Athletic Facilities
Project Portfolio
About CMTA
CMTA was founded in 1968 and is recognized as a national leader in high performance, sustainable design within the engineering industry. Our firm has leveraged our expertise in high performance, energy-efficient design into a nationwide practice that includes consulting engineering, performance contracting and zero energy design, technology solutions, and commissioning services.
CMTA prides itself on its data-driven, performance-based design process. Performance-based design uses benchmarking of our projects’ real-world energy usage as a challenge to our engineers to continuously improve energy performance. CMTA’s first signature performance-based design project was Richardsville Elementary School, the nation’s first operational Zero Energy school. Since then, our Zero Energy projects have led our firm into the national spotlight.
Because we walk the talk, we are true partners vested in sharing our knowledge with our clients. Our corporate headquarters in Louisville, Kentucky and our Lexington, Kentucky offices are both zero energy buildings with perfect ENERGY STAR scores. And our CMTA Energy Solutions corporate office in Louisville is the first in the U.S. to operate as Zero Energy and achieve WELL Gold certification. CMTA strives to create strong relationships with building owners and managers while also focusing on the health and comfort of the people who live, work, and play in spaces we design.
FC Louisville Lynn Family Stadium Louisville, Kentucky
Stadium + Arena Design
The interplay of spaces for success
CMTA has been engineering sports venues for over 50 years. In that time, we have learned a lot about how buildings affect occupant comfort and overall fan experience. That knowledge – coupled with our focus on high performance design – has led to some of the most energy efficient buildings in the nation.
In the design of a modern sports arena, the effectiveness of Mechanical, Electrical, and Plumbing (MEP) systems is crucial across various specialized spaces. CMTA’s extensive experience in engineering these areas highlights the importance of tailored MEP solutions in enhancing functionality, safety, and overall user satisfaction.
Spectator/Event Spaces
As the core of any arena, these spaces require meticulous MEP design to ensure optimal comfort and safety for large audiences. Advanced HVAC systems are essential to maintain consistent temperature and air quality, adapting to varying occupancy levels. Strategically designed lighting and sound systems enhance visibility and acoustics, contributing to an immersive spectator experience. CMTA’s proficiency in integrating these systems ensures that events proceed seamlessly, providing spectators with an engaging and comfortable environment.
Player/Team Spaces
Areas such as locker rooms, training facilities, and lounges require specialized MEP considerations. Precise climate control and superior ventilation are vital for athlete comfort and performance. Robust plumbing systems support amenities like showers and hydrotherapy pools, facilitating effective recovery protocols. CMTA’s expertise ensures these spaces are equipped to meet the rigorous demands of athletes, fostering an environment conducive to excellence.
Fan/Guest Amenities
Amenities including concessions, restrooms, and merchandise areas significantly influence the overall fan experience. Efficient MEP systems are essential to manage high foot traffic, ensuring quick service and comfort. Proper ventilation and temperature control in these areas enhance patron satisfaction, longer stays, and increased engagement. CMTA’s experience in designing these systems ensures that guest amenities operate smoothly, creating a positive and memorable experience.
Operations and Support
Behind-the-scenes areas such as kitchens, storage rooms, and administrative offices rely on well-designed MEP systems to function efficiently. Reliable electrical and plumbing infrastructures are crucial for daily operations, supporting everything from food preparation to facility maintenance. CMTA’s comprehensive approach ensures that these support systems are robust and dependable, underpinning the arena’s overall functionality.
Circulation
Effective crowd movement within an arena is paramount for safety and convenience. MEP systems play a significant role in this aspect by providing appropriate lighting, signage, and environmental controls in corridors, stairwells, and concourses. CMTA’s attention to these details ensures that spectators can navigate the facility with ease, enhancing their overall experience and safety.
By emphasizing CMTA’s extensive experience in engineering these critical components within various facilities, it becomes evident that specialized MEP design is integral to the success of an arena project. This expertise ensures that all spaces within the arena function optimally, providing a superior experience for athletes, guests, and staff alike.
Rough Riders Center Mechanical Systems North Dakota
Spectator + Event Spaces
Designing MEP systems for spectator and event spaces in arenas requires a comprehensive approach that emphasizes health and wellness, safety, and sustainability. In seating areas, advanced HVAC systems are essential to maintain optimal air quality and temperature, ensuring spectator comfort and reducing the risk of airborne illnesses. The integration of energy-efficient lighting not only enhances visibility but also aligns with sustainability goals by reducing energy consumption. Additionally, incorporating clear exit signage and strategically placed emergency lighting facilitates swift evacuations during emergencies, thereby enhancing overall safety.
