-developed benchmarking studies for project pursuits
-coordinated products and details for documentation
-lead code and life safety analysis
-supported campus masterplanning efforts for feasability studies -introduced new workflows to enhance project delivery, renders and project templates -presented firm projects at a national sports conference
Project Architect
950 West Peachtree St. NW Unit 802
Awards + Press
Atlanta, GA 30309
A required course for Master of Architecture students, IBS2 focuses on technical aspects of framing, detailing and building enclosure. As an advisor there are expectations to be an expert in construction assemblies and to relay that knowledge to the students as a subsidiery to the professors. -created video tutorials to master Revit documentation -lead small group working sessions -tutored students on building code and building performance analysis
kjmill097@gmail.com
May 2023
Jan 2022
Aug 2020
Mar 2019
July 2017
Dec 2016
Dec 2015
Fall 2022 Spring 2022 Spring 2023
AIA Georgia, Excellence Award for Built Project – Nippert Stadium, Cincinnati
IIDA NE Chapter, Education Under 50,000SF - UGA Butts-Mehre Heritage Hall - Athens, GA
Architect Magazine, Adaptive Reuse - GSU Stadium, Atlanta
Student Competitions:
-lead project documentation team
2135 American Industrial Way tenant fitout project. This 35,000SF adaptive resuse project was delivered to the client 8/22 and is now the home of Wheels Up. Design opportunities included pinched lintel openings in double wythe exterior walls, large roll-up doors open to covered patio creating a open-air cafe and lounge space, exposed tounge and groove canopy and a mural by a local artist.
-coordinated between developer and GC during preconstruction meetings
Dec. 2022 ULI Hines Real Estate Development
Selected Projects
-exposed to practice management in contract reviews
Architectural Designer
Size
GT Student Athelete Performance Center - Atlanta, GA
Architectural Designer & Presentation Meaistro
UGA Track & Field Renovation - Athens, GA
UTK Neyland Stadium Renovation - Knoxville, TN
WVU Football Ops Expansion - Morgantown, WV
CCU Football Stadium Upgrades - Conway, SC
UNT Master Plan & Indoor Practice Facility - Denton, TX
-developed benchmarking studies for project pursuits
107,900SF
11,500SF
May 2023
Jan 2022
Aug 2020
Mar 2019
July 2017
Dec 2016
Dec 2015
Holleman.ma@gmail.com KEIVN MILLER
SF
$67,690,000
$4,744,400
$119,808,300
$30,874,000
The path towards licensure begins with the sports studio at HEERY International, now SLAM Collaborative. The sports studio focuses on collegiate athletic facilities; stadiums, arenas, indoor practice facilities, and student athlete performance centers. In a competitive market projects prioritize fan experience and recruiting the most talented student athletes.
$7,145,000
$16,311,900
This Real Estate Development national student competition runs for two weeks between Christmas break and the start of the Spring semester. Our proposal imagined a new wetland amenity for the underserved neighborhood of North Charleston, SC. We proposed to introduce a tech research campus as a satellite cooperation with local fortune 500 company Boeing. The rainwater campus would anchor development for residential, small scale industrial and waterfront amenities. Building practices respond to high risk flood zone building restrictions to reduce stormwater drainage and increase potential for natural flood protection.
GSU Football Stadium Retrofit - Atlanta, GA Budget
-supported campus masterplanning efforts for feasability studies
$16,626,000
-introduced new workflows to enhance project delivery, renders and project templates
Awards:
-presented firm projects at a national sports conference
Georgia Tech Portman Studio Finalist
2017 Awards + Press
AIA Georgia, Excellence Award for Built Project – Nippert Stadium, Cincinnati
Channel Prototype ONE introduces a modular breakwater cube that is helping to establish a balanced ecology above and below the surface of the water for a community that has been shut off from the Mississippi River.
