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Alexis McCormick

STAT MedEvac Tenant Build-Out

Client

STAT MedEvac

Location

West Mifflin, PA

Services Provided

Design Services
General Contractor
Self-Perform

Total SF

2,425 SF

Shannon Construction recently completed a tenant build-out for STAT MedEvac, part of UPMC’s Center for Emergency Medicine of Western Pennsylvania, at 1400 Lebanon Church Road in West Mifflin.

The project renovated approximately 2,425 square feet of existing office space to support the organization’s operational and training needs. The reconfigured workplace includes four new offices, a dedicated medical training space, and modifications to the STATCOM computer lab and transmitter area. New partial-height partitions and a 20-foot glass storefront were integrated with the existing space, while existing flooring, lighting and sprinkler systems were maintained wherever possible. With adjacent areas remaining operational throughout construction, Shannon carefully coordinated the work to control dust and debris, maintain safe access and schedule disruptive activities outside normal business hours.

Project Highlights

  • Occupied-Space Construction: Work was carefully sequenced around active operations, with measures in place to protect adjacent work areas and minimize disruption.
  • Specialized Training Environment: A dedicated medical training space was incorporated into the new workplace.
  • STATCOM Improvements: Modifications to the computer lab and transmitter area supported STAT MedEvac’s technology and operational functions.
  • Existing-System Coordination: New construction was integrated while maintaining existing flooring, lighting, sprinkler systems and life-safety paths.
  • Architectural Integration: A 20-foot glass storefront and new 10-foot partial-height partitions were designed to complement the existing office environment.

STAT MedEvac is the critical care transport system and clinical arm of the Center for Emergency Medicine of Western Pennsylvania, operating one of the largest single-operated and dispatched air-medical transport systems in the United States.

FEMA National Emergency Training Center

Client

Federal Emergency Management Agency (FEMA)

Location

Emmitsburg, Maryland

Services Provided

Historic Restoration, Specialty Construction, Self Perform

Engineer

Cenkner Engineering Associates

Shannon Construction completed historic restoration work at FEMA’s National Emergency Training Center (NETC) in Emmitsburg, Maryland, helping preserve the North Portico of this historic federal facility while improving its long-term performance.

The National Emergency Training Center campus was originally part of St. Joseph’s College, founded in 1809 by Saint Elizabeth Ann Seton. Today, the campus serves as a Federal Emergency Management Agency (FEMA) training facility, supporting the education and preparation of emergency management professionals and first responders from across the country.

Preserving a Historic Federal Facility

Working alongside Cenkner Engineering Associates and Kian International, Inc., with restoration support from Caretti Restoration and Preservation Services, Shannon’s work required careful coordination between historic preservation and modern building improvements.

Existing cornice masonry was carefully disassembled, cleaned and reinstalled to maintain the original alignment and architectural character of the North Portico. Entrance tile was replaced with historically appropriate materials to complement the existing structure.

The project also addressed infrastructure and performance improvements throughout the portico and patio areas. New radiant heat was installed beneath granite patio pavers, along with a new portico roof and improvements to the patio drainage system.

Shannon Construction’s work included:

  • Disassembly, cleaning and precise reassembly of existing cornice masonry
  • Replacement of entrance tile with historically accurate materials
  • Installation of a radiant heating system at the exterior patio
  • Installation of new granite patio pavers
  • New portico roofing
  • Patio drainage improvements

The completed restoration preserves the architectural character of the North Portico while incorporating upgrades designed to support the continued use and longevity of the historic structure.

WVU Engineering Technology Lab

Client

West Virginia University

Location

Morgantown, WV

Square Feet

1,030 SF

Services Provided

General Contractor

MEP/FP Coordination

Specialized Equipment Infrastructure

 

 

Shannon Construction renovated approximately 1,030 square feet within West Virginia University’s Engineering Sciences Building on the Evansdale Campus to create a modern Engineering Technology Laboratory. The higher education laboratory renovation transformed an existing classroom into a specialized fabrication and maker space supporting TIG welding, anodizing, CNC routing, hydraulic shearing and other hands-on engineering activities. The new E-Tech Lab complements WVU’s adjacent Lane Innovation Hub and expands opportunities for experiential learning and industry engagement.

