2. This portfolio contains a sampling of
projects that display the breadth of
topics covered during my academic
career and are representative of
the contributions I can offer in
professional settings.
Topics from user research to
product component integration
are covered and show an
overview of my familiarization and
understanding of industry concepts.
I hope you find reviewing my
portfolio informative and indicative
of my work ethic and skill set. Thank
you in advance for your time.
Nick Boyd:Design Portfolio
Table of Contents
Flow: Portable Air Conditioner
Guardian: Fire Suppression System
Lift: Bicycle Accessory Development
Auld: Functional Labeling System
Supplemental Material: Exploratory Projects
The aim of the project was to develop a portable air conditioner for Royal Sovereign in
accordance with constraints provided with the company. In addition, the integration of
internal components was considered during development.
The focus of this project was directed at improving the use scenario for fire extinguishers
holders. The chaotic and dangerous situations a product of this type is used in presented a
unique challenge in designing a clear and communicative device.
This project used ethnographic research extensively to direct design development.
Observation of current scenarios helped to derive design directions that were developed
into physical prototypes for evaluation.
This project involved the development of a functional use for polyurethane labels developed
by Auld Technologies, LLC. The concept development focus included feasibility and
marketability of implementation options.
A collection of previous design coursework exploring components of design principles and
practices. Examples explore CAD modeling, technical and design drawing principles, as well
as color theory implementation are included.
3. Application of cognitive science principles
and semantics to improve fire extinguishing
Guardian:Fire Supression System
2010 James Dyson Award
National Finalist
4. Accessing the Lock Mechanism Opening the Compartment Door Retrieving the Fire ExtinguisherA. B. C.
1.
1.
3.
3.
5.
5.
2.
2.
4. 6.
6.
Current extinguisher holders lack
semantic meaning and operational af-
fordances. Only a tiny window allows
the user to observe the extinguisher
inside the holder’s compartment.
Residual shards of glass are a sig-
nificant hazard to user safety. Injury
could result in a panicked state result-
ing in abandonment of fire suppres-
sion and the propagation of physical
harm.
The user is forced to prop the door
open with their arm due to it’s free-
hanging nature. This type of door de-
sign greatly interferes with the user’s
ability to access the fire extinguisher
easily.
To access the door lock, the user must
break the glass window. In a panicked
state, one would most likely resort to
using their body to break the glass -
this presents serious safety concerns.
The user must manipulate the lock by
feeling alone. Compounding the dif-
ficulties, the mechanism opposes the
user - resulting in disorientation and
significant confusion.
Current holders do not offer an orien-
tation for the extinguisher. It could be
in any number of positions and does
not allow the user to anticipate quick-
ly how to remove the extinguisher.
The initial stage of development
began with exploring current solutions
on the market that addressed fire
extinguisher storage and accessibility.
Factors such as salience and cognitive
workflow where analyzed in the
effectiveness of current storage
solutions on the market today.
Completion of this research helped to
frame the design problem and offered
valuable insight into the context of
the problem. From here, informed and
contextually-relevant design could be
created.
4.
5
Guardian: Current Scenario
5. Gravity-Assisted Door Rotating Catch-Lock Door Spring-Loaded DoorA. B. C.
The users releases the lever located on
the top of the unit with a pulling mo-
tion. A concern was that if an object is
placed below the unit, the door would
not fully open at the extinguisher
could not be accessed - creating seri-
ous safety issues.
For this mock-up, the user grabs hold
of a handle in the middle of the unit
and pulls the door to the right, break-
ing a security seal. Problems with this
design may arise through users not
knowing where to located the handle
to slide the door or to interact with it.
The user pulls a level, releasing a
catch that propels the door up. This
design was chosen for further de-
velopment because of its accessibil-
ity considerations and the cognitive
affordances the “pull” mechanism is
able to communicate to the user.
The next stage of the design
development process involved the
creation of physical models. These
models allowed for the design
directions to be assessed and
interfaced with in a three-dimensional
setting.
The ability to interface and manipulate
the designs allowed for valuable
insight to be gained into cognitive
engineering and human factors
principles.
Development at this stage aided
greatly in discerning an appropriate
design solution to develop further into
a final three-dimensional model
Guardian:Function Prototypes
6. A presentation board was created to
introduce the user to the product. The
board presents the audience with a
brief description of Guardian as well
as perspective views of the product to
familiarize the user with its shape.
