Texas Healthcare MEP Design Services for Architects

Why Choose Us

Success Starts With Choosing the Right MEP Engineer

We are one of the fastest-growing MEP design firms in the franchise construction industry.

50 States Licensed
50% Faster Turnaround Time
90% Customer Retention
400+ Brands Designed

Proven Results Backed by Client Experiences

"You guys have been great to work with. It was of course a learning curve at first understanding how things were done and time frames and so forth. There isn’t anything that stands out that I feel is a detriment so I’d give a 10"
-Dahlia Washington

"I just want to say thank you. Your team has been nothing short of amazing and I'm glad to have started working with you and NY Engineers. Ankit is my main point of contact and is on top of everything, he's great"
-Erik Liepins

6000+

Projects Completed

Problems Faced by Architects Designing Healthcare Projects in Texas, And How Our MEP Engineers Solve Them

1 Strict Healthcare Codes & Regulatory Compliance

Problem

FGI Guidelines for hospitals and outpatient facilities
ASHRAE 170 for ventilation and pressurization
NFPA codes for fire protection, emergency power, and medical gas
State and local AHJ requirements

Solution

Healthcare-focused MEP designs aligned with FGI, ASHRAE, and NFPA standards
Early code analysis to avoid late-stage redesigns
Permit-ready MEP drawings that reduce AHJ comments
Smooth coordination during authority reviews for faster approvals

2 Complex HVAC & Airflow Requirements for Infection Control

Problem

Healthcare spaces require precise air changes, filtration, and pressure relationships
Operating Rooms, ICUs, Isolation Rooms, and Labs have strict airflow rules
Incorrect pressurization can compromise patient safety and inspections

Solution

Advanced HVAC design meeting ASHRAE 170 airflow and pressure requirements
Proper zoning of critical and non-critical areas
HEPA filtration, pressure control, and redundancy planning
Designs that protect patient safety while supporting architectural intent

3 Tight Ceiling Spaces & MEP Coordination Challenges

Problem

Healthcare buildings have dense MEP systems: ducts, piping, medical gas, conduits
Limited ceiling heights lead to clashes between architectural, structural, and MEP systems
Poor coordination causes RFIs, construction delays, and on-site rework

Solution

3D coordinated MEP layouts using BIM workflows
Early clash detection to eliminate conflicts before construction
Optimized routing of ducts, pipes, and cable trays
Efficient use of ceiling and shaft spaces without architectural compromises

4 Reliable Power & Emergency Backup Requirements

Problem

Hospitals and clinics require uninterrupted power for life-safety systems
Emergency generators, ATS, and critical branches must meet NFPA 99 & 110
Architects face challenges integrating large electrical infrastructure into layouts

Solution

Code-compliant emergency power system design
Proper segregation of normal, critical, and life-safety branches
Redundant power strategies for continuous operations
Space-efficient electrical room and generator layouts

5 Medical Gas & Specialized Plumbing System Complexity

Problem

Medical gas systems (oxygen, vacuum, nitrous oxide) require strict compliance
Improper routing or zoning leads to inspection failures
Coordination issues between plumbing, equipment, and architecture

Solution

NFPA 99–compliant medical gas system design
Clear zoning, labeling, and valve box coordination
Seamless integration with architectural and clinical layouts
Inspection-ready documentation that avoids delays

6 Energy Efficiency vs. Performance Expectations

Problem

Healthcare facilities operate 24/7 and have high energy consumption
Owners demand efficiency without sacrificing comfort or reliability
Architects must meet sustainability goals under tight budgets

Solution

Energy-efficient HVAC and electrical system design
Smart equipment selection and load optimization
Designs that reduce operational costs while meeting healthcare performance standards
Support for energy compliance and sustainability objectives