How to Improve MEP Project Management for Franchise Locations

Managing Mechanical, Electrical, and Plumbing (MEP) systems across multiple franchise locations requires more than completing one project at a time.

Franchise businesses need building systems that are consistent enough to support brand standards while remaining flexible enough to accommodate different buildings, jurisdictions, climates, utility conditions, and operational requirements.

Without a structured MEP project-management strategy, repeated franchise projects can create avoidable challenges, including:

• Inconsistent designs

• Repeated engineering work

• Coordination conflicts

• Procurement delays

• Unexpected changes

• Higher operating costs

• Difficult maintenance

• Delayed openings

A better approach combines standardized MEP design, coordinated project documentation, BIM, smart building technologies, energy efficiency, strategic procurement, and ongoing performance monitoring.

This guide explains how franchise owners, developers, architects, and project teams can improve MEP project management across single locations and multi-site rollouts.

What Is Franchise MEP Project Management?

Franchise MEP project management is the process of coordinating the engineering, documentation, implementation, and ongoing performance of mechanical, electrical, plumbing, and related building systems across franchise locations.

It can involve:

• MEP design

• Engineering coordination

• Prototype development

• Site-specific adaptations

• Code compliance

• BIM coordination

• Equipment selection

• Procurement

• Construction coordination

• Quality review

• Commissioning

• Energy management

• Maintenance planning

The exact responsibilities depend on the project delivery structure and the roles of the owner, architect, engineer, general contractor, and MEP contractor.

For a franchise with multiple locations, the objective is not simply to complete each project.

The objective is to create a repeatable process that improves consistency and efficiency from one location to the next.

Why MEP Project Management Is Important for Franchise Businesses

MEP systems directly affect how a franchise facility operates.

HVAC affects comfort and energy consumption. Electrical systems support lighting, equipment, technology, and operations. Plumbing systems support water supply, drainage, fixtures, and specialty equipment.

Poor coordination can lead to:

• Design revisions

• Construction conflicts

• Equipment changes

• Schedule delays

• Increased costs

• Maintenance challenges

These problems can become more difficult when they are repeated across several locations.

A standardized project-management approach can help franchise teams identify recurring issues and improve the process over time.

The Main Challenges of Managing MEP Projects Across Multiple Locations

Franchise MEP programs often have to balance standardization with site-specific requirements.

Common challenges include:

Different Building Conditions

Existing buildings may have different:

• Floor plans

• Ceiling heights

• HVAC systems

• Electrical services

• Plumbing infrastructure

• Structural conditions

Different Jurisdictions

Each location may have different:

• Building codes

• Energy codes

• Permit requirements

• Utility requirements

• Local amendments

Repeated Design Work

Without reusable design standards, engineering teams may repeatedly solve the same problems for every location.

Procurement Variability

Different equipment and suppliers can make maintenance and replacement more complicated.

Tight Construction Schedules

Franchise projects are often tied to planned opening dates.

Coordination Across Multiple Teams

Owners, franchisees, architects, engineers, contractors, suppliers, and facility teams must coordinate effectively.

These challenges make process standardization particularly valuable.

1. Standardize MEP Design Criteria

Standardization should be the foundation of a franchise MEP strategy.

A franchise can establish preferred requirements for:

• HVAC systems

• Electrical equipment

• Lighting

• Plumbing fixtures

• Controls

• Water heating

• Equipment connections

• Typical details

• Design documentation

A standardized design framework can reduce unnecessary variation between locations.

However, standardization should not mean copying the same design without reviewing the site.

The better approach is:

Standardized criteria + site-specific engineering

2. Develop a Franchise MEP Prototype

A franchise MEP prototype can establish the baseline for future locations.

A prototype may include:

• Design criteria

• Equipment schedules

• Typical layouts

• Standard details

• Electrical requirements

• Plumbing requirements

• HVAC criteria

• Controls

• Preferred equipment

• Documentation standards

The prototype provides a starting point for new projects.