A simplified introduction into the
product’s operation sets up the
elaborated discussion of operation
that is present in the subsequent
presentation boards.
Introducing Guardian, the first fully integrated fire suppression
system of its kind. Guardian employs semantics and visual
cues to inform the user of the product’s purpose and function.
With Guardian unprecedented ease of use is integrated into a
comprehensive fire suppression system.
Guardian utilizes a spring-loaded door mechanism that allows
for immediate access to the fire extinguisher. Combined with the
large angle of access, Guardian affords the user a straight-forward
interface with which to interact with.
From functionality to form, Guardian is designed to allow
for quick access to fire suppression equipment with minimal
complication or interference for the user.
7
Guardian: Solution Overview
7. 1.
2.
3.
4.
5.
6.
Semantic Styling
Tamper Deterrence
Extinguisher Mount
Compartment Lighting
Handle + Hand Well
Functional Styling
Integrating geometry similar to the
shape of a fire extinguisher enables
the user to more easily recognize the
holder and its intended purpose.
Guardian employs a tamper
deterrence break which dissuades
vandalism of the unit. If the holder is
tampered with, the door locks in its
extended position - proving a visual
cue to safety personel.
The mount mechanism allows the
extinguisher to be suspended in
the air. This allows for only one
orientation of the extinguisher -
with the handle in line with the
extinguisher’s interface.
Lighting the interior of the unit
affords the user greater visibility from
distance and while removing the fire
extinguisher from the housing
The combination of these two
features afford the main more of
interface for the user. The vertical
handle is also orienteted in line with
the exinguisher allowing for rapid
interfacing.
The trim around the extinguisher
compartment not only adds visual
interest, but draws the eye towards
the extinguisher and allows the user
to recognize the unit’s purpose.
1. 2.
3. 4.
5. 6.
This board offers the user with an
in-depth look at the features and
functions of Guardian. It is a nice
complement to the previous, more
general board and offers the audience
a chance to learn more information
about the specific design attributes of
the product.
This composition would be beneficial
in communication design intentions
to others in the industry and into
other fields such as engineering and
marketing.
Guardian:Design Features
8. Pulling the Lock Handle Opening the Security Door Removing the Fire ExtinguisherA. B. C.
To initiate access, the user pulls
the lock handle forward, breaking
the tamper-proof tab. This in turn
releases the catch and prepares the
spring-loaded door for its accent up
through the upper portion of the
unit.
The release tension on the flexed
coil spring forces the security door
up and into the head of the unit. The
door cannot move down into the
compartment to cause interference
due to the coil resisting downward
forces that are exerted.
Lastly, the fire extinguisher is
removed from the holder housing.
The two-pronged mount allows the
extinguisher to easily slip off and
into the users hands for immediate
use.
The final board developed for
Guardian shows the specific function
of the product. Due to the design’s
unique function, it was important to
highlight the operation process.
Inclusion of this board was crucial to
displaying Guardian’s improvements
to the storage and accessibility of fire
extinguishers.
Considerations such as ergonomics
and human factors engineering are
also discussed in how they shaped the
final design direction.
9
Guardian: Access Mechanism
10. Functional Ideation
Configuration Exploration
Exploration of concepts began with
rapid creation of directions. Design
considerations were grouped into
“buckets” based on the context and
value provided to the user by the
design direction.
After function ideation, concepts were
further refined into configuraiton
implenentation. Concept development
in this manner allowed for designs
to be communicated quickly
and function sets to be quickly
determined.
13
Flow: Problem Definition
11. FLOW
Technical Abstract
Flow utilizes numerous features to simply and expedite the process of
transportation for the end user. The main feature of the unit its base
unit, which is able to rotate independently of the main body housing
above it. Combined with the addition of hand holds, these features
allow the user to move Flow with incredible ease and effort. This unique
transportation system also allows the unit a much smaller turning radius
than those on traditional caster systems, allowing it to be maneuvered
around household furniture and into tight spaces not accessible by
other portable air conditioners.
The unit also takes into consideration usability considerations. An
integrated hose management system stores the hoses within the unit
during transport to streamline the movement process. In addition,
a window hose mount is integrated into the unit. These features
completely eliminate all loose features, such as the hoses and window
mount, creating a better set-up and breakdown experience for the
user. This simplified process greatly expedites and improve the user’s
experience with the device.
