Contract Mechanical Engineer - Piping Compliance Reviewer

Morson Edge; Gloucester; On-site; GBP 60,000 - 90,000; Full time

Job summary

Morson Edge is seeking a Mechanical Engineer – IIA Design Reviewer on a contract basis to review piping design documentation, provide independent assurance, and ensure compliance with quality, safety case, and regulatory standards.

The role involves collaborating with delivery partners and internal teams to verify compliance, coordinate surveillance activities, and support performance indicators while identifying improvements and mitigation measures in a high‑pressure environment.

Qualifications

• Requires qualification in Mechanical Engineering or equivalent vocational training.
• Proven experience designing piping systems within a regulated environment.
• Familiarity with design codes and standards such as EN 13480, ASME III, and RCC-M.

Responsibilities

• Review design documentation against relevant requirements and report findings to the Pressure Compliance Lead.
• Document observations clearly and support convergence meetings to resolve issues promptly.
• Coordinate with other teams to ensure surveillance activities are completed and reported on schedule.
• Provide accurate surveillance data to support performance indicators.
• Identify potential issues early and contribute to developing effective mitigation measures.
• Maintain a proactive outlook on current and planned team activities.

Skills

Mechanical engineering

Piping design

Regulatory compliance

Documentation & reporting

Quality & safety standards

Education

Mechanical Engineering degree

Tools

EN 13480

ASME III

RCC-M

Job description

Morson Edge is seeking a Mechanical Engineer – IIA Design Reviewer on a contract basis to review piping design documentation, provide independent assurance, and ensure compliance with quality, safety case, and regulatory standards.

The role involves collaborating with delivery partners and internal teams to verify compliance, coordinate surveillance activities, and support performance indicators while identifying improvements and mitigation measures in a high‑pressure environment.