VIP Suites
In VIP and suite areas, providing individualized climate control systems allows occupants to adjust temperature and ventilation to their preferences. High-quality air filtration systems further improve indoor air quality, contributing to the health and wellness of guests. The use of sustainable materials in interior finishes and the integration of smart technologies for lighting and climate control not only enhance guest comfort but also promote energy efficiency. Ensuring secure access through advanced control systems and compliance with fire safety regulations, including dedicated evacuation routes, is essential for occupant protection.
Stages + Event Areas
Stage and event areas demand flexibility to accommodate various event types. Implementing modular HVAC setups and scalable electrical infrastructures allow for adaptability, ensuring that different events can be supported effectively. The use of energy-efficient lighting and the incorporation of renewable energy sources contribute to minimizing the environmental impact of these spaces. Additionally, integrating advanced fire suppression systems and ensuring clear egress pathways are crucial to safeguarding the well-being of performers and audiences alike.
LEFT: Lexus Club at Rupp Arena Lexington, Kentucky
BELOW: The Mission Ballroom Denver, Colorado
ABOVE: UK ESPN Broadcast Studio Rupp Arena Lexington, Kentucky
Rupp Arena & Lexington Convention Center
Lexington, Kentucky
Rupp Arena’s vision to be “freed” from the connecting structures allows this historic venue to shine as the crown jewel of college basketball. The $310 million renovation of Rupp Arena and the associated replacement of the Lexington Convention Center is the single largest capital public improvement project in Lexington’s history and the largest economic development project in the state.
CMTA designed the Mechanical, Electrical, and Plumbing systems, including a new central utility plant that supports the operation of the arena, convention center, and hotel across the campus. With staged air-cooled chillers and secondary pumping zones, the design allows the campus to meet variable load-based demand. Also included are new club venues that offer hospitality options to the fan base.
In addition, Rupp arena provides a dramatic, light-filled expanded concourse and new, improved individual seat-back seating in the upper bowl.
The new Lexington Convention Center contains 200,000+ SF of usable space, including 100,000+ SF of exhibition space, 25,000+ of ballroom space, and 25,000+ of new meeting space to allow Lexington to attract the best conventions to the city. The project is targeted to be LEED certified.
Project at a Glance Completion: 2022
Size: 366,000 SF
Cost: $310,000,000
Project Type: Addition & Renovation
Ed Robson Arena
Colorado College | Colorado Springs, Colorado
The 3,400-seat multi-purpose arena benefits both Colorado College and the Colorado Springs community, as it serves the college’s hockey team, intramural, student life activities, academics, and community hockey leagues. The threefloor facility contains state-of-the-art training amenities, uninterrupted spectator sections, and premium club lounges.
The building is designed as an aspirational model of accessibility and sustainability for students and the nation and furthers the college’s commitment to sustainable design with its energy goals. The new arena allows the Colorado College hockey teams to play on campus for the first time in their 80-plus-year program history.
CMTA designed a high-temperature heating water system used for heating the arena – an uncommon system for the region.
Project at a Glance
Completion: 2022
Size: 130,000 SF
Cost: $52,000,000
Project Type: New Facility
Lynn Family Stadium
Louisville, Kentucky
The Louisville City Football Club strives to be the top team in the USL (United Soccer League) with the best facilities and fanbase with their new $65 million, 11,300-seat stadium in Louisville’s historic Butchertown District. The focal point of the stadium’s design is an iconic canopy covering the seating bowl that celebrates and reflects the surrounding neighborhood and its heritage.
The design team was tasked with creating a top-tier playing environment for competitions and adding amenities and technology that provide fans with an unparalleled experience. The unique canopy design required a purposeful approach to integrate elements of the sports lighting, distributed sound, and stormwater drainage systems into the
structure. Featuring the latest in LED sports lighting technology, theatrical effects amplify energy in the stadium during competitions. Other key MEP design elements include an underground beverage pathway system, turf heating and drainage systems, and an extensive array of stadium technology that includes over $3 million of video displays and distributed infrastructure to enable highquality production of HDTV broadcasts.
