Illuminating electrical design for every project type.
From lighting design, existing building analysis, voltage drop calculations, to electrical system analysis and a wide array of services in between, our experienced team of electrical designers is adept at both commercial and residential projects.
Electrical Engineering Projects
Are you in need of specialized services such as transformer harmonics, arc-fault/flash design, photometric analysis, residential one-line diagrams, fire alarm system integration and coordination, lightning protection systems, or standby generator design? Trust your project to the team at EVstudio for a higher level of design excellence.
A partnership with EVstudio brings your project to a new level.
- Structural Coordination. With our integrated and cooperative design teams, we use Revit and Navisworks to coordinate with the buildings structural systems to create a truly buildable project.
- Coordination with other systems. By working with other disciplines early in the design process, we can help you avoid pitfalls such as elevator and generator specifications before materials are ordered, and construction starts.
- Vendors. We have great relationships with many local vendors ( including, but not limited to CT Lighting, Illuminations Systems, The Lighting Agency, AMP, and Siemens) that help our designs stay on track and budget.
- Lighting fixtures selection. Our team of electrical designers can work hand-in-hand with you to select your fixtures or work with the ones you selected, thus ensuring that your plans align with them.
- Utility coordination. Our team works not only with electrical utility companies but with all utilities including gas, water, and communications.
- Existing buildings. Our team of electrical designers also provide existing building analysis and reports for any building type.
- Low voltage system design. We can interface with your design-build contractor to ensure your project meets all required codes.
Electrical Engineering Articles Written by our Experts

NEW HIRE: Bernard Lennon
Please join me in welcoming Bernard Lennon, he started as a Senior Electrical Project Designer on our MEP team in the Denver office! Bernard brings

Dan Hefty joins EVstudio
EVstudio is excited to welcome Dan Hefty, he started today as an Electrical Engineer (EIT) in our Denver office! Daniel Hefty is an Electrical Engineer

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

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.

Tier I Data Center Design Considerations
Tier I Data Center Design Considerations for Architecture, Structural, and MEP Disciplines Designing a Tier I data center requires balancing simplicity, cost, and essential reliability.