iSTEAM Course Guide

STEAM MADE SIMPLE

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ABOUT iSTEAM

iSTEAM was designed by a group of professionals at Tiny Techz to provide
clients with a turn-key interactive and hands-on lesson guide that reflects
STEAM integration. This model allows educators to implement and replicate
grade level standards during extended day, related arts or as a club offering.

iSTEAM model allows clients to take everyday problems and solve them with
the integration of True STEAM, using all five disciplines as one component to
gather the relevance and relationship while implementing the rigor based on
your scholar’s capacity.

iSTEAM was designed into 4 easy steps which allows a seamless
implementation into school’s STEAM model. Teachers no longer have to
spend countless hours searching random websites for STEAM activities or
extensive preparation on how to incorporate STEAM into their lesson plans or
classroom activities. iSTEAM makes is simple.

4 Easy Our Core
Steps…. Approach….

 Deliver Content  Take the guess work out of
the daily planning.
 Professional Development
 Decrease the amount of
 Integrate 3R’s of 21st money disperse on STEAM
Century Model course work without
professional development
 Connect Youth To STEAM or training.

 Provide a turn-key solution
to implementing STEAM

STEAM MADE EASY

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WHY STEAM

STEAM is a curriculum based on the idea of educating students in five specific
disciplines — science, technology, engineering, arts and mathematics — in
an interdisciplinary and applied approach. Rather than teach the four disci-
plines as separate and discrete subjects, STEM integrates them into a cohe-
sive learning paradigm based on real-world applications.

STEM DATA FACT…. THE FUTURE.…

According to the U.S. Department of The future of the
Education, only 16 percent of high school economy is in STEM,” says
students are interested in a STEM career and
have proven a proficiency in mathematics. James Brown, the
Currently, nearly 28 percent of high school executive director of the
freshmen declare an interest in a STEM Education Coalition in
STEM-related field, a department website Washington, D.C. “That’s
says, but 57 percent of these students will where the jobs of tomorrow
lose interest by the time they graduate from will be.” Data from the U.S.
high school. Bureau of Labor Statistics
(BLS) support that assertion.
By Elaine J. Hom, LiveScience Contributor February 11, Employment in occupations
2014 related to STEM—science,
technology, engineering,

and mathematics—is
projected to grow to more
than 9 million between 2012

and 2022...

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STEAM EDUCATION

THE IMPORTANCE OF STEAM EDUCATION

According to a report by the website STEMconnector.org, by 2018,
projections estimate the need for 8.65 million workers in STEM-related jobs. The

STEM THE MYTH....
CAREERS
FORCAST…. STEM jobs do not all require higher
education or even a college degree. Less
The U.S. Bureau of Labor than half of entry-level STEM jobs require a
Statistics projects that by
2018, the bulk of STEM bachelor's degree or higher. However, a
careers will be: four-year degree is incredibly helpful with
salary — the average advertised starting
 Computing
71 % salary for entry-level STEM jobs with a
bachelor's requirement was 26 percent
 Traditional Engineering higher than jobs in the non-STEM fields,
16 % according to the STEMconnect report. For
every job posting for a bachelor's degree
 Physical sciences recipient in a non-STEM field, there were 2.5
7% entry-level job postings for a bachelor's

 Life sciences degree recipient in a STEM field.
4%
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 Mathematics

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HOW IT WORKS

STEP1 STEP2

DELIVER PROFESSIONAL
CONTENT DEVELOPMENT

(STEAM Content (Training, Coaching
Integrating Standards & Observation)
and Inquiry Learning)
STEP4
STEP3

iSTEAM CAREER
EXPLORATION

INFUSION

(3 R’s of 21st Century)

CONNECT
YOUTH TO

STEAM

(Simple Solution)

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VIDEO GAME DESIGN

Video Game Design is the process of designing the content and rules of a video
game in the pre-production stage and designing the gameplay, environment,
storyline and characters in the production stage. The designer of a game is
the designer is the visionary of the game and controls the artistic and technical
elements of the game in fulfillment of their vision.

CAREER EXPLORATION….

Game Animator Salary: Starting
salary averages around $50,000 per
year and increases to an average of
$64,000 between 3-6 years of gaining
experience. Salaries of over $75k are
possible in more senior animation roles.