Project at a Glance
Completion: 2020
Size: 11,300 Seat Capacity (expandable to 15,304)
Cost: $65,000,000
Project Type: New Facility
Freedom Field at the Heritage Complex
Alvin Independent School District | Alvin, Texas
The Alvin ISD Heritage Complex is an extracurricular and events complex that was designed and constructed to meet the current and future needs of the fastgrowing school district. The 94-acre Heritage Complex contains Freedom Field, Liberty Alumni Hall, and Legacy Field House.
Freedom Field is a 10,800-seat high school football and soccer stadium that includes a 2-story press box.
The 6,000 SF press box contains suites for coaches, scouts, broadcasting, production, media, and a 1,500
SF hospitality suite.
Liberty Alumni Hall is a 14,000 SF, 500-seat multipurpose facility designed for hosting district functions and school board meetings. It contains a full kitchen and has prime viewing areas looking out onto the end zone of Freedom Field.
As with most facilities on this campus, Legacy Field House was built for multiple purposes. In addition to containing the home and visitor’s dressing rooms, this 11,500 SF building includes office and conference space for the Alvin district-wide athletic personnel.
Project at a Glance
Completion: 2018
Size: 10,800 Seat Capacity
Cost: $42,000,000
Project Type: New Construction
Martire Family Arena
Sacred Heart University | Bridgeport, Connecticut
In collaboration with the design team, CMTA completed the pre-design and design for the Martire Family Arena on Sacred Heart University’s (SHU) West Campus. SHU’s goal was to compete regularly at a national level, and to achieve this goal, a new on-campus stadium was necessary. The pre-design served as a basis to support design and aid in preliminary cost estimating. Design concepts included major mechanical systems such as plumbing, fire protection, HVAC, and temperature controls, as well as major electrical systems including power, lighting, low voltage systems, and telecommunication services. The new facility includes an NHL standard rink, locker rooms, state-of-the-art strength
and conditioning facilities, sports medicine and hydrotherapy suite, off-ice training spaces, and meeting and lounge areas. The new arena will be home to SHU’s D1 men’s and women’s hockey programs, the nationally recognized figure skating team, and the men’s and women’s club teams.
Project at a Glance Completion: 2023
Size: 122,000 SF
Cost: $70M
Project Type: New Facility Delivery Method: CMAR
We are so excited for the new arena and what it will do for our team... It’s going to continue to allow us to recruit and bring in Division I student-athletes here to SHU. This is a destination place, and we welcome students, family and the community to attend an experience that will be second to none. ~ Thomas O’Malley, Women’s Hockey Head Coach
Xtream Arena & GreenState
Family Fieldhouse
Coralville, Iowa
The Xtream Arena is part of the Iowa River Landing $190 million reinvestment project to create a better area for visitors entering from Interstate 80. The new state-of-theart arena and fieldhouse opened its doors in September 2020 and contains 5,100 seats. It’s mainly used for hockey and volleyball events and is connected to a recreation center and retail spaces, with a hotel currently under construction.
The 5-court, 30,000 SF GreenState Family Fieldhouse is connected to the Xtream Arena. The facility hosts a number of youth and adult sports events practices, and tournaments, including basketball, volleyball, pickleball, wrestling, futsal, gymnastics, cheer, and dance. In addition, the facility can host community recreation programming, graduation ceremonies, tradeshows, and other special events.
The entire Iowa City, Cedar Rapids corridor is going to benefit from this project — this is more than just an arena and a fieldhouse, it’s an incredible addition to the Iowa River Landing.
– Coralville Mayor John Lundell
Project at a Glance
Completion: 2020
Size: 5,100 Seat Arena; 30,000 SF Fieldhouse
Cost: $60,000,000
Project Type: New Construction
Rough Rider Center
Watford City, North Dakota
The Rough Rider Event Center provides amenities for community recreation, theatre, and concerts, as well as a multitude of convention center resources. The building has two ice sheets for hockey and a multipurpose fieldhouse for basketball, volleyball, and baseball with indoor turf for off-season practice. The gymnastics club has a new home within the building, providing opportunities for community growth. The aquatic center includes a leisure pool with a slide and a sixlane competition pool.
Support facilities for the swimming pool area include a party room, family locker rooms, and standard locker room facilities. The main
arena has seating for up to 3,200 spectators and can be modified for theatre and concert events. The convention hall allows for a variety of meeting activities and can accommodate up to 450 people. There is a full commercial kitchen to provide catering and service functions.
