Research Associate II - Metabolic Engineering
Debut Biotech12 months ago
San Diego, CA, United States
On-site
Full-time
Junior Level (1-3 years)
Job Description
Position Overview
Debut is the unconventional innovation lab spearheading the next generation of big business. Our scalable, integrated, climate-positive creation model powered by biotechnology focuses on human wellbeing and sustainability. If you are passionate, enjoy fast-paced innovation and collaborative teams, then Debut is for you. As a Research Associate II - Metabolic Engineering, you will engineer microbial hosts to produce valuable small molecules. You will work with a team of scientists to develop routes for molecule production, perform exploratory feasibility studies, and identify optimization opportunities within our rapid strain engineering workflow.
Key Responsibilities
- Routinely perform standard metabolic engineering techniques (PCR, DNA extraction, plasmid cloning, gel electrophoresis, transformation, DNA sequencing).
- Design and construct strains under the guidance of senior scientists.
- Assist in continuous workflow optimizations to improve efficiency.
- Review and analyze data to design follow-up experiments.
- Collaborate with small-scale and fermentation teams to advance strains and processes.
- Demonstrate the ability to learn quickly in a fast-paced startup environment.
- Exhibit excellent written and verbal communication skills.
Required Qualifications
- Bachelor's Degree + 2 years experience; OR Associate Degree + 4 years experience; OR HS Diploma/GED + 6 years experience.
- Familiarity with common molecular biology techniques including PCR, DNA extraction, plasmid cloning, gel electrophoresis, transformation, and DNA sequencing.
Preferred Qualifications
- Experience in pathway discovery and optimization.
Benefits & Perks
- Compensation: $65,000 - $80,000
Required Skills
DNA extraction
Gel electrophoresis
Transformation
DNA sequencing
Workflow optimization
PCR
Strain engineering
Plasmid cloning
Data analysis
Metabolic engineering techniques