Shannon’s work included new architectural and fire-rated construction, a structural opening connecting the lab to the Innovation Hub, and extensive mechanical, electrical, plumbing and fire protection improvements. Specialized infrastructure included laboratory exhaust and supply air systems, a new electrical transformer and panel, cord reels, lighting controls, an emergency shower and eyewash station, and piping to serve lab equipment with hot water, chilled water, compressed air and drainage.

Construction was carefully coordinated within the occupied academic building during the fall semester. Shannon scheduled disruptive activities around neighboring classrooms and operational laboratories while protecting adjacent equipment and maintaining access to surrounding spaces.

Project Highlights:

  • Higher Education Laboratory Renovation
  • Fabrication & Maker Space
  • TIG Welding Infrastructure
  • CNC & Specialized Equipment Support
  • Laboratory Exhaust & Ventilation
  • Mechanical, Electrical & Plumbing Upgrades
  • Compressed Air & Equipment Utility Piping
  • Emergency Shower & Eyewash
  • Fire-Rated Construction
  • Occupied Campus Construction

Duquesne University Honors College

Client

Penn State University

Location

Pittsburgh, PA

Square Feet

953 SF

Services Provided

General Contractor
Commercial Renovation
Self-perform

Architect

Kimmel Architecture

A portion of the 12th floor of Duquesne University’s Des Places Residence Hall was reconfigured to create dedicated office space for the Honors College, while maintaining existing lounge and laundry functions for the building. The approximately 986-square-foot renovation transformed portions of the existing space into new offices for the Director, Assistant Director and administration, creating a more functional and defined environment for the Honors College within the active residence hall.

Project Highlights

  • New Director, Assistant Director and administrative offices
  • Glass office doors and sidelights with decorative privacy film
  • Updated lounge area integrated with the new office layout
  • New carpet tile, acoustical ceilings, paint and refreshed interior finishes
  • Modifications to existing HVAC, plumbing, electrical and lighting systems
  • Fire protection modifications coordinated with the new layout
  • Selective demolition and reuse of existing building components where practical
  • Construction performed within an active university residence hall, requiring careful protection of adjacent occupied areas and existing building systems

USI Insurance

Client

USI Insurance

Location

375 N. Shore Drive, 5th Floor

Square Feet

9,500 SF

Services Provided

General Contractor
Commercial Renovation
Self-Perform

Architect

JLL

Shannon Construction completed a comprehensive office renovation for USI Insurance on Pittsburgh’s North Shore, creating a modern workplace with a mix of private offices, open work areas, conference and collaboration spaces, and employee support areas. The project included selective demolition, new partitions and glass office fronts, architectural casework, updated ceilings and flooring, and coordinated mechanical, electrical, plumbing, fire protection and technology infrastructure.

Project Highlights

  • Constructed new private offices and conference spaces featuring tempered glass fronts and doors, bringing natural light into the interior workspace
  • Installed custom plastic-laminate casework and quartz countertops along with new kitchen appliances and employee support amenities
  • Completed new carpet tile, ceramic tile, acoustical ceilings, painting and architectural finishes throughout the renovated space
  • Upgraded HVAC systems with new VAV boxes, ductwork, hot-water piping, controls, diffusers and air balancing
  • Coordinated new lighting and controls, electrical devices, furniture feeds, fire alarm modifications, and infrastructure for tele/data, AV and security systems
  • Performed selective demolition and construction protection to integrate the new workplace into the existing building, including debris removal via the building elevator

Mineo’s Pizza House

Client

Mineo's Pizza House

Location

Pittsburgh International Airport

Square Feet

500 SF

Services Provided

General Contractor
Commercial Renovation
Self-perform

Architect

LGA Partners

 

 

Shannon Construction completed the build-out of Mineo’s Pizza House within the Airside Core at Pittsburgh International Airport, creating a new airport location for the longtime Pittsburgh pizza shop.

