Comprehensive Engineering, P.C. is a multi-disciplined consulting engineering firm based in Grand Rapids, Michigan. Our firm's principals include: Ken Reigler, PE; John Corrigan, PE and Gordy Sible, PE. Our principals are licensed engineers that manage and lead each project from concept to completion. We provide a variety of services including electrical, structural, mechanical, civil, and forensic engineering for a broad range of projects.
Our engineers tailor designs toward project requirements, such as LEED, BIM, and sustainable design. We are committed to providing quality engineering services with honesty and integrity, while meeting your goals, schedules, and budgets. Our strength is our team. We have a dedicated staff of engineering and design professionals who strive to provide you with high quality, on-time, personalized service on every project you place with us.
We average more than 26 years of experience in engineering and design per team member. In October of 2016, one of the firms founding principals, Gary Johnson, PE (electrical engineer) retired after 53 years in the industry.
Our engineers tailor designs toward project requirements, such as LEED, BIM, and sustainable design. We are committed to providing quality engineering services with honesty and integrity, while meeting your goals, schedules, and budgets. Our strength is our team. We have a dedicated staff of engineering and design professionals who strive to provide you with high quality, on-time, personalized service on every project you place with us.
We average more than 26 years of experience in engineering and design per team member. In October of 2016, one of the firms founding principals, Gary Johnson, PE (electrical engineer) retired after 53 years in the industry.
Services
Our structural engineering services include the analysis and designs of buildings.
We deliver designs based on client needs, project requirements, and budget to ensure each project is a success no matter how challenging the environment.
We have expertise in a wide variety of project types.
Our mechanical engineering services include HVAC, fire protection, plumbing and piping, manufacturing ventilation and process, engineering studies, and testing and balancing.
We have experience with central air handling systems, central boiler chiller plants, wood pellet boilers, fan coil systems, water source heat pumps and underfloor air distribution systems.
We deliver designs based on client needs, project requirements, and budget to ensure each project is a success no matter how challenging the environment.
We have expertise in a wide variety of project types.
Our mechanical engineering services include HVAC, fire protection, plumbing and piping, manufacturing ventilation and process, engineering studies, and testing and balancing.
We have experience with central air handling systems, central boiler chiller plants, wood pellet boilers, fan coil systems, water source heat pumps and underfloor air distribution systems.
Comprehensive Engineering is a multi-disciplined consulting engineering firm providing civil, structural, mechanical and electrical engineering services to the building design and construction industry.
We have extensive experience in a wide variety of projects including health care, commercial, retail, educational, industrial, religious, residential, and food service projects.
We are always seeking technical people driven to provide great service for our clients.
We have extensive experience in a wide variety of projects including health care, commercial, retail, educational, industrial, religious, residential, and food service projects.
We are always seeking technical people driven to provide great service for our clients.
The project consists of renovation of an existing 300,000 square foot distribution center warehouse into an office building which includes an 80,000 square foot Second Floor addition.
The project was a "fast track" design with six bid packages to speed up the construction process.
The Meijer office building provides flexibility and interactivity programmed for an approximate 80% open office plan, demountable partition systems furniture and raised access floors throughout the entire facility.
Mechanical Engineering includes new under-floor air displacement HVAC system, separate boiler chiller plant facility.
The project was a "fast track" design with six bid packages to speed up the construction process.
The Meijer office building provides flexibility and interactivity programmed for an approximate 80% open office plan, demountable partition systems furniture and raised access floors throughout the entire facility.
Mechanical Engineering includes new under-floor air displacement HVAC system, separate boiler chiller plant facility.
The Mahle Industries equipment foundations encompassed designing two equipment foundations with extreme tolerances to deflection and soil vibration.
The stringent conditions required soil analysis and vibration measurement to ensure the equipment was isolated from nearly all vibration.
A heavy floating slab design was utilized to provide mass and ensure vibrations would not be transferred through the solid base foundation.
Another equipment foundation involved converting a manufacturer's metric drawings and designing a foundation utilizing the standard system.
The stringent conditions required soil analysis and vibration measurement to ensure the equipment was isolated from nearly all vibration.
A heavy floating slab design was utilized to provide mass and ensure vibrations would not be transferred through the solid base foundation.
Another equipment foundation involved converting a manufacturer's metric drawings and designing a foundation utilizing the standard system.
Comprehensive Engineering's involvement in the Fredrik Meijer Gardens Amphitheater project consisted of specialized structural engineering, centering on a custom bowstring truss with a 90 foot clear span.
To allow for changes in length due to thermal expansion slide bearing connections were utilized.
Structural items related to concrete included durable epoxy coated reinforcement and a special sand blast finish.
To allow for changes in length due to thermal expansion slide bearing connections were utilized.
Structural items related to concrete included durable epoxy coated reinforcement and a special sand blast finish.
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