Jeremy

' 15

portfolio

graphic design

industrial design

&

Byington

CONTENTS

28

36

16

24

42 about me & resume We visit a passionate designers experience, history, goals, and achievements

36 photorealistic drawings Revealed: Photorealistic colored pencil drawings of transportation from high-class sports cars to high-tech off-road racing machines

32 Manning Parkway Masterplan Students go to great lengths in their quest for quality and efficiency, including a new site plan design for your next home lifestyle

16 hamilton beach coffee brewer We revisit the vast fields of coffee, a lively redesign with a determined vision of simplicity, style, and familiarity

24 OSU buckeye bullet The engineering team of Ohio State University are happiest when defying the laws of speed, as we find out what it takes to create the next generation of land speed vehicles

about me

28 Christian community church A reimagined vision as the team designs a creative solution for an expansion to a local church

04 sketchbook Checking out some sweet ideation sketches

20 DISNEY WOODEN DESK TOY Tasked with designing a fun and lovable wooden desk toy, we see how this cute creation unfolds from sketch to a working prototype

Hi! My name is Jeremy Byington. I am from Detroit, Michigan

and I am a fourth year Industrial Design Student at the International

Center for Creativity in Powell, Ohio. The Industrial Design program at

Cedarville University focuses on Product Design, Architectural Design,

Interior Design, and Automotive Design. I enjoy inventing and innovating new

creative design solutions for the passions in my life. Some of my passions include

the outdoors, cycling, and travel which has allowed me to appreciate life around me

and its natural beauty and design. I have worked at Champion Home Builders Inc. as

a graphic designer working with corporate identity systems and graphic scenarios.

Working at a corporate level has helped me gain a further understanding of hard work,

efficiency, and dedication. I also do freelance work as an Illustrator creating

photorealistic drawings of vehicles. My cycling hobby has pushed me further

developing sales talent and mechanical skills while working for Performance Bicycle Inc.

Thank you for taking the time to check out my portfolio, and have fun!

08 PERSonal transportation project What material is fully sustainable and its design and ideation can give new cyclist the ability to turn pro with a budget

sketchbooksketches from 2014 to 2015: Some ideation & final sketches of fun projects such as Oakley Sunglasses, Hoover battery solutions, bicycle seats, and vehicle elevation sketches. All projects start with ideation concept sketches to help further develop the product. These are a few examples of those sketches.

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PERSONAL TRANSPORTATION PROJECT

4 Week Project, Senior 2015: What material is stronger, lighter, and more sustainable than carbon fiber; while being used in everyday products that are more cost efficient and have increased benefits for the technology its being used for? Also is there an option for those consumers looking to turn professional but in a budget freindly way?

PROJECT OBJECTIVE & PROBLEMThe goal is to design a road bicycle that is cost efficient and has a sustainable design while performing at a professional level. Currently there are no bicycle frame options that achieve these goals...

RESEARCH To develop a bicycle that has a sustainable design, I have researched different types of thermoplastics. During the research I found a material called Tegris. Tegris is a thermoplastic made from recycled plastics that is stronger, has a greater impact resistance, and is lighter than carbon fiber, which is the leading material in bicycles.

TARGET AUDIENCEThis bicycle concept is designed for those that are looking for a professional grade bicycle at a budget. Examples of this personal would be college students, avid cyclist looking to turn pro, or anyone that wants a cool bike!portfolio / 08

MATERIAL PROPERTIES & RESEARCH

TEGRIS MATERIAL PROPERTIESMilliken & Company is a textile firm who developed the material TEGRIS. TEGRIS’s material properties share similiar characteristics to that of carbon fiber. According to Milliken, the material properties com-pared to carbon fiber is:

178% Stronger18% Lighter

55% Cheaper100% Recycleable

Impact Resistant

SUSTAINABLE DESIGNBeing 100% Recycleable this makes this bicycle able to comply within the principles of the social, economical, and ecological sustainability

MATERIAL APPLICATION

The Tegris material is currently being used by popular travel accessories manufacturer TUMI.

