1. Jeremiah Rogers
505-331-9869 | 3488 E Loren Von Drive Salt Lake City, UT, 84124| jeremiahrogers24@gmail.com
Education
University of Utah College of Engineering Salt Lake City, UT
B.S. Mechanical Engineering GPA: 3.1 May 2016
Salt Lake Community College Salt Lake City, UT
Associates of Engineering GPA: 3.1 August 2014
Work Experience
CCI Mechanical Salt Lake City, UT
Project Manager June 2016-Present
 Responsible for knowing our HVAC and piping systems well enough to answer questions from foreman and
customers related to installation, operation and maintenance.
 Composed takeoffs, estimates, contracts, purchase orders, submittals, RFI’s, and schedules.
 Performed coordination of delivery of equipment and materials to keep the job on schedule.
 Projects: Layton IHC clinic and central utility plant, Embassy Suites, Regent Street Hotel, Sandy Towers
Engineer
 Modeled HVAC and plumbing systems using Revit.
 Preformed calculations to determine load, fan sizes, and pump sizes.
Nuch’s Pizzeria Salt Lake City, UT
Server April 2011-Present
 In charge of guest satisfaction, including addressing customer complaints and finding solutions to insure good
standing with the restaurant.
Skills and Qualifications
Computer Programs:
-Revit -Bluebeam -SolidWorks - Matlab/Simulink -Python
-Microsoft Office (Word, Excel, PowerPoint) -Pro/Engineer -ANSYS -Quote Express
School Projects:
Design and Visual Communication
 Designed a stair climbing robot to compete against other groups.
 Used ProE for approximately 40 hours to model gears, shafts, and other parts.
 Spent over 50 hours fabricating these parts in a machine shop using lathes and mills.
Mechanics of Materials
 Designed and built a Popsicle stick bridge and made calculations to predict where the bridge would fail when
placed under an axial load.
 Competed in a rivet competition in which rivets were tested for tension failure, shear failure, and tear-out.
Mechatronics
 Worked with a four man team in order to model, manufacture, and program a volleyball playing robot.
 Used solid works to model the robot which was then fabricated using 3-D printing, vacuum forming, and a mill.
 Programmed the robot using Arduino and controlled the robot wirelessly through serial communication.
Engineering Design
 Worked with a group to design and manufacture an ultra-light backcountry ski.
 Investigated the use of different materials such as carbon fiber, fiberglass, nylon, and UHMW.
 Used ANSYS and Solid Works to create finite element models to optimize the skis performance.
 Designed and machined test apparatus to assess critical functions such as binding pull out and edge durability.
 Used the prototyping to refine our process and increase performance.
HVAC
 Designed a full air conditioning system by calculating the cooling load required for a chosen building.
 Designed this system using a standard vapor compression cycle with appropriate ducting and fan combination.