About the Role

• The Senior Mechanical Engineer Wet Utilities and Pump Stations is responsible for leading and overseeing the mechanical design of pressurized water utility systems and pump stations for large-scale infrastructure projects. This role involves the end-to-end design and implementation of pressurized network systems, including potable water distribution, firefighting, and irrigation networks, as well as pumping station design and operation.
• The engineer ensures efficient and reliable system performance by developing complete mechanical layouts and performing detailed hydraulic calculations for pipe networks and pump sizing. In this position, the engineer will coordinate closely with multidisciplinary teams to integrate mechanical designs with civil, electrical, and instrumentation works, ensuring a fully integrated solution for projects.
• The Senior Mechanical Engineer also enforces compliance with relevant codes and standards (e.g., NFPA for fire protection systems and local Gulf regulations) and provides technical support through construction, commissioning, and handover phases of the project. Proficiency in design software (such as Revit MEP and AutoCAD) is leveraged for detailed design coordination and preparation of construction documentation. The role demands strong problem-solving skills, attention to detail, and effective communication to successfully deliver complex wet infrastructure projects in the Kuwait/GCC region.

What you will be doing

Required Experience

• Relevant Industry Experience: Minimum 10+ years of professional experience in mechanical engineering design focused on wet utilities and pump station projects. The ideal candidate will have a proven track record in the design and implementation of pressurized water networks (potable water, firefighting, irrigation, etc.) and pumping stations for large infrastructure developments. Experience should predominantly be in design (as opposed to only site supervision) and include involvement in complex infrastructure or municipal projects.
• Pump Station & Network Design: Demonstrable expertise in pump station design and operation, including performing hydraulic calculations for pump sizing, system head curves, pressure loss analysis, and NPSH evaluations. Candidates should have hands-on experience selecting pumps, valves, and piping materials for various applications (e.g., water distribution, fire water, irrigation) and ensuring their proper integration into the overall system.
• Project Portfolio: Experience working on large-scale projects such as new city developments, large housing schemes, airports, or campus infrastructure is highly desirable. Prior involvement in projects like city-wide water distribution networks or major facilities (e.g., university campuses or airport utilities) is a plus. A history of successfully delivering projects from concept through detailed design to commissioning demonstrates the capability required for this role.
• Multidisciplinary Coordination: Strong background in working within multidisciplinary teams and coordinating across various engineering disciplines. The candidate should be adept at integrating mechanical designs with civil and electrical components and resolving design interface issues collaboratively. Experience in a BIM-driven design environment (utilizing tools like Revit MEP) for coordination and clash detection is expected.
• Regional Experience: Experience in the Gulf region (preferably Kuwait) is an advantage, including familiarity with regional standards and procedures for utility projects. Knowledge of local authority requirements and having previously obtained approvals from agencies (such as the Public Authority for Housing Welfare or municipal engineering departments) will be highly regarded.

Education

• Bachelor’s Degree: B.Sc. in Mechanical Engineering or a closely related field (e.g. Mechatronics Engineering) from a recognized and accredited university. This foundational education is required to ensure a strong grasp of engineering principles.
• Advanced Degree (Optional): A master’s degree in mechanical engineering, Water Resources, or a related specialization is preferred. Postgraduate research or coursework focused on fluid mechanics, hydraulic engineering, or pump systems will be considered a plus, as it further signifies the candidate’s expertise in the field.

Certifications & Memberships

Essential Skills

• Technical Proficiency: In-depth knowledge of mechanical engineering principles for fluid systems and thorough understanding of design standards (including NFPA codes for fire protection and other international plumbing/pipework standards). Able to apply technical expertise to ensure designs are safe, efficient, and code-compliant.
• Analytical & Problem-Solving: Excellent problem-solving skills with the ability to conduct complex hydraulic analyses and troubleshooting design challenges. Capable of strategic planning for network design and optimizing system performance under various operating scenarios.
• Leadership & Collaboration: Proven team leadership and collaboration abilities, with experience guiding junior engineers or technicians and fostering a productive multidisciplinary team environment. Adept at coordinating between different departments and stakeholders to achieve unified project goals.
• Communication Skills: Effective communication skills, both written and verbal, for technical reporting and client coordination. Able to prepare clear design reports, present technical concepts to clients or authorities, and write professional documentation (specifications, correspondence, etc.).
• Time Management: Strong organizational and time management capabilities to handle multiple projects and meet tight deadlines. Demonstrates efficient resource management and the ability to prioritize tasks in a fast-paced project delivery setting.
• Adaptability: High level of adaptability and a continuous learning mindset. Open to learning new technologies, software, or methods, and able to quickly adjust to changing project requirements or industry advancements.
• Attention to Detail: Meticulous attention to detail in all aspects of work, from performing precise calculations to reviewing drawings and documents. Ensures quality control and accuracy to prevent errors and ensure the reliability of design outputs.