The engineering team can then adapt it to the actual site.

3. Build Flexibility Into the Standards

A franchise prototype needs flexibility.

Different locations may have:

• Different climates

• Different building sizes

• Different utility capacities

• Different occupancy

• Different local codes

• Different existing MEP systems

The standards should therefore define what should remain consistent and what can be modified.

For example:

Standardized

• Preferred equipment

• Performance criteria

• Fixture standards

• Controls philosophy

• Documentation format

Site-Specific

• Equipment capacity

• Duct routing

• Pipe routing

• Electrical service

• Utility connections

• Structural coordination

This distinction prevents standardization from becoming over-design.

4. Establish Clear MEP Project Responsibilities

MEP projects involve multiple participants.

Responsibilities should be clearly defined between:

• Owner

• Franchisee

• Architect

• MEP engineer

• General contractor

• MEP contractor

• Equipment suppliers

• Facility management team

A responsibility matrix can identify who is responsible for:

• Design

• Permitting

• Equipment selection

• Procurement

• Installation

• Testing

• Commissioning

• Documentation

• Maintenance

Clear responsibilities can reduce gaps and duplicated work.

5. Start MEP Engineering Early

MEP systems affect the architectural and structural design.

They influence:

• Mechanical rooms

• Electrical rooms

• Ceiling space

• Equipment locations

• Roof space

• Utility connections

• Structural openings

Early engineering allows these requirements to be incorporated into the building design before construction.

Late MEP decisions can require costly changes.

6. Use BIM for MEP Coordination

Building Information Modeling (BIM) can improve coordination between building disciplines.

BIM can help teams:

• Visualize MEP systems

• Identify clashes

• Coordinate equipment

• Review clearances

• Coordinate ceiling spaces

• Document existing conditions

• Develop coordinated drawings

For franchise projects, BIM can also help maintain consistency between prototype designs and individual locations.

Daymark Engineers lists BIM Services as one of its core capabilities, including MEP modeling and coordination.

7. Use Clash Detection Before Construction

Clash detection can identify potential conflicts between:

• Ductwork

• Piping

• Electrical systems

• Sprinklers

• Structure

• Architecture

• Equipment

Resolving a conflict during design is generally easier than resolving it after installation.

This can reduce unnecessary field changes and coordination problems.

8. Maintain Digital MEP Documentation

Franchise teams should maintain organized digital records of:

• MEP drawings

• Equipment schedules

• Specifications

• Submittals

• Equipment manuals

• As-built information

• Commissioning records

• Maintenance information

Digital documentation can make future renovations and maintenance easier.

It can also provide a useful reference for developing subsequent locations.

9. Integrate Smart Building Technologies

Smart building systems can provide real-time information about building performance.

Depending on the project, technologies can include:

• HVAC sensors

• Energy meters

• Water-leak detection

• Occupancy sensors

• Lighting controls

• Building automation

• Remote monitoring

• Equipment alerts

These systems can help facility teams identify problems earlier and make informed operational decisions.

10. Use Smart Controls for HVAC Systems

HVAC systems can represent a significant portion of building energy use.

Smart controls can help manage:

• Temperature

• Operating schedules

• Occupancy

• Equipment staging

• Setpoints

• Zone conditions

The appropriate control strategy depends on the building and system design.

Automation should support the actual operating requirements rather than adding unnecessary complexity.

11. Monitor Energy Performance

Energy monitoring can help franchise owners understand how locations perform relative to one another.

Track metrics such as:

• Electricity consumption

• Gas consumption

• Water use

• HVAC runtime

• Peak demand

• Energy use intensity

Comparing locations can help identify facilities that may require investigation.

Differences may be caused by:

• Building size

• Climate

• Operating hours

• Equipment

• Occupancy

• Controls

• Maintenance

Performance data should therefore be interpreted in context.

12. Prioritize Energy-Efficient MEP Systems

Energy efficiency should be considered during design rather than added after construction.