IIDA NE Chapter, Education Under 50,000SF - UGA Butts-Mehre Heritage Hall - Athens, GA
Georgia Tech student archives
Architect Magazine, Adaptive Reuse - GSU Stadium, Atlanta
ARCH 6039 with Kieth Kaseman
ARCH 6049 with Richard Dagenhart
Selected Projects
GT Student Athelete Performance Center - Atlanta, GA
References:
UGA Track & Field Renovation - Athens, GA
Elissa Ryan
UTK Neyland Stadium Renovation - Knoxville, TN
Mike Holleman
WVU Football Ops Expansion - Morgantown, WV
CCU Football Stadium Upgrades - Conway, SC
UNT Master Plan & Indoor Practice Facility - Denton, TX
Principle SLAM - retired MHolleman@slamcoll.com 678.427.0487
GSU Football Stadium Retrofit - Atlanta, GA
Project Manager GA BOR Design & Construction Elissa.Ryan@usg.edu 404.771.8790
After successfully completing a comprehensive feasibility study for the conversion of Turner Field to Georgia State Football Stadium in early 2016, Heery was selected to provide full architecture, interior design, and engineering services for Phase 1 of the renovation.
Field and infrastructure improvements of the project include a new artificial turf field, the modification of existing front row sight lines for football, new LED field lighting, and the conversion of three existing suites into TV broadcast and coaches boxes. Fan amenities encompass chair seating on a new precast grandstand on a newly constructed visitor sideline, bench seating on new precast grandstand (student and band seating) in the endzone, new corner loge terrace seating, new plaza level concourse, and the conversion of selected men’s restrooms to women’s. A new GSU home locker room and minor renovations to the visiting locker room enhance team and player development.
The new 6,500-SF locker room contains a clear span 55 yards with perimeter lockers, making it one of the largest locker rooms in college football. The space includes GSU athletic branding, lighting, ceiling features, and specialty locker design that activates the space. The floor and walls mimic the football field with hash marks on the walls and yard lines on the carpet.
PROJECT LOCATION: Atlanta, GA
SIZE: 24,000 seats
CONSTRUCTION COST: $16.5 Million
COMPLETION DATE: Est. September 2017
SERVICES:
Master Planning
Concept Design
Architecture
Interior Design
Engineering
Cost Estimating
GEORGIA STATE UNIVERSITY
Olympic Stadium
Football Stadium Development Phase One
HEERY PROJECT TEAM:
Mike Holleman, PIC
Marc Clear - Project Manager
Dane Hawthorne - Project Architect / Designer
Todd Ballew - Operations Analyst
Mike Rometo - Project Engineer
Peter Barron - Mechanical Engineer
Horatiu Penescu - Electrical Engineer
Jim Anderson - Plumbing Engineer
Craig Joyner - FP Engineer
Emmanuel Ansa & Josh DoverStructural Engineer
Lydia O’Neal - Interior Designer
Amanda Orrison - Interior Designer
Derrick Rowe - Interior Designer
Phillip Lough - Production
Kevin Miller - Production
Kevin Miller - Production
Dan Ludington - Code
Jacob Vagts - Designer
Karen Milner- Mechanical Engineer
Matt Crowe - Cost Estimating
Chris Schammel - Cost Estimating
Georgia State will forever be one of the most iconic projects on my resume, both as the first project I had the opportunity to work on as a new hire at Heery International and for the legacy of the stadium starting as the main olympic venue for the 1996 Summer Olympics. When I was brought on to the project Heery was in the preliminary stages of the feasibility study working closely with GSU athetics and Carter Development to determine how the stadium and future phases of the site would fit into the redevelopment Master Plan. Coming on at what was essentialy the inception of the project provided a great opportunity of exposure to many of the aspects of a project that are often difficult to gain experience in; scheduling, costing. This led to the opportunity of gaining more experience in master planning, sight line studies, client presentations, all the way through construction and project completion. This exposure was augmented by the convience of the site location in reference to the office and the project designers enthusiam in providing those opportunities. I was going to weekly design meetings and all of the site walkthroughs that I could fit into my schedule.
Georgia State will forever be one of the most iconic projects on my resume, both as the first project I had the opportunity to work on as a new hire at Heery International and for the legacy of the stadium starting as the main olympic venue for the 1996 Summer Olympics. When I was brought on to the project Heery was in the preliminary stages of the feasibility study working closely with GSU athetics and Carter Development to determine how the stadium and future phases of the site would fit into the redevelopment Master Plan. Coming on at what was essentialy the inception of the project provided a great opportunity of exposure to many of the aspects of a project that are often difficult to gain experience in; scheduling, costing. This led to the opportunity of gaining more experience in master planning, sight line studies, client presentations, all the way through construction and project completion. This exposure was augmented by the convience of the site location in reference to the office and the project designers enthusiam in providing those opportunities. I was going to weekly design meetings and all of the site walkthroughs that I could fit into my schedule.
