FAQs
What is the primary responsibility of the Automation Engineer role?
The primary responsibility of the Automation Engineer is to migrate assays and processes from bench-top to automated liquid handling systems and integrated platforms.
What qualifications are required for this position?
A BS/MS in a science or engineering discipline is required for this position.
What specific skills are essential for the Automation Engineer role?
Essential skills include excellent verbal and written communication, strong problem-solving abilities, detailed knowledge and hands-on experience with liquid handling systems, and proficiency in programming languages such as C#.NET or Python.
Is prior experience with automation systems necessary?
Yes, prior experience with assay development, liquid handling performance qualification, and protocol development for integrated systems is necessary.
What types of systems should the Automation Engineer be familiar with?
The Automation Engineer should be familiar with multiple liquid handling systems, including but not limited to Hamilton Vantage, Tecan EVO, and Agilent Bravo.
Will there be opportunities for mentoring in this role?
Yes, the Automation Engineer is expected to mentor and provide technical guidance to new users.
What does the job entail in terms of troubleshooting?
The job entails leading troubleshooting, root cause analysis, and resolution of complex automation problems to ensure minimal equipment downtime in the lab.
Are there specific training programs preferred for candidates?
Yes, preferred trainings include Venus Software Basic and Advanced Training, Venus Liquid Handling Training, and Hamilton Liquid Verification (LVK), although they are not mandatory.
Is experience with life-science applications required?
Yes, experience with standard life-science application areas such as microbiology, molecular biology, and high throughput diagnostic testing is required.
Does this position require project management skills?
Yes, the role requires the ability to work with cross-functional project groups, manage multiple systems, and establish best practices for automation operations.