Potential strategies include:

• High-efficiency HVAC

• LED lighting

• Efficient motors

• Variable-speed drives

• Occupancy controls

• Efficient water heating

• Water-saving fixtures

• Building automation

The appropriate solution should be evaluated based on first cost, operating cost, maintenance, and expected performance.

Daymark identifies Energy Modeling and Sustainability among its building-engineering capabilities.

13. Use Energy Modeling When Appropriate

Energy modeling can help evaluate alternative design strategies.

Depending on the project, it can help compare:

• HVAC options

• Building-envelope strategies

• Lighting

• Controls

• Operating schedules

• Energy consumption

This can help franchise owners make decisions based on projected performance rather than first cost alone.

14. Centralize Equipment Standards

Franchise organizations can simplify project management by establishing preferred equipment standards.

This can include:

• HVAC equipment

• Lighting

• Plumbing fixtures

• Controls

• Motors

• Pumps

• Water heaters

Standardized equipment can make:

• Procurement

• Maintenance

• Training

• Replacement

• Documentation

more consistent.

However, equipment standards should always be reviewed for compatibility with local conditions and applicable requirements.

15. Develop a Strategic Procurement Process

Procurement can become complicated when multiple locations are under development.

A coordinated procurement strategy can establish:

• Preferred vendors

• Approved equipment

• Alternate equipment

• Lead-time requirements

• Purchasing responsibilities

• Delivery procedures

• Storage requirements

Early procurement planning can reduce the risk of construction delays caused by long-lead equipment.

16. Track Long-Lead MEP Equipment

Potential long-lead items can include:

• HVAC equipment

• Electrical switchgear

• Transformers

• Generators

• Specialty equipment

• Controls

• Water-heating equipment

The project team should identify these items early and coordinate procurement with the construction schedule.

17. Standardize Equipment Specifications

Consistent equipment specifications can simplify future locations.

A specification framework can define:

• Performance

• Capacity

• Efficiency

• Dimensions

• Controls

• Warranty

• Installation requirements

Site-specific engineering should still determine the actual equipment capacity.

18. Manage MEP Changes Through a Defined Process

Changes are common during construction.

They may result from:

• Existing conditions

• Equipment availability

• Owner changes

• Code requirements

• Coordination conflicts

• Design revisions

A defined change-management process should document:

• What changed

• Why it changed

• Cost impact

• Schedule impact

• Technical impact

• Required approvals

This creates accountability and helps prevent undocumented field changes.

19. Conduct Regular MEP Coordination Reviews

Regular coordination meetings can address:

• Design questions

• Equipment

• RFIs

• Submittals

• Construction progress

• Conflicts

• Procurement

• Inspections

The meeting frequency should match project complexity and schedule.

For multi-location programs, standardized meeting agendas and reporting can make coordination more efficient.

20. Track Project Performance Across Locations

Franchise owners can develop consistent project metrics.

Potential KPIs include:

Schedule

• Design duration

• Permit duration

• Construction duration

• Opening-date performance

Cost

• Engineering cost

• Construction cost

• Change-order value

• MEP equipment cost

Quality

• Number of RFIs

• Number of coordination conflicts

• Punch-list items

• Inspection issues

Operations

• Energy consumption

• Maintenance requests

• Equipment failures

• Downtime

Tracking these metrics can reveal recurring problems across locations.

21. Create a Centralized MEP Knowledge Base

Lessons from one franchise location should not be lost when the project closes.

A central knowledge base can contain:

• Standard details

• Design criteria

• Approved equipment

• Common coordination issues

• Lessons learned

• Typical specifications

• Code considerations

• Vendor information

This allows future project teams to benefit from previous experience.

22. Conduct Lessons-Learned Reviews

After completing a franchise project, review:

• What worked?

• What caused delays?

• Which systems required changes?

• Which details created field problems?

• Which equipment performed well?