to gain experience in; scheduling, costing. This led to the opportunity of gaining more
Olympic Stadium
Turner Field
Turner Field
Georgia State Stadium
Georgia State Stadium
Turner Field
Georgia State Stadium
Centennial Olympic Park
Kevin Miller -
Olympic Stadium Field
Georgia State Stadium
Georgia State Stadium
Georgia State Stadium
GEORGIA STATE UNIVERSITY
Football Stadium Development Phase One
The Home Team Locker room was the focus of Phase 1. This 6,500SF state of the art
4 GSU LOCKER VIEW
This was done to provide 3’ lockers - a generous size for football players. Aesthetically the larger sized lockers helped to reduce the scale of the space after demolishing a large portion of the stadiums visiting locker room that were in the previous configuration
conversation noise we decided to incorporate a curved ceiling cloud that had properties of noise reduction. These clouds were lit from below to provide indirect lighting to the space. I had the opportunity to work with the project designer in the design of the locker each
The Home Team Locker room was the focus of Phase 1. This 6,500SF state of the art facility uses the markings of a full-sized football field to drive the design of the space. This was done to provide 3’ lockers - a generous size for football players. Aesthetically the larger sized lockers helped to reduce the scale of the space after demolishing a large portion of the stadiums visiting locker room that were in the previous configuration for the Atlanta Braves. With such a large locker we were able to intigrate mechanical ventilation behind each unit, drawing air from the shelving helping to dry the equipment. One of the concerns with the scale of the space was noise. To help reduce the cross conversation noise we decided to incorporate a curved ceiling cloud that had properties of noise reduction. These clouds were lit from below to provide indirect lighting to the space. I had the opportunity to work with the project designer in the design of the locker room providing multiple design options and visualization of those design options which were provided to the client. After approval we moved forward into project documentation, coordination with the locker manufacturer.
PROJECT LOCATION:
Conway, South Carolina
DELIVERY METHOD:
CM @ Risk
FINAL CONSTRUCTION COST: est. $38 million
SIZE:
15,000+ seats
CONSTRUCTION TYPE: Expansion
ACTUAL DESIGN DATES:
Start: Summer 2016
Finish: TBD, est. Fall 2018
SERVICES BY PRIME FIRM:
Architecture
Interior Design
CONSULTANTS:
Stubbs Muldrow Herin Architects, Architect of Record
In the fall of 2015, Coastal Carolina University announced that the CCU Chanticleers athletic programs would join the Sun Belt Conference effective July 1, 2016. With this significant conference move, the University football program transitions to the highest level of collegiate competition as a NCAA FBS member.
Stadium capacity will more than double from its current size to accommodate in excess of 20,000 fans on game day. The new expansion will also boast an impressive new 300-person luxury suite, additional concessions, and party decks. The majority of these additions will take place on the west stands as the University plans to increase seating capacity for spectators. This will include a suite level for this side of the stadium and an addition to fan related amenities throughout the stadium including restrooms, concessions and ADA improvements to ensure compliance standards.
The first phase of expanding the stadium is to upgrade from about 9,200 seats to 15,000, which is required of paid-attendance for NCAA rules when transferring to the FBS. The following phase will include the addition of 5,000 more seats, as well as premium seating upgrades.
2
Heery, was the sports consultant for this project, teamed with local architecture firm SMHA out of Charleston, SC. Our services were Programming, Conceptual Design, Schematic Design and Design Development. This was the first opportunity for me to gain experience in an existing football stadium, this would come with a number of challenges. The main challenge was working around the existing structure and large pile caps for the deep foundation footings required by the geotechnical report. In order to place the new structure required for Phase 2 we had to stagger the new structure around the piles already in place and cantelever the club space over the existing stands. I worked with the interior designers on how to incorporate the columns into the new design for the luxury bar centered on the exterior wall. Brooks Stadium was a great opportunity to build upon the knowledge gained in my final design studio where we worked with the Miami Marine Stadium, an abandoned water sports venue but in a professional setting. Brooks Stadium exposed me to code analysis, project documentation, sub consultant coordination, technical detailing and client presentations.
