Investing in the Needs of Wisconsin and Our Students
Funding the renovation and revitalization of Heritage Hall will play a pivotal role in addressing forecasted workforce needs in Wisconsin’s hospitality and tourism, mental health and wellness, child care, education and manufacturing industries. With needed investment, UW-Stout—Wisconsin’s only Polytechnic University—will build on its already unmatched graduate employment rates to provide the UW System and the State of Wisconsin with critical means to educate and train a workforce prepared to fill Wisconsin’s talent needs well into the future. A revitalized Heritage Hall will enhance UW-Stout’s contributions to Wisconsin’s economy, its taxpayers, and our students. The renovation project will:
- Renew Heritage Hall’s applied learning and research spaces;
- Expand development of career-focused degrees, certificate programs, and market-driven professional development offerings; and
- Enhance Stout’s institutional-industry collaborations.
$13.5M in Private Funding Pledged for the Heritage Hall Renovation Project
Based on the analysis of multiple options by the Core Team, the following renovation of Heritage Hall is proposed.
Major renovation of the existing building with two small additions. Highlights include the following:
Concept Details & Specifications
Total Project Cost: $138.9M
Heritage Hall Renovation & Addition Brief
An independent 2020 feasibility study by HGA Architects evaluated the building’s components.
This UW-Stout Heritage Hall Feasibility Study establishes a program, test-to-fit concept design, and budget for a renovated facility. This study will be used by the State of Wisconsin DFDM, UW System Administration (UWSA), and UW-Stout to determine the timing, funding, and next steps for this project. The project will require all State, UW System, and UW-Stout approvals and funding in order to move forward.
Due to the significant extent of the renovations, including full systems replacement, this project is anticipated to be completed in a single phase. The demolition of the original 1954 Vocational Rehabilitation building will be a part of this project and could be completed near the end of the Heritage Hall renovation to allow its programs to move into the renovated Heritage Hall building.
The oldest set of dormitories on campus are currently being used as office and classroom swing space and could be available to serve this project during the renovation. The project does include some specialty labs that may require maintaining functionality during renovation/construction or the use of modular units.
The duration of construction time for demolition and minor exterior renovation of the Vocational Rehabilitation building, renovation, systems replacement, and addition work to Heritage Hall is estimated to be 18-24 months.
Some of the major project considerations include:
- Site: Significant changes in grade from the north to the south which contributes to the limited exposure to exterior windows and daylighting within the building. Any renovation will want to include improvement to this current condition.
- Building Access: At present there are multiple points of entry to the building which will require improvements to their access and visibility. The final solution must provide better caretaker access for the Infant/Toddler program. At present access for caretakers dropping off children to this program is on the east side of the building adjacent to the existing surface parking lot. The current condition provides no rain cover at the entry and requires caretakers to navigate stairs with the children.
- SF Opportunities: The program has identified a GSF need of approximately 112,000-115,000 GSF for the EHHHS programs that are anticipated to inhabit Heritage Hall. The existing building currently contains approximately 133,000 SF. This provides an opportunity to increase the percentage of collaboration space for students, provide flexibility/growth for the future, or provide additional programs or other departmental UW-Stout spaces to come to the building.
- Condition of Existing Systems: As described in the Existing Conditions Assessment Report, the existing MEP Systems are original to the building and at the very end of their life. Since the project/renovation is not anticipated to come online until 2026 (at the earliest), some maintenance or repair costs will likely need to be allocated over the next several years to keep these systems functioning.
Temporary swing space for the programs currently in Heritage Hall will need to be located on campus for the duration of the renovation.
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Existing Conditions & Recommendations
While 2,000+ UW-Stout students pass through Heritage Hall each year, the near 50-year-old building was given a failing grade in nearly every category by a 2020 independent feasibility study conducted by HGA Architects. The building remains structurally sound, but Stout students prepare for careers serving the people of Wisconsin in a building no longer up to the task. Most of the building systems are original and either obsolete and difficult to repair or near the end of their life. With the project/renovation not anticipated to come online until 2026 (at the earliest), some maintenance or repair costs will likely need to be allocated over the next several years to keep these systems functioning.
- Inadequate insulation, code and ADA issues, few windows, existing glazing and roof at end of life, spaces no longer satisfy functional requirements
- Concrete structural framing in good condition, but with low floor to floor heights (12’-8”)
- HVAC equipment and controls are all past life expectancy and require replacement
- Primary service, generator and fire alarm are all past life expectancy and require replacement
- All plumbing piping must be replaced - dead end pipes bring risk for contamination, the building lacks a fire protection system
Summary of Existing Conditions
Most mechanical, electrical and plumbing engineering (MEP) systems are original to the building and past life expectancy. Following is a summary of the major recommendations for building components and system replacements or repairs.
Building Component Recommendations
Plumbing Systems Recommendations:
Electrical / Fire Alarm Systems Recommendations:
Mechanical System Recommendations:
Summary of Utilities Serving the Building
The existing campus steam, chilled water pipe, and service size is adequate to accommodate a major building renovation or new building construction. The existing medium voltage and primary electric feeder size is adequate to accommodate a major building renovation, however it is recommended that the primary electric feeder serving the building be replaced due to it’s age and because the service feed is shared with two additional buildings.
The existing MEP systems are original and at the end of their life expectancy. Even if no architectural renovation of Heritage Hall were to be under-taken the MEP systems within the building are in dire condition and there is no question that these systems will require replacement, likely in the coming 3-10 years.
Industries & Academic Programs Enhanced by the Heritage Hall Renovation Project
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History of Heritage Hall
Constructed in the early 1970s as an academic facility for home economics instruction, Heritage Hall was built at the end of the Mid-Century Modern period and features a concrete structural frame and brick façade. Its design also reflects the beginning of the energy crisis of the 1970s when building glazing was reduced to save on heating and cooling costs. As a result, Heritage Hall has minimal windows (only 11% of the façade is glazing) with almost all classrooms and offices having no access to daylight.
Heritage Hall’s exterior envelope includes a palette of face brick, medium bronze aluminum framed entrances and windows, cast-in-place concrete retaining walls, Portland cement soffits, a ballasted EPDM roof and copper roof coping. The building has undergone several renovations since the initial construction; however, the building's exterior character remains intact and still represents the original building design. Most of the exterior building elements are original to the building.
Functionality of the approximately 133,000 sq. ft., four-story building has changed over the decades as programs evolved, class sizes grew and teaching methodology changed. The building currently includes 17 general assignment classrooms, 95 faculty and staff offices, and 35 classrooms and research laboratories, in addition to 2 laboratory dining facilities—the Weidner Center and an Infant/Toddler Lab.