Lead Piping & Layout Engineer

The Lead Piping & Layout Engineer at Xodus Group is responsible for providing engineering expertise in various projects related to Oil & Gas, CCUS, and Hydrogen sectors. The role involves leading the design process for new projects, supervising and approving deliverables such as isometrics and specifications, and representing the company in client meetings. This position also requires collaborating across disciplines to ensure the design's feasibility and adherence to industry standards.

To qualify for the Lead Piping & Layout Engineer position at Xodus Group, candidates should hold a Mechanical Engineering Degree or an equivalent qualification, ideally with Chartered Engineer status. Additionally, experience in piping and plant design within the energy industry, including expertise in both brownfield and greenfield projects, is essential. Strong communication skills and proficiency with design software tools such as PDMS and Navisworks are also prominent requirements.

At Xodus Group, a Lead Piping & Layout Engineer works on a diverse range of projects pertaining to the Energy Transition, including conventional Oil & Gas developments, Carbon Capture Utilization and Storage (CCUS) initiatives, and Hydrogen production facilities. This variety allows for exposure to cutting-edge technologies and sustainability efforts across Europe, the Middle East, and Africa.

Important skills for a Lead Piping & Layout Engineer at Xodus Group include a solid foundation in piping design and layout, excellent project management capabilities, and a strong grasp of industry standards and codes such as ASME B31.3. Additionally, interpersonal skills for effective communication and the ability to work collaboratively with multi-disciplinary teams are crucial. Familiarity with offshore and onshore site surveys and construction strategies is also beneficial.

Xodus Group values a healthy work-life balance, evident in our flexible working arrangements that allow employees to work both in the office and from home. We recognize that diverse working styles contribute to individual productivity and employee satisfaction. Along with competitive salaries and extensive health benefits, we aim to create an enjoyable workspace that fosters collaboration and recreational activities.

When answering this question, focus on specific projects you've worked on, detailing your responsibilities and the technologies used. Highlight how your experience aligns with best practices in piping design, especially in sectors related to Oil & Gas, CCUS, or Hydrogen, showcasing your ability to handle both onshore and offshore challenges.

Discuss your familiarity with relevant industry codes such as ASME B31.3 and your approach to incorporating compliance into the design process. Mention any tools or methodologies you employ to verify that your designs meet or exceed industry standards.

List the software tools you have experience with, such as PDMS, Navisworks, and E3D. Provide examples of projects where you've successfully utilized these tools and explain how they enhanced your design and collaboration efforts.

Use the STAR method (Situation, Task, Action, Result) to structure your answer. Explain the challenge, your specific role and the actions you took to resolve the problem, and the outcome, emphasizing your problem-solving skills and teamwork.

Highlight your communication skills and your strategies for fostering collaboration, such as regular meetings, use of collaborative software, and maintaining open lines of communication to ensure that all disciplines work cohesively towards common project goals.

Discuss your project management approach, possibly referencing tools you utilize for tracking progress and ensuring adherence to budgets and timelines. Mention any relevant methodologies, such as Agile or Lean, that you've applied to enhance efficiency.

Constructability reviews are crucial for identifying potential issues early in the project lifecycle. Discuss how you facilitate these reviews, work with construction teams, and adjust designs to optimize feasibility without compromising safety or quality.

Mention activities such as attending workshops, participating in professional organizations, or following industry publications. Explain how staying informed helps you implement innovative solutions and maintain best practices in your work.

Talk about how you empower your team, delegate tasks effectively, and encourage professional development. Share strategies you use to maintain quality and morale within your team, emphasizing your commitment to achieving project goals.

Discuss how you measure success in your projects, whether through adherence to timelines, meeting budget constraints, or achieving design efficacy. Highlight any metrics or KPIs you use to evaluate your contributions and continuous improvement.