Flow also incorporates an intuitive user interface. The remote control
for the device is stored on top of the fixed button console of the device.
Both interface devices share the same shape and layout geometry so
that the user needs only to learn one layout and is not confused by
conflicting layouts. All status information is synced between the remote
and the fixed controls to allow for a seamless experience. In sum, these
features provide the user with an intuitive user interface that simplifies
the task of home cooling.
Portable Air Conditioner
Royal
Sovereign
A technical abstract was developed
to outline the functional attributes
and specifications of the product.
This documentation was helpful in
communicating the intended design
direction in technical terms.
This document would be helpful
in communicating with industry
professionals and help to convince
management that the design is
implementable as well as profitable.
The ability to communicate with other
professionals is a necessary tool and
much was learned in information
communication techniques.
Flow:Design Communication
12. Flow’s remote control is directly
integrated into the interface console.
The control interface can be removed
from the unit and function wirelessly
allowing multiple interface options.
The multi-position grip allows and
omnidirectional base allow for extreme
ease in maneuvering Flow from one
location to another. Grip placement
allows movement with minimal force
needed to be exerted by the user.
Flow provides the user with a simple
and efficient solution for storing the
unit’s intake and exhaust hoses -
Consolidating multiple independent
components into one compact unit.
The base of the unit has the ability
to rotate in 360 degrees of freedom,
allowing the unit to be positioned easily.
The base locks securely in place during
use to prevent unwanted movement.
Adaptive User Interface
Enhanced Control
Integrated Hose Management
Optimum Maneuverability
1.
2.
3.
4.
1. 2.
3.4.
An introduction to the specific design
features helps to communicate
the design and its function to the
audience. Presenting features in call-
out form helps the audience to gain
familiarization with the product and its
features.
Descriptions help to further define the
features and the benefit they provide
to users. Such documentation would
be appealing to potential customers
and as a supplement to the technical
abstract provided.
Flow Feature Descriptions
Flow: Design Elements
14
13. Circuit board elements were
placed high in the unit to protect it
from the vibration and condensa-
tion generated by the unit.
The compressor unit was placed
in the lower portion of the unit to
ensure a low center of gravity and
deter the unit from tipping over
Placement of the evaporator was
based on the output vents of the
unit. Alignment in this order allows
for optimum efficiency.
Optimum airflow efficiency and
space use was also created by po-
sitioning the capillary unit as close
as possible to the condenser fan.
The evaporator fan was located
in a position that would aid in the
efficiency of the air movement
throught the internal system.
Placement of this fan unit ensured
maximum air intake and allowed
for the weight distribution to be
balanced. The placement also bal-
anced out the unit mass.
System Circuit Board
Compressor Unit
Evaporator Capillary Unit
Condenser Capillary Unit
Evaporator Fan
1.
2.
3.
4.
5.
6.
27in.
16 in. 16 in.
Condenser Fan
1.
4.
2.
5.
3.
6.
A key consideration of the chosen
design was its ability to incorporate
the internal components of the
portable air conditioning unit. Factors
such as maximum dimensions and
component weight were thoughtfully
integrated into the final design.
Placement was determined in
order to give the unit the lowest
possible center of gravity, and in
turn maximum stability. Further,
mechanical efficiency was optimized
by orienting related parts in close
proximity.
Through these considerations, a
balanced design was created that
produced a safe and efficient solution
for the user.
Flow:Component Integration
14. The base of Flow is an independently mov-
able component that allows for the unit to
be moved with optimal dexterity.
In turn, this feature is especially helpful in
many households where there are many
obstacles to avoid - and would be espe-
cially helpful in cramped apartments.
Incorporation of the hose system into
the unit is attractive to users because it
reduces the number of items and steps
needed in the set-up and transport of the
unit.
Flow also offers a unique remote solution
that is incorporated into the interface
console. The console has the same form
factor and layout as the remote, so when
the remote is not in use it functions as
the console unit itself.
Pivoting Caster Base Hose Management System Remote Control Integration1. 2. 3.Visual explanations of the overall
unit functions are helpful in
communicating the novel utility
effectively that the design offers to
users.
Through communicating the functions
to the audience, a general idea of how
one interfaces with the product can be
developed and expanded.
17
Flow: Functional Overview
15. Flow features corrugated polypropylene
hoses which extend from their compact
state. With minimal force, the hoses can
be extended and moved towards the
window where the mounting assembly
will be installed.
