Neuroscience Research Building & 310 South Newstead Parking - PowerPoint PPT Presentation

Neuroscience Research Building & 310 South Newstead Parking Garage Project Orientation Revised – May 13, 2020

Project Executive Committee Craig Schnuck Andy Newman Andrew Martin David Perlmutter Jennifer Lodge Rick Stanton Hank Webber Melissa Hopkins Jamie Kolker Steven Sobo

Project Core Advisory Committee Jennifer Lodge Rick Stanton David Holtzman Charles Zorumski Paul Taghert Richard Wahl Michael Avidan Jeff Milbrandt Greg Zipfel

Design & Construction Team Edwin Cordes (P&W) Trevor Calarco (CannonDesign) Andy Poirot (McCarthy)

School of Medicine Strategic Research Growth Goals: FY 17 – FY 27 Achieve #2 rank in NIH Funding within 10 years + Washington University Add 160 funded mid-career scientists in aging & School of + personalized medicine, physician-scientists Medicine Research Goals + Recruit 10 BJC Investigators

One Project Solves Three Urgent Needs Research space + A Plan for Vivarium space + the Future + Parking Which program(s) should we build for?

World Class Neuroscience at the School of Medicine

Why Neurosciences? • Aging, Personalized Medicine and Physician-Scientists • World class research, but no concen trated “home” – enable collaborations • Elevate the visibility of our excellence in the neurosciences • Attract companies to St. Louis/Cortex • Scattered vacated space to enable growth in other programs

Planned Researchers and Departments – New Facility Baseline Program Inclusions +88 Neurology Researcher Neuroscience teams Neurosurgery Psychiatry Anesthesiology +1,280 Collaborators Genetics, Medicine, Ophthalmology, (net new) Otolaryngology, Pediatrics, Biomedical Engineering, Cars Developmental Biology Numerous Specialties / Cores +40,000 Cages & NHP

Critical Success Factors • neuroscience ‘ins titute-lik e’ research groups (not departmental), enabling collaborations and high impact science • adaptable and flexible • Theme based – not department centric • Connect to rest of campus via the link

Research Themes & Adjacencies

Blocking and Stacking

Blocking and Stacking

Blocking and Stacking

Planning Principles Collaboration / Thematic Research Efficiencies / Collocation & Shared Resources Adaptability & Flexibility / Neighborhoods & Specialty Lab Support

Typical Floor Concept Elevators / T oilets Meeting / Collaboration / Open Stair Offices / Workstations 4 Research Neighborhoods 4 3 Specialty, Lab Support & 1 2 Linear Equipment Room (LER) VERTICAL Vertical Vivarium VIVARIUM

Prototypical Research Neighborhood Central Building Utilities Power (120v/208v) Standby Power (3 W/SF) Data Compressed Air CO2 (where required) Lab Vacuum Water (Hot/Cold) RO water

Prototypical Specialty & Lab Support Rooms

Central Vivarium, First, Second, Third & Typical Laboratory Floorplans

Basement floorplan (central vivarium)

Level 1 floorplan

Level 2 floorplan

Level 3 floorplan

Typical laboratory floorplan

Level 10 floorplan

Site Analysis / Context This building creates an edge for our campus, adds to our campus environment, and is respectful of our neighbors. The investments made are in support of the great science that will be happening inside and across the campus.

Defines campus edge

View Looking Northeast

CORTEX ACCESS A T GRADE CENTRAL CAMPUS LINK TO CORTEX CAMPUS IMMEDIA TE A T LEVEL 3 SURROUNDINGS

SLCH Garage Pathway Integration

Site Section Looking West

Schematic Design Current Scheme

Neuroscience Research Building View from north View from northwest

Neuroscience Research Building View from northwest

Neuroscience Research Building View from northeast

Neuroscience Research Building View from northeast View of link

Project Schedule

Milestones • Design Development Phase : April 17, 2020 • Super Structure (multiple packages) : May 22 & July 3, 2020 • Construction Documents (interiors) : December 4, 2020 • Substantial Completion : June 2023 • Occupancy Start Date : July 2023