The Industry 4.0 District is a major initiative by UAE University, aligning with its goal to become the “University of the Future”. This District Hub is an advanced industrial innovation and prototyping centre, designed to bridge the gap between research, education, and industry. Equipped with state-of-the-art manufacturing technologies, including CNC machining, additive manufacturing, automation systems, robotics and drones. The hub serves as a collaborative space for engineers, students, and industry professionals. Our mission is to drive cutting-edge research, product development, and technical training to empower the next generation of innovators and enhance industrial capabilities. The successful candidate for the Lead Mechanical Engineer position will collaborate closely with the District’s management and coordinators. We are seeking a highly skilled and experienced Lead Mechanical Engineer with at least 8+ years of experience to lead our CNC & Metal Fabrication Lab within the District 4.0. This individual will be responsible for overseeing CNC machining, metal sheet fabrication, and precision manufacturing, ensuring high-quality production, efficiency, and innovation. The role also includes mentoring staff, developing training programs, and conducting educational sessions for university students & researchers in both Arabic and English languages to transfer industry knowledge. Responsibilities include, but are not limited to: 1. Technical & Operational Management * Oversee the section’s related machines, like CNCs, digital lathes, laser cutters, wire cutting, press break and other metal fabrication processes. * Develop and implement best practices for machining, metal forming, and welding operations. * Ensure high precision and quality control in all fabricated components. * Optimize manufacturing workflows to improve efficiency and reduce waste. * Manage inventory of raw materials, tooling, and consumables for the metal section. * Stay updated with industry trends, automation, and advanced machining techniques. 2.Team Leadership & Staff Training * Supervise engineers and technicians , providing technical guidance and support. * Train and upskill staff in CNC programming, metal forming, welding, and safety procedures. * Ensure adherence to workplace safety standards and maintenance schedules. * Collaborate with R&D, design and other sections teams to enhance prototyping and product development. 3. Student Training & Educational Programs * Design and deliver practical training programs for university students in CNC machining and metalwork. * Conduct workshops on CAD/CAM, CNC operations, and fabrication techniques. * Assist students with capstone projects, industrial research, and hands‑on prototyping. 4. Quality Control & Process Improvement * Implement quality control measures to maintain precision and consistency. * Troubleshoot machining errors, defects, and operational challenges. * Ensure compliance with safety regulations, material handling, and machine operation standards. 5. Research, Development & Innovation * Support prototyping, R&D, and industrial projects using CNC and metal fabrication technologies. * Explore new materials, machining strategies, and automation techniques for better efficiency.
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