Applying the Tegris material to a bicycle frame would reflect the similiar molding process to its competitor, carbon fiber. The frame would be layered into two halves, pressurized, and then heat cured together to create a single bicycle Tegris frame.

These sketches show some of the ideas and thoughts that went into designing an aerodynamic and lightweight bicycle frame.

CONCEPT IDEATION

The bicycle’s design is based around stiffness, torsial strength, and aerodynamics.

As an ideation phase I worked on a blue foam model to develop the frame. The model was then primed and painted to help express and visualize the curves and design lines.

FOAM MODEL

STIFFNESS INCREASED WITH STRATEGICALLY DESIGNED SUPPORT SECTIONS WITHINCREASED LAYERS OF TEGRIS

AERODYNMICS DEVELOPED AROUND F1 TECHNOLOGY AND VEHICLE FLUID DYNAMICS

IMPROVED TORSIAL STRENGTH FOR HIGHER POWER TRANSFER TO PEDALS AND WHEELS

Coffee Maker Redesign

5 Week Project, Junior 2014: In collaboration with Hamilton Beach, students were challenged in teams to research and develop new designs and solutions for the current Hamilton Beach Brewstation Pro.

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whoRetro-Style 1950’s

whatResearch & Develop a Redesign

whereSmall Kitchens

whyRefresh & Renewal in Style

Ideation Sketches

The new Hamilton Beach Brewstation Pro allows you to wake up in the morning to a hot and refreshing cup of coffee. The new Brewstation Pro is designed to simplify everyday life with a retro-style design. The theme and innovation of this coffee maker was designed around those who dream and enjoy a retro style from the 1950’s. With the new Brewstation Pro, quality coffee can be brewed and enjoyed within minutes. But how does it work?

In the morning, the Brewstation Pro is filled with the desired coffee. The only things needed now are some water and a power connection. While friends and coworkers rush to get their coffee from local barista’s, the Brewstation Pro-user only needs to press the start button and wait for his coffee to brew.

Brewstation pro

solidworks model

Disney wooden toy2 Week Project, senior 2015: In Collaboration with Disney, Students were tasked with designing a simple shaped, fun and lovable wooden desk toy.

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BAYMAX is a fun and lovable character from the big hit Disney film Big Hero 6. The idea behind this toy was to create a simple, cute wooden desk toy. Students were asked to use multiple digital design tools and then a prototype to shoe an example of the manufacturing process.

ideation sketches

Big Hero 6 - Baymax Solidworks Model

Ideation - SketchesIllustratorr & Photoshop- Frame & GraphicsSolidWorks - 3D Model & Line GraphicsKeyshot - Rendering & Placement

GRaphics &solidworks

KEYSHOT RENDERINGS //

Rendering &prototype

Fun Features //Removable Arms, Legs, and HeadRotating Arms & Legs

Buckeye bullet redesign

4 Week Project, Junior 2015: The Engineering team of Ohio State University are happiest when defying the laws of speed, as we find out what it takes to create the next generation of land speed vehicles

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The objective was to create the next idea & design for a land speed vehicle for OSU’s engineering department. Our team chose to design the world’s fastest electric powered remote-controlled vehicle.

Project obejctive

For this project our team had to develop the basic knowledge and understanding of aerodynamics. Learning that the most efficient fluid dynamic shape is that of a teardrop (Laminar Flow), which developed the founding for our design.

research

Some challenges that our team faced were the forces of speed and weight. Having a vehicle travel over 200 MPH and being six feet long and weighing under fifty pounds challenges the boundaries of physics and fluid dynamics.

Challenges

As a research phase we worked on foam models to develop our form. The team created two preliminary models and then a final foam model to represent our finished design.

sketch Models Preliminary soldiworks models

finalsolidworks model

Overall dimensions: Length - 6’Width - 16”Height - 8”Weight - 30 lb’s Approx.