• Which issues are likely to recur?

The findings can then be incorporated into the next project’s standards.

This creates a continuous-improvement cycle.

23. Use Site Assessments Before Reusing a Prototype

A prototype should never be applied blindly.

Before adapting the design, review:

• Existing HVAC

• Electrical service

• Plumbing

• Utilities

• Building envelope

• Ceiling space

• Structural conditions

• Available equipment space

This identifies site constraints before design development.

24. Account for Local Codes

Franchise standards need to be adapted to jurisdiction-specific requirements.

Review:

• Building codes

• Mechanical codes

• Electrical codes

• Plumbing codes

• Energy codes

• Fire codes

• Accessibility requirements

• Local amendments

A design that works in one jurisdiction may require modifications in another.

25. Coordinate With the Authority Having Jurisdiction

The Authority Having Jurisdiction (AHJ) can have requirements affecting:

• Permits

• Fire protection

• Electrical systems

• Plumbing

• Mechanical systems

• Inspections

Identifying approval requirements early can reduce avoidable delays.

26. Improve MEP Constructability

Engineering should consider how systems will actually be installed.

Review:

• Equipment access

• Delivery paths

• Installation sequence

• Ceiling coordination

• Mechanical-room space

• Service clearances

• Pipe and duct routing

• Electrical pathways

A design that is technically correct but difficult to construct can still create project problems.

27. Coordinate Maintenance Access During Design

MEP equipment needs to remain accessible after construction.

Consider access to:

• Filters

• Motors

• Pumps

• Panels

• Valves

• Controls

• Equipment

• Water heaters

Maintenance access should be coordinated with architecture and structure.

28. Plan for Future Equipment Replacement

Equipment eventually reaches the end of its service life.

The design should consider:

• Equipment removal

• Replacement dimensions

• Access pathways

• Roof access

• Service clearances

This can reduce future disruption.

29. Consider Commissioning

Commissioning can verify that building systems are installed and operating as intended.

Depending on the project, commissioning may evaluate:

• HVAC

• Controls

• Electrical systems

• Plumbing systems

• Sequence of operations

• Equipment performance

Commissioning can provide useful documentation for facility teams.

Daymark lists Commissioning among its engineering service capabilities.

30. Build a Repeatable Franchise MEP Workflow

A strong franchise MEP program can follow a repeatable process:

Prototype → Site Assessment → Engineering → Coordination → Permitting → Procurement → Construction → Commissioning → Performance Review → Lessons Learned

Each completed location can improve the process for the next.

MEP Project Management Improvements by Project Phase

Planning Phase

Focus on:

• Franchise requirements

• Prototype standards

• Site assessment

• Budget

• Schedule

• Utility requirements

Design Phase

Focus on:

• MEP calculations

• Engineering

• Code compliance

• BIM coordination

• Equipment selection

• Energy analysis

Permitting Phase

Focus on:

• Permit documents

• AHJ requirements

• Responses

• Revisions

• Approval tracking

Procurement Phase

Focus on:

• Equipment

• Lead times

• Vendors

• Submittals

• Delivery

Construction Phase

Focus on:

• Coordination

• RFIs

• Quality

• Inspections

• Schedule

• Changes

Closeout Phase

Focus on:

• Testing

• Commissioning

• As-built documents

• Equipment information

• Training

• Maintenance documentation

Post-Occupancy Phase

Focus on:

• Energy

• Maintenance

• Equipment performance

• Operational issues

• Lessons learned

A Franchise MEP Project Management Checklist

Before beginning a new location, confirm:

