For the UniMi project, Renco is looking for a MEP Engineer. Duties & responsibilities : Ensure interfaces with the Construction team (HSE, Site material management, Quality Control, Construction Supervision, and Commissioning & start-up) and assist as needed for issues related to the discipline; Check the conformity and consistency of technical documentation received from the Head Office, making it available to the Discipline Supervisor; Analyze engineering, materials, and construction nonconformities encountered on site, involving the relevant Head Office department for corrective actions; Assess the technical feasibility of construction work, providing information on the availability of documents and materials on-site; Coordinate engineering activities for site procurement; Communicate with the Head Office Project discipline team regarding engineering matters and seek approval for proposed design modifications before implementation; Coordinate with Client’s / Owner’s discipline technical representatives on engineering issues; Identify and track construction punches and be responsible for their resolution; Perform technical verifications on-site; Endorse, check, and update the bill of materials; Interface with vendor representatives alongside the Discipline Supervisor; Develop method statements (MOS), site procedures, and materials approval requests (MAR); Manage site queries, including material substitutions; Record changes and additions to documents resulting from construction and commissioning until 'as-built' drawings are prepared by the team. Specific for MEP discipline : Endorse, update, and adapt engineering deliverables such as HVAC and plumbing (water supply & sewage) system drawings, details, plans, views, and sections. Required competencies : Ability to work in a multicultural environment; Team coordination skills; Proficiency in English; Good knowledge and practice of MS Office programs (Excel, Word); Good knowledge of AutoCAD. Qualifications : Degree in Engineering, preferably in Mechanical Engineering. J-18808-Ljbffr