CRAIG T. SUTTON, P.E.
KEY AREAS:
LEED Accredited Professional HVAC Engineer
Project Engineering
Design Engineer
System Engineer Professional Engineer
Mechanical Engineer
PROFESSIONAL SUMMARY:
Experienced professional mechanical engineer. Proficient is various computerized engineering programs. Familiar with building codes for construction.
EDUCATION:
MS, Mechanical Engineering, Utah State University, 2006
BS, Mechanical Engineering, Utah State University, 2005
SPECIFIC TRAINING:
ACAD CHVAC
REVIT PIPE-FLO
TRACE FORTRAN
I-DEAS MathCAD
FLUENT Solid Edge
Microsoft Word
Autodesk Inventor Microsoft Excel
Level L-Security Clearance
PROFESSIONAL EXPERIENCE:
URS Safety Management Solutions LLC June 2009 to Present
Design Engineer (June 2009 to Present)
Responsible for the design and construction support of new Nuclear Facilities. The design scope involved HVAC system and miscellaneous piping systems. Gained a working knowledge of NFPA, ASHRAE, SMACNA, ASME, and DOE standards. Piping system designs included: Vacuum, Low Pressure Breathing Air, High Pressure Breathing Air, Plant Air, Dust Suppression, Dry Chemical Systems, Grouting Systems. Worked on the design of remote tooling systems.
Engineering System Solutions May 2006 to May 2009
Project Engineer (July 2007 to April 2009)
Responsible for training and overseeing other engineers and drafters. Worked with contractors during construction administration on multiple projects. Presented bid proposals. In addition, conducted training meetings for engineers on various engineering topics.
Heating, Ventilation, and Air Conditioning Engineer (May 2006 to June 2007)
Primary designer or heating, ventilation, and air conditioning and plumbing systems for a wide variety of projects from large residential to commercial. Obtained a working knowledge of International Building Code, International Mechanical Code, International Energy Conservation Code, Uniform Plumbing Code, International Residential Code, and National Fire Protection codes. Designed and drafted mechanical and plumbing systems using AutoCAD and Revit. Designed multiple radiant heating systems.
Current Projects
Sodium Treatment for EBR-II Facility: Designed the treatment system for Sodium filled piping system (INL, Idaho)
Navy Project: Various Remote Fuel Handling System components for Navy Fuel Storage Project (INL, Idaho)
ARP V, VI, VII, and VIII: Nuclear Waste Retrieval Enclosures and Airlocks, Custom HEPA Filter Exhaust Units and Make-Up Air Handling Units (INL, Idaho)
LEED Projects
Durango Commons (LEED Core and Shell): 40,000 square feet (ft2) shell office building, custom air handlers (Las Vegas, NV)
Pearl Jackson (LEED NC): 40,000 ft2 mixed use retail/residential, full plumbing design (Jackson, WY)
Sweetwater Grange (LEED NC): 8,000 ft2 clubhouse, multiple DX furnace systems (Hailey, ID)
Redtail Cabins (LEED for Homes): 27 custom residences, multiple heat pumps (Driggs, ID)
General Projects
Walgreens-Sacramento: 14,000 ft2 retail, packaged roof top units (Sacramento, CA)
Monticello Assisted Living Center: 20,000 ft2 assisted living center, multiple DX furnace systems, ERVs (Pocatello, ID)
Kuna Wastewater Treatment Plant: Auto Maintenance Shop, Solids Handling Building, Headworks Building (Kuna, ID)
Fall River Electric Addition: 8,000 ft2 addition, multiple ground source heat pumps (Ashton, ID)
Bonneville Jail Addition: 30,000 ft2 addition, full plumbing design (IF, ID)
Norton Residence: 8,000 ft2 custom residence, radiant heat and electric fan coils (Jackson, WY)
Hillview Elementary Cafeteria: 10,000 ft2 cafeteria, multiple packaged roof top units, commercial kitchen (IF, ID)
BYU Chemical Storage Building: 2,000 ft2 chemical building, make-up air unit, exhaust system (Rexburg, ID)
NUCOR Steel May 2004/2005 to August 2004/2005
Maintenance Engineering Intern (Lifting Device Study) (May 2005 to August 2005)
Mr. Sutton located and cataloged 84 of the plant’s lifting devices into a central database. He updated or created AutoCAD drawings of the lifting devices. He performed stress analysis and load testing to rate the capacity of each device. He tagged and labeled all devices.
Maintenance Engineering Intern (Water Study) (May 2004 to August 2004)
Mr. Sutton conducted a quality control study of the plant's cooling water systems. He modeled and recorded 35 of the plant’s water systems (PIPE-FLO). He tested water flows and pressures to fine-tune the computer models. He made specific recommendations to improve the plant water efficiency.