Union Gospel Mission of Tarrant County – Community Outreach Center

Fort Worth, Texas

Expertise

  • Community

Services

  • civil engineering
  • electrical engineering
  • landscape architecture
  • mechanical / plumbing engineering
  • structural engineering
  • land surveying

Size

  • 27,260 SF

BHB delivered a comprehensive suite of civil, electrical, mechanical, and structural engineering services, along with land surveying and landscape architecture, for the Community Outreach Center of the Union Gospel Mission of Tarrant County. This $13 million, 27,260-square-foot facility was thoughtfully designed to address skill gaps and underemployment among low-income and no-income individuals.

It includes UGM-TC’s Donation Warehouse and the Carl R. Brumley Community Room, which serves as both a rental venue for corporate or special events and a classroom for UGM-TC’s vocational training program. This program equips individuals with the knowledge and resources necessary to obtain fair-wage employment, particularly in fulfillment center logistics and apartment complex maintenance.

BHB was responsible for the mechanical and plumbing design of this state-of-the-art training facility, including new rooftop units with two-stage cooling and gas heating for optimal efficiency. BHB worked closely with the Owner to provide welding hood ventilation and appropriate design conditions for each distinct space. Special attention was given to routing and elevating exposed ductwork in high rack storage areas to prevent conflicts with forklift operations. The design was also customized to meet the diverse needs of the Community Room and allow it to function as both a classroom and an event venue.

BHB also provided the electrical power and lighting design tailored to the specific requirements of each space. The power system was designed with future on-site power generation in mind to ensure continuity during power outages. Conduit systems were pre-installed for potential future power and lighting needs, allowing easy access with minimal disruption. Power requirements varied across the facility, from EV forklift charging stations to pull-down receptacles connected to a power busway system in the training area. Lighting design included industrial high-bay lights for the warehouse and training spaces, and aesthetically pleasing luminaires for areas with lower ceilings. Façade lighting was modeled to enhance the visibility of the building’s main entry signage from East Lancaster.

To address the dynamic power needs of the training center, BHB implemented a powered busway system adaptable for future changes. This system initially provides power for 15A and 20A receptacles, 30A receptacles for dryer testing and repair, and a 50A receptacle for oven/range repair and testing. Power provided by cord reels can be retracted to maximize open space as needed.

The structural design included the drilled piers, exterior concrete tilt-walls, and steel columns/framing. The building featured two different roof heights to distinguish the workforce/community area from the warehouse area. BHB collaborated closely with the architects to meet the City of Fort Worth zoning department’s requirements for multiple variations in the exterior wall plane and window placement along the building’s façade. This necessitated the creation of distinct wall designs for different sections of the building. Additionally, the site presented steep grades along the front and side, necessitating the construction of substantial retaining walls.

The structural design included the drilled piers, exterior concrete tilt-walls, and steel columns/framing. The building featured two different roof heights to distinguish the workforce/community area from the warehouse area. BHB collaborated closely with the architects to meet the City of Fort Worth zoning department’s requirements for multiple variations in the exterior wall plane and window placement along the building’s façade. This necessitated the creation of distinct wall designs for different sections of the building. Additionally, the site presented steep grades along the front and side, necessitating the construction of substantial retaining walls.

Key People

  • Richard J. Watters, PE

  • Ali Buron, PE

  • Thomas Wilson, PE

  • Trace Strevey, PE

  • Ronald Ishmael, PE, LEED AP