Hybrid Process Engineer I: Smelting & Sustainability

Johnson Matthey Plc; England; On-site; GBP 42,000 - 56,000; Full time

Benefits offered by this job

Competitive retirement savings

Share Incentive Plan

Life Assurance

Income Protection

Critical Illness

Medical plans/health assessments

Wellbeing discounts

Incentive plan

Job summary

Johnson Matthey Plc is seeking a Process Engineer I to support safe, reliable smelting operations and drive process improvements. You will develop models, analyze plant data and collaborate across Operations, Engineering, EHS, Supply Chain and R&D to enable commissioning and future growth initiatives.

This role emphasizes applying heat and mass balances, PFDs, P&IDs and documentation, with a focus on environmental health and safety standards and clear technical communication across

Qualifications

• Degree in Chemical Engineering or related field, or equivalent experience.
• Solid grounding in process engineering fundamentals and safety standards.
• Ability to interpret process data and support decision making.

Responsibilities

• Support safe, reliable, and efficient smelting operations through process engineering expertise and problem solving.
• Lead improvement initiatives to enhance process safety, asset performance, automation, throughput and reliability.
• Develop and maintain process models for feed, recirculation and downstream impacts.
• Analyze plant data to identify opportunities, reduce variability, and resolve constraints.
• Design and conduct laboratory, pilot and plant trials with proper risk assessments and documentation.
• Collaborate with Operations, Engineering, EHS, Supply Chain and R&D to support commissioning and growth.

Skills

Process engineering

Heat and mass balances

PFDs & P&IDs

Data analysis

Laboratory/pilot plant experience

Cross-functional collaboration

Communication of technical info

Education

Bachelor's degree in Chemical Engineering

Job description

Johnson Matthey Plc is seeking a Process Engineer I to support safe, reliable smelting operations and drive process improvements. You will develop models, analyze plant data and collaborate across Operations, Engineering, EHS, Supply Chain and R&D to enable commissioning and future growth initiatives.

This role emphasizes applying heat and mass balances, PFDs, P&IDs and documentation, with a focus on environmental health and safety standards and clear technical communication across