The Facilities Master Plan for the Oceanside Campus includes new building and renovation projects to address the identified space deficiencies and functionality issues, and which will be organized around the creation of academic “hubs” throughout the campus, including Health and Wellness, Letters and Humanities, Communications, Arts, and STEM (Science, Technology, Engineering, and Mathematics). Each hub will include instructional space, student tutoring and studying space, and faculty office space to create a vibrant learning community. Outdoor spaces will connect to promenades and paths linking the hubs together.
Approved and planned projects are listed below. As additional projects are approved, scope defined, and budgets established, they will be added here. (List updated March 2021)
CONSTRUCTION SCHEDULE KEY
- Spring: March 1 - May 31
- Summer: June 1 - August 31
- Fall: September 1 - November 30
- Winter: December 1 - February 28
CAMPUS PROJECT MANAGEMENT TEAM
- Campus Manager: Miguel Renteria, Element Consulting
- Project Manager: Adam Voll, Kitchell Capital Expenditures Managers (CEM)
- Project Engineer: Chris Lerma, Kitchell CEM, and Eileen White, Element Consulting
B1000 Administration Building Renovation
Project Delivery Method: Design-Bid-Build
Phase: Construction
Project Budget: $12.8 million
Construction Duration: Summer 2021 - Fall 2022
Funding Source: Measure MM
SCOPE/SUMMARY
The 18,800 gross square feet Administration Building will undergo a major renovation of staff spaces to improve space efficiency and accessibility and replace failing infrastructure components. The existing mechanical, electrical, and plumbing systems will be replaced/upgraded to meet current building and seismic code requirements. The project also includes the construction of temporary portables to provide a home for campus administration while the renovation is underway.
PROJECT TEAM
- Program Criteria Architect: Lionakis
- Architect/Engineer: Little Diversified
- General Contractor/Construction Manager: TBD
- Landscape Architect: LandLAB
- Civil Engineer: Land Development
- Environmental Engineer: Dudek
- Mechanical Engineer: P2S, Inc.
- Structural Engineer: KNA Structural Engineers
- HVAC Controls: SC Engineers
- Inspector of Record: TBD
Teresia M. Heyden Hall for Nursing & Allied Health Building (B5100)
Project Delivery Method: Design-Build
Phase: Design Approval from the Division of the State Architect (DSA)
Project Budget: $26.1 million
Construction Duration: Spring 2022 – Fall 2023
Funding Source: Measure MM
SCOPE/SUMMARY
The new 20,450 gross square feet facility will provide a consolidated location and state-of-the-art facilities for all Allied Health programs, and act as the key connection to the main campus promenade.
The facility will include state-of-the art simulation spaces, patient rooms, and operating rooms, as well hands-on skills labs and classrooms. The facility is named for Teresia M. Heyden, who was a long-time Oceanside resident and philanthropist. The new building, along with the new Gym Complex, will form the new health and wellness academic hub.
PROJECT TEAM
- Program Criteria Architect: Lionakis
- Design-Build Team: Balfour Beatty/HMC Architects
- Civil Engineer: NV5
- Structural Engineer: Saiful Boquet
- Mechanical & Electrical Engineer: P2S Inc.
- Landscape Architect: Schmidt Design
- Inspector of Record: Consulting & Inspection Services (CIS)
New Arts/Media Services Building (B2800)
Project Delivery Method: Design-Build
Phase: Design
Project Budget: $21 million
Construction Duration: Fall 2022 – Spring 2024
Funding Source: Measure MM
SCOPE/SUMMARY
The new Arts/Media Services Building will house a variety of functions, serving the students of the arts hub and the campus as a whole. It will include a spacious new Art Gallery, a 40-person classroom, student study spaces, faculty offices, the Media Arts labs, a coffee cart-type element, and extensive display areas for student art. It will provide dedicated student-friendly study and collaboration spaces. Proposed as a single-story facility, the building will have a strategic path of engagement to the campus promenade.
