Provide technical/maintenance support and solutions to the terminal operation Teams including supporting the development of maintenance strategy focusing on equipment reliability, spares inventory, preventive and predictive maintenance programmes and mechanical maintenance procedures for mechanical equipment.
Lead the mechanical design and development of non-standard automated equipment, including machine architecture, mechanical structures, mechanisms, and overall equipment design.
Provide technical/maintenance support and solutions to the terminal operation Teams including supporting the development of maintenance strategy focusing on equipment reliability, spares inventory, preventive and predictive maintenance programmes and mechanical maintenance procedures for mechanical equipment.
Develop mechanical/HVAC systems for air- and water-cooled data centres; define design criteria, airflow diagrams (AFDs) and P&IDs for efficient, sustainable cooling.
Company Description Veenco Switchgears Engineering has been delivering low-voltage power distribution and control assemblies for complex electrification projects across Malaysia and internationally since 1989. The company serves semiconductor and high-tech manufacturing facilities, hospitals, airports, and large commercial developments. All assemblies are manufactured to rigorous standards, independently type-tested, ISO 9001:2015 accredited, and tailored to specific project requirements. Veenco is entering a new growth phase, expanding its capabilities across the full electrification spectrum and investing in people, processes, and facilities to meet future energy challenges. Candidates interested in a long-term engineering career in a quality-focused environment are encouraged to explore opportunities with the company.
You collaborate across the project team to efficiently define solutions and processes that deliver the greatest value for ResMed and meet our user’s needs.
Strong foundation in Mechanical Engineering and Design Engineering, with the ability to apply engineering principles to robotic and mechanical systems.
Ensuring accurate designing in line with architecture drawing of the building as well as elevator specification and within design standards and regulations.