focused on understanding the molecular mechanisms underlying pancreatic tumor initiation, progression and response to therapy. Current projects are focused on dissecting the contribution of MTOR signaling pathways during pancreatic tumorigenesis and elucidating the impact of circadian disruption on pancreatic cancer development. Candidates will be expected to perform mammalian cell culture and cellular transformation assays, learn common molecular biology techniques, and perform experiments with animal tumor models.