Source https://www.nyfa.edu/student-
resources/game-design-jobs-average-salary-
career-path-glossary/

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VIDEO GAME DESIGN

What type of education should you have?

Students who are looking to have a career in video game design have many
options when deciding on what college or university to attend. Traditional
colleges and universities can offer several classes pertaining to video game
design, but art or technology institutes may offer more specialized programs in
this field. A video game designer will usually need to have at least an
associate degree in order to secure an entry level position as a video game
designer. A bachelor’s degree in a related field, however, is even better.

What type of classes should you take?

Aspiring video game designers should consider taking graphic design classes,
including animation, along with computer science classes, including
computer programming. Some art institutes may even offer video game design
degree programs, which combine several artistic design classes with more
technical computer courses. There are plenty of online options for those seeking
more of a work from home experience.

iSTEAM TIP….

Although most video game designers are more artistic than anything,
they will also usually need to know at least basic computer

programming, since they help program certain parts of a game. Once
the initial copy of a game is created, a game designer might also help

test it and work out any bugs or problems in it.

Source:
http://www.theartcareerproject.com/combine-work-and-play-information-about-video-game-
design/93/

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VIDEO GAME DESIGN

CLUSTER

GAME COURSE STEAM
ON DESCRIPTION INFUSION

GAME TIME A practical introduction to game design ELA, Engineering,
and game design concept, Art
Introduction to emphasizing the basic tools of game
Gaming design: paper and digital prototyping, ELA, Technology
design iteration and user testing.
GAMING
DESING& Scholars learn secrets of the production
DEVELOPMENT process and how to use game design
GAME tools to create a balance game.
MECHANICS
(Preq: Introduction to Gaming)
GAME
BALANCING Scholars learn the elements of pacing ELA, Technology
and thematic structures to incorporate
DESIGN conflict resolution and generate a
PROTOTYPING plausible challenge and reward system
relevant to a balance video game.
ARTIFICIAL
INTELLIGENCE (Preq: Gaming Design & Development)

Scholars learn; how to use level and ELA, Technology
game play design fundamentals to
create different levels that capitalize on
the strengths of their game designs and
how to communicate with player
through user interface.

(Preq: Gaming Design & Development and
Game Mechanics)

Scholars create their first digital game ELA, Technology
prototype using disciplines learned
throughout the program.

(Preq: Game Balancing)

Scholars learn advance key game de- ELA, Technology
sign techniques; designing intelligent
behaviors, creating lifelike behaviors in
characters in order to provide realism
and how to maintain a challenging
game for repetition gaming.

(Preq: Design Prototyping)

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COMPUTER ENGINEERING

Computer Engineering is a discipline that integrates several fields of electrical
engineering and computer science required to develop computer hardware and
software. Computer dynamics is involved in many hardware and software
aspects of computing, from the design of individual microcontrollers,
microprocessors, personal computers, and supercomputers, to circuit design. This
field of engineering not only focuses on how computer systems themselves work,
but also how they integrate into the larger picture.
The majority of computer engineering school graduates
in the workplace earned their BA degree (75 per cent),
whereas the remainder had continued in computer
engineering school to earn their Master’s or PhDs. It is not
necessary to go that far in school, however it does have
the potential to improve your marketability in the job
market if you do. Source: http://www.educationchoices.com/

Education-Articles/Computer-Engineer/Computer-Engineer-Salary-
Career-Facts.htm#sthash.xVW61mSX.dpuf

CAREER EXPLORATION….

According to the Bureau of Labor Statistics, the
median income for Computer Engineers was
$108,430 in 2014, but the top-earners make more
than $160,000. Salaries vary between regions and
industries.

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COMPUTER ENGINEERING

Computer Engineering blends together computer science and electrical
engineering to further advancements in digital technology, computer
networking and computer systems. In turn, computer engineers use their
extensive knowledge of hardware and software design and computer
programming to make computing platforms and applications more efficient
and effective. Seamlessly integrating the latest innovations,
computer engineers develop new computer hardware, design and implement
software applications, and enhance the capabilities of networks and
communications systems.

iSTEAM TIP….

Computer Engineers work with
hardware and software,
ensuring that the two are

seamlessly integrated and
functioning properly.

Computer engineers focus on
innovation—making computing

systems safer, faster and more
powerful. At the career level,

there are two main avenues:
hardware and software
engineering. Hardware

engineers focus their skills on
computer systems and

components, designing
microprocessors, circuit boards,

routers and other embedded
devices.

