Tim Day
About Tim Day
Tim Day is a Project Manager at Arup in Sydney, New South Wales, Australia. He has extensive experience in engineering and planning roles across various organizations.
Current Position at Arup
Tim Day is currently working as a Project Manager at Arup. Based in Sydney, New South Wales, Australia, he has been with the company since 2021. Arup is a renowned global firm known for its expertise in engineering, design, and advisory services. In this role, Tim Day manages projects, ensuring they meet specified requirements and are completed on time and within budget.
Previous Role at Wingecarribee Shire Council
Before joining Arup, Tim Day worked at Wingecarribee Shire Council as an Assets Coordinator - Water, Sewerage & Drainage. He held this position from 2019 to 2021. During his tenure, he was responsible for coordinating assets related to water, sewerage, and drainage systems in New South Wales, Australia. His expertise in asset management played a crucial role in maintaining and improving the council's infrastructure.
Experience at Jacobs
Between 2013 and 2019, Tim Day served as a Senior Planning Engineer at Jacobs in Sydney, Australia. Jacobs is a leading provider of technical, professional, and construction services. In this capacity, he was involved in high-level planning and engineering projects, contributing to the successful execution of various infrastructure developments.
Role at MWH Global
Tim Day was employed as a Senior Planning Engineer at MWH Global from 2012 to 2013 in Sydney, Australia. MWH Global is a well-known consultancy specializing in water and natural resources. His responsibilities involved advanced project planning and engineering, supporting the company's initiatives in water resources management.
Long-term Career at Sydney Water
Tim Day had a long-standing career at Sydney Water, starting in 1987 and continuing until 2012. As a Senior Planner, he dedicated 25 years to managing and planning Sydney's water infrastructure. His extensive experience in planning helped ensure the reliability and efficiency of the city's water services over a significant period.