University of Dhaka had already formalized its commitment to reducing overall energy consumption through its upcoming long-term infrastructure masterplan. The flagship initiative—the “Further Development of Dhaka University” project—marks the first phase of a 15-year, three-phase transformation designed not only to upgrade academic and residential facilities but also to make the campus far more energy efficient.

Through this process, DU has embedded energy-saving principles into its future campus architecture, building standards, and operational philosophy.

Energy Efficiency Embedded in the Masterplan

The project introduces a complete shift towards modern, resource-efficient facilities across the campus. The new academic buildings, residential halls, and renovated library structures are expected to incorporate:

• Improved insulation and energy-efficient building materials
  Replacing ageing, energy-intensive buildings with modern, multi-storey structures reduces cooling needs and improves thermal efficiency.
• Optimized natural lighting and ventilation
  New designs are planned to minimize dependence on artificial lighting and reduce electricity consumption during daytime hours.
• Energy-efficient electrical and laboratory systems
  Updated systems—including smart lighting, efficient HVAC units, and modern lab setups—consume significantly less electricity than legacy infrastructures.
• Consolidated building footprints
  Multi-story designs replace small, scattered low-rise buildings. This reduces energy losses, improves maintenance efficiency, and allows centralized energy management.
• Sustainable landscape and campus planning
  The masterplan includes greener open spaces and improved layout logic, helping regulate micro-climates and reduce heat island effects.

Long-Term Impact on Energy Consumption

By replacing outdated structures—some nearly a century old—the project is expected to drastically reduce DU’s energy burden. Old buildings are expensive to cool, ventilate, and maintain; the new ones will be optimized for low energy demand from the outset.

In the long run, DU will benefit from:

• Lower heating and cooling costs
• Reduced electrical load from obsolete equipment
• Better building longevity and reduced maintenance waste
• A more efficient distribution of laboratory, library, and classroom resources
• Enhanced digital infrastructure that decreases the need for redundant hardware installations

With the approval of this masterplan and the clear integration of energy-efficient design principles, DU has demonstrated a structured, forward-looking energy consumption reduction plan—aligned with the sustainability expectations for a modern public university.