The project included a new customer service counter and commercial kitchen with custom millwork, tile and specialty finishes, along with the installation and coordination of food-service equipment. The design incorporates dedicated order and pickup areas, menu and brand signage, and a combination of quartz, wood-look finishes and tile throughout the customer-facing space.

Behind the counter, the project required significant coordination of the restaurant's mechanical, electrical and plumbing systems. Work included a new commercial kitchen hood and make-up air system, gas service and controls, floor drains and floor sinks, electrical service and connections for specialized kitchen equipment. Field conditions also required adjustments to the bar and kitchen layout to accommodate existing structural and plumbing conditions.

Construction within Pittsburgh International Airport required close coordination with ACAA and airport operations. Material deliveries were required to follow airport security and logistics procedures, and testing required advance coordination with the airport's construction management team.

Demolition Safety: Planning for the Unexpected

Demolition is often one of the first steps in a renovation project, but it can also be one of the most unpredictable. Behind walls, above ceilings and beneath existing finishes, conditions may not always match the drawings or what was anticipated before work began.

As part of our BuildSafe Program, Shannon Construction’s Safety Committee continues to reinforce demolition safety practices across our project teams. The focus is straightforward: plan the work carefully, understand the conditions before demolition begins and be prepared to stop and reassess when something unexpected is uncovered.

Make Safe Before Demo Begins

Before demolition starts, project teams should confirm that utilities within the work area have been properly identified and isolated. Electrical, plumbing, mechanical and other building systems can remain concealed within walls, ceilings and floors.

Before work begins, teams should:

  • Verify utilities have been properly identified and made safe.
  • Review the demolition scope and existing conditions.
  • Confirm what is being removed and what needs to remain.
  • Identify potential hazards within and adjacent to the work area.
  • Communicate the demolition plan and any known concerns with the team.

Taking these steps helps reduce the risk of damaging active utilities, structural elements or adjacent construction.

Verify Structural Conditions

Selective demolition requires careful attention to the building’s existing structure. Before removing walls, ceilings, framing or other building components, crews need to understand how that work could affect surrounding conditions.

Teams should watch for:

  • Conditions that differ from the drawings or anticipated construction.
  • Unexpected framing or structural components.
  • Signs that an element may be supporting adjacent construction.
  • Changes in conditions as demolition progresses.

When there is uncertainty, stop the work and verify the condition before proceeding.

Use the Right PPE for the Task

Demolition activities can expose workers to sharp materials, flying debris, dust and elevated noise levels. PPE should be selected based on the specific task and conditions.

Depending on the work, this may include:

  • Eye and face protection.
  • Task-appropriate gloves, particularly when handling glass or sharp materials.
  • Hearing protection.
  • Respiratory protection when required.
  • Standard jobsite PPE appropriate for the demolition activity.

Maintain a Clean, Controlled Work Area

Debris can accumulate quickly during demolition, creating additional hazards if the work area is not managed throughout the day.

Good demolition housekeeping includes:

  • Keeping walkways and access points clear.
  • Removing debris regularly rather than allowing it to accumulate.
  • Properly handling and disposing of sharp or broken materials.
  • Maintaining separation between demolition activities and occupied or active areas.

A clean work area gives crews better visibility and helps everyone move safely through the space.

When Conditions Change, Stop and Reassess

Even with careful planning, demolition can reveal conditions no one expected. A concealed utility, unusual structural condition or material that does not match the drawings can change how the work needs to proceed.

That is why one of the most important reminders is also one of the simplest:

If something doesn’t look right, stop and reassess.

Every member of the Shannon Construction team has the authority to stop work when an unexpected condition or safety concern is identified. Work should only resume once the condition has been evaluated and the team understands how to proceed safely.

