Process Optimization Engineer
- oxford, oxfordshire, OX1 3PA, United Kingdom
- Hybrid
- Full time
- £65,000 - £65,000 Per Annum
Job Description
About the Role
Our client is seeking a skilled Process Optimization Engineer to join their team in Oxford . This role focuses on enhancing the efficiency, safety, and sustainability of existing chemical processes. You will analyze operational data, identify areas for improvement, and implement solutions to boost productivity and reduce waste. The position employs a hybrid work model, allowing for flexible remote analysis and reporting, combined with essential on-site engagement for process observation, trials, and team collaboration within our Oxford operations.
Key Responsibilities
- Analyze process data to identify inefficiencies, bottlenecks, and opportunities for improvement.
- Develop and implement strategies to optimize process parameters, energy consumption, and material utilization.
- Conduct process modeling and simulation to evaluate potential improvements before implementation.
- Collaborate with plant operations and maintenance teams to implement optimization projects.
- Monitor and report on the performance of optimized processes, ensuring sustained benefits.
- Ensure all optimization activities comply with safety and environmental regulations.
Requirements
- Bachelor's degree in Chemical Engineering or a related field.
- 3-6 years of experience in process engineering, with a focus on optimization.
- Strong analytical skills and experience with process data analysis tools.
- Proficiency in process simulation software is desirable.
- Knowledge of Lean Manufacturing or Six Sigma principles is a plus.
- Excellent communication and interpersonal skills for effective teamwork in Oxford .
Benefits
- Competitive salary and potential for annual bonuses.
- Comprehensive health, dental, and vision insurance.
- Pension plan with employer matching.
- Generous holiday allowance and flexible working options.
- Opportunities for professional growth and development in a dynamic environment.