Project at a Glance
Completion: 2016
Size: 260,000 SF
Cost: $90,000,000
Project Type: New Facility
Player + Team Spaces
Designing MEP systems for player and team spaces within an arena—such as locker rooms, training facilities, and player lounges—requires a comprehensive approach that emphasizes health and wellness, safety, and sustainability. In locker rooms, implementing advanced HVAC systems is crucial to maintain optimal air quality and temperature, ensuring a comfortable environment for athletes.
Proper ventilation helps prevent the buildup of moisture, reducing the risk of mold and mildew, while antimicrobial materials in surfaces and finishes can further enhance hygiene within the space. Adequate lighting and nonslip flooring materials are essential to prevent accidents in wet areas, and emergency communication systems should be installed to allow immediate contact with medical personnel if needed. Utilizing water-efficient fixtures, such as low-flow showers and faucets, can significantly reduce water consumption. Additionally, energy-efficient lighting with occupancy sensors can minimize energy usage when spaces are unoccupied.
Training Spaces
Training facilities must maintain precise temperature and humidity control to provide an optimal environment for athletes. Effective ventilation is crucial for removing airborne contaminants, while the use of specialized flooring helps reduce joint stress and lowers the risk of injury. Integrating natural light through windows or skylights not only reduces reliance on artificial lighting but also decreases energy consumption. Furthermore, incorporating sustainable materials in construction and finishes reinforces a commitment to environmental responsibility.
Player Lounges + Locker Rooms
Player lounges are designed to create a relaxing environment for athletes by offering comfortable seating, proper lighting, and various entertainment options. Ensuring the safe installation and maintenance of electrical systems helps to avoid potential hazards, while clear pathways and sufficient space minimize the risk of trips and falls. Integrating energy-efficient appliances and lighting, as well as using sustainable materials for furnishings, supports environmental objectives. Additionally, incorporating plants can improve air quality and elevate the overall atmosphere of the space.
University of Cincinnati Bearcats Lockeroom Cincinnati, Ohio
ABOVE: University of Louisville Student Recreation Center
LEFT: Joe Craft Football Training Center, Bio-scan
Football Locker Room & Support Facilities
University of Cincinnati | Cincinnati, Ohio
Following a feasibility study conducted by CMTA, CMTA partnered with Motz Engineering, for the mechanical and plumbing engineering design for the upgrade to University of Cincinnati’s Football team’s locker room adjacent to Nippert Stadium. The project includes more than 5,000 SF of space: 3,525 SF of locker room space, 1,225 SF players lounge and a 440-foot fuel station.
This reconfiguration was complicated as the design team was working with low ceiling heights while addressing the need to upgrade the ventilation system in the locker rooms.
Bringing energy and a “wow” factor into the space, new A/V systems enhance the locker room for players, coaches and administration. Multiple programmable video walls are featured throughout the space in addition to 3 programmable video bookends located at the end of 3 rows of lockers in custom casework.
Project at a Glance
Completion: 2022
Size: 5,000 SF
Cost: $6M
Project Type: Renovation
Delivery Method: Design Bid Build
Maturi Sports Pavilion
University of Minnesota, Twin Cities | Minneapolis, Minnesota
CMTA provided mechanical and electrical engineering services for the University of Minnesota’s volleyball facility renovations.
Maturi Pavilion has been home to NCAA Division I Gopher volleyball since 1994. Prior to the 2019 season, Maturi Pavilion received world-class facility upgrades that transformed the existing space to enhance the performance and experience of volleyball student-athletes. The 9,000 SF renovation included updated locker rooms, weight room improvements, a new club room, and a hydrotherapy tub all located adjacent to the competition court.
A new air conditioning system was designed for the facility, providing a comfortable and temperature-controlled space for athletes and fans.
Project at a Glance
Completion: 2018
Size: 9,000 SF
Cost: $4M
Project Type: Renovation
Norton Healthcare Sports + Learning Complex
Louisville Urban League | Louisville, Kentucky
This 24-acre, multi-sport complex located in Louisville’s Russell neighborhood, hosts a variety of local, regional and national track meets, other sporting events, concerts and community programming. The facility features 90,000 SF of floor space with a 4,000 seat, 200-meter banked indoor track and competition areas for all jumps, vaults and throws and the aforementioned 400-meter outdoor track.
CMTA was proud to be a part of such a pivotal project, and provided MEP engineering. The team incorporated the following sustainable design elements:
– Bi-polar ionization technology is being applied to reduce HVAC outside air load by 50% and provide cleaner air for the track and field space.
