This project is a new greenhouse & headhouse space building with wet and dry research laboratories, growth chamber housing, and space for faculty and academic support. The project is envisioned to host multiple scientific disciplines engaged in collaborative research.

tk1sc provided complete engineering consulting for Mechanical, Electrical, Plumbing, Energy, and LEED Services on this 91,200 square foot Science and Technology building. The Alton and Lydia Lim Center for Science, Technology, and Health is the newest and most prominent academic building on Biola University's campus, tripling the amount of space devoted to science education. This expansive teaching and research facility is home to the next generation of innovative science, engineering, and healthcare leaders. The project consists of 27 laboratories, including a dedicated SEM (scanning and electron microscope) lab and a TEM (transmission electron microscope) lab, six classrooms, a greenhouse, anatomy suite, research spaces, faculty offices, and a rooftop observatory. The facility provides cutting-edge equipment and research opportunities to students and faculty for years to come. ‍

This project's sustainable elements highlight the design while also providing an efficient place for students to live, study, and socialize. With smaller than average room sizes, more common areas, study alcoves, kitchens, terraces, a classroom, and café were built with the saved space. To achieve it's LEED Gold status, our design team implemented the following sustainable building systems. Active and passive controls, motion-sensor lights in all spaces, special triggers to disable HVAC use when the operable windows are open, solar fins that shade west-facing windows for additional energy savings, and geopier footings in place of typical cast-in-place concrete, which saved time and money.Constructed on the last available parcel of campus land, the Blackstone Residence Hall was squeezed between a major college entrance, a busy street and two existing structures, with no green space on site. To make the design work, the project team employed the latest building information modeling and document-control technologies to create an angular building design that maximizes the number of units while leaving room for outdoor amenities. The result is an efficient LEED Gold building, highlighted by smaller-than-average, 150 SF dorm rooms. The saved area was allocated for more common space, study alcoves, kitchens, terraces, a classroom and a café. The 61,000 SF structure provides 15% of its area as amenity space for residents. It also created a new secondary campus entrance.

The Multidisciplinary Research Building 1 (MRB1) is a new laboratory integrated into the University’s strategy for strengthening both research and teaching capabilities. The building includes wet labs and research space, a vivarium, offices, classrooms, assembly areas, exterior terraces, and a 4-story atrium. tk1sc used Pyrosim/FDS as well as pathfinder in order to design the mechanical smoke exhaust system for the atrium. The 141,000 square foot facility was designed to achieve LEED Platinum, and meet UCR’s goals to expand their interdisciplinary academic research capabilities. Working with the design-build team of Hensel Phelps with SmithGroupJJR, we are providing code consulting services for UC Riverside’s new Multidisciplinary Research Building 1. Once complete MRB1 will provide bio-safety level 2 (BSL2) wet research labs, dry labs, core lab support facilities, vivarium, faculty and academic support. The 141,000 sq ft facility is designed to achieve LEED Platinum, and meet UCR’s goals to expand their interdisciplinary academic research capabilities

This design-build project is a 38,900 SF two-story law enforcement training center. The building design was certified by the California Commission on Peace Officers Standards and Training. The facility includes classrooms, training simulation labs, a fitness lab, locker room, an armory and mat room for physical combat training.

The Student Recreation Center is a 138,000 square-foot facility for exercise and leisure activity that promotes lifelong health and wellness. This project aimed to create a student recreational center where students can workout, hang out, and relax in a sustainable environment. The 2-story project includes a gymnasium, sports courts, weight training & fitness areas, multipurpose rooms & a 5,000 square-foot pool area with showers &locker rooms. tk1sc provided mechanical, electrical, and plumbing engineering, low voltage systems design, and lighting design for this eco-friendly LEED Gold certified building.

The Second Phase of the Pitzer Student Housing project consists of two 4-story buildings with approximately 90,000 square feet of multi-story Student Dormitory while housing 304 Beds in 79 units. The project includes an open common area in between buildings. Amenities include computer labs, classrooms, study rooms, and offices. Systems include graywater collection, photovoltaic panels, green roofs, living walls, and permeable concrete. The exterior of the buildings consists mainly of plaster, fiber cement siding, and operable windows with the mechanical system tied to it. tk1sc provided full-service engineering services for mechanical, electrical, plumbing and low voltage designs. The project is the first to receive LEED Platinum certification on the Pitzer campus.