1. Schematic Design Proposal Bahen Centre for Information Technology University of Toronto Toronto, Ontario, Canada Rebecca Ho Lighting/Electrical Option April 17 th, 2003 TM

2. Building Location The Bahen Centre for Information Technology is located in the heart of downtown Toronto in Ontario, Canada. It is located in the St. George campus of the University of Toronto, at the intersection of St. George and College Street.

3. Building Information Photo Credit Diamond & Schmitt Architects Inc. Owner: Owner: University of Toronto Architect & Planning: Architect & Planning: Diamond & Schmitt Architects Incorporated General Contractor & Construction Management: General Contractor & Construction Management: PCL Constructors Canada Electrical Engineers & Lighting Design: Electrical Engineers & Lighting Design: Crossey Engineering Limited Mechanical Engineers: Mechanical Engineers: Keen Engineering

4. Building Features Total building area 377,000 ft 2 (8 stories) Project cost $100 Million dollars ($150 Million Canadian dollar) Featuring lecture halls, seminar rooms, offices, and laboratories It is the largest of its kind among Canadian Universities nationwide Photo Credit Diamond & Schmitt Architects Inc.

5. Building Use Photo Credit Diamond & Schmitt Architects Inc. Facility for information technology, electrical engineering, computer engineering, and industrial engineering education at the University of Toronto. Photo Credit Diamond & Schmitt Architects Inc.

6. Lighting Introduction Space 1 Space 2 Space 3 Space 4 Floor Plans

7. Lighting Design Criteria Goals Metaphor Target Illuminance Energy / Power

8. Lighting – Space 1 Concept Goal Technical

9. Lighting – Space 1 (renderings)

10. Lighting – Space 2 Concept Goal Technical

11. Lighting – Space 2 (renderings)

12. Lighting – Space 3 Concept Goal Technical

13. Lighting – Space 3 (renderings)

14. Lighting – Space 4 Concept Goal Technical

15. Lighting – Space 4 (Renderings)

16. Mechanical Breadth Goals Calculations

17. Mechanical Breadth (cont) Results Integration

18. Acoustics Breadth Goal Calculation

19. Acoustics Breadth (cont) Results Integrations

20. Conclusions If design worked Benefits

21. Original Design Team recognition

22. THANK YOU

23. Questions???