Pivoting gates on the window mount
allow the unit to fit within the hous-
ing during storage and transportation.
During set up, the mount is removed
from the housing and gates on the
mount are rotated into position.
The final step in the process is install-
ing the mount into the sill. The mount
is positioned into the bottom recess of
the window pane and the upper por-
tion of the window is closed on to the
mount.
Extending Hose Components Positioning Mount Gates Installing Window Mount1. 2. 3.The integration of hose management
was a major feature of the developed
portable air conditioner solution. In
addition, considerations for window
mounting were also developed.
Creating a visual explanation of the
process was crucial due to its novel
design and unique operation. This
helps to clarify the design’s purpose
and the benefit it gives users.
Flow:Component Integration
17. Who rides?
Who rides?
&
&
1. Streamlined design for maximum
performance and aerodynamics
2. Forward-leaning bike frame allows for
optimum speed performance
3. Multi-grip handle bars allow for upright
and forward riding positions
4. Aeroform frame allows for decrease in
wind-resistance
5. Large radius tires allow for travel at both
low and high speed
6. Front gears allow for large steps in gear
ratios - optimum for quick acceleration
7. Tires have narrow tread surface, only
suitable for road riding
1. Cushioned seat allows for extended use
and off-road traveling
2. Upright frame allows for optimum
posture for maximum transfer of power
3. Handle bars oriented for utility and
performance
4. Large radius tires allow for all-terrain
travel at a variety of speeds
5. Wide tire tread allows for enhanced grip
during bad weather and varied terrain
6. Front gears allow for large steps in gear
rations; Optimum for quick acceleration
7. Back gears allow for small steps in gear
rations; Optimum for variable gradients
1
2
2
3
3
4
4
5
5
7
7
6
6
8
Road Bicycle
Mountain Bicycle
1
The initial stage of this project was
geared toward researching the issue
of bicycling and its implications on
the student’s attitudes and abilities.
A logical place to start was with the
bicycle itself and what it affords the
user in a variety of areas.
Careful analysis lead to an
understanding of the different
types of bicycles and the features
that were unique, as well as shared.
This knowledge of the bike’s inner
workings helped to frame the design
scenario and how these features could
create potential problems.
Lift:Bicycle Research
18. Patrick MayerSuzie Tufts
Age: 20
Major: Biology / Pre-med
Credit hours: 15
Weekly Budget: $40-60/wk.
Housing: House
Bike Type: Mountain Bike
Age: 22
Major: Mechanical Engineering
Credit hours: 18
Weekly Budget: $50-80/wk.
Housing: Duplex
Bike Type: Mountain Bike
Experience with biking
“I generally ride bike to class around three days a week. I also use my
bike when I play soccer or ultimate frisbee, which is far from my home.”
Process Overview
“I keep my bike on my front porch of my house. When I am riding to
class, I secure my lock by wrapping it around the frame of my bike. Car-
rying my bike down from my front porch can be difficult”
Experience with biking
“I generally ride my bike to class around three days a week. I really enjoy
the convenience and increase in mobility that my bike gives me!”
Process Overview
“I usually store my bike outside of my house, locking it onto one of the
posts on my porch. It is tough to get up from the street!.Carrying the bike
down the stairs is difficult due to its weight and size.”
Girls Guys
Headware - common campus
and ranges from baseball
caps to heaving winter hats
Uppers - t-shirts and sweat-
shirts are frequently seen
with jackets and heavy coats
Bottoms - wide range from
khaki and athletic shots to
jeans and sweatpants
Shoes - seasonal range from
sandals and athletic shoes to
rain boots and winter shoes
Everyone
Electronics - these items are
fragile, expensive and have
high value to the user - their
safety is of high importance
School Items - classes de-
mand many different books
and must be organized
Personal Items - contain
valuable and sensitive infor-
mation, must be kept safe
Sports Equipment - large
and numerous number of
additional items
Clothing Analysis
Item Transport AnalysisClothing Analysis
This board offers the user with an
in-depth look at the features and
functions of Guardian. It is a nice
complement to the previous, more
general board and offers the audience
a chance to learn more information
about the specific design attributes of
the product.
This composition would be beneficial
in communication design intentions
to others in the industry and into
other fields such as engineering and
marketing.
Lift:User Profiles
19. Vaughn Taylor - Bike Security
Suzie Tufts - Bike Security
1.
