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Curtis Gagne Phones & Addresses

  • 416 Dellwood Dr, Smyrna, TN 37167
  • Antioch, TN
  • Clearwater, FL
  • 1868 Del Robles Ter, Clearwater, FL 33764 (727) 535-5935

Work

Company: Quality industries - LaVergne, TN, US May 2011 Position: Product engineer

Education

School / High School: Tennessee Technological University- Cookeville, TN Aug 2009 Specialities: Bachelor of Science in Mechanical Engineering

Skills

Autocad • Mechanical Engineering • Product Development • Inventor • Solidworks • Matlab • Sheet Metal • Manufacturing • Engineering • Gd&T • Microsoft Office • Ms Project • Heat Transfer • Design For Manufacturing • Continuous Improvement • Engineering Design • Fluids • Thermodynamics • Contract Manufacturing • Estimating • Product Management • Autodesk Inventor • Cad • Product Certification • Boilers • Combustion • Oracle Agile Plm • Sap

Emails

Industries

Mechanical Or Industrial Engineering

Resumes

Resumes

Curtis Gagne Photo 1

Product Development Engineer

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Location:
Smyrna, TN
Industry:
Mechanical Or Industrial Engineering
Work:
Lochinvar, Llc Oct 2012 - Jan 2016
Product Maintenance Engineer

Lochinvar, Llc Oct 2012 - Jan 2016
Product Development Engineer

Quality Industries May 2011 - Aug 2012
Product Engineer
Education:
Tennessee Technological University 2006 - 2011
Bachelors, Mechanical Engineering
Lakewood High School 2006
Skills:
Autocad
Mechanical Engineering
Product Development
Inventor
Solidworks
Matlab
Sheet Metal
Manufacturing
Engineering
Gd&T
Microsoft Office
Ms Project
Heat Transfer
Design For Manufacturing
Continuous Improvement
Engineering Design
Fluids
Thermodynamics
Contract Manufacturing
Estimating
Product Management
Autodesk Inventor
Cad
Product Certification
Boilers
Combustion
Oracle Agile Plm
Sap
Curtis Gagne Photo 2

Curtis Gagne Antioch, TN

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Work:
Quality Industries
LaVergne, TN, US
May 2011 to Aug 2012
Product Engineer

Tennessee Technological University
Cookeville, TN
Sep 2007 to Mar 2011
Mathematics and Engineering Tutor

Attendant/CashierLargo, FL
Jun 2010 to Aug 2010

Education:
Tennessee Technological University
Cookeville, TN
Aug 2009 to Sep 2010
Bachelor of Science in Mechanical Engineering

Lake w ood High School
Saint Petersburg, FL
Sep 2010
Engineering Graphics

College Fraternity
Jul 2008 to Aug 2009

Business Records

Name / Title
Company / Classification
Phones & Addresses
Curtis Gagne
President
Total Touch Contracting Inc
Landscaping Equipment & Supplies. Hardwood Floor Contractors. Basement - Remodeling. Patio & Deck Builders. Home Improvements. Bobcat & Backhoe Services. Basement - Finishing. Concrete Contractors. Contractors - Bathroom Renovations. Kitchen & Bath - Design & Remodeling. Landscape Designers. Landscape Contractors. Landscape Architects
20511 2 Ave SW, Edmonton, AB T6M 2S3
(780) 982-8189, (780) 481-8412
Curtis Gagne
President
Total Touch Contracting Inc
Landscaping Equipment & Supplies · Hardwood Floor Contractors · Basement - Remodeling · Patio & Deck Builders · Home Improvements · Bobcat & Backhoe Services · Basement - Finishing · Concrete Contractors
(780) 982-8189, (780) 481-8412

Publications

Us Patents

Methods And System For Demand-Based Control Of A Combination Boiler

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US Patent:
20200200401, Jun 25, 2020
Filed:
Feb 27, 2020
Appl. No.:
16/802623
Inventors:
- Lebanon TN, US
Curtis George Gagne - Smyrna TN, US
International Classification:
F24D 19/10
F24D 3/08
Abstract:
A combination boiler provides heated water to a boiler loop and heated domestic hot water (DHW) to a DHW loop. A primary heat exchanger is connected to the boiler loop. A burner provides heat to the primary heat exchanger and an input fan supplies a fuel and air mixture to the burner. A secondary heat exchanger transfers heat energy from the boiler loop to a domestic water loop. A controller determines a boiler loop flow rate. The controller measures an input temperature of the boiler loop, an output temperature of the boiler loop, and a DHW output temperature of the domestic water loop. The controller determines a DHW input temperature and estimates a DHW flow rate. The input fan speed is initiated or operated according to a required heat output of the burner corresponding to the DHW flow rate.

Methods And System For Demand-Based Control Of A Combination Boiler

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US Patent:
20180073748, Mar 15, 2018
Filed:
Sep 14, 2016
Appl. No.:
15/265029
Inventors:
- Lebanon TN, US
Curtis George Gagne - Smyrna TN, US
International Classification:
F24D 19/10
F24D 3/08
Abstract:
A combination boiler provides heated water to a boiler loop and heated domestic hot water (DHW) to a DHW loop. A primary heat exchanger is connected to the boiler loop. A burner provides heat to the primary heat exchanger and an input fan supplies a fuel and air mixture to the burner. A secondary heat exchanger transfers heat energy from the boiler loop to a domestic water loop. A controller determines a boiler loop flow rate. The controller measures an input temperature of the boiler loop, an output temperature of the boiler loop, and a DHW output temperature of the domestic water loop. The controller determines a DHW input temperature and estimates a DHW flow rate. The input fan speed is initiated or operated according to a required heat output of the burner corresponding to the DHW flow rate.

Methods And System For Controlling A Combination Boiler

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US Patent:
20180073749, Mar 15, 2018
Filed:
Sep 14, 2016
Appl. No.:
15/265055
Inventors:
- Lebanon TN, US
Curtis George Gagne - Smyrna TN, US
International Classification:
F24D 19/10
F24D 3/08
Abstract:
A combination boiler provides heated water to a boiler loop and domestic hot water (DHW) to a domestic water loop. The combination boiler includes a primary heat exchanger (PHE) connected to the boiler loop and a burner to provide heat to the primary heat exchanger. A secondary heat exchanger (SHE) transfers heat energy from the boiler loop to the domestic water loop. A controller monitors a PHE inlet temperature and a DHW output temperature, obtains a pre-heat initialization temperature threshold and a pre-heat cancellation temperature threshold, and detects a low temperature condition. A pre-heat operation is initiated responsive to the low temperature condition by circulating heated water from the PHE to the SHE. The burner is selectively fired at least in part according to an outlet temperature of the PHE.
Curtis G Gagne from Smyrna, TN, age ~37 Get Report