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COMPUTER ENGINEERING

COMPUTER CLUSTER STEAM
DYNAMICS INFUSION
COURSE
FUNDAMENTALS OF DESCRIPTIONS Technology,
COMPUTER SYSTEMS Engineering
Scholars are introduced to
fundamentals of the
computer system and how
software and hardware
elements are essential to the
foundation of technology.

INTRO TO COMPUTER Scholars learn why the Technology,
HARDWARE Engineering
hardware is essential to the

operation of computers.

(Preq: Fundamentals of Com-

puter Systems)

INTRO TO COMPUTER Scholars learn how to deploy, Technology,
SOFTWARE configure and manage Engineering
Windows based software
TINY TECHZ PC GEEK application and discuss how Technology,
SQUAD to troubleshoot basic Engineering
malfunctions.
Computer Support
(Preq: Fundamentals of Computer
Systems)

Course will harness all learning
objectives and skills from
previous course to design,
plan and deploy a workable
computer network with
desktop computers.

(Preq: Intro to Computer Hardware
& Software)

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SCIENCE & ENGINEERING
FUSION

There many type of Scientist and Engineers, which makes it an very attractive
career path. Scientist and Engineers help solve some of the world most
challenging problems.

CAREER EXPLORATION….

Biochemical Engineers design the manufacturing equipment that is required to
convert raw materials into the everyday products used at home, like cold tablets
and packaged foods. Average Salary $48,320 / Bachelor Degree

Microsystems Engineers apply their
knowledge of electronic and

mechanical engineering theory and
methods, as well as manufacturing
technologies, to design and
develop MEMS devices. A tiny

microelectromechanical systems (MEMS)
device called an accelerometer. MEMS

devices are used in many applications,
from inkjet printer cartridges to neural
probes. Average Salary $48,320 /
Masters Degree

Soil Scientist is the job of a soil scientist to
evaluate soil conditions and help farmers,
builders, and environmentalists decide
how best to take advantage of local soils.
Average Salary $59,920 / Bachelor Degree

Remote Sensing Scientist apply the principles and
methods of remote sensing (using sensors) to
analyze data and solve regional, national, and
global problems in areas such as natural resource
management, urban planning, and climate and
weather prediction. Average Salary $94,030/
Bachelors Degree

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SCIENCE & ENGINEERING
FUSION

SCIENCE

Science is a systematic enterprise that builds and organizes knowledge in the
form of testable explanations and predictions about the universe.
Contemporary science is typically subdivided into the natural sciences, which
study the material universe; the social sciences, which study people and
societies; and the formal sciences, which study logic and mathematics. The
formal sciences are often excluded as they do not depend on empirical
observations. Disciplines which use science, like engineering and medicine, may
also be considered to be applied sciences.

ENGINEERING

Engineering is the application of mathematics and scientific, economic, social,
and practical knowledge in order to invent, innovate, design, build, maintain,
research, and improve structures, machines, tools, systems, components,
materials, processes and organizations.

iSTEAM TIP….

In true STEM, solving
critical problems
requires the efforts of
the scientist and
engineers
collaborating to
figure out the solution.

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SCIENCE & ENGINEERING

FUSION

MASTER COURSE STEAM
MINDS DESCRIPTION INFUSION

INTRODUCTION TO Scholars use problem-based ELA, Science,
ENGINEERING learning strategies, engineering Engineering
process and reading
SILLY SCIENCE comprehension skills to design and Science
construct character-like
Physical Science components. Engineering
Scholars explore the science
CREATIVE behind chemical reactions and Science,
ENGINGEERING solids, liquids and gases while Engineering,
making cool, tasty and silly Mathematics
HUNGER GAMES – projects; Fizzy Soda, Obleck, Ooey
iSTEAM EDITION Gooey Science, Vanilla, Science,
Chocolate and Strawberry ice Engineering,
Introduction to Archery cream and STAR WARZ science. Mathematics
Engineering Scholars explore the engineering
design process to engineer and Science,
OUTSIDE-THE-BOX design creative concepts based Engineering,
ENGINEERING on their natural curiosity. Mathematics

Scaling Engineering Scholars will travel to the Hunger
Games and learn the science and
FUTURISTIC engineering behind Archery.
ENGINEERING While on their journey they will be
tasked to transform into a Bower
Foundational Power and design and test their very own
archery bow.
Scholars will use problem-based
learning strategies, the
engineering process and critical
thinking to think-outside-the-box
and engineer creative projects
that affect the weight distribution
and factors of gravity and motion.
Scholars are tasked to use the
engineering process while
incorporating their critical thinking
skills to think outside-of-the-box
and engineer geometrical shape
projects that supports and sustain
building structures.