Heery, was the sports consultant for this project, teamed with local architecture firm SMHA out of Charleston, SC. Our services were Programming, Conceptual Design, Schematic Design and Design Development. This was the first opportunity for me to gain experience in an existing football stadium, this would come with a number of challenges. The main challenge was working around the existing structure and large pile caps for the deep foundation footings required by the geotechnical report. In order to place the new structure required for Phase 2 we had to stagger the new structure around the piles already in place and cantelever the club space over the existing stands. I worked with the interior designers on how to incorporate the columns into the new design for the luxury bar centered on the exterior wall. Brooks Stadium was a great opportunity to build upon the knowledge gained in my final design studio where we worked with the Miami Marine Stadium, an abandoned water sports venue but in a professional setting. Brooks Stadium exposed me to code analysis, project documentation, sub consultant coordination, technical detailing and client presentations.
CLIENT:
University of Cincinnati
PROJECT LOCATION: Cincinnati, Ohio
SIZE:
130,000 SF
CONSTRUCTION COST: $86 million
COMPLETION: fall 2015
SERVICES:
Conceptual Design Design Architecture
Interior Design
AWARDS:
SCUP/AIA-CAE Excellence in Architecture for Building Additions or Adaptive Reuse, 2016
AIA, South Atlantic Region, Honor Award for New Construction/ Substantial Renovation, 2016
UNIVERSITY OF CINCINNATI Nippert Stadium Expansion
“The team clicked from Day 1 and never looked back. HEERY remained responsible for the entire project, and the team acted with a singleminded purpose that belied its newness and geographic separation. The entire team always felt “local” and close-at-hand, never remote, preoccupied or lacking in enthusiasm. HEERY’s collaborative attitude and team-centric focus made this all possible. We could not have been better served!”
Dale Beeler, RA Director of Project Management
Heery was the Architect of Record and Sports Designer for the Nippert Stadium west pavilion structure and east concourse at the University of Cincinnati. This project stretches across 7 levels, including an 130,000 SF press / VIP tower, the replacement of all existing game day functions, and enhanced premium seating through the addition of 1,100 club seats, 30 loge boxes, and 21 private suites.
pavilion structure and east concourse at the University of Cincinnati. This project stretches across 7 levels, including an 130,000 SF press / VIP tower, the replacement of all existing game day functions, and enhanced premium seating through the addition of 1,100 club seats, 30 loge boxes, and 21 private suites.
Heery was the Architect of Record and Sports Designer for the Nippert Stadium west pavilion structure and east concourse at the University of Cincinnati. This project stretches across 7 levels, including an 130,000 SF press / VIP tower, the replacement of all existing game day functions, and enhanced premium seating through the addition of 1,100 club seats, 30 loge boxes, and 21 private suites.
The biggest challenge of Nippert Stadium was fitting into a composition of buildings observed in the architectural community as one of the most dynamic collection of buildings completed by notable architects; Zaha Hadidm Frank Ghery and Bernard Tushimi. This project opened for the 2015 football season.
observed in the architectural community as one of the most dynamic collection of buildings completed by notable architects; Zaha Hadidm Frank Ghery and Bernard Tushimi. This project opened for the 2015 football season.
Key Project Components:
With contemporary design being a noticeable element on University of Cincinnati’s campus, Heery Sports had the opportunity to provide innovative design solutions to compliment the surrounding areas. Maximizing originality with the functionality of the athletic facility and high end VIP spaces was a challenge, yet a stimulating part of the design process.
