Creative engineering for client focused MEP solutions.
Are you looking for custom engineering solutions that are fully integrated and environmentally responsible? Whether you’re in the private or public sector, we can design and facilitate mechanical, electrical, and plumbing (MEP) solutions that seamlessly suit your new-build or renovation.
At EVstudio, we’re here to support you and your vision. Our unique multidisciplinary approach facilitates a smooth, efficient, and cost-effective engineering process that ends with an innovative, high-quality build.
MEP Overview
Perfecting the unseen so your building is at peak performance.
- Heating, Ventilating & Cooling
- Duct Layouts
- Equipment Layouts
- Building Pressurization
- Mechanical Piping Systems
- Process Piping Systems
- Building Controls / Automation
- Interior lighting and control system design
- Integrated home control solutions
- Emergency egress lighting system design
- Exterior lighting and control system design, including photometric layouts
- Existing lighting conditions analysis
- Energy usage and code analysis
- Lighting retrofit and financial payback analysis
- ComCheck energy compliance documentation
- LEED credit documentation
- Construction document creation including performance specifications
- Electrical code analysis
- Construction administration
- System Feasibility Studies
- Energy Modeling
- Existing Facility Evaluation
- LEED project support
- Central Domestic Water Heating Plant
- Deionized Water Systems
- Commercial Plumbing Systems
- Compressed Air Equipment and Piping
- Natural Gas Piping Systems
- Vacuum Systems
- Pumping Systems
- Water Tap Calculations and Cost Estimates
- Generator Design and Specification
- Interior and Exterior Lighting
- Fire Alarm Design and Layout
- Athletic Lighting
- Building Power Distribution
- One-line Diagrams
- Fault Current Diagrams
- Arc-Fault Calculations
- Photometric Calculations
MEP solutions for any need.
- Size is no obstacle. There is no project scope too small or too big to receive our full attention.
- Certification Assistance. From LEED, to PACE to WELL, Energy Star to local jurisdiction sustainable guidelines, our team of mechanical, electrical, and plumbing designers are able to design to certification requirements.
- Collaborative in-house and out. Years of A/E partnerships mean that our designers are able to seamlessly work other design firms. When you need a partner to understand your vision, our team is here for you.
- Residential to Commercial. Unlike niche firms, our designers are able to partner with you no matter the style of building in your next project.
MEP Articles Written by EVstudio MEP Experts
Concrete Densifiers & Specialty Treatments: A Smarter Way to Protect High-Traffic Floors
Concrete must endure constant wear in industrial, commercial, and public settings. During a recent Lunch and Learn at EVstudio, Chad Nibbe, Regional Sales Manager for
Transforming Retail in the Rockies: Stio’s New Store in Breckenridge
SEE PROJECT INFORMATION Transforming Retail in the Rockies: Stio’s New Store in Breckenridge Nestled in the heart of Colorado’s mountain town of Breckenridge, the new Stio
Floating Homes in Coastal Florida
Floating Homes in Coastal Florida: Regulatory Landscape We are currently in discussions with Honka and MEYER Floating Solutions on designing floating single family CLT homes.
Understanding PDUs in Data Centers
Understanding PDUs in Data Centers Data centers require consistent, reliable power distribution to keep servers and network equipment operating without interruption.At the heart of this
CRAH Systems in Data Centers
Understanding CRAH Systems in Data Centers Data centers require precise cooling systems to keep servers operating within safe temperature ranges. While CRAC units are common,
CRAC System
What is a CRAC System? A CRAC (Computer Room Air Conditioning) system is a precision cooling unit built specifically for data-centers. Unlike typical HVAC systems that
Data Center Design: Understanding Tiers I-IV
Data Center Design: Understanding Tiers I-IV Tier I — Basic Capacity A Tier I facility uses a single path for power and cooling.
Tier IV Data Center Design Considerations
Tier IV Data Center Design Considerations for Architecture, Structural, and MEP Disciplines Tier IV data centers represent the highest level of resilience, performance, and operational
Tier III Data Center Design Considerations
Tier III Data Center Design Considerations for Architecture, Structural, and MEP Disciplines Tier III data centers mark a major step up in reliability and resilience.
Tier II Data Center Design Considerations
Tier II Data Center Design Considerations for Architecture, Structural, and MEP Disciplines Tier II data centers represent the next step in reliability beyond Tier I.