flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

McCarthy tops off Math and Science Building at San Diego Mesa College

McCarthy tops off Math and Science Building at San Diego Mesa College

Designed by Architects | Delawie Wilkes Rodrigues Barker, the new San Diego Mesa College Math and Science Building will provide new educational space for students pursuing degree and certificate programs in biology, chemistry, physical sciences and mathematics.


By By BD+C Staff | March 26, 2012
The $110 million Math and Science Building occupies the area immediately east of
The $110 million Math and Science Building occupies the area immediately east of the existing Learning and Resource Building and

McCarthy Building Companies, Inc. has topped out steel construction for the new 206,000-sf four-story Math and Science Building in the heart of San Diego Mesa College.

San Diego Community College District representatives, San Diego Mesa College faculty members, and project team members gathered recently to commemorate the milestone with a traditional topping out ceremony. 

The $110 million Math and Science Building occupies the area immediately east of the existing Learning and Resource Building and south of the I-300 Building. McCarthy construction crews disassembled three older buildings on the site before breaking ground for the new facility in August of 2011. Construction has required careful monitoring and managing to minimize disruption to regular campus activities.

Designed by Architects | Delawie Wilkes Rodrigues Barker, the new San Diego Mesa College Math and Science Building will provide new educational space for students pursuing degree and certificate programs in biology, chemistry, physical sciences and mathematics. The building will house four floors of classrooms, computer classrooms, and teaching lab classrooms, as well as faculty, staff and administrative support space. Specialized areas will include a greenhouse and an astronomy observation center. 

The project team is targeting LEED Silver Certification by the U.S. Green Building Council. All classrooms, teaching laboratories, and the majority of the staff offices will optimize the use of natural daylight. The windows will utilize high-performance, low "E" glazing that will allow natural daylight to enter the building, while rejecting unwanted ultraviolet and infrared light waves. This, in turn, will help reduce the amount of energy required to condition the building. The roofing construction will consist of a cool-roof material, which also will reflect unwanted energy and reduce the amount of energy consumed. BD+C

Related Stories

| Aug 19, 2011

Enhanced acoustical design

Ambient noise levels in some facility types are trending up and becoming a barrier to clear communication between building occupants.

| Jul 22, 2011

The Right Platform for IPD

Workstations for successful integrated project delivery, a white paper by Dell and BD+C.

| Jul 22, 2011

High-performance windows and doors

Learning objectives After reading this article, you should be able to: Understand issues of thermal performance and energy efficiency in relation to window and door systems; describe optimal detailing of the window-wall interface and how it contributes to building performance, sustainability, and occupant well-being; understand how durability contributes to sustainable windows/doors; and list sustainable O&M requirements for window and door systems.

| Jul 21, 2011

Falling Architecture Billings Index reflects decrease in design demands

This months Architecture Billings Index (ABI), provided by the American Institute of Architects, is almost a full point lower than last month’s reported score. June’s reading of 47.2 was short of the required 50 to achieve billings increases, making July’s reading of 46.3 an unwelcome sign of market tidings.

| Jun 29, 2011

New leadership role for architects in net-zero design

BD+C Editorial Director Rob Cassidy talks with RNL Design's Tom Hootman, AIA, about the changing role of architects in net-zero designs.

boombox1
boombox2
native1

More In Category


Urban Planning

Bridging the gap: How early architect involvement can revolutionize a city’s capital improvement plans

Capital Improvement Plans (CIPs) typically span three to five years and outline future city projects and their costs. While they set the stage, the design and construction of these projects often extend beyond the CIP window, leading to a disconnect between the initial budget and evolving project scope. This can result in financial shortfalls, forcing cities to cut back on critical project features.



Libraries

Reasons to reinvent the Midcentury academic library

DLR Group's Interior Design Leader Gretchen Holy, Assoc. IIDA, shares the idea that a designer's responsibility to embrace a library’s history, respect its past, and create an environment that will serve student populations for the next 100 years.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021