PROJECT TEAM
- Program Criteria Architect: AC Martin
Design-Build Team: Balfour Beatty/HMC Architects
Civil Engineer: NV5
Structural Engineer: Saiful Bouquet
Mechanical & Electrical Engineer: P2S Engineering
Landscape Architect: N/A or TBD
Inspector of Record: N/A or TBD
Athletic Field Renovation
Project Delivery Method: Design-Bid-Build
Phase: Complete
Project Budget: $10.1 million
Construction Duration: July 2019 - December 2020
Funding Source: Measure MM
SCOPE/SUMMARY
The original track, first built in the early 1980s, was removed and replaced with a new soccer and athletics field that meets size requirements for international competition. The project will includes a new 2,100 square feet Field House providing space for team rooms, changing rooms, officers for coaches, equipment storage, new ADA-compliant restrooms, and storage.
The project also includes a two-lane walking and jogging path located around the perimeter of the fields - helping to create a small athletics field complex that better leverages the natural ‘bowl’ formed in the topography of that part of the campus.
PROJECT TEAM
- Architect/Landscape Architect: LPA, Inc.
- Engineering Services (Civil, Structural, Mechanical/Plumbing, Electrical): LPA, Inc.
- General Contractor: Los Angeles Engineering
- Environmental Engineer: Dudek
- Geotechnical Engineer: SMS Geotechnical Solutions
- Special Inspections & Materials Testing: MTGL
- Inspector of Record: Alliance Engineering, Inc.
New Chemistry & Biotechnology Building (B1300)
Project Delivery Method: Design-Build
Phase: Design
Project Budget: $41.4 million
Construction Duration: Summer 2022 – Summer 2024
Funding Source: Measure MM
SCOPE/SUMMARY
The new 20,630 square feet Chemistry and Biotechnology Building will provide a state-of-the-art facility with chemistry and biochemistry labs and two 40-seat flexible classrooms. As the district’s Biotechnology program expands into a baccalaureate degree program, the building will provide needed space for growth.
The project will be a major component of the Science, Technology, Engineering, and Mathematics (STEM) quad and plaza.
PROJECT TEAM
- Program Criteria Architect: Lionakis
- Design-Build Team: CW Driver/HED Architects
- Civil Engineer: NV5
- Electrical Engineer: Michael Wall Engineering
- Mechanical Engineer: MA Engineers
- Structural Engineer: Miyamoto International
- Landscape Architect: KTUA
- Inspector of Record: Atlas
New Gymnasium
Project Delivery Method: Design-Build
Phase: DSA Review
Project Budget: $43.1 million
Construction Duration: Spring 2022 – Fall 2023
Funding Source: Measure MM
SCOPE/SUMMARY
The new 40,415 gross square feet Gym Complex will replace the existing gym buildings (500, 5100, and 5200) and provide a consolidated location for a new gymnasium, athletics instruction spaces, Kinesiology, and the Wellness Center. The facility will also include locker rooms, equipment storage, and a multi-purpose studio. The Gym Complex will be part of the Health and Wellness Academic Hub on campus and is part of a design-build procurement that includes the new Allied Health Building, the tennis support building, and new Parking Lot-5A.
PROJECT TEAM
- Program Criteria Architect: Lionakis
- Design-Build Team: Balfour Beatty/HMC Architects
- Landscape Architect: Schmidt Design
- Civil Engineer: NV5
- Mechanical & Electrical Engineer: P2S, Inc.
- Structural Engineer: Saiful Boquet
- Inspector of Record: Consulting Inspection Services (CIS)
Building 1200 Library Renovation
Project Delivery Method: Design-Build
Phase: Design
Project Budget: $32.5 million
Construction Duration: Fall 2022 – Spring 2024
Funding Source: Measure MM
SCOPE/SUMMARY
The B1200 Building is Oceanside’s library. It will be undergoing a full renovation to upgrade mechanical, electrical, and plumbing systems within the building. Interior layouts will be adjusted to accommodate changing programming needs of the building. Addressing acoustic concerns will be a key function.
