EPIC Engineering Solutions is a full-service construction engineering and consulting firm, specializing in Mechanical, Electrical, Plumbing, Fire Alarm, and Fire Protection. EPIC provides design and management services for all stages and types of construction, from the design and building of new structures, to large and small renovation projects, and consultations about existing building conditions.
EPIC has experience with residential, commercial, industrial, and governmental projects, and understands the needs of each type of facility. The company was founded in 1992 by Richard Ouzts as EPIC Engineering and Design. In 1997, John Allen joined with Richard Ouzts to incorporate the company as EPIC Engineering, Inc., with Richard Ouzts as President and managing partner and John Allen as Vice-President.
In 2007, Aaron Tempel became a managing partner and treasurer. EPIC rebranded in 2021 as EPIC Engineering Solutions, LLC. with Aaron Tempel as President.
EPIC has experience with residential, commercial, industrial, and governmental projects, and understands the needs of each type of facility. The company was founded in 1992 by Richard Ouzts as EPIC Engineering and Design. In 1997, John Allen joined with Richard Ouzts to incorporate the company as EPIC Engineering, Inc., with Richard Ouzts as President and managing partner and John Allen as Vice-President.
In 2007, Aaron Tempel became a managing partner and treasurer. EPIC rebranded in 2021 as EPIC Engineering Solutions, LLC. with Aaron Tempel as President.
Services
Mr. Tempel is the President and senior mechanical engineer for EPIC Engineering Solutions whose background includes all aspects of mechanical design and construction project management.
His design experience has included use of computer-assisted design programs, including ESP-II, HAP 4.2 Heating/Cooling Load and Energy Analysis, Trace Trane Load analysis, AutoSPRINK, AutoCAD, and various fan and pump selection programs.
During 22+ years of ambitious professional practice, he has designed HVAC, plumbing, fire protection, petroleum process piping, and performed energy modeling and analysis.
His design experience has included use of computer-assisted design programs, including ESP-II, HAP 4.2 Heating/Cooling Load and Energy Analysis, Trace Trane Load analysis, AutoSPRINK, AutoCAD, and various fan and pump selection programs.
During 22+ years of ambitious professional practice, he has designed HVAC, plumbing, fire protection, petroleum process piping, and performed energy modeling and analysis.
Mr. Kramer is a senior mechanical designer and production/project manager whose background includes many aspects of mechanical design and construction project management.
Mr. Kramer has designed and prepared construction documents for HVAC systems, plumbing, fire protection, industrial process piping and petroleum process piping.
His design experience, which spans thirty-two years, includes over ten years of manual drafting and thirty plus years of computer aided drafting (CAD).
He is also experienced in the use of computer-assisted design software such as Trane Trace Load Analysis, Trane TOPPS, ESP-II, HAP 4.2 Heating/Cooling Load and Energy Analysis, and various equipment selection programs.
Mr. Kramer has designed and prepared construction documents for HVAC systems, plumbing, fire protection, industrial process piping and petroleum process piping.
His design experience, which spans thirty-two years, includes over ten years of manual drafting and thirty plus years of computer aided drafting (CAD).
He is also experienced in the use of computer-assisted design software such as Trane Trace Load Analysis, Trane TOPPS, ESP-II, HAP 4.2 Heating/Cooling Load and Energy Analysis, and various equipment selection programs.
Main Considerations: Minimize damage to the building; Maximize indoor air quality; Maximize energy efficiency.
Main Considerations: Maximize energy efficiency while allowing for individual room temperature control during the school year; Provide dehumidification throughout the year, integrating into existing campus controls.
Main Considerations: First LEED certified elementary school in the state of South Carolina, so the design had to comply with LEED standards.
Main Considerations: Comply with South Carolina Department of Education and Charleston County School District requirements in addition to applicable national codes.
Main Considerations: Maximize energy efficiency while allowing for individual room temperature control during the school year; Provide dehumidification throughout the year, integrating into existing campus controls.
Main Considerations: First LEED certified elementary school in the state of South Carolina, so the design had to comply with LEED standards.
Main Considerations: Comply with South Carolina Department of Education and Charleston County School District requirements in addition to applicable national codes.
We have designed many high-end residences in the Charleston, South Carolina area, throughout the Southeast, and on the island of St. Kitts.
These projects range from new construction to renovations of historic structures.
When we are part of the project team, we meet with the owners to determine their desires and formulate the owners' project requirements.
We then coordinate with the architect on the building envelope, internal equipment, kitchen exhaust, and other key elements of the residence.
These projects range from new construction to renovations of historic structures.
When we are part of the project team, we meet with the owners to determine their desires and formulate the owners' project requirements.
We then coordinate with the architect on the building envelope, internal equipment, kitchen exhaust, and other key elements of the residence.
A view of North Charleston Elementary School, which was the first L.E.E.D. certified elementary school in South Carolina.
EPIC performed the Mechanical, Electrical, Plumbing, and Fire Alarm design.
The picture is on the island of St. Kitts.
The transformer in the foreground is a part of the electrical system that will provide power to bungalows.
The building in the background is the Sandy Bank Beach Club, on which EPIC provided the mechanical, electrical, and plumbing engineering.
A front view of the Charleston Aquarium, on which EPIC performed electrical construction review in 2012.
EPIC performed the Mechanical, Electrical, Plumbing, and Fire Alarm design.
The picture is on the island of St. Kitts.
The transformer in the foreground is a part of the electrical system that will provide power to bungalows.
The building in the background is the Sandy Bank Beach Club, on which EPIC provided the mechanical, electrical, and plumbing engineering.
A front view of the Charleston Aquarium, on which EPIC performed electrical construction review in 2012.
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