Engineer Design

Justin Hollister

*** *********** **. - **********, **. 46140 - 260-***-**** - ******@*****.***

OBJECTIVE:

Acquire a position offering the opportunity to apply my experience while increasing my skill set and knowledge in the field of Mechanical Engineering and Motorsports Engineering.

EDUCATION:

Purdue School of Engineering & Technology, IUPUI Indianapolis, IN

Bachelor of Science in Mechanical Engineering

Bachelor of Science in Motorsport Engineering

Graduated: May 2012

Related Courses:

Vehicle Aerodynamics

FEA analysis (Creo, SW, Ansys)

Fluid Dynamics

Race Car Vehicle Dynamics

Race Car Design

Suspension design and analysis

Strength of Materials (Ti, Al, Composites, alloy steels)

PROJECTS:

Formula SAE project for IUPUI

In charge of designing:

Torsion bars along with adjusters

Rear suspension rockers

Gear reduction suspension rockers

Chassis concepts and partial design

Aluminum billet front bulk head

Aluminum billet multi-functional rear lower engine mount incorporating torsion bar adjusters, suspension mount and engine mount all in one

Designed a stainless steel 4-2-1 tuned length header

Heat Exchanger Design project objective:

Through the use of D.O.E. optimization analyze a shell and tube heat exchanger to minimize weight while keeping heat transfer at or above a given level with a predetermined horsepower given within a given size restraint.

Aero class project objective:

Design a “Lakester” open wheel style car with a max. of 200 hp and have a result of being able to run 200 mph on the salt flats in Nevada.

C.F.D. analysis resulted in a Drag force of 1104 N and 3000 N of down force with a theoretical top speed of 230 mph with 200 hp.

Defense design work:

Layout of hydraulic system and subsystems on the Boeing Phantom Badger.

Individual part design and brackets for hydraulic and fuel system components and systems. Accompanied by prints, bill of materials and layout drawings.

Reverse engineer and improve performance and packaging of components and systems.

COMPUTER SKILLS:

Pi data acquisition Toolbox and workbench

MoTec

Solidworks

CFD, FEA, Motion,

Sheet metal

Ansys

AutoCAD

ProE

Motion, FEA, sheet metal, with and without skeletons

Matlab

E-lap

WinGeo

Microsoft Office Suite

WORK EXPERIENCE:

Design Engineer Aug. 2014 – Present

C&R Racing

Design high efficiency custom cooling systems for high output applications. Water and oil cooling for custom/aftermarket up to Nascar Radiator / oil cooler combinations. Dry sump oiling systems along with other racing related components.

Design Engineer Oct. 2013 – Present

Hollis Engineering

Design racing cars and components using fundamental engineering principles to increase both safety and on track performance through sound engineering. This is done in both a design from scratch and reverse engineering approach including: layout/analysis, chassis, suspension, axle components, along with fixture design and fabrication.

Design Engineer Oct. 2012 – Oct. 2013

MSI Defense Solutions

Design systems, subsystems and parts for military specialty vehicles from concept to final drawings in a team environment under extreme deadlines (Please reference Boeing Phantom badger)

Engineering Intern May 2012 – July 2012

Belardi Autosport

Data engineering (DAG) and assistant Engineer for a three car Indy lights program

General Fabrication/Labor July 2011 – January 2012

C&R Racing Components

Cut and prepare radiator cores for welding according to prints (Custom, Nascar, and production)

Assembly – Military projects

AutoCAD Technician August 2006 – August 2010

Janssen and Spaans Engineering

Assisted in completing engineering drawings on multi-million dollar projects and delivered to the state and/or contractors

Worked in a team of other AutoCAD Technicians and Engineers

REFERENCES:

Todd Holbert Supervisor MSI Defense Solutions 336-***-****

Steve Ritenour MSI Defense Solutions Co-Worker 317-***-****

Andy Borme Professor at IUPUI ******@***.***

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