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Business Details
41 Years
experience
Expert HVAC & Plumbing Engineering Solutions in Sandy, UT
WHW Engineering has been designing innovative HVAC and plumbing systems for over 40 years, combining technical expertise with client-focused solutions. Our mission centers on solving mechanical construction challenges through high-quality engineering delivered efficiently and cost-effectively. We prioritize open communication with clients, building owners, and contractors to ensure systems align with project visions while maintaining environmental sustainability and operational dependability.

With a team of licensed engineers and designers, we specialize in new construction, renovations, and sustainable design practices, including LEED-certified projects. Our leadership brings decades of experience in energy modeling, system optimization, and project management across diverse sectors like education, healthcare, and commercial buildings.
Services
HVAC Design Plumbing Systems Sustainable Design Energy Modeling LEED Certification Project Management BIM Modeling Renovation Solutions Construction Support Mechanical Engineering
Details
  • Year established: 1985
Highlights and features
  • 40+ years of experience in mechanical engineering design
  • LEED-certified engineers specializing in sustainable systems
  • Energy modeling expertise for cost-effective solutions
  • Proven track record with LEED and ENERGY STAR projects
  • Direct client collaboration from concept to completion
What people say
Exceptional engineering expertise Responsive communication Sustainable design leadership Timely project delivery Technical precision
Services
HVAC Design
Our HVAC design services create energy-efficient systems tailored to building requirements. We integrate advanced technology with practical solutions for residential, commercial, and institutional projects. Our engineers optimize airflow, temperature control, and energy consumption while ensuring code compliance and long-term reliability.
Plumbing Systems
We design comprehensive plumbing systems balancing functionality and sustainability. Our solutions address water efficiency, waste management, and code compliance for new construction and retrofit projects. The team specializes in complex commercial plumbing layouts and low-flow fixture integration.
Sustainable Design
Our sustainable design approach reduces environmental impact through energy recovery systems and water conservation strategies. We implement LEED-certified practices and energy modeling to achieve optimal building performance. Projects incorporate renewable energy sources and materials meeting strict sustainability standards.
Energy Modeling
Energy modeling services identify efficiency opportunities before construction begins. We simulate building performance to optimize HVAC sizing, insulation values, and lighting systems. This data-driven approach helps clients achieve energy savings and meet regulatory requirements while maintaining occupant comfort.
Project Management
Our project management ensures seamless coordination between stakeholders throughout the construction process. We maintain quality control, manage timelines, and resolve technical challenges. The team provides regular progress updates while safeguarding design integrity and budget parameters.
People
Win Packer
President - Principal Engineer
Licensed Professional Engineer with LEED accreditation, Win leads HVAC and plumbing design initiatives. He focuses on sustainable systems balancing environmental responsibility with operational efficiency. With 20+ years at WHW, he oversees project execution and technical excellence.
Brad Lash
Vice President - Principal Engineer
Specializes in energy modeling and LEED-certified projects. Manages complex HVAC designs from concept to completion. With 14+ years at WHW, he coordinates multidisciplinary teams to deliver cost-effective, energy-efficient solutions for commercial and institutional clients.
Caleb Lee
Senior Project Manager
Combines electrical contracting experience with mechanical engineering expertise. Focuses on system integration and field coordination. He ensures designs accommodate construction realities while maintaining performance standards across renovation and new build projects.
John Larsen
Senior Associate - Principal Engineer
Licensed engineer with a master's in technology management. Brings 10+ years of HVAC industry experience, including six years in construction prior to consulting. Specializes in technical calculations and complex system analysis for healthcare and educational facilities.
Brooks Rawlings
Mechanical Engineer
Project manager handling diverse HVAC and plumbing assignments. Applies technical expertise to system design and optimization challenges. Works closely with architects and contractors to implement solutions meeting performance and budgetary requirements across commercial sectors.
Questions
What HVAC services does WHW Engineering offer?
We provide full-cycle HVAC design, energy modeling, system optimization, and LEED-certified solutions for commercial, educational, and healthcare facilities.
Do you specialize in sustainable mechanical systems?
Yes, our team implements energy-efficient designs, water conservation strategies, and renewable energy integration meeting LEED and ENERGY STAR standards.
What plumbing design experience do you have?
We design comprehensive plumbing systems for new construction and renovations, including low-flow fixtures and code-compliant waste management solutions.
How do you handle complex engineering projects?
Our engineers use BIM modeling and energy analysis tools to coordinate multidisciplinary teams, ensuring technical accuracy and constructability across all project phases.
What industries do you serve?
We work with educational institutions, healthcare providers, commercial developers, and government agencies on mechanical system design and optimization projects.
Can you assist with system retrofits?
Yes, our team specializes in upgrading existing systems to improve efficiency, address code compliance, and extend equipment lifespan while minimizing disruption.