1.
6.
6.
2.
2.
5.
5.
3.
3.
4.
4.
Preparing U-Lock for use Securing U-lock to post through Securing lock around bike frame
Securing pad lock to cable lock deviceCable lock successfully securedBoth locks secured to sign post
Analysis:
This user’s situation highlighted
how current bike locking
mechanisms do not meet his
needs. This compounds the time
needed to secure the bike and
the likelihood that a key would
be misplaced - creating an
extremely inconvenient situation
for the user.
Analysis:
This user’s situation highlight-
ed how current bike locking
mechanisms do not meet his
needs. This compounds the time
needed to secure the bike and
the likelihood that a key would
be misplaced - creating an
extremely inconvenient situation
for the user.
Beginning assent up first set of stairs
Setting bike down on front porch
Lifting bike up stairs with noted strain
Lifting bike up second set of stairs
Continuing onto second set of stairs
Preparing to lift up second set of stairs
The final stage of the research process
was the completion of observing
riders interacting with their bicycles in
their natural environment.
Due to the completion of the research
stage before it, much was able to be
noted in the observations that showed
problems in the current experience.
Through all of these research
procedures, a concrete picture of
the current state of college area
bicycling was established. From here,
well-informed designs could develop
that enhance the riding experience
in a meaningful way and cater to the
intended audience effectively.
Lift:Ethnographic Research
20. The initial stage of this project was
geared toward researching the issue
of bicycling and its implications on
the student’s attitudes and abilities.
A logical place to start was with the
bicycle itself and what it affords the
user in a variety of areas.
Careful analysis lead to an
understanding of the different
types of bicycles and the features
that were unique, as well as shared.
This knowledge of the bike’s inner
workings helped to frame the design
scenario and how these features could
create potential problems.
Lift:User Profiles
21. Weather/Element Protection
Bicycle Security
Transportation/Storage
The next stage of the design
development process was to create
fully-realized design concepts. The
use of each concept was driven by
the concept directions refined in the
exploratory sketching stage.
This stage of the design process
was helpful in communicating the
form and function of the design in a
presentable form.
These renderings where helpful in
dialogue about the design intention
and provided ground upon which
valuable feedback could be gathered
for each concept.
Lift:Concept Rendering
22. Pant Leg Protector
Front Tire Lock
Bicycle Lifting Device
After another iteration of refinement
physical mock-ups were constructed
to gain a better sense of the product’s
performance in a real-life setting.
Mock-ups were constructed using
material similar in properties to the
intended final design specifications.
This step was valuable in testing the
feasibility of the products to be easily
implemented and effectively solve
the problem they were intended to
correct.
This stage of design development was
crucial in working out a final design
direction and addressing any of the
imperfections that were present in the
mock-up concept.
Lift:Mock-up Development
23. Analysis:
This concept provides a good storage solution
to the retracting strap mechanism, however too
much stressis put on the clamping device
Analysis:
This concept utilizes the negative space of the
bike frame for storage of the components well.
Attaching to the frame ensures stability.
Seat-Mounted Lifting Concept
Frame-Mounted Lifting Concept
The last stage of the development
process concerned solidifying the
design and its function.
In this case, the mock-up showed
that the lifting device would need
to be attached to the bike and be
able to retract - so that the product
would provide utility and not over-
complicate the operation process.
Such design details were able to be
refined due to the completion of all
the steps before it. This approach
allows for a quality solution to be
derived in an efficient and timely
manner.
Lift:Concept Finalization
24. After the design direction was
finalized, computer models were
created to develop the form in three-
dimensional space.
After this step, boards were
constructed to communicate how the
device operated in context. This step
was crucial in helping to explain the
product’s function and its utility to
those using it.
Lift:Presentation Boards
25. Lift:Concept Finalization
The second board depicts the
use scenario in which the product
would be used. The production
of this document was crucial in
communicating the function of the
product and illustrated its utility to the
user.
This board was useful to produce
because it documented the thought
process behind development of the
product and explained its function
well to an audience who had little
background knowledge of the project.
26. An additional board was developed to
communicate the components of the
device and the materials it would be
constructed from.
These details were important
to include to communicate the
manufacturability and implementation
required to physically produce the
product. These considerations are very
important in an effective and useful
design development process.
The production of the boards
were an excellent way in which
to communicate the design and
methodology behind the developed
solution.