Demolition safety starts with planning, communication and making sure everyone understands the work before it begins. Through our BuildSafe Program, Shannon Construction continues to reinforce these practices so our teams can recognize changing conditions, communicate concerns and make safe decisions in the field.

North Way Christian Community

  • Exterior of North Way Christian Community City campus in Pittsburgh

Client

North Way Christian Community Church

Location

Pittsburgh, PA

Services Provided

Renovation
Self-perform
Design Services

Architect

PWWG Architects

Following a successful renovation at their Wexford location, North Way Christian Community continued to partner with Shannon Construction, this time to renovate their City campus at 428 N. Craig Street. Centered around the 400-seat sanctuary, the renovation created a more functional and welcoming environment designed to better support worship, family ministries and community programming. The completed space balances the needs of a growing congregation with the character of the existing building, providing greater flexibility for the many ways North Way uses the facility.

Project Highlights

  • Selective demolition and reconfiguration of existing second-floor spaces
  • Updated meeting and support areas, offices and storage
  • Dedicated AV control room and integration of sanctuary audiovisual infrastructure
  • New nursing and children's rooms
  • Reconfigured restrooms and new family/ADA toilet room
  • Significant HVAC, electrical and plumbing modifications within the existing building
  • Exposed overhead mechanical and plumbing systems incorporated into the finished environment
  • New and upgraded sanctuary lighting
  • Accessibility improvements throughout the renovated areas
  • New flooring, ceilings, paint and architectural finishes

Inside the Estimate: What our Estimating Team is Seeing in the Market

Before a project reaches the field, decisions made during planning, budgeting and design can have a significant impact on cost and schedule.

Shannon Construction estimators Kevin Kilinsky and John Beck spend their days reviewing drawings, developing budgets, talking with trade partners and tracking the factors affecting construction costs. We asked them what they are seeing in the market now, where they are finding opportunities for value engineering and what owners considering projects in late 2026 or 2027 should have on their radar.

Big picture, what trends are you seeing in estimating and bidding right now?

Kevin: We’re doing a lot of budgets right now. There are plenty of projects being considered, but we’re seeing them spend more time in the planning and development stages before moving into construction. That makes ongoing budgeting throughout design especially important.

John: We’re also seeing strong subcontractor participation when projects go out to bid, which gives us good coverage across a number of trades. On the office side, we’re seeing some changes in how spaces are being designed too, including denser footprints and a return to more individual offices compared with some of the open-concept layouts we’ve seen in recent years.

What are you seeing with material pricing?

John: Material costs continue to move. Metal studs and aluminum are two areas we’ve been watching closely, with noticeable increases over the last several months. It’s important to keep checking current pricing as a project moves through design because numbers from a few months ago may not necessarily reflect where the market is today.

Kevin: Steel is another one we’re watching. Demand associated with data center construction is putting additional pressure on steel pricing and availability. That can have an impact on other projects competing for the same materials, so it’s something we’re keeping an eye on as we develop budgets.

Are there materials, equipment or building systems where lead times are still a concern?

John: Electrical equipment continues to be a big one. Certain electrical switchgear and generators can still have lead times of a year or more. Steel is also becoming more of a procurement consideration.

Kevin: Data center construction could put additional pressure on some of those materials and equipment. Skilled labor availability is another factor we continue to account for when looking at both cost and schedule.

Are you seeing changes in what owners require as part of the bid process?

Kevin: We’re seeing more RFPs where owners are evaluating more than just the final number. They want to understand the contractor, the proposed project team and how that team plans to approach the work.

John: The submissions themselves have become more detailed too. We’re seeing more prequalification requirements, technical proposals, estimating schedules and project-specific information. It gives owners an opportunity to evaluate qualifications, approach and team experience along with cost.

Are you noticing changes in the types of projects coming across your desks?

John: We’re still seeing a mix of office, retail and industrial work. We’re also seeing demolition and make-ready projects, along with tenants making targeted improvements or refreshing existing spaces rather than always undertaking a complete renovation.