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3D DESIGN

In 3D Computer Design, 3D modeling (or three-dimensional modeling) is the
process of developing a mathematical representation of any three-dimensional
surface of an object (either inanimate or living) via specialized software. The
product is called a 3D model. It can be displayed as a two-dimensional image
through a process called 3D rendering or used in a computer simulation of
physical phenomena. The model can also be physically created using 3D printing
devices.

CAREER EXPLORATION….

3D Animator:
A career in 3-D design requires a
bachelor's degree, typically in computer
graphics, art, graphic design or web

design.

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3D DESIGN

3-D Design is a broad artistic field used for a variety of projects. Possible
careers include 3-D animator, 3-D graphic designer and Web designer.

3D Animators

According to the U.S. Bureau of Labor Statistics (BLS), multimedia artists and
animators use computer programs to create 3D graphics, visual effects and
animation for a variety of industries. The U.S. Bureau of Labor Statistics
(BLS) reports that, as of May 2015, multimedia artists and animators earned a
median annual salary of $63,970, with most earning between $36,930 and
$113,600 (www.bls.gov).

3D Graphic Designers

Through the use of computer software, like Adobe Photoshop, graphic
designers develop visual concepts that convey messages. Employment
options for graphic designers were expected to increase by 1% during the 2014
-2024 decade. The median salary for these specialists was $46,900 in May 2015,
according to the BLS.

Web Designers

Web developers design websites and are responsible for the overall
appearance of the web pages. In addition to writing code and creating
applications, they utilize graphics to design a website that fits their clients'
needs. Faster than average growth of 27% is expected through the 2014-2024
decade. The median salary for web developers was
$64,970 in May 2015, stated the BLS.

iSTEAM Tip….

A Bachelor of Fine Arts
degree (BFA) generally
requires core art courses in
drawing, design and art
history. Some colleges offer
concentrations in graphic
design, animation, video
game design, Web design
or illustration. These
programs provide
instruction in 3-D
imaging, digital
photography, web
animation and illustration.

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3D DESIGN

CLUSTER

3D COURSE STEAM
EXPLORATION DESCRIPTION INFUSION

3D WORLD Scholars will explore the world of 3D Technology, Art
vs 2D while being exposed to basic
Introduction to 3D instructional principles associated to
Design 3D design.

3D CODING & Scholars explore art, drafting and Technology, Art,
DESIGN (Part II) prototyping while working with vari- Mathematics
ous materials to create computer
related or print 3D designs.

(Preq: 3D Coding & Design Pt I)

PB&J OF 3D DESIGN Scholars learn how to design and Technology,
engineer tangible 3D objects while Engineering,
Advance Design & using engineering software. Mathematics
Engineering
Level 1 & 2 (Preq: 3D Coding & Design Pt II)
(6-8 week course)

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ANIMATION

Animation is the process of making the illusion of motion and the illusion of
change by means of the rapid display of a sequence of static images that
minimally differ from each other. Animation creation methods include the
traditional animation creation method and those involving stop motion
animation of two and three-dimensional objects, paper cutouts, puppets and
clay figures.

STEP 1 STEP 2 STEP 3

Shooting Posing Blocking
Reference

STEP 6 STEP 5 STEP 4

Adding Smoothing Splining
Life and Offset

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ANIMATION

Animation is a multibillion-dollar, global industry that has a place in more
major industries then we think. While most people associate animation
with entertainment (i.e. television, film, gaming), it is viewed as a powerful
communication tool in advertising, business, education, interior design,
architecture, medicine, engineering, and technology. In fact, besides the
film and video industry, the industries with the highest levels of
employment for animators are computer systems design; software
publishing; advertising, public relations, and related services; and other
information services—in that order. Source http://

www.animationcareerreview.com/articles/animation-advertising-how-important-it

TOP 5 DESIGN SCHOOLS

1. University of Southern California,
Los Angeles, California

2. Digipen Institute of Technology,
Redmond, Washington

3. Carnegie Mellon University,
Pittsburgh, Pennsylvania

4. Rochester Institute of Technology,
Rochester, New York

5. Massachusetts Institute of
Technology,
Cambridge, Massachusetts

Source:http://
www.animationcareerreview.com/articles/top-
25-private-game-design-schools-and-colleges-
us-%E2%80%93-2016-rankings