Key Project Components:
- Outdoor roof terrace for pre-activation
- Outdoor roof terrace for pre-activation
This project opened for the 2015 football season. Key Project Components:
- 50-seat president’s suite and private suites for ADs
- Concourse and pedestrian access enhancement
■ Outdoor roof terrace for pre-activation
- Meeting and dining rooms
- Meeting and dining rooms
■ 50-seat president’s suite and private suites for ADs
- Press / broadcast facilities
- Press / broadcast facilities
■ Concourse and pedestrian access enhancement
■ Meeting and dining rooms
■ Press / broadcast facilities
When I was hired at Heery, the Nippert Stadium renovation and expansion had already been completed. Despite my lack of involvement during design and construction Gordon Smith, the project architect, came to me with an opportunity to complete a solar analysis, something I had familarized myself with during my time at LSU. The solar analysis was required as a result of the building curvature that was reflecting sunlight to a concentrated area on the playing field and was actually melting the turf. Through a series of analysis with a temperature and reflection software called EcoTech we were able to identify the spot on the field and times of the year as well as times of the day that the client could consider as high risk for field temperature. With this information the client was able to make an informed decision on mediation strategies. As a result they decided to apply a film to the glass that reduced the amount of reflection concentration while maintaining a consistant asthetic acrossed the glazed facade
When had been completed. Despite my lack of involvement during design and construction Gordon Smith, the project architect, came to me with an opportunity to complete a solar analysis, something I had experimented with in computational design explorations in school. The solar analysis was required as a result of the building curvature that was reflecting sunlight to a concentrated area on the playing field, melting the turf. a series of analysis with a temperature and reflection software called EcoTech we were to identify the spot on the field and specifc times of the year down to the hour that the client could consider high risk for field temperature. With this information the client was able to make an informed decision on mediation strategies they would take to ensure the sustained future of their facility. As a result they decided to apply a film to the glass, identified in the analysis, that would reduce the amount of reflection without sacrificing the design, paramount in context of Zaha Hadid and Bernard Tschumi buildings directly adjacent.
PROJECT LOCATION: Morgantown, WV
FINAL CONSTRUCTION COST:
$30.8 million
SIZE:
85,000 SF
CONSTRUCTION TYPE: Renovation & Expansion
DATE COMPLETED: 2021
SERVICES: Design and Production team
COASTAL CAROLINA UNIVERSITY
Brooks Stadium Expansion
WEST VIRGINIA UNIVERSITY Puskar Center Expansion and Renovation
This Puskar Football Center renovation and expansion project furthers WVU’s momentum with facility upgrades that promote their strategic vision for future transformation. This project includes 72,000 SF of renovation and 13,700 SF of expansion to reflect the football program’s successes and to establish a branded identity that both respects the history and promotes the future of WVU football.
This Puskar Football Center renovation and expansion project furthers WVU’s momentum with facility upgrades that promote their strategic vision for future transformation. This project includes 72,000 SF of renovation and 13,700 SF of expansion to reflect the football program’s successes and to establish a branded identity that both respects the history and promotes the future of WVU football.
Heery developed a full feasibility study and marketing materials to help raise money with donors. The feasibility study identified 3 phases for the design and construction of the project, coordinating with the Football team’s practice and competition schedule to minimize disruptions. The team started the design as a charrete gathering ideas that would carry the project through to completion to provide a sense of consistancy and solidify the WVU identity.
Heery developed a full feasibility study and marketing materials to help raise money with donors. The feasibility study identified 3 phases for the design and construction of the project, coordinating with the Football team’s practice and competition schedule to minimize disruptions. The team started the design as a charrete gathering ideas that would carry the project through to completion to provide a sense of consistancy and solidify the WVU identity.