Design

• Franchise MEP standards established

• Site conditions reviewed

• Load calculations completed

• Local codes reviewed

• Equipment selected

• BIM requirements established

Coordination

• Architecture coordinated

• Structure coordinated

• Fire protection coordinated

• Equipment coordinated

• Ceiling space reviewed

• Maintenance access reviewed

Procurement

• Long-lead equipment identified

• Preferred vendors identified

• Equipment availability confirmed

• Submittal process established

Construction

• RFIs tracked

• Changes documented

• Inspections scheduled

• Quality reviewed

• Progress monitored

Closeout

• Testing completed

• Commissioning completed where required

• As-built documents collected

• Equipment information documented

• Maintenance requirements transferred

Continuous Improvement

• Project KPIs reviewed

• Lessons learned documented

• Standards updated

• Recurring issues identified

Common Franchise MEP Project Management Mistakes

Treating Every Location as a Completely New Project

Starting from scratch can result in unnecessary engineering work.

A prototype provides a better starting point.

Copying the Prototype Without Site Review

Standardization does not eliminate site-specific engineering.

Choosing Equipment Before Engineering Calculations

Equipment should be selected based on project requirements and calculations.

Ignoring Procurement Lead Times

Late equipment can affect construction schedules.

Failing to Coordinate MEP Systems

Poor coordination can lead to field conflicts and rework.

Treating Energy Efficiency as an Afterthought

Energy performance should be considered during design.

Not Tracking Performance Across Locations

Without consistent KPIs, recurring problems can be difficult to identify.

Losing Lessons Learned

Every completed location provides information that can improve future projects.

Overcomplicating Smart Technology

Technology should solve a real operational problem rather than be added simply because it is available.

Failing to Plan for Maintenance

MEP systems should remain accessible and serviceable after opening.

How BIM, Energy Modeling, and Value Engineering Work Together

These tools serve different purposes.

BIM

Helps coordinate where systems go.

Energy Modeling

Helps evaluate how systems may perform.

Value Engineering

Helps evaluate which solutions provide appropriate value.

Used together, they can provide a more comprehensive approach to MEP decision-making.

Daymark identifies BIM, Energy Modeling, and Value Engineering among its engineering capabilities.

How to Improve MEP Management Across a Franchise Rollout

A practical improvement strategy can follow these steps:

Step 1: Audit Existing Locations

Identify recurring MEP issues across current facilities.

Step 2: Establish Franchise Standards

Define preferred systems, equipment, details, and documentation.

Step 3: Build a Flexible Prototype

Create a baseline that can be adapted to different sites.

Step 4: Develop a Site-Assessment Process

Identify existing conditions before engineering begins.

Step 5: Standardize Documentation

Use consistent drawings, specifications, schedules, and reporting.

Step 6: Implement BIM Where Appropriate

Use coordination and clash detection to reduce conflicts.

Step 7: Establish Procurement Standards

Identify preferred equipment and vendors while allowing appropriate alternatives.

Step 8: Track Project KPIs

Measure schedule, cost, quality, and operational performance.

Step 9: Review Each Completed Location

Document lessons learned.

Step 10: Update the Franchise Standards

Use project experience to improve the next location.

The Role of MEP Engineering in Franchise Project Management

MEP engineering is not simply a design deliverable.

For franchise businesses, engineering can become part of the broader project-management strategy.

A strong engineering process can help establish:

• Standardized design criteria

• Equipment requirements

• Utility requirements

• Code-compliant solutions

• Coordination standards

• Energy strategies

• Constructability requirements

• Documentation standards

This creates a more repeatable process across locations.

Building a Scalable Franchise MEP Strategy

The goal of a franchise MEP strategy should not be to eliminate every difference between locations.

The goal is to create a framework that makes differences easier to manage.

That means:

Standardize what should be consistent.

Adapt what must respond to the site.

Document what changes.

Measure what performs.

Use the results to improve future locations.

This creates a continuous improvement process rather than treating every franchise project as an isolated event.

How Daymark Engineers Can Support Franchise MEP Projects

Managing MEP systems across multiple franchise locations requires coordination between engineering, design, construction, procurement, and operations.