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ANIMATION

GRAPHICS CLUSTER STEAM
DESIGN INFUSION
COURSE
AMAZING DESCRIPTION Technology, Art,
ANIMATION Mathematics
Course provides an overview of
Introduction animation and storytelling Technology, Art,
concepts. Scholars explore the Mathematics
ANIMATION principles of 3D design techniques
ALLSTARZ while using them to create unique
designs and creative characters.

(Preq: Introduction to 3D Design)

Course provides an intermediate
dive in animation using computer
applications to create unique
design and layouts.

(Preq: Animation Basics)

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FORCE, MOTION
& PHYSICS

EXAMPLE OF FORCE & MOTION

A bicycles tires move because the person riding
it exerts force on the pedals, which in turn moves
the chain and the tires. This force causes the bike
to be in motion. If there is no force being exerted
on an object, then the object is said to be at rest
and have a constant position. An object's motion
cannot change unless force is acted upon it as
stated by Newton's First Law.

A FORMULA OF FORCE

There is one totally important formula when it comes to forces, F = ma. That's
all there is, but everything revolves around
that formula. "F" is the total (net) force, "m"
is the object's mass, and "a" is the
acceleration that occurs.

The net force applied to the object equals
the mass of the object multiplied by the
amount of its acceleration." The net force
acting on the soccer ball is equal to the
mass of the soccer ball multiplied by its
change in velocity each second (its ac-
celeration).

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FORCE, MOTION
& PHYSICS

CAREERS USING FORCE,
MOTION & PHYSICS….

Forces and Motion in Games

Programming: Developing video games

with Naturalmotion, a company who

develops physics computer engines

which adhere to real world laws of

motion.

Industry using

Aerodynamics...

Aerodynamics...is the study of Racing cars and wind turbines are ex-

the effect of gas flows, such as amples of technologies outside of

air, around a body, and the aerospace in which aerodynamics

forces and moments gener- engineering play a prominent part.

ated. The understanding of

aerodynamics is vital for the Aerodynamicists work as part of
design of efficient, capable conceptual design teams and
and competitive aircraft, and also are involved in the detail
aerodynamics has an impor- design of new aircraft. Other
tant role in making aircraft opportunities include flight
more environmentally-friendly. testing, Formula 1 teams and

building aerodynamics.

iSTEAM TIP….

An Aerospace Engineer will normally get an average pay level between
72000 to 108000 based on seniority. Aerospace Engineers will normally re-
ceive a salary of Ninety Seven Thousand Seven Hundred dollars per year.

Aerospace Engineers are paid at the highest level in Maryland, where they
receive average wages of approximating $115310. Employees who work in
this job receive the highest compensation in Management of Companies

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FORCE, MOTION

& PHYSICS

CLUSTER

AERODYNAMICS COURSE STEAM
DESCRIPTION INFUSION

AIM HIGH FLY HIGH Scholars explore the four forces of Science,
aerodynamics by designing and Engineering
Introduction to engineering model airplanes and
Aerodynamics rockets out of recyclable or associ-
ated materials.

DOWN UNDER Scholars transform into Aqua Scientist Science,
and explore the principles of Engineering,
Intro to Aqua Dynamics Newton’s Law of Motion, how Mathematics
contained air and water pressure is
used as propulsion.

AMUSEMENT THEME Scholars gain the opportunity to Science,
PARK ADVENTURES transform into Rollercoaster Engi- Technology,
neers while using their creative juices Engineering, Art,
Rollercoaster to design different types of Mathematics
Design & rollercoasters. Scholars will too
Innovation engineer a conceptual virtual Science,
coaster using the physics concepts Technology,
GALAXY BLAST OFF that are used to design real coasters. Engineering, Art,
Mathematics
Aerospace Scholars explore the Engineering
Engineering & Design process; design, build, test
Development and improve while collaborating on
activities focused aerospace design
and engineering.

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