General Project Overview: Brinkmann Constructors completed a 65,000+ square-foot build-to-suit design-build facility for MHC Kenworth, serving as a truck dealership and service center located along Interstate 80 in Cheyenne, WY.  Your Scope of Work: • Full wiring and termination of the building automation system (BAS) supplied by Distech Controls (or your partner BAS brand). • Installed control wiring and terminations for HVAC systems, lighting controls, energy-management sensors and BAS network endpoints. • Coordinated interface points for integration with mechanical and electrical contractors, ensuring BAS readiness for commissioning. • Ensured compliance with commercial system standards and certified termination practices for mission-critical facility operations. • Supported commissioning-phase hand-off by providing complete termination documentation, wiring diagrams, and punch-list close-out. Key Highlights / Differentiators: • High-profile automotive/industrial facility in a prominent Wyoming location, enhancing your company’s portfolio in large-scale commercial building automation projects. • Collaborative execution within a design-build framework by Brinkmann Constructors, offering streamlined delivery and trusting subcontractor relationship. • BAS wiring terminations delivered with precision, enabling the facility operator to achieve optimal control, monitoring and energy-efficiency early in occupancy. • Emphasizes your capability not just in traditional electrical contracting but in advanced building automation wiring infrastructure. Client Benefit / Result: The MHC Kenworth facility now enjoys a modern, automated control system foundation—thanks to your BAS wiring and termination work—allowing service-bay operations, lighting, HVAC, and energy systems to be centrally monitored and managed. This means enhanced reliability, lower maintenance overhead and a future-proof system for the client’s growth.

General Contractor: GE Johnson Construction Co. Scope of Work: • Complete installation of the Johnson Controls Building Automation System (BAS) wiring network and terminations. • Coordinated control wiring for HVAC, temperature controls, and automation nodes throughout the facility. • Worked with Mechanical Systems, Inc. to integrate BAS endpoints, sensors, and network infrastructure. • Ensured compliance with the university’s standards for building controls and energy management. Key Highlights: • Deployment of a campus-grade BAS in a large institutional building. • Precision wiring and terminations to support the Johnson Controls BAS’s advanced automation capabilities. • Provided a turnkey controls-wiring solution enabling commissioning and hand-over of building automation in line with project schedule. Client Benefit: With the BAS installed and fully wired, the University now enjoys centralized monitoring and control of HVAC and temperature systems, enabling improved energy efficiency, reduced operational costs, and a future-ready building automation infrastructure.

• Provided complete building automation wiring and terminations for a 51,500 sq ft, 60-bed post-acute rehabilitation hospital.  • Installed BMS (Building Management System) backbone wiring for HVAC systems, lighting controls, and energy‐management modules, ensuring full automation readiness. • Terminated control wiring for hazardous and high-reliability areas in compliance with healthcare facility standards, supporting the hospital’s mission of “comprehensive inpatient and outpatient care.”  • Coordinated with mechanical, electrical, and automation subcontractors to integrate control nodes, sensors, and network interface points, achieving streamlined commissioning and system handoff. • Supported energy-efficient operations through precise wiring terminations and control system readiness, enabling facility operators to monitor and manage consumption immediately upon occupancy. Why This Matters: • Building a reliable automation wiring infrastructure at the commissioning stage ensures fewer callbacks, faster system verification, and lower operational disruption when the facility becomes active. • At healthcare projects, precision in control wiring is critical, not only for comfort and efficiency but for patient safety and regulatory compliance. • This project reinforces our capability in large-scale commercial/industrial automation wiring and positions us well for further institutional work across the region.

Project Overview: The East High School aquatic centre is a newly-constructed standalone facility sized at approximately 32,700 sq ft and costing about $16 million.  The pool features a 75′ × 120′ stretch with 10 swim lanes, a movable bulkhead, and upgraded locker and mechanical rooms.  Scope of Work (Our Role – Controls / BAS): • Installed the building automation wiring network and terminations for the new aquatic facility’s controls system, overseeing integration of HVAC, pool mechanical systems, lighting, and automation nodes. • Coordinated wiring in mechanical equipment rooms and control panels to interface with the BAS system, enabling centralized monitoring and efficient operation of pool systems (filtration, heating, ventilation) and associated facility controls. • Worked alongside the general contractor and mechanical subcontractor to ensure BAS readiness, performed control wiring verification and provided documentation for commissioning. • Delivered high-quality terminations and control wiring infrastructure designed for a state-of-the-art school pool facility, supporting long-term reliability and reduced maintenance overhead. Key Highlights: • Significant educational facility upgrade replacing a 50-year‐old pool with a modern, high-performance aquatic centre.  • Controls infrastructure supports advanced pool system ecology: lighting, HVAC and mechanical controls, automation motors, and energy-efficient operation. • Strengthens Our portfolio in institutional / educational building automation installations for K-12 sector. Client Benefit / Outcome: With the controls wiring and BAS infrastructure now in place, East High School’s new aquatic facility offers enhanced reliability, centralized monitoring of critical mechanical systems, and a modern control backbone ready for efficient pool operations. The school district now benefits from a future-ready automation system tailored for an advanced educational facility.