– With the use of LED lighting, the design has achieved a lighting power density of 0.65 W/ft. ASHRAE/IES 90.1 allows 0.78 W/ ft in sports arenas. This is 10% improvement over code.
– 95% efficient high-efficiency condensing boilers are being used for building heating.
Project at a Glance
Size: 90,000 SF
Cost: $53M
Completed: 2021
Project Type: New Construction
Joe Craft Football Training Center
University of Kentucky | Lexington, Kentucky
CMTA provided security design for this training center, which incorporated all of the University electronic security initiatives. Specifically interior and exterior Video Management System (VMS), Security Management Control System (SMS) and warning notification systems. The system included logic capabilities such as visitor management, time codes, intrusion detection, and digital signage for emergency notification features and a multi-technology ID Card.
They included Security Cameras with the servers and analytics that run them. The door access control system will be integrated to the video system as a single web portal interface. All of these report directly to the University Police Department and other authorized group of users. They utilized biometric eye readers to provide convenient, hands free access to student athletes and staff. The readers are incorporated into the larger campus system.
Project at a Glance
Size: 100,000 Square Feet
Cost: $45,000,000
Completed: 2016
Recreation & Wellness Center
Florida Gulf Coast University | Fort Myers, Florida
CMTA designed the mechanical, electrical, plumbing, fire protection, and low voltage systems for a new 118,000 square-foot recreation facility, which is located on the main campus of Florida Gulf Coast University in Ft. Myers.
The project houses a Fitness Center, Group Fitness Studio, and the Strength & Conditioning Room. It comprises an indoor suspended jogging track, cardio training pieces including treadmills, ellipticals, upright & recumbent bikes, and rowing machines. The facility also features strength equipment, along with a free-weight area equipped with dumbbells and plate-loaded strength training equipment.
Project at a Glance Completion: 2019
Size: 118,000 SF
Cost: $18.2M
Project Type: New Construction Awards / Certifications: – LEED Silver
Student Recreation Center
Mount St. Joseph University | Cincinnati, Ohio
CMTA provided mechanical, electrical, fire protection, and plumbing engineering and construction administration related for the design and construction of the new 86,600 square foot recreation and fitness center for the students and faculty of Mount St. Joseph University. The facility includes an entry lounge, multi-use track, fieldhouse, storage, spectator seating for 750, weight and fitness area, offices, five locker rooms, laundry facilities and restrooms.
Construction Administration including shop drawing review, RFI response, change order review, construction meetings every two weeks, above ceiling inspection and final punch list.
Project at a Glance
Completion: 2021
Size:86,600 SF
Cost: $16,000,000
Project Type: New Construction
Delivery Method: CMAR
Awards / Certifications: – Net Zero-ready – LEED Gold
3M Mariucci Arena Hockey Suite Renovation
University of Minnesota | Minneapolis, Minnesota
A staple to both the university and Minnesota hockey, 3M Mariucci Arena has been home to NCAA Division I Gopher hockey for over 25 years. As the Gopher hockey program continued to grow, the outdated facility was in need of significant renovations. CMTA was hired to provide mechanical and electrical engineering services for the renovation.
Major renovations to the first floor include the weight room, locker rooms, training spaces, and administrative suites. The lower level was reconfigured to include a Hall of Fame, media room, team lounge, and video rooms, as well.
The project was held to high standards with a goal to provide student-athletes with state-of-the-art equipment, allowing them to maximize their athletic training and development. It also gives Gopher Hockey leverage in recruiting. The renovated facility truly provides an unmatched experience for players and coaches alike.
Project at a Glance
Completion: 2020
Size: 11,000 SF
Cost: $8M
Project Type: Renovation
Thorntons Athletic Academic/Nutrition Center
University of Louisville | Louisville, Kentucky
The 55,000 SF facility was sponsored by Thorntons and provided many needed services for University of Louisville student athletes. The facility includes a large dining hall to house student athletes and provides views of the south of Cardinal Stadium parking lots. Within dining, a large kitchen area with four cooking lines provides numerous options. Athletics offices include nutritionists for the student athletes. A large auditorium for over 200 student athletes spans the two floors. Study carrels and group study rooms are included.
CMTA provided full MEP design and Commissioning services to include Mechanical/Electrical/Plumbing Systems, low voltage, technology, lighting design, fire protection and HVAC integration, security, site distribution and emergency power.