Daymark Engineers currently identifies Franchise Solutions, MEP-FP Engineering, BIM Services, Energy Modeling, Value Engineering, Inspections, Commissioning, and Drafting Services among its capabilities. Its website states that the firm has worked with 50+ franchise brands, completed 450+ projects, and is licensed in all 50 states.

For franchise owners and developers, this type of integrated engineering support can help establish MEP standards, develop site-specific designs, coordinate systems, evaluate alternatives, and improve consistency across multiple locations.

A successful franchise MEP program is not built around one perfect design.

It is built around a repeatable engineering and project-management process that becomes more effective with every location.

If you are planning a new franchise location or managing a multi-site rollout, Daymark Engineers can help develop and coordinate MEP systems, establish franchise design standards, support BIM coordination, evaluate energy performance, and provide engineering services throughout the project lifecycle.

Frequently Asked Questions About Franchise MEP Project Management

What Is Franchise MEP Project Management?

Franchise MEP project management is the process of coordinating the design, engineering, documentation, construction-related requirements, and ongoing performance of mechanical, electrical, plumbing, and related building systems across franchise locations.

Why Is MEP Project Management Important for Franchises?

Franchise businesses often develop multiple locations with similar operational requirements. A structured MEP management process can improve consistency, coordination, documentation, procurement, and performance across locations.

What Are the Biggest MEP Challenges for Franchise Projects?

Common challenges include different building conditions, local code requirements, utility limitations, repeated engineering work, equipment lead times, coordination conflicts, and tight schedules.

Should Franchise Locations Use the Same MEP Design?

They can use common design standards and preferred systems, but each location should be evaluated for its specific building conditions, climate, utilities, occupancy, and local requirements.

What Is a Franchise MEP Prototype?

A franchise MEP prototype is a standardized engineering framework that establishes preferred systems, equipment, design criteria, typical details, and documentation for future locations.

Why Should a Franchise MEP Prototype Be Flexible?

Locations can differ in building layout, climate, utilities, codes, and existing systems. A flexible prototype allows consistency without forcing inappropriate solutions onto individual sites.

How Does BIM Improve Franchise MEP Project Management?

BIM can help coordinate MEP systems, identify clashes, visualize equipment, review clearances, and maintain digital documentation before and during construction.

Is BIM Necessary for Every Franchise Project?

No. The appropriate level of BIM depends on project complexity, client requirements, coordination needs, and the value it provides.

How Can Smart Building Technology Help Franchise Locations?

Smart technologies can monitor HVAC, energy, water, occupancy, and equipment conditions. Depending on the system, they can support remote monitoring, automated controls, alerts, and proactive maintenance.

What Smart Building Systems Are Useful for Franchises?

Potential technologies include:

• HVAC controls

• Energy monitoring

• Water-leak detection

• Occupancy sensors

• Lighting controls

• Building automation

• Remote equipment monitoring

How Can Energy Efficiency Improve Franchise Operations?

Efficient HVAC, lighting, controls, water heating, and plumbing systems can reduce resource consumption and potentially lower operating costs while supporting occupant comfort.

What Is Energy Modeling?

Energy modeling is a method of analyzing building energy performance and comparing potential design strategies based on factors such as systems, schedules, and building characteristics.

Why Is Centralized Procurement Useful for Franchise MEP Projects?

Centralized procurement can simplify vendor management, improve consistency, support equipment standardization, and potentially provide better purchasing terms.

Should Every Franchise Use the Same Equipment?

Not necessarily. Preferred equipment standards can improve consistency, but availability, capacity, climate, code requirements, and site conditions should be evaluated for each project.

How Can Franchise Owners Manage MEP Equipment Lead Times?

Identify long-lead equipment early, establish procurement responsibilities, review submittals promptly, and coordinate purchasing with the construction schedule.

How Can MEP Project Delays Be Reduced?

Early engineering, clear responsibilities, site assessments, BIM coordination, procurement planning, regular coordination meetings, and effective change management can help reduce avoidable delays.

How Should MEP Changes Be Managed?