PROJECT TEAM
- Design-Build Team: Design-Build Team: Level 10 / Architects Mosher Drew
Landscape Architect: Ground Level
Civil Engineer: SWS Engineering, Inc.
Mechanical & Electrical Engineer: MA Engineers (Mechanical) Michael Wall Engineering (Electrical)
Structural Engineer: Wiseman + Rohy Structural Engineers
Inspector of Record: TBD
New Parking Lot 5A, Photovoltaic, & Tennis Support Building
Project Delivery Method: Design-Build
Phase: Closeout
Project Budget: $13.6 million
Construction Duration: March - December 2021
Funding Source: Measure MM
SCOPE/SUMMARY
A new parking lot will provide 500+ additional parking spaces and will be located near the main entrance to the campus. The parking lot will have electric vehicle (EV) charging stations in place at the completion of the gym project, along with infrastructure for a future photovoltaic shade structure system. The project is part of a Design-Build procurement that includes the gymnasium complex and the new Allied Health Building.
PROJECT TEAM
- Programming & Criteria Architect: Lionakis
Design-Build Team: Balfour Beatty/HMC Architects
Civil Engineer: NV5
Landscape Architect: Schmidt Design - Inspector of Record: Consulting & Inspection Services (CIS)
North Storm Drain Repair
Project Delivery Method: Design-Build
Phase: Completed
Project Budget: $790,000
Construction Duration: March 2019 - May 2020
Funding Source: District
SCOPE/SUMMARY
A new 30” reinforced concrete pipe storm drain line was installed between the Oceanside campus and the City of Oceanside right of way across 2916 Colgate Drive. Work included the removal and abandonment of an existing corrugated metal pipe storm drain line that had failed, as well as grading in the surrounding damaged areas. The project also provided for replacement vegetation and irrigation at the areas affected by construction.
PROJECT TEAM
- Engineer: NV5
- General Contractor/Construction Manager: LB Civil Construction, Inc.
Parking Lot 4C Expansion
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $3.2 million
Construction Duration: Summer 2022 – Spring 2023
Funding Source: Measure MM
SCOPE/SUMMARY
The extension of Lot 4C will provide 81 additional parking spaces for the campus.
PROJECT TEAM
- TBD
New Student Services Building (B1400)
Project Delivery Method: Design-Build
Status: Construction
Project Budget: $62.1 million
Construction Duration: Summer 2021 – Fall 2023
Funding Source: Measure MM
SCOPE/SUMMARY
The new Student Services facility will consolidate student service functions currently scattered throughout the campus into a single, one-stop-shop, and will include a new home for the Veterans Center. Located in the former home of Pedley Park, the new building is strategically positioned to act as a gateway building for the campus, providing a much-needed sense of entry and easy wayfinding for new or prospective students. The building will be a two-story structure, and will allow access and entry from the street level for visitors and campus promenade for current students.
PROJECT TEAM
- Programming & Criteria Architect: Gensler
- Design-Build Team: Swinerton Builders/DLR Group
- Civil Engineer: NV5
- Landscape Architect: Lynn Capouya, Inc.
- Engineering Services: KPFF
- Geotechnical Engineer: SMS Geotechnical Solutions, Inc.
- Inspector of Record: TBD
Swing Space
Project Delivery Method: Design-Bid-Build
Status: Ongoing
Project Budget: $6.3 million
Construction Duration: Winter 2019 - Summer 2026
Funding Source: Measure MM
SCOPE/SUMMARY
Temporary structures - or so-called swing space - will be utilized to house campus activities and instruction displaced by construction. These temporary buildings, housed on the north side of campus, include five classroom trailers, a restroom trailer, and an office trailer to be used during miscellaneous modernization projects throughout the campus.