Project at a Glance
Cost: $10,000,000
Size: 55,000 SF
Completed: 2016
Kaplan Center for Wellness
University of North Carolina | Greensboro, North Carolina
This new wellness center serves 18,000 students and consists of space in three primary zones: activity, administrative, and support areas.
The activity zone includes a three-court gymnasium, a two-court gymnasium, an elevated jogging track, weight training rooms, multipurpose rooms, a 25-meter competitive natatorium, a fitness pool, classrooms, offices, and storage areas to support all activity spaces.
The administrative zone includes the director’s office suite, program staff offices, graduate assistants and student employee work areas, conference room, storage, and ancillary spaces.
The support zone includes lounge areas, a pro shop, locker rooms, laundry, recreation, and general building storage. A new central utility building was also constructed to serve the new student recreation center and houses the cooling tower, tower disc filtration system, chillers and boilers, hot water, chilled water, and condenser water pumps.
Project at a Glance
Completion: 2016
Size: 216,000 SF
Cost: $92,000,000
Project Type: New Facility LEED Gold
Pete Frates Center at Harrington Athletic Village
Boston College | Boston, Massachusetts
CMTA was selected by Boston College to design the MEP and Fire Protection systems for a new 31,000 square foot, indoor baseball/softball training facility at Harrington Athletics Village. The building was dedicated in June 2019 as the Pete Frates Center to honor the late Boston College baseball player who courageously battled ALS. The facility includes locker rooms, lounges, softball and baseball clubhouses, strength and conditioning, sports medicine and hydrotherapy spaces, hospitality suite, laundry facilities, and indoor hitting tunnels on the second floor.
Close coordination with the design team was critical to ensure systems located high in the hitting tunnel truss system, including netting systems, air distribution, destratification fans, sprinkler piping and Musco lighting system, could be installed without clashes.
Noise attenuation for MEP equipment located adjacently to the fields was carefully considered. The chiller achieves low sound levels, minimizing the impact to spectators in the stands and press boxes, as well as players on the field.
LEED strategies include enhanced IAQ, indoor and outdoor water use reduction, and interior lighting control. An eQuest model was developed to estimate energy use reduction.
Energy-efficient planning and design strategies resulted in a 31% energy savings over current code minimum requirements. Advanced metering allows the Boston College to track progress real-time post-occupancy. .
Project at a Glance
Size: 31,000 Square Feet
Cost: $23,000,000 Completed: 2020
Fan + Guest Experience
MEP design plays a crucial role in enhancing fan and guest amenities at stadiums and arenas by ensuring safety, comfort, and convenience. Like player and team spaces, efficient HVAC systems provide consistent climate control, maintaining comfortable temperatures and air quality regardless of the venue’s size or weather conditions.
Well-designed electrical systems support advanced lighting and audiovisual experiences, which creates immersive atmospheres during events. Plumbing systems are integral to guest satisfaction, offering sufficient, clean, and accessible restrooms while also enabling the quick and hygienic delivery of water to concession stands. Additionally, MEP strategies that incorporate energy-efficient technologies, such as LED lighting, renewable energy sources, and water-saving fixtures, not only optimize the guest experience but also reduce operational costs and environmental impacts. Thoughtful MEP design guarantees that stadiums and arenas remain high-performing spaces that cater to both guest needs and sustainable practices.
Enhanced Seating
MEP design can be integrated into arena seating to enhance functionality and fan experience. Under-seat ventilation ensures comfortable climate control, while power outlets or USB ports keep attendees connected during events. Advanced lighting systems can add dynamic effects during performances or games. Retractable seating mechanisms with efficient motors allow quick space reconfiguration for different events. These features create a more engaging and convenient experience without sacrificing comfort or efficiency.
Kitchen + Concessions
Efficient MEP design plays a pivotal role in optimizing the operations of concessions and kitchens in arenas. Properly designed HVAC systems ensure adequate ventilation and temperature control, creating a comfortable environment for food preparation and service. High-capacity plumbing systems enable reliable water supply for cooking, cleaning, and sanitation purposes, while also supporting grease management systems to prevent clogs and maintain hygiene. Integration of energy-efficient equipment, such as high-performance ovens, fryers, and refrigeration units, lowers energy consumption and operational costs. Additionally, thoughtful electrical layouts ensure seamless power distribution to multiple high-demand appliances, minimizing downtime and ensuring smooth operations during events. These advancements streamline workflows, enhance food safety, and improve overall efficiency in concessions and kitchen facilities.
