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Course Outline
Day 1
Welcome and Introduction
Tab 1 – Planning and Architectural Considerations
- Codes and standards, needs analysis, and lab programming
- Design elements for biology, chemistry, and physics labs
- Equipment planning: fume hoods, autoclaves, optics tables
Tab 2 – Environmental Health and Safety
- Laboratory hazards, regulatory frameworks, and waste management
- Emergency systems and emerging safety issues
Tab 3 – Laboratory Ventilation
- Local exhaust devices: fume hoods, biosafety cabinets, glove boxes
- Ventilation testing, modeling, and energy considerations
Day 2
Tab 4 – HVAC Design Criteria and Air Handling
- Design goals, air exchange rates, airflow, and psychrometrics
- Air handling systems, ductwork, noise, and filtration
Tab 5 – Exhaust, Controls, and Energy
- Specialized exhaust systems and pressurization controls
- Energy use, conservation strategies, and system commissioning
Tab 6 – Ventilation Measurement and Laboratory Fume Hood Testing
- Airflow measurement, pressure differentials, and performance testing
- High-performance fume hoods and tracer gas testing
Day 3
Tab 7 – UW-Madison Lab Buildings
- Case studies: Microbial Sciences, Biochemical Sciences, Wisconsin Energy Institute (WEI), Wisconsin Institute for Discovery (WID)
- Site tours of WEI and WID
Tab 8 – Plumbing and Fire Protection
- Lab plumbing systems: RO/DI water, vacuum pumps, waste systems
- Fire protection: sprinklers, alarms, and suppression systems