KEY PROJECT COMPONENTS INCLUDE:
KEY PROJECT COMPONENTS INCLUDE:
■ EXPANDED LOCKER ROOM AND TEAM LOUNGE WITH WIDER LOCKERS, UPDATED LOCKER VENTILATION, FRESH BRANDING AND GRAPHICS, AND A “WOW” FACTOR FOR THE RECRUITING PATH
■ EXPANDED LOCKER ROOM AND TEAM LOUNGE WITH WIDER LOCKERS, UPDATED LOCKER VENTILATION, FRESH BRANDING AND GRAPHICS, AND A “WOW” FACTOR FOR THE RECRUITING PATH
■ EQUIPMENT ROOM THAT FEATURES A “SWAG” WALL FOR UNIFORMS, HELMETS, CLEATS, AND GLOVES
■ EQUIPMENT ROOM THAT FEATURES A “SWAG” WALL FOR UNIFORMS, HELMETS, CLEATS, AND GLOVES
■ NEW FRONT DOOR TO THE PUSKAR CENTER WITH AN INTERACTIVE HALL OF FAME LOBBY TO COMPLEMENT THE HISTORY AND LEGACY OF WVU FOOTBALL
■ NEW FRONT DOOR TO THE PUSKAR CENTER WITH AN INTERACTIVE HALL OF FAME LOBBY TO COMPLEMENT THE HISTORY AND LEGACY OF WVU FOOTBALL
■ NEW OFFICES AND MEETING ROOMS TO ACCOMMODATE CURRENT AND FUTURE STAFF ADDITIONS
■ NEW OFFICES AND MEETING ROOMS TO ACCOMMODATE CURRENT AND FUTURE STAFF ADDITIONS
■ LARGER ACADEMIC CENTER AND RENOVATED TRAINING TABLE FOR PLAYER DEVELOPMENT; THE TRAINING TABLE WILL INCLUDE TEACHING SPACE FOR TEAM DIETICIANS AND NUTRITIONISTS, AS WELL AS GRAB-N-GO, FUELING STATION OPTIONS
■ LARGER ACADEMIC CENTER AND RENOVATED TRAINING TABLE FOR PLAYER DEVELOPMENT; THE TRAINING TABLE WILL INCLUDE TEACHING SPACE FOR TEAM DIETICIANS AND NUTRITIONISTS, AS WELL AS GRAB-N-GO, FUELING STATION OPTIONS
■ NEW NFL LOCKER ROOM TO WELCOME BACK AND HONOR THE FORMER PLAYERS
■ NEW NFL LOCKER ROOM TO WELCOME AND HONOR THE FORMER PLAYERS
Phase 1
Hydrotherapy and Training Table
Phase 2
Phase 3
Team Locker Rm, Mudroom and Lounge
Coaches offices and Hall of Traditions
PROJECT LOCATION: Knoxville, Tennessee
DELIVERY METHOD:
CM @ Risk
CONSTRUCTION COST:
est. $180 million
SIZE:
est. 532,727-SF
st. 532,727 SF
CONSTRUCTION TYPE:
Renovation and Expansion
DURATION:
2018 - est. 2021
SERVICES:
Architecture
Interior Design
CBRE | HEERY TEAM MEMBERS:
Mike Holleman
Gordon Smith
Kevin Miller
Lydia O’Neal
CONSULTANTS:
Cope Architects (Architect of Record)
McCarty Holsaple McCarty
(Associated Architect)
CEC (Civil Engineering)
Ross Bryan Associates (Structural)
IC Thomasson (MEP)
WJHW (AV/IT)
Ross/Fowler (Landscape)
CMR (Cost Estimating)
S20 (Food Design)
Christman (Constractor)
UNIVERSITY OF TENNESSEE
UNIVERSITY OF TENNESSEE
Neyland Stadium
At the University of Tennessee, the sports studio worked with local architecture partners Cope Architects and McCarty Holsaple McCarty on the $180 million renovations to Neyland Stadium’s South End Zone. Working directly under our project designer, Gordon Smith, my role was to lead production efforts for the project since its inception in November 2017. I would later serve as the BIM manager for our team in coordination efforts with the local architect and subconsultants. The key components to the renovation and expansion project that will be completed include:
At the University of Tennessee, CBRE | Heery is currently working with local architecture partners Cope Architects and McCarty Holsaple McCarty on the $180 million renovations to Neyland Stadium’s South End Zone. The key components to renovation and expansion project that will be complete for the 2021 season include:
■ Enhanced plazas on the Southeast and Southwest corners with hardscaping and landscaping features that are designed to match the significant grade sloping toward the Tennessee River
■ Exterior facade renovations to compliment the existing stadium entries
Renovated plazas at Gate 10 and Gate 14 to procied
Exterior facade renovations to compliment the existing stadium entries
■ Addition of suites in the top of the lower bowl that generates a new revenue stream within Neyland Stadium
Addition of suites in the top of the lower bowl that generates a new revenue stream within Neyland Stadium
■ Bunker Club and an adjacent Field Level Parlor addition to provide supplementary price points and exclusive amenities to Volunteer fans. The Parlor will feature a classy, yet tasteful bar with exceptional field views. Both spaces will share a dedicated kitchen and commissary for catering and food service.
Bunker Club and an adjacent Field Level Parlor addition to provide supplementary price points and exclusive amenities to Volunteer fans. The Parlor will feature a classy, yet tasteful bar with exceptional feld views. Both spaces will share a dedicated kitchen and commissary for catering and food service.
