Learning-space systems
Develop HVAC loads, ventilation, equipment selections, and plumbing layouts around occupancy and the planned use of the spaces. Coordinate equipment connections with the electrical design.
Market
MEP Engineering for Education
HVAC, plumbing, electrical design, and power-system studies for K–12 schools, higher education, and phased campus improvements.
Overview
Classrooms, laboratories, athletic spaces, and campus support buildings place different demands on building systems. TPS coordinates heating, cooling, ventilation, plumbing, and electrical design with the facility program and the district or university’s capital plan. For renovations, we establish the available drawings, occupied areas, and work windows before defining the engineering assignment.
Building systems
MEP scope for education
Campus electrical infrastructure
Review equipment loads, distribution, lighting, and emergency-power needs. Scope studies where existing or new equipment requires system analysis.
Phased improvements
Coordinate the MEP documents and model with the architectural team and the planned construction sequence. Identify design inputs needed for each issue milestone.
Scope the assignment
A clearer brief. A coordinated deliverable.
What to send us
- Campus location, building use, and affected spaces
- Room program, occupancy, and available plans
- Existing equipment schedules and utility information
- Academic calendar, access restrictions, and summer work windows
- Capital-project phases and target review dates
What we can deliver
- Building-system loads and equipment schedules
- Coordinated MEP drawings and specifications
- Defined power-study and utility coordination scope
- Submittal, RFI, and field-observation support where included
We confirm disciplines, licensing, sealing, and deliverables for the project location before agreeing to the scope.
What makes this market different
Sector-specific challenges
Aging service equipment
Many school buildings run on switchgear that predates the current load. Short-circuit and arc-flash studies expose adequacy issues before someone gets hurt.
Athletic facility electrical complexity
Field lighting, scoreboards, broadcast feeds, and concession power create distinct electrical environments. We coordinate the full envelope.
Multi-phase construction
Capital improvements often happen building-by-building over multiple summers. Engineering needs to anticipate the full sequence.
Where to start
Services for Education
MEP Engineering
Coordinated mechanical, electrical, and plumbing design from concept through construction.
Mechanical & HVAC Design
HVAC loads, ventilation, equipment selection, and industrial process utilities.
Arc Flash Hazard Analysis
NFPA 70E-compliant studies with IEEE 1584-2018 calculations.
Coordination Studies
Time-current curve analysis for protective device sequencing.
Emergency Power Systems
Generator design and EPSS/ESS engineering.
Representative work
Representative project experience
Ohio
Troy City Schools: Troy High School
Electrical engineering for new school construction.
Kentucky
University of Kentucky: Athletic Facilities
Athletic facility electrical engineering.
Why TPS
What you get with TPS
→
Coordinated MEP design for institutional building needs
→
Electrical studies connected to equipment replacements and expansion
→
Engineering milestones aligned with the agreed capital-project sequence
Tell us about your next project.
Share your project location, available plans, and target schedule. We’ll follow up within one business day to discuss the scope and proposal inputs.