RIGHT: Xtream Arena
FAR RIGHT: Mission Ballroom
Churchill Downs
Louisville, Kentucky
Home to “The Most Exciting Two Minutes in Sports” - The Kentucky Derby, CMTA began partnering with Churchill Downs in 2014 to transform the historic horse racing venue. Led by international sports architecture firm Populous, CMTA developed a master plan to capture the vision for the evolution of the entire race track campus and has since continuously been executing that vision with the construction of the new Starting Gates Suite Tower, Clubhouse Tower Renovation, West Campus Expansion, new Exterior Colonnade, Infield Gates, Equine Hospital, new Broadcast Center, and numerous other improvements.
Every project at Churchill Downs is a unique design experience with a focus on the fan experience. With over 170,000 people attending the Run for The Roses, the designs at Churchill must create comfort and excitement. Architectural lighting, temperature control, audio/video, and technology systems all work to allow the building to host the unforgettable experience that captures the world’s attention the first week of May each year.
Public safety and security is paramount. CMTA implemented a complete rework of the existing fire alarm system, new access control and CCTV system, a new centralized Fire Command Center, and consolidation and replacement of emergency backup generators to improve critical infrastructure across the campus. Due to the extensive rework new utility service entrances and distribution for electric and natural gas
Cardinal Stadium
University of Louisville | Louisville, Kentucky
The University of Louisville hired CMTA to renovate and expand Cardinal Stadium.
The North end zone expansion created 6,000 seats which included field level luxury suites, new lodge boxes on the lower concourse and a club suite. The stair towers constructed on both sides of the stadium were used to incorporate new video scoreboards. The stadium sports lighting had to be adjusted and aimed to accommodate the new scoreboards.
Along with this addition, the existing Schnellenberger building, which is used as the football training facility, was renovated and expanded adding an additional 44,000 square feet to the existing 45,000 square foot building. The renovations included the football weight room, new team meeting rooms, physical therapy areas with hydrotherapy pools, new team lounge spaces, offices and club areas for fans. New led lighting was added and replaced throughout the facility. CMTA designed
the infrastructure for the XOs System, an intranet system for breakdown and sharing of game film among coaches and players. New broadcast infrastructure equipment was installed for three new camera locations.
The expansion took place on top of all the existing utilities that served the stadium. Extensive work was done to relocate existing 15kv utility, sewer, gas, water and communications lines. Utility shutdowns took place over night and on weekends when football staff were traveling to minimize downtime of the facility. This required extensive planning during design and release of early bid packages to coordinate with coaching recruiting travel.
Project at a Glance
Size: 65,000 seats
Cost: $63M
Completed: 2018
Project Type: Addition
Operations, Support + Production
MEP design plays a key role in the efficiency and functionality of arena operations, support, and circulation. Optimized HVAC systems ensure ideal temperature and air quality, keeping attendees and staff comfortable during events. Well-designed plumbing systems improve water supply reliability for restrooms, concessions, and cleaning, ensuring hygiene and reducing delays. Effective electrical systems deliver consistent, safe power to lighting, sound, and video systems, all essential for event success. Smart ventilation systems can also improve circulation by managing airflow in high-traffic areas, reducing bottlenecks and enhancing workflows. By addressing these elements, MEP design boosts the functionality and sustainability of arena facilities.
Broadcast + Production Facilities
Broadcast facilities within arenas require precise environmental conditions to ensure both equipment functionality and broadcast quality. MEP systems must provide stable temperature and humidity levels, which are critical for the optimal performance of sensitive equipment. Implementing redundant power systems ensures uninterrupted operations, enhancing safety and reliability. The incorporation of energy-efficient cooling solutions aligns with sustainability objectives while maintaining the necessary operating conditions for broadcast equipment.
Workplace
In offices, ergonomic design of workspaces, including adjustable furniture and adequate lighting, promotes the well-being of staff. Indoor air quality should be maintained through proper HVAC systems to ensure a healthy working environment. Implementing secure access controls protects sensitive information and personnel, while emergency lighting and clearly marked exits are essential for safe evacuation during emergencies. Energyefficient office equipment and lighting systems contribute to reduced energy consumption, and utilizing materials with low volatile organic compound (VOC) emissions supports indoor air quality and environmental sustainability.
