Process Development & Design Intern Augusta, Georgia, United States, Full-Time, On-Site

Manus works across industries and value chains to accelerate the transition to BioAlternatives – better performing and more sustainable versions of complex molecules traditionally sourced from plants, animals, or fossil fuels. Our platform is proven to work across scales, bridging the Valley of Death between lab and manufacturing more efficiently and more reliably to deliver the benefits of synthetic biology today. We are seeking a self-motivated and highly organized individual for a position that will specialize in and lead all laboratory operations at our Boston BioFacility.

We are seeking a highly motivated Process Development & Design Intern to join our team for the summer. This internship offers hands-on experience in both laboratory and field-based process engineering activities. The intern will support thermodynamic data collection using advanced instrumentation and assist in documenting and designing chemical process systems at our Augusta manufacturing facility.

Why work at Manus Bio:

• Opportunity: Manus Bio offers growth opportunities for motivated, results-oriented team members, allowing for personal and professional advancement.

• Accountability: Team members are given the resources they need to succeed and the freedom to make it happen, with a culture of holding each other accountable for high expectations.

• Passion: Manus Bio values working with individuals who love what they do and embrace the challenges and hard work that come with working on the cutting edge.

• Impact: Working at Manus Bio is an opportunity to bring state-of-the-art manufacturing back to Augusta, Georgia. The organization is mission-focused, and the people here believe they can make a positive impact on the community and country for generations to come.

Responsibilities

Laboratory Thermodynamic Analysis

• Develop Standard Operating Procedure (SOP) and operate the Crystal16 system by Technobis to determine solubility curves and other thermodynamic properties of Manus products.
• Design and execute experiment for the use of FBRM for the measurement of crystallization kinetics.
• Perform and document temperature-controlled crystallization experiments.
• Analyze data to support formulation and downstream processing decisions.
• Collaborate with R&D and manufacturing teams to integrate findings into process development.

Field Engineering & Process Documentation

• Conduct walkthroughs of production areas to document piping and instrumentation details.
• Create as-built Piping and Instrumentation Diagrams (P&IDs) for existing unit operations.
• Assist process engineers in updating and designing new P&IDs for future process expansions.
• Support the generation of heat and material balances for process design and optimization projects.

Required Qualifications:

• Currently pursuing a degree in Chemical Engineering, Process Engineering, or a related industrial discipline.
• Familiarity with chemical process equipment and unit operations.
• Strong problem-solving and critical thinking skills.
• Ability to work independently in both lab and industrial environments.
• Detail-oriented with strong organizational and documentation skills.
• Proficiency in Microsoft Office; familiarity with AutoCAD or process design software is a plus.

Learning Outcomes:

• Gain hands-on experience with cutting-edge lab tools and industrial-scale equipment.
• Understand thermodynamic data generation and its role in process optimization.
• Learn how to create and interpret P&IDs and develop process flow diagrams.
• Exposure to real-world applications of chemical engineering principles in manufacturing.

Benefits:

• Mentorship from experienced process development and design engineers.
• Networking opportunities within the advanced biomanufacturing industry.
• Development of technical, analytical, and field-engineering skills.
• Potential for future full-time employment based on performance.

Work environment:

• Work is performed in both laboratory and industrial environments.
• Employees are required to follow safety standards and wear personal protective equipment in designated areas.
• The position may require climbing ladders, walking through active production zones, and handling lab equipment under regulated conditions.