Church Expansion4 Week Project, Junior 2015: Students were challenged to design an expansion tothe existing CCC Building. Innovating the new addition with obstacles such as roads, streams, and elevation. Concluding with building a scale model to represent their design.

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whoChristian Community Church

whatResearch & Develop a Redesign

whereAlong a Twisty Stream

whyExpansion & Growth

The objective was to create an Architectural expansion that met the requirements of the client and kept with the current design of the existing church building. Designing an efficient multi-purpose room with a lounge that had a gorgeous view.

Project obejctive

The floorplan revolves around a center point which is the Kitchen. Allowing service access for events without the distraction to the guests. The lounge overlooks a small stream running through the woods giving a fantastic view during the seasons. The multi-purpose room gives efficient use of its space, connecting with the kitchen, lobby, concert space, and locker rooms. Overall this is a fluent and efficient design utilizing each rooms connections and their functions.

Floorplan overview

sketch modelExterior & Interior Views

Interior View

manning parkway assisted living home masterplan4 Week Project, senior 2015: In Collaboration with our client, students were challenged in teams to research and develop a masterplan for a senior living center.

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For our main concept and theme in our masterplan, we were inspired with a historical Europeanconcept relating to historical castle designs and cute german villages.

Our project was focused on developing a creative masterplan that accomplished the requirements of the client, being efficient with the use of property provided, and keeping a consistent theme throughout the design process.

Project Brief

Our Client challenged the team to develop a futuristic Senior Living Center on a 11 acre piece of property located along a busy road. The property is divided into two sections with a strong elevation gradient in the back (west side). Some ob-tacles we had to overcome were building restrictions along roads, utilities, streams, and two main cell towers located on the property.

These topographical maps show the properties challenges and how we developed our main road system, which proved to be the main challenge of our design. How do we make an efficient road system that keeps in line with a European castle concept?

During our research phase we virtually traveled through Europe discovering unique building styles and materials to help furth develop our concept.

elevations BuildingsSpiresCell TowersRoad-WaysPedestrian Walk-waysWater FeaturesLandscape

Color Key:

315 Olentangy River Road

IndependentLiving

IndependentLiving

IndependentLiving

IndependentLiving

Dining

Independent Living

Atriu

m

Parking

ParkingParking

Parking

Parking

Cell Tower ACell Tower B

AssistedLiving

AssistedLiving

Memory Care

Dining

Urgent Care

Wlecome Center

Fitness - Therapy - Salon Day Care - Pet Care

AssistedLiving

Park/ Dog Park

ParkingGarage

Man

ning

Par

kway

This is our final masterplan which represents our concept throughout. The pedestrian walking paths represent a wall or moat, protecting the defenseless hamlets from outside forces that may frighten them.

Perspective &final masterplan

photorealismFreelance artwork 2014 . 2015: Illustrations drawn for those that want memories to last forever

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RenderingsPrismacolor Colored Penci l

PLEASE NOTE: These are all Illustrations, not photographs.

RenderingsPrismacolor Colored Penci l

PLEASE NOTE: These are all Illustrations, not photographs.

solidworks & 3d printingFun designs to help build my skills in computer rendering and 3D printing for an iPhone/iPad Docking Station.

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This product was designed to be adaptable for both iPhone and iPad, while utilizing access for a charging port and headphone jack. Titanium would be used to make the product lightweight and durable.

solidworksideation sketching

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myskills

3d printingmodel making

Driving cycling traveling

andmyself

cooking

Certifications & Awards:

Shimano S-Tec certification

Performance Bicycle Group Ride Series Leader

2014 NAHB Jerry Rouleau Award for Excellence in Marketing for the presentation of the Appalachia Series Home PLans

2012 & 2013 Industrial Design Top Design Award at Lawrence Tech University

Thank You

jeremy byington

Industrial Designer - Graphic Designer - Illustrator

JeremyByington@ymail.com

1 + (734) - 558 - 6601