ABOVE: NFL Media - West Coast HQ Inglewood, CA
LEFT: MLB Headquarters New York, NY
ABOVE: University of Kentucky Production Studio, Lexington, KY
NFL Media - West Coast Headquarters
Hollywood Park | Inglewood, California
NFL Media relocated into a newly constructed building at the Hollywood Park campus of the new SoFi stadium, occupying Levels G, L-2 and L-3 of this seven-story, multi-tenant building. Included was the construction of a built-to-suit Studio Building (25,000 SF) and adjoining Studio Support Building of an additional two floors (36,000 SF) and a rooftop 1,8000-SF studio with lighting, electrical and cabling support for the outdoor amenity decks.
Project at a Glance
Completion: 2021
Size: 300,000 SF
Awards/Certifications:
– 2021 Best of Year Interior Design - Commissary
MLB Headquarters
1271 Avenue of Americas | New York, New York
Phased relocation and consolidation of MLB and MLBAM into one location, taking six (6) contiguous floors which includes production, studios, logging stations, street level studio, large existing auditorium and network operations center. Amenities include a full cooking kitchen, fitness center and retail component.
Project at a Glance Completion: 2020
Size: 380,000 SF
Awards/Certifications:
– 2022 Interior Design, NYCxDesign Awards Large Office, Honoree
– 2021 CoreNetNYC, Awards of Excellence Project of the Year Over 300,000 SF
PGA Tour Studios
PGA Tour | Ponte Vedra, Florida
CMTA is providing multiple design disciplines, including MEP/FP, Acoustic design, Energy Modeling and LEED Commissioning services for the new PGA Tour Media facility, named ‘a game changer’ in the sports media space.
This cutting-edge, three-level, 165,000 SF media facility is home to the largest golf footage library in the world and houses all PGA Tour Media operations, social media, digital operations, and a new international feed. The robust facility features eight production rooms, eight audio control rooms, and seven LED-outfitted studios—the highlight being Studio 1A with a 270-degree LED display and LED Floor, as well as a second level to provide viewing space for various broadcast angles.
Other unique attributes include a custom 34-seat theater, studio-specific podcast booths, Pro Shop, and coming in 2026 is PGA Tour Radio.
The PGA Tour Studios sits adjacent to the 187,000 SF PGA Tour Headquarters, which opened in 2021. The completion of the studios helped the PGA Tour campus achieve USGBC’s LEED Gold certification for its sustainable design and operation, using specific approaches to conserve energy, reduce water use, and enhance indoor air quality.
Project at a Glance
Completion: 2025
Size: 165,000 SF
Energy Modeling, LEED Commissioning LEED Gold
NBA Headquarters
645 Fifth Avenue | New York, New York
Fresh headquarters renovation in time for the NBA’s 75th anniversary season consisted of a phased re-stack of eight (8) floors having open workspace, large collaborative areas, executive floor cafe and radio broadcast component. The feature is full 7,300 square foot cafeteria, defined by a severy and event space creating a basketball experience, including a deli and food stations reminiscent of a stadium concession stands with double height bleacher seating area.
Project at a Glance
Completion: 2020
Size: 180,000 SF
The Downtown Studio
University of Kentucky, JMI Sports | Lexington, KY
A collaboration between the UK College of Communication and Information, UK Athletics, and JMI Sports, the University of Kentucky’s Downtown Broadcasting Studio bridges the gap between education and professional broadcasting environments. The 20,000 SF facility provides students with hands-on, experiential learning and the opportunity to work alongside professionals producing sports programing, broadcast news, and other digital content. CMTA provided MEP engineering and technology design for the state-ofthe-art production center.
The facility features two broadcast studios, two control rooms, a video podcast studio, and flexible newsroom and classroom spaces. The building’s professional control room allows UK Athletics Broadcasting teams to produce men’s basketball games from Rupp Arena for ESPN and the SEC Network. CMTA designed a duplicate control room with nearly identical equipment to allow students to train on the same equipment used by ESPN professionals in adjacent workspaces.
The project also included extending the UK Athletics SMPTE2110 network, linking Memorial Coliseum, Kroger Field, and other sports venues on campus. This new network setup enables UK to produce any event from any control room on the network, offering unparalleled flexibility. The team also overcame spatial challenges related to the existing 2nd-floor shell structure. Although low deck heights made MEP coordination particularly difficult, the design team worked with UK staff to raise equipment as close to the structure as possible.
Project at a Glance
Completion: 2024
Size: 20,000 SF
Cost: $7M
Project Type: New Facility