Los Angeles Mission College in Sylmar, CA by Cannon Design (designed using AutoCAD and Revit)

Article source: Cannon Design

Two years after Cannon Design provided feasibility, programming, and cost-estimating services for a proposed health, physical education, and fitness center, Los Angeles Community College District’s Mission College unanimously selected the firm to provide design services for the new $38 million facility, which enables Mission College to consolidate its physical education and athletic programs – previously housed in leased buildings dispersed off campus – into a unified location that can accommodate new athletic and educational programs.

Interior View (Image Courtesy Feinknopf)

• Architects: Cannon Design
• Project: Los Angeles Mission College, Health, PE and Fitness Center
• Location: Sylmar, CA
• Size: 87,000 sq ft
• Project Cost: $38 Million
• Engineers (MEP): Integrated Engineering Consulting Engineers, Los Angeles CA
• Photography: Feinknopf Photography
• Software used: Revit as a visualization tool during schematic design to do layouts and quick views for the owner…it allowed them to make decisions on the spot. We were new to Revit at the time [2006] and we converted the sheets to AutoCAD to develop the actual contract documents.

Los Angeles Mission College (Image Courtesy Feinknopf)

The 87,000 sf facility includes a three-court gymnasium with elevated jogging track; fitness/weight training and cardio/stretching rooms; three multipurpose rooms; five classrooms; offices for coaches, faculty, and administrators; student and faculty/staff locker rooms; an athletics training room with hydrotherapy area; and gracious, welcoming lobby spaces. Envisioned as a community asset by Los Angeles Mission College, the flexible multiuse activity spaces allow simultaneous use of the building by athletes, students, faculty members, and community users alike.

Fitness Center (Image Courtesy Feinknopf)

The three court gymnasium can be divided into a two court performance gym with 600 spectator seats and an auxiliary one-court gymnasium by means of a divider curtain.  The space accommodates three 50’ x 80’ recreational basketball courts when the retractable spectator seating is pushed back against the walls.  A full NCAA competition court is accommodated on the cross course with the bleachers fully extended along both sidelines.

Interior View (Image Courtesy Feinknopf)

The three-lane, elevated jogging track rings the perimeter of the second level of the gymnasium, providing joggers with views of the activity in the gym below and east to the San Gabriel Mountains.

Main View (Image Courtesy Feinknopf)

The weight-fitness area and cardio area are combined in a single space to minimize necessary supervision.  Accessible from the ground floor via a separate building entry for community users on weekends, the space is equipped with a wide range of cardiovascular, free motion, plate loaded and selectorise equipment, and free weights.  The double height portion of the space faces a large expanse of curtain wall providing panoramic views of the San Gabriel Mountains.

Sport Hall (Image Courtesy Feinknopf)

Three multipurpose rooms on the second floor are designed and finished specifically for group fitness activities including step classes, body sculpting, ballet and dance, tai chi and yoga. Large windows overlook the two-story weight/fitness room, providing panoramic views of the mountains to the north.

The facility has embodied efficiency from its inception. By consolidating physical education and athletic programs previously housed in leased off-campus buildings into a single facility on site, the Center achieves numerous economies of scale while ensuring seamless accommodation of the college’s athletic programs for years to come.

In this same spirit, the facility’s numerous sustainable design features confer a range of benefits upon the Center’s users and the institution as a whole, as well as earning it LEED certification. Indoor air quality levels, essential to optimal athletic performance, are kept high through the use of carbon dioxide monitoring, a two-week preoccupancy flush to remove construction-related contaminants, green housekeeping practices, and low-VOC paints, carpets, adhesives, and sealants. Building systems commissioning, performance optimization of building systems and envelope, and use of low-E coated glass reduce energy costs by 20% more than prerequisite standards. Bicycle storage areas encourage alternative transportation and promote physical fitness.

Tags: CA, Sylmar

Categories: Autocad, Educational Center, Educational Institute, Revit

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