Pharmaceuticals
A Biopharmaceutical Engineer designs drug manufacturing processes, ensures GMP compliance, and scales production for life-changing, safe therapeutic therapies.
We are seeking a highly technical Biopharmaceutical Engineer to join our process development team and accelerate the manufacturing of our next-generation biologic therapies. You will take ownership of optimizing upstream and downstream unit operations, ensuring our facility remains at the cutting edge of pharmaceutical production innovation. Working alongside molecular biologists and regulatory affairs experts, you will play a critical role in bringing life-saving drugs from the lab to patients worldwide. If you are passionate about process engineering and committed to the highest quality standards in the pharmaceutical industry, we want to hear from you.
Key highlights
A Biopharmaceutical Engineer is a specialized life sciences professional who integrates chemical, biological, and process engineering principles to bring complex therapeutics to market. This Biopharmaceutical Engineer role focuses on bridging the gap between bench-top discovery and industrial-scale production by designing robust, scalable bioreactor processes and purification workflows. By leveraging advanced process control systems (PCS) and adhering to strict Good Manufacturing Practices (GMP), they ensure that every batch of biopharmaceutical product meets the highest standards for patient safety and efficacy.
A Biopharmaceutical Engineer typically manages daily operational parameters in pilot plants or commercial manufacturing suites to ensure high-yield cell culture or fermentation outcomes. They spend significant time reviewing batch records, performing root-cause analysis on deviations using CAPA protocols, and coordinating with quality assurance teams to maintain facility compliance with FDA or EMA regulations. Furthermore, they utilize software like DeltaV or OSIsoft PI to monitor real-time data, drafting comprehensive technical reports to validate manufacturing readiness and equipment performance for upcoming production cycles.
What does a Biopharmaceutical Engineer do on a daily basis?
A Biopharmaceutical Engineer is responsible for the technical integrity of drug manufacturing processes. Their daily tasks include monitoring bioreactor performance parameters, analyzing purification data to ensure batch quality, performing equipment troubleshooting, and writing technical documentation for regulatory compliance. They function as the bridge between laboratory-scale research and industrial production.
What qualifications are required to become a Biopharmaceutical Engineer?
Candidates typically need a degree in Chemical or Biochemical Engineering, or Biotechnology, combined with practical experience in a cGMP-regulated environment. Core technical skills include knowledge of upstream/downstream unit operations, bioreactor control systems, and statistical analysis tools like JMP or Minitab. Regulatory knowledge, specifically concerning FDA and ICH guidelines, is essential for professional advancement.
How does a Biopharmaceutical Engineer contribute to drug development?
This role is vital for 'tech transfer'—the process of taking a successful drug candidate from a small-scale laboratory environment to a large-scale commercial manufacturing facility. By optimizing yields, ensuring process consistency, and validating that equipment meets stringent safety standards, they ensure that safe, effective biologics reach patients reliably and consistently.
Who does a Biopharmaceutical Engineer collaborate with most?
They work closely with a diverse range of professionals, including process scientists, analytical chemists, quality assurance (QA) specialists, and regulatory affairs managers. Because the role sits at the intersection of engineering and biology, they must also interface frequently with facility technicians and maintenance teams to ensure the physical infrastructure supports complex chemical and biological processes.