Kevin: Tenant retention continues to be important for building owners. We’re seeing owners look strategically at improvements that can help existing tenants make better use of their spaces and keep properties competitive.

Where are you finding the best opportunities for value engineering?

John: Lighting packages are a big one. We also look for opportunities to reuse existing doors, frames, flooring and other materials that are still in good condition. Finish selections can make a difference too. Wall coverings, acoustical panels, millwork and decorative wall panels are all areas we evaluate for potential savings. Sometimes something as simple as using an accent paint color instead of a wall covering can provide the same visual impact at a lower cost.

Kevin: HVAC controls are another area worth evaluating, because they can represent a significant cost. We also look at many of the same finish and material selections John mentioned. The goal isn’t simply to reduce cost. It’s to identify where the budget can be used most effectively without sacrificing function or creating maintenance issues down the road.

“The goal isn’t simply to reduce cost. It’s to identify where the budget can be used most effectively without sacrificing function or creating maintenance issues down the road.

What are the advantages of involving the estimating team early in a project?

Kevin: One of the biggest advantages is being able to provide progress budgets as the design develops. That gives us the opportunity to identify cost impacts and value-engineering options along the way instead of waiting until the drawings are complete to compare the design against the budget.

John: It gives the owner more control over the cost of the project. Early involvement also gives the team time to identify long-lead items. If we know a project is moving toward construction, there may be opportunities to plan for or release certain materials and equipment earlier rather than waiting until the entire design is complete.

What’s something you’re seeing in estimates or bid requirements that owners or design teams might be surprised by?

John: Electrical code requirements can have a bigger impact on renovation projects than people expect. When we get into an older space with antiquated lighting or controls, current code requirements may mean upgrades need to be incorporated into the project. Identifying those conditions early helps everyone account for them in the budget and design.

We’ve also had a positive experience recently with permitting timelines in the City of Pittsburgh. From what we’re seeing, the process has been moving more efficiently than it has in recent history.

Kevin: Another important piece is making sure the project scope, design goals and budget stay aligned as the design develops. The earlier the owner, design team and contractor can establish those parameters together, the more useful our budgeting can be and the easier it is to make informed decisions along the way.

If an owner is budgeting a project for late 2026 or 2027, what should they be thinking about now?

John: Labor rates are something to account for. If construction isn’t starting for six months or a year, the labor rates in place when the work is performed may be different from what we’re pricing today.

Kevin: The same is true for materials. Pricing continues to change, particularly in areas where demand is putting pressure on supply. A budget developed today needs to account for when the project will actually be purchased and built.

The more information we have early, and the more decisions that can be made as the design progresses, the more accurately we can price the work and help the team plan ahead.

 

Planning a project?

Early budgeting can help identify cost, procurement and scheduling considerations while there is still time to evaluate options.  Connect with Shannon Construction to start the conversation.

Champion City Sports

  • Champion City Sports retail store located in Pittsburgh International Airport.

Client

Hudson Group Retail

Location

Pittsburgh International Airport
Pittsburgh, PA

Square Feet

1,893

Services Provided

General Contractor
Commercial Renovation
Self-Perform

Architect

LGA Partners

Pittsburgh Airport Retail Construction

Shannon Construction completed the 1,893-square-foot Champion City Sports retail buildout in the Airside Core at Pittsburgh International Airport. Part of the airport-wide modernization accompanying the new landside terminal, the project contributes to a revitalized mix of retail and dining options designed to enhance the passenger experience. Champion City Sports combines sports apparel and merchandise with an interactive simulator, custom displays, stadium-inspired lighting, athletic turf, wall graphics and a distinctive branded storefront.

The project required extensive coordination of architectural finishes, mechanical and electrical systems, fire protection, fire alarm, technology, security and owner-furnished equipment. Working within the active airport environment, Shannon carefully managed badging, vendor access, inspections and overnight deliveries, demolition and other disruptive activities.

The airport includes Champion City Sports among the new shops introduced through its broader transformation and concessions revitalization.

 

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