Process Engineer - Biotech (Max $45/hr W2)

As a Process Engineer at our pharmaceutical company in Portsmouth, NH, you will support the investigation and implementation of process and equipment design changes for scaled-up manufacturing runs. Your key responsibilities will include troubleshooting and resolving major equipment breakdowns, conducting technical analyses using PI data, and providing SME support to manufacturing and other departments on equipment design and operation. Additionally, you'll assist in planning and executing plant projects and be responsible for the creation and revision of critical engineering documentation.

To apply for the Process Engineer position at our biotech company, candidates should have a Bachelor’s degree in Chemical or Mechanical Engineering coupled with 3-7 years of experience in the biotech or fluid processing/manufacturing industry. Key qualifications include a strong understanding of manufacturing equipment, process improvements, and the ability to troubleshoot technical issues effectively.

As a Process Engineer at our pharmaceutical company, you will participate in various projects focused on equipment changes and process improvements. This includes planning and executing plant projects, conducting commissioning protocols, and ensuring successful implementation of process automation designs. You'll work on projects that help drive efficiency and quality in our biopharmaceutical manufacturing processes.

Absolutely! As a Process Engineer at our biotech company, you will have opportunities to work independently on several technical projects and engineering tasks. However, you will also collaborate with cross-functional teams, ensuring you have the support necessary to carry out complex troubleshooting, project execution, and technical analyses effectively.

The work environment for Process Engineers at our pharmaceutical company is collaborative, innovative, and fast-paced. You will be surrounded by skilled professionals in the biotech field, offering a supportive atmosphere for growth and learning. Our culture encourages open communication and teamwork, empowering you to contribute effectively to our manufacturing processes.

When answering this question, focus on your passion for problem-solving and continuous improvement in manufacturing processes. Share specific experiences that sparked your interest in engineering within the biotech sector, emphasizing your commitment to quality and innovation.

Discuss your systematic approach to troubleshooting equipment issues, including data analysis and collaboration with teams. Highlight any successful resolutions you've achieved in previous roles, showing your expertise and ability to think on your feet to minimize downtime.

Share a specific example where you identified an area for improvement and led a project to enhance processes. Detail the steps you took, the challenges you faced, and the impact your project had on efficiency or quality outcomes.

Explain your organizational methods and tools that help you manage multiple responsibilities. Discuss processes like setting timelines, assessing project requirements, and regular check-ins with your team to maintain alignment and progress.

Emphasize the importance of documentation in maintaining compliance, ensuring knowledge transfer, and serving as a reference for troubleshooting and process consistency. Discuss your routine for reviewing and updating SOPs and engineering documents.

Highlight your commitment to ongoing learning through professional associations, webinars, and conferences. Mention specific sources you follow for staying informed about advances in processes and equipment in the biotech industry.

Showcase your interpersonal skills and examples of how you've successfully collaborated with different teams. Explain your strategy for building relationships and ensuring effective communication for achieving project goals.

Share specific analytical tools and methods you employ, such as failure mode effects analysis, PI data analysis, or flow path analyses. Discuss how these methods lead to informed decisions and optimizations in the manufacturing process.

Provide a detailed example where you identified a quality issue and successfully implemented a solution. Focus on your analytical approach, collaboration with teams, and the positive outcomes resulting from your actions.

Highlight your understanding of safety regulations and compliance standards relevant to the biotech industry. Discuss your practices for adhering to these standards and training or guiding team members in maintaining a safe work environment.