Lift:Presentation Boards
28. “Using the techniques for polyurethane labeling that Auld Technologies, LLC has created, develop a new
application that provides functionality and value to the customer and end user. The final design must be
manufactured easily with current techniques and address limitations of the materials used.”
Problem Statement
Brainstorming + Mind-Mapping
Auld:Preliminary Assessment
This was a client-driven project
developed for Auld Technologies, LLC.
The company manufactures a variety
of decorative labels using various
printing techniques and a proprietary
polyurethane coating that produces a
Class-A finish with excellent durability.
The aim of the project was to
develop an novel application
for the polyurethane labels. The
development process began through
the development of a mind map.
This technique was very effective in
quickly developing product directions
and gauging the affinity between
attributes of the product.
It was concluded that a “functional
labeling” application would be
an excellent way to utilize the
polyurethane labels. Emphasis was
stressed on developing an appropriate
design within a compressed
development phase of a little over
three weeks in length.
29. Exploratory Concepts
Refined Concepts
From the mind-mapping exercise, it
was determined that a mug would be
a simple, yet elegant medium through
which to implement the polyurethane
labeling technology to.
Hand grip integration was determined
to be a viable manner in which to
devise a functional purpose for the
Auld labeling technology system.
In this way, the label would serve as
an avenue to communicate a brand or
identity, as well have the functionality
of improving the user’s grip.
Auld:Design Development
30. Assembled View
Auld:Finalized Design
The final refined design was created in
SolidWorks. The use of the Mercedes-
Benz identity gave the client a
relatable example of how the labeling
application could be marketed to a
company that required their services.
Material choices accent the form
of the product and show how the
polyurethane labels can be integrated
into a complete design solution.
31. Exploded View
The exploded view displays the
various components that make up the
assembled design.
Parts were designed with current
manufacturing processes in mind
and attention was made to make the
product as economic to produce as
possible.
Familiarization with the trademark
production process of the
polyurethane labels was critical in the
final production of a design that could
effectively implement the labeling
technology.
Auld:Design Development
32. CMF Call-Out Documentation
Auld:CMF Documentation
The creation of color, material,
fabrication (CMF) documentation was
important to communicate the design
of the product in a quick and effective
manner.
Development of this documentation
helped to add logical reasoning
behind material choices and
manufacturing processes. This was
very helpful in ensuring that the
product produced would able to be
manufactured with the given restraints
and limitations.
Producing the CMF documentation
was also helpful in familiarization
with standard design practices in
communicating product attributes
to designers and other industry
professionals.
33. Exploded View
The exploded view displays the
various components that make up the
assembled design.
Parts were designed with current
manufacturing processes in mind
and attention was made to make the
product as economic to produce as
possible.
Familiarization with the production
process of the polyurethane labels
was critical in the final production
of a design that could effectively
implement the labeling technology.
Auld:Assembly Components
34. Additional works exploring components of
Industrial Design principles and practices
Supplemental Material: Implement Projects
35. CATIA/NX:Skil Hand Drill
This SolidWorks model is an
augmentation of an existing Skil
cordless drill. The aim of the project
was to augment the existing design in
an informed manner.
The drill was modified by redesigning
the grip and battery release
mechanism to make them more
ergonomic and logical.
Design details on the drill chuck were
also modified to reflect the drill’s
overall geometry, rather than the
existing arbitrary details.
36. The exploded view displays the
various components that make up the
assembled design.
Parts were designed with current
manufacturing processes in mind
and attention was made to make the
product as economic to produce as
possible.
Familiarization with the production
process of the polyurethane labels
was critical in the final production
of a design that could effectively
implement the labeling technology.
CATIA/NX:Drill Assembly
37. Stapler Dimensioning + Section View
Hopkins Hall - Plan View
Perspective Product Rendering
Hopkins Hall - Section View
Technical Drawing:Projects
Numerous projects were completed
concerning technical drawing and
realistic depictions of designs.
All projects were hand-rendered with
attention to correct technical drawing
practices and formatting.
These projects were important
with familiarization with design
communication principles. This
knowledge could then be applied in
future design projects and interfacing
with professionals in the design
community.
38. Nick Boyd
586 707 7911
NickB707@gmail.com
46375 Shelby Ct.,
Utica, MI 48317
Please feel free to contact me at the following:
Thank You
I appreciate your time in viewing my work.
