Scientist Jobs

About The Position

Requirements

• B.S. or Advanced Degree with 1-2+ years of directly related experience. Degree emphasis in Biochemistry, Chemical Engineering, Molecular Biology, Bioengineering, Molecular Medicine, Genetics or related field preferred.
• Understanding of base level coding logic and computer systems required.
• Experience with programming and automation preferred – especially pertaining to liquid handler instruments.
• This position requires conducting laboratory experiments, excellent documentation review and writing skills, and the flexibility to work on multiple projects as needed.
• Capacity to learn new material quickly.
• Understanding of nucleic acid chemistry, enzymatic and chemical reactions, manufacturing processes, and standard analytical techniques for DNA, RNA and LNP substances.
• Knowledge of Hamilton systems or other automated platforms preferred.
• Availability to be able to work flexible hours if required.
• Track record of completing deliverables within specified timelines.
• Independently motivated, thinks outside the box, and good problem-solving ability.
• Excellent organizational skills and attention to detail.
• Able to multi-task in an extremely fast-paced environment with changing priorities.

Nice To Haves

• Knowledge of Hamilton systems or other automated platforms preferred.

Responsibilities

• Close collaboration with scientific staff on various teams (primarily analytical operations/development teams, as well as process development) to develop, automate and implement automated methods.
• Continued monitoring of the usage of automated methods, including training individual operators on performing these methods, troubleshooting and addressing any weak points
• Maintaining and repair automated systems.
• Executing studies for process improvements and advancements.
• Support screening, optimization, and scale-up efforts across Tech Ops teams.
• Independently identify key areas within analytical and process development operations for optimization, implementing high-throughput automation tools to increase efficiency and consistency.
• Continuous optimization of existing automated methods, programming of operational tools that can be applied across methods.
• Continuous learning across lab instruments – seeking out new opportunities for expanding both lab skills as well as programming and development.
• Maintenance of a broad understanding of the lab automation industry as a whole, identifying novel methods and instruments to improve processes.

Benefits

• health
• dental
• life
• open PTO
• onsite lunch catering
• commuter support
• professional development