OUR SERVICES

Sustainable Building Systems.
Designed for Performance.

Mechanical, electrical, and plumbing engineering design for efficient, resilient buildings.

SERVICES IN DEPTH

Mechanical Engineering

Systems designed for comfort, efficiency, and long-term performance.

  • Central plant designs

  • All-electric heat pump systems

  • Central air handling systems

  • Passively heated and cooled buildings

  • Geo-exchange systems

  • District thermal systems

View of industrial metal pipes and ducts mounted on a wooden ceiling in an unfinished building.

Electrical Engineering

Electrical and lighting systems designed for efficient power, quality illumination, and coordinated delivery from concept through construction

  • Power distribution and service design

  • Lighting design and controls

  • Emergency and life safety systems

  • Load analysis and capacity studies

  • Photometric studies

  • Utility coordination

A tall electrical transmission tower with a steel lattice structure against a colorful gradient sky transitioning from green to yellow and blue.

Plumbing Engineering

Efficient, reliable plumbing systems designed to reduce water use and support long-term performance across domestic water, waste, and storm systems.

  • Domestic water and distribution design

  • Sanitary and storm system design

  • Water efficiency and fixture selection

  • Equipment sizing and specification

  • Utility coordination

Close-up of an industrial pipe system with valves and rusty fittings, mounted on a textured gray wall.

Sustainability Planning

  • Electrification and decarbonization strategies

  • High-performance system selection and optimization

  • Daylighting and lighting power reduction

  • Water efficiency and reuse strategies

  • Envelope coordination for energy performance

  • Utility incentive and rebate support

  • LEED and green building certification support

  • Life cycle cost analysis

  • Existing building energy audits and retrofits

Helping clients develop and realize sustainability goals that are customized to their needs.

Modern architectural structure featuring curved white concrete walls, vertical metal slats, and an opening at the top revealing green trees and part of a high-rise building.

Renewable Energy Systems

Planning and design of solar, battery, wind, and micro-hydro systems.

  • Net zero analysis

  • Planning and sizing of renewable energy systems

  • Photovoltaic systems design and planning

  • Battery energy storage systems design and planning

  • Wind and micro-hydro systems planning

Solar panels in a grassy field under a partly cloudy blue sky.

Infrastructure Master Planning

Evaluation of district-scale thermal, water, and power systems.

  • Analysis of district scale thermal and energy systems

  • Review of existing infrastructure and planning for future development

  • Decarbonization planning

An aerial view of a modern urban rooftop garden with various green spaces, pathways, and recreational areas, surrounded by high-rise buildings.

Feasibility Studies

Systems designed for comfort, efficiency, and long-term performance.

  • Existing systems analysis

  • Evaluation of multiple system options

  • Assisting with architectural programming

Three small white house models with green leaf logos on the front, placed on top of charts and reports, representing eco-friendly homes or sustainable living.

Systems Commissioning

Functional testing of HVAC, plumbing, and lighting systems.

  • Design reviews

  • Pre-functional testing

  • Functional testing of HVAC, domestic hot water, and lighting systems

Someone using a stylus to check off items on a digital checklist on a tablet device. The checklist includes tasks such as create list and do.

Post Occupancy Evaluations

Analysis of post-occupancy data to optimize building operations.

  • Post-occupany data gathering for MEP systems and building operations

  • Lead post-occupancy team

  • Survey building occupants

  • Analysis and graphical output of data

  • Recommendations to optimize building operations

View of metallic ventilation pipes and ductwork installed on a wooden ceiling with vertical wooden wall panels.

INDUSTRY EXPERIENCE

Passive design integration

Experience implementing passive systems design

Living building principles

Experience supporting living building goals

Years combined experience

Solving complex problems with practical solutions

States with PE licensure

Registered in multiple states across the U.S.