Lead Mechanical Engineer

Belcan; Reading; Hybrid; GBP 90,000 - 120,000; Full time

Benefits offered by this job

Hybrid work arrangement

Job summary

Belcan in Reading, United Kingdom, seeks a Mechanical Engineering Lead to join the JV PMT during the pre-FEED stage of a major project. The role is based in Reading with 4 days onsite and 1 day from home, 40 hours per week, supporting a joint venture team in delivering design maturity, risk management and engineering standards.

The successful candidate will bring 15+ years in mechanical engineering, a strong static equipment background, and experience across operator/end-user and contractor

Qualifications

• Minimum 15+ years’ experience in mechanical engineering.
• Strong background across static equipment design and engineering.
• Proven experience in operator/end-user and contractor/consultancy environments.
• Experience in downstream refining or chemical processing projects.
• Familiarity with large-scale modular projects and execution strategies.
• Experience with major operators (e.g., ExxonMobil, Saudi Aramco) or Middle East projects is advantageous.

Responsibilities

• Provide engineering leadership aligned with project objectives and risk strategies.
• Work closely with PMT and contractors to ensure risks are clearly understood and managed.
• Drive value improvement and capital efficiency initiatives within design development.
• Recommend and evaluate design alternatives to optimise cost and schedule.
• Own and develop engineering standards, specifications, and philosophies.
• Ensure technical definitions meet pre-FEED / FEED maturity expectations.
• Support preparation of FEED/EPC scopes and participate in technical bid evaluations.
• Lead technical reviews and ensure closure of actions from JV and contractor engagements.
• Develop and execute engineering surveillance plans.
• Collaborate across engineering, operations, and maintenance teams.
• Identify and assess new technologies and equipment.

Skills

Engineering leadership

Risk management

Cost optimization

Cross-functional collaboration

Technical bid evaluation

Job description

Hours: 40 hours per week (Core hours: 09:00 – 15:30)

Working Pattern: 4 days onsite, 1 day WFH

About the Role

We are seeking an experienced Mechanical Engineering Lead to join a Joint Venture (JV) Project Management Team during the pre-FEED stage of a major project, based in Reading.

Key Responsibilities

• Provide engineering leadership aligned with project objectives and risk strategies
• Work closely with PMT and contractors to ensure risks are clearly understood and managed
• Drive value improvement and capital efficiency initiatives within design development
• Recommend and evaluate design alternatives to optimise cost and schedule
• Own and develop engineering standards, specifications, and philosophies
• Ensure technical definitions meet pre-FEED / FEED maturity expectations
• Support preparation of FEED/EPC scopes and participate in technical bid evaluations
• Lead technical reviews and ensure closure of actions from JV and contractor engagementsDevelop and execute engineering surveillance plans
• Collaborate across engineering, operations, and maintenance teams
• Identify and assess new technologies and equipment

Experience & Background:

• Minimum 15+ years’ experience in mechanical engineering, primarily in technical roles
• Strong background across static equipment design and engineering
• Proven experience in both operator/end-user and contractor/consultancy environments
• Experience in downstream refining or chemical processing projects
• Familiarity with large-scale modular projects and execution strategies
• Experience with major operators (e.g., ExxonMobil, Saudi Aramco) or Middle East projects is advantageous.

Technical Expertise:

Extensive knowledge of: Pressure vessels, reactors, towers & internals, Heat exchangers, High-pressure/high-alloy equipment, Large bore piping systems, Storage tanks, Static equipment relevant to hydroprocessing, gas treatment, and cracking units.

Strong understanding of fitness-for-service, stress analysis, and mechanical integrity, design basis, and engineering philosophies.