DESIGN WEST ENGINEERING

ABOUT US
Design West Engineering is a Mechanical and Electrical Engineering and Energy Consulting firm. Established in 2000 and based in San Bernardino, CA, Design West Engineering specializes in Mechanical, Electrical and Telecommunication Engineering applications and energy efficiency projects for a wide range of building sectors, including education, medical, civic, residential and commercial. The firm is committed to delivering outstanding client service and tailored design solutions that maximize return on investment.

 

SERVICE
Design West Engineering is driven first and foremost by an active interest in delivering its architectural and construction partners exceptional service. In all of our projects, we are committed to completing work on schedule and within budget. Outstanding client service, we believe, is delivered through top-notch proactive thinking and beyond-the-call-of-duty effort. We are devoted to this ethic on an ongoing basis, from the very first meeting to well after a job is done.

TAILORED SOLUTIONS
Design West Engineering approaches each client, each sector and each space with a fresh perspective and as a new opportunity to provide the best custom designed mechanical solution possible. We never take a one-size-fits-all approach or fall back on a solution that was implemented—but may not have worked well—in the past. Each new situation calls for creative thinking, and our depth of experience in multiple sectors enables a cross-pollination of ideas and solutions.

RETURN ON INVESTMENT
Design West Engineering's success ultimately hinges on the degree to which our clients see a positive return on investment. To that end, we pursue a relentless investigation of energy-efficiency methods that provide the highest performance, the lowest consumption, and the best ROI possible. These are the metrics by which we measure our achievement. Whether it is by selecting the most energy-efficient equipment or incorporating best-in-class energy recovery methods, we are committed to finding an optimal balance between system operating costs and initial cost of construction to ensure a project's success.