■ New rooftop terraces that overlook the Tennessee River that will be open pre-game for fans to enjoy remarkable views and have access to food and beverage offerings
New rooftop terraces that overlook the Tennessee River that will be open pre-game for fans to enjoy remarkable views and have access to food and beverage offerings
Concourse widening and improvements to provide better circulation and flow of fans on gameday.
The existing concessions and dormitories on Levels 3 and 4 are being demolished and replaced with 64 Points of Sale.
■ Concourse widening and improvements to provide better circulation and flow of fans on gameday. The existing concessions and dormitories on Levels 3 and 4 will be demolished and replaced with 82 Points of Sale. New restrooms will be added to bring the South End Zone up to code standards.
■ Vertical Circulation enhancements with added elevators, ramps and stairs
New restrooms are integrated into the existing structure of the South End Zone to bring the gameday loads up to code standards.
Vertical Circulation enhancements with added elevators, ramps and stairs
The biggest challenge of this project was working with the existing structure of Neyland Stadium. The original stadium was built in the 1930’s at a fraction of the capacity that it holds today. Undergoing many expansions since then various fragments of the original stadium are burried inside layers of structure. The team imagined a future where these fragments remained selecting only neccesary portions needed to expand the concourse and allow the stadium to adequatly grow to support its current day capacity of 101,195.
To support this capacity the project needed to add over 200 restroom fixtures, 60 points of sale, and double the exit capacity of the south half of the stadium.
CLIENT:
CLIENT:
CLIENT:
Georgia Institute of Technology
Georgia Institute of Technology
Georgia Institute of Technology
PROJECT LOCATION: Atlanta, GA SIZE:
PROJECT LOCATION: Atlanta, GA
PROJECT LOCATION:
SIZE:
CONSTRUCTION
CONSTRUCTION COST: $67 million
CONSTRUCTION COST:
million
COMPLETION: Under construction
COMPLETION: Under construction
ROLES:
ROLES: Production Coordination
GEORGIA INSTITUTE OF TECHNOLOGY
GEORGIA INSTITUTE OF TECHNOLOGY
GEORGIA INSTITUTE OF TECHNOLOGY
Bobby Dodd Stadium
Bobby Dodd Stadium
Bobby Dodd Stadium
06
Currently in construction, the new student athlete performance center attached to the historic field at Bobby Dodd will serve as the athletic hub for student athletes. Daily operations include sports medicine and hydrotherpy for athlete recovery, 24hr dining and nutrition access, strength and conditioning with adjacent sports analytics research and dedicated offices for the football program with breakout position rooms and large team auditorium. The sports science space is one of the first of its kind in a college athletic program. Typically only accessible for professional teams the space utilizes motion capture cameras to track body movement with very high precision and then analysed by student researchers to mazimize athlete performance.
Currently in construction, the new student athlete performance center attached to the historic field at Bobby Dodd will serve as the athletic hub for student athletes. Daily operations include sports medicine and hydrotherpy for athlete recovery, 24hr dining and nutrition access, strength and conditioning with adjacent sports analytics research and dedicated offices for the football program with breakout position rooms and large team auditorium. The sports science space is one of the first of its kind in a college athletic program. Typically only accessible for professional teams the space utilizes motion capture cameras to track body movement with very high precision and then analysed by student researchers to mazimize athlete performance.
Currently in construction, the new student athlete performance center attached to the historic field at Bobby Dodd will serve as the athletic hub for student athletes. Daily operations include sports medicine and hydrotherpy for athlete recovery, 24hr dining and nutrition access, strength and conditioning with adjacent sports analytics research and dedicated offices for the football program with breakout position rooms and large team auditorium. The sports science space is one of the first of its kind in a college athletic program. Typically only accessible for professional teams the space utilizes motion capture cameras to track body movement with very high precision and then analysed by student researchers to mazimize athlete performance.
The complexity of the building and program was a great opportunity to expand on the foundation that I had built previously. Similar to previous projects it had a stadium component but also had to repsond to academic components as it would be in use everyday.
The complexity of the building and program was a great opportunity to expand on the foundation that I had built previously. Similar to previous projects it had a stadium component but also had to repsond to academic components as it would be in use everyday.
The complexity of the building and program was a great opportunity to expand on the foundation that I had built previously. Similar to previous projects it had a stadium component but also had to repsond to academic components as it would be in use everyday.
