Los Angeles Trade Technical College modernized its 400 West Washington campus. This renovation and expansion included a new 2-story 60,000 square-foot culinary arts building with cooking labs, demo classrooms, kitchens, a servery, modular dining hall, offices, and an outdoor herb garden. tk1sc provided mechanical, plumbing, and energy & sustainability design services, which encompassed our energy team contributing to the design of the mechanical solar photovoltaic panel system penthouse rooftop connected to the existing campus solar cell system. The system generates electricity and reduces campus energy costs. In addition to the cool-roof design, this new system reduces campus energy costs and the generated power needed for air conditioning. As a result, this project achieved LEED Gold certification.

This project is a new 35,000 square-foot medical office building. The facility houses 24 primary care and six mental health providers and includes adult primary care, OB/GYN, pediatrics, mental health, nurse clinic, lifestyle medicine, blood draw, pharmacy, and imaging (general radiology, mammography, and ultrasound). tk1sc's design services included mechanical, plumbing, and LEED energy modeling services. The project pursued a LEED v4 certification.

Our team provided mechanical, electrical, plumbing, technology, and lighting design services on this 60,000 square foot medical office building project located on the existing Kaiser Baldwin Park campus site. The new construction can house 42 provider offices, 50 exam rooms that accommodate orthopedics, urology, imaging, and RAD public square. The project goal was to create a technologically advanced Medical Office Building using a building automation system and specialty lighting systems integrated into various complex ceiling systems.

The UC Irvine Medical Center is a 411-bed full-service academic medical center. With plans to add a new 300,000 square foot in-patient tower to the existing 1.2 million square foot hospital, the medical center needed an additional central plant to provide a stand-alone chiller and emergency power to the outpatient services building, diagnostic and testing labs, administrative areas, and all non-acute care buildings. The new central plant's location is at a new second entrance to the medical center, a key factor driving the architectural design.