Project Overview:

We undertook a significant project to upgrade the electrical infrastructure of Downing College's entire network. The primary objective was to replace both low voltage and high voltage cables, ensuring a reliable and efficient power supply to the university buildings. The project encompassed various tasks including trench work, ducting installation for cable protection, cable pulling, laying, and the restoration of groundworks to their original state.

Challenges:

• Busy Environment & Proximity to Moving Parts: The project required close collaboration with Downing College faculty and staff while managing operations amidst the bustling campus environment. Working near moving parts of the university posed safety challenges.
• Minimal Disruption: Maintaining operations and minimising disruptions to the university's daily activities were essential.

Solutions:

• Thorough Planning and Coordination: Extensive planning sessions ensured smooth execution. Work was scheduled during off-peak hours to minimise disruption, and close coordination with Downing College officials was maintained.
• Safety Measures: Stringent safety protocols were implemented, including barriers, signage, and designated pathways, to ensure the safety of all stakeholders.
• Efficient Execution: The project team employed efficient construction techniques and equipment to streamline processes, minimizing the project timeline and reducing inconvenience to the university community.

Outcome:

• Enhanced Infrastructure & Minimal Disruption: The project's successful completion resulted in an upgraded electrical infrastructure, providing reliable power supply to Downing College's buildings with minimal disruption to university activities.
• Positive Stakeholder Feedback: Downing College expressed satisfaction with the quality of work delivered and appreciated Austin Utilities and Groundworks' professionalism and adherence to safety protocols.

Conclusion:

Our project to upgrade Downing College's electrical infrastructure demonstrated our expertise in executing complex projects in challenging environments. Through careful planning, efficient execution, and a focus on safety, the project enhanced the reliability and efficiency of the university's electrical network while ensuring minimal disruption to campus life.