Changes should be documented with their technical, cost, and schedule impacts and approved by the appropriate project participants.

What MEP Project KPIs Should Franchise Owners Track?

Potential KPIs include:

• Design duration

• Permit duration

• Construction duration

• Change-order value

• RFI volume

• Coordination conflicts

• Inspection issues

• Energy use

• Maintenance requests

• Equipment failures

Why Should Franchise Owners Track MEP Performance Across Locations?

Comparing locations can help identify recurring design, equipment, operational, or maintenance issues and provide data for improving future projects.

What Is the Role of Lessons Learned in Franchise MEP Projects?

Lessons learned allow project teams to identify recurring problems and update design standards, specifications, workflows, and procurement strategies for future locations.

When Should MEP Engineering Begin?

MEP engineering should begin early enough to influence architectural layout, utility requirements, equipment spaces, ceiling coordination, and other building-design decisions.

How Does MEP Engineering Support Franchise Project Management?

Engineering establishes technical requirements, coordinates building systems, supports code compliance, develops documentation, evaluates equipment, and helps create repeatable design standards.

How Does Value Engineering Help Franchise MEP Projects?

Value engineering compares design and system alternatives based on factors such as performance, cost, constructability, energy use, and lifecycle value.

Why Is Commissioning Important?

Commissioning can help verify that building systems are installed and operating according to the intended design and requirements.

What Is the Difference Between MEP Engineering and MEP Project Management?

MEP engineering focuses on the technical design and analysis of building systems. MEP project management coordinates the broader process, including design, schedule, communication, procurement, construction-related activities, and project delivery.

Can BIM, Energy Modeling, and Value Engineering Be Used Together?

Yes. BIM supports coordination, energy modeling supports performance analysis, and value engineering supports evaluation of cost and value. Together they can provide a broader decision-making framework.

How Can Franchise Owners Standardize MEP Projects?

They can establish design criteria, equipment standards, typical details, documentation procedures, procurement preferences, coordination processes, and performance metrics.

How Can Standardization Reduce Repeated Engineering Work?

A reusable prototype and standardized design criteria can give engineers a starting point for future projects rather than requiring every location to be developed entirely from scratch.

Can Standardization Increase Project Risk?

It can if the same design is copied without reviewing the site’s actual requirements. Standardization should provide a framework, not replace site-specific engineering.

Why Are Site Assessments Important?

Site assessments identify existing MEP systems, utilities, building conditions, spatial constraints, and other factors that may affect the design.

What Should Be Included in an MEP Site Assessment?

Depending on the project, review:

• HVAC

• Electrical service

• Plumbing

• Utilities

• Mechanical spaces

• Ceiling space

• Equipment

• Building conditions

• Existing documentation

How Can MEP Coordination Reduce Rework?

Coordinating MEP systems before installation can identify conflicts between disciplines and reduce the likelihood of discovering major coordination problems in the field.

Does Daymark Engineers Provide Franchise MEP Engineering?

Yes. Daymark identifies Franchise Solutions and MEP-FP Engineering among its core services and states that it has worked with more than 50 franchise brands.

Does Daymark Engineers Provide BIM Services?

Yes. BIM Services are listed among Daymark’s engineering capabilities and are positioned for MEP coordination and building-system modeling.

Does Daymark Engineers Provide Energy Modeling?

Yes. Energy Modeling is listed among Daymark’s engineering services.

Does Daymark Engineers Provide Commissioning?

Yes. Commissioning is listed among Daymark’s engineering capabilities.

Can Daymark Engineers Support Multi-Location Franchise Projects?

Daymark states that it works with franchise brands and has completed more than 450 projects, with licenses in all 50 states.

How Can Daymark Engineers Help Improve Franchise MEP Project Management?

Daymark can support franchise programs through MEP-FP engineering, Franchise Solutions, BIM coordination, Energy Modeling, Value Engineering, Inspections, Commissioning, and related engineering services.