PROJECT TEAM
- Architect: MJK Architecture
- General Contractor/Construction Manager: Conan Construction
- Civil Engineer: NV5
- Inspector of Record: Alliance Engineering
Building 3000 Classrooms Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $9.2 million
Construction Duration: Spring 2024 – Spring 2025
Funding Source: Measure MM
SCOPE/SUMMARY
A major renovation is planned for Instructional Building 3000, converting existing faculty/staff spaces to classrooms, providing a minimum of six classrooms to support 40 students each. The new classrooms will be outfitted with new finishes, furniture, fixtures, and equipment. The renovation project will also provide for the addition of new student study and collaboration spaces.
PROJECT TEAM
- TBD
Building 3100 Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $5.9 million
Construction Duration: Spring 2024 – Spring 2025
Funding Source: Measure MM
SCOPE/SUMMARY
The renovation of Building 3100 will involve the replacement of aging mechanical and plumbing systems and provide for updated classroom finishes and restroom accessibility upgrades.
PROJECT TEAM
- TBD
Building 3200 Student Resources Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $4.4 million
Construction Duration: Spring 2024 – Spring 2025
Funding Source: Measure MM
SCOPE/SUMMARY
Building 3200, the Student Resources and Accounts building, will undergo a major renovation under Measure MM. Existing classrooms will be renovated to serve as needed student study spaces, with new finishes, furniture, fixtures, and equipment. Restrooms will be modernized, and accessibility upgraded.
PROJECT TEAM
- TBD
Building 3300 Student Resources Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $6 million
Construction Duration: Spring 2024 – Spring 2025
Funding Source: Measure MM
SCOPE/SUMMARY
Building 3300 will undergo a major renovation to allow for the creation of approximately 2,100 square feet of office space for faculty, a minimum of three new classrooms, at least one computer lab, and new student study space. The project will also include a full roof replacement.
PROJECT TEAM
- TBD
Building 3700 Classrooms Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $5.2 million
Construction Duration: Spring 2024 – Spring 2025
Funding Source: Measure MM
SCOPE/SUMMARY
Building 3700 will undergo a major renovation to convert existing faculty/staff spaces to new classrooms for 40 students each, along with approximately 1,400 square feet of new office space. As part of the renovation, all classrooms and offices will be outfitted with new finishes, furniture, fixtures, and equipment.
PROJECT TEAM
- TBD
Building 4100 Offices & Meeting Space Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $3.7 million
Construction Duration: TBD
Funding Source: Measure MM
SCOPE/SUMMARY
Building 4100 will undergo a major renovation to add offices and meeting spaces for the Wellness Center.
PROJECT TEAM
- TBD
Building 4500 Science Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $33.3 million
Construction Duration: TBD
Funding Source: Measure MM
SCOPE/SUMMARY
Major renovations planned for Science Building 4500 will provide for the conversion of the existing Chemistry labs and associated support spaces to new labs for Physical and Earth Science programs. The project will include upgrades of all remaining science labs, replacement of aging air handling units, and accessibility upgrades.
PROJECT TEAM
- TBD
Building 4700 Office Renovation
Project Delivery Method: Design-Bid-Build
Status: Future
Project Budget: $2.1 million
Construction Duration: TBD
Funding Source: Measure MM
SCOPE/SUMMARY
Building 4700 will undergo modernization work to help update and upgrade faculty spaces. Upgrades to accessibility will also be included as part of the project.
PROJECT TEAM
- TBD
Campus-wide ADA Improvements
Project Delivery Method: Design-Bid-Build
Status: Ongoing
Project Budget: $1.3 million
Construction Duration: Ongoing
Funding Source: Measure MM
SCOPE/SUMMARY
A comprehensive ADA plan is in place for the Oceanside campus to ensure compliance with applicable federal and state regulations for campus facilities. The plan will include analysis of the paths of travel from parking lots and transit facilities to destination buildings; surveys of interior and exterior ADA access to establish the level of compliance of existing campus facilities; and design of solutions that will assure full compliance with state codes.
PROJECT TEAM
- TBD