CATALOG HANDS-ON EDUCATION & REMOTE LEARNING

(1)

2020 - 21 CATALOG

PROJECT BASED LEARNING THAT DOESN’T FORGET THE LEARNING

WWW.TEN80EDUCATION.COM

HANDS-ON EDUCATION & REMOTE LEARNING

Our team at Ten80 is offering new program models to better serve you in this time of

COVID-19. Contact us to talk about how we can help you reach students who may be

(2)

2020-21 TEN80 CATALOG CONTENTS

[email protected]

www.Ten80Education.com

2020-21 Catalog Version 21: 20201216

About Ten80

Ten80 STEM Challenges

• Overview

• Racing Challenge: CURRICULUM, KITS, COMPETITION

• Autonomous Vehicle Challenge: CURRICULUM, KITS, COMPETITION

• UAV Challenge: CCURRICULUM, KITS, COMPETITION

• COMPSCI Challenge (CURRICULUM, KITS)

National STEM League (NSL)

Order Forms

COVID-19 SUPPORT

We know there are many unknowns and challenges

to the educational experiences facing you and your

students in the school year to come. Please reach out to

us to explain your needs and constraints so that we can

suggest the Ten80 curriculum and competitions that will

best fit your circumstances.

(3)

Get Involved

Ten80Education.com Toll free 855-836-8033 [email protected]

ABOUT TEN80 EDUCATION

Ten80 is a team of STEM, education and business professionals dedicated to cultivating a STEM Ecosystem that unites and inspires the next generation of entrepreneurial thinkers and innovators, empowering ALL students to thrive in a world of constant innovation.

Ten80’s first engineer-educator teams formed in the late 1990’s to champion Project-Based Learning that Doesn’t Forget the Learning through professional development. Over the last 20+ years, through NSF grants, longitudinal studies, and close partnerships with K-12 educators, Ten80 has developed a comprehensive, data-driven philosophy and framework * for STEM education that can engage and serve ALL students.

Today, Ten80 is a leader in STEM Education, named one of four Exemplary and Ready-to-Scale Initiatives by Change the Equation & STEMWorks. Ten80 partners with K-12 schools and organizations to initiate a comprehensive STEM system or strengthen existing programs through these areas of focus: 1. Curriculum = CLUB, CLASS or CAMP formats

2. Ten80 Challenge Competitions that motivate students and reinforce the habits of mind, concepts and skills cultivated through the curriculum. Ten80 Challenge teams can qualify to compete in the National STEM League (NSL).

3. Professional Development

4. Custom Event & Experience Production

Ten80 = 1,080 = 3 × 360

Ten80 represents a stronger society through the promise of STEM Education for all. Ten80’s logo is a Venn diagram. A Venn diagram uses closed curves to represent complex, interdependent relationships among sets. Each closed curve is 360 degrees.

Curriculum & Competitions

Ten80’s STEM Challenges Curricula and competitions help students (and

educators) cultivate 21st Century Skills through team-oriented challenges. Every Ten80 STEM Challenge addresses a different set of concepts and skills. All of them help students understand and actively participate in the innovation process that drives today’s economy, civil society and public institutions.

* Ten80’s Innovation Framework

Upper elementary and secondary programs are based on a framework of innovation. Innovation is a process that purposefully combines these four elements: (1) the engineering process that requires (2) specific content knowledge and skills, the (3) enterprise process which is essentially prototyping a business and (4) leadership principles that are necessary to turn truly innovative ideas into reality.

Custom Event & Experience Production

Ten80 works with industry partners like the Society of Manufacturing Engineers (SME) and Specialty Equipment Manufacturing Association (SEMA) to reach tens of thousands of young people. Together we identify the skills embedded in a partner’s priorities and activities, and position those skills as the centerpiece for valuable learning experiences.

(4)

GETTING STARTED WITH TEN80

_{STEM CHALLENGES}

1. AGE GROUP

How old are your students?

ELEMENTARY

SECONDARY

2. CHALLENGE

What technology and topics are available to your students?

3. FORMAT

In what environment will you work with students?

5. KITS

How many kits of each type do you need?

CLASS

• Click-through lessons • Embedded assessments • One license and login per

student; number of teams depends on class size • 1-2 semesters, 50-min

sessions What size class?

Do you want to add teams to the number included in the size you chose?

4. HOW MANY?

How many students and/or teams? There is no limit to the number of students on a registered Ten80 team.

CLUB

• Printed activity guide • One license and login per team of students • Optional

rubric-based assessment • Weekly meetings, 1.5

– 2 hours / meeting How many teams will you support for a competition?

CAMP

• Printed activity guide • Camp facilitator

licenses and logins • Support for a

culminating camp-based competition • 5 days, ~30 hours Camp license includes up to 30 campers. Do you need to add licenses?

KIT OPTIONS VARY BASED ON THE CHALLENGE

Your materials budget may impact the number of students and teams.

6. COMPETITION

Are you planning to compete?

ONLINE POINTS RACE

Will you enter the points race? How many teams?

FACE-TO-FACE (F2F) EVENTS

Will you participate in any events listed on the calendar at Ten80education.com?

(5)

TEN80 EDUCATION

| CLASSES, CLUBS & CAMPS

PROJECT-BASED LEARNING THAT DOESN’T FORGET THE LEARNING

Racing Challenge

The base technology is an RC car that comes ready-to-run so initial engagement is learning how systems operate and how to collect, organize and use data to make design decisions. Students ultimately rebuild the car with improved parts, honing in on an ideal system for racing success.

Elementary, Grades 4 - 6

Moderately modifiable 1:18 scale RC car with training mode

Secondary, Grades 7 - 12

Highly modifiable 1:10 scale electric RC car

www.Ten80Education.com | [email protected]

Autonomous Vehicle (AV) Challenge

Integrate electrical, mechanical and computer systems, the three systems at the core of every robot, to meet a series of challenges that parallel AV operations on streets and in remote areas of land, sea and space.

Robo Racecar

is a physical computing curriculum for beginner and intermediate computer science (CS) students.

• 1:16 scale electric RC car

• Micro:bit and motor shield use input from multiple sensors • Drag & drop coding with option for text-based coding

Rogue Racer

is a how-to project that requires intermediate to

advanced CS skills. It represents the “rogue” spirit of hackers who innovate and drivers who dare to try something new!

• Highly modifiable 1:10 scale electric RC car

• Arduino + motor shield that requires soldering complex wiring • Text-based coding

Both technologies are allowed to compete in the Ten80 Autonomous Vehicle Challenge.

UAV Challenge

Cultivate teamwork, communication, aeronautics and piloting skills using an entry level drone and an introduction to physical computing. Reverse engineer the drone brain and systems, ultimately replacing the stock systems with a custom Arduino-based brain.

Teams compete in the Intro series or Hacker’s Series. Hacker team drones must have custom-built flight controllers.

COMPSCI Challenge: Intro to CS

Learn the fundamental computational thinking and logical problem-solving skills while working with different aspects of CS including coding, physical computing (i.e. software and hardware integration) and team-based project work.

Ten80 STEM Challenges provide standards-based curriculum and the opportunity

to compete locally and nationally via the web or in-person. Ten80 curriculum is

(6)

Get Involved Ten80Education.com Toll free 855.836.8033

[email protected]

T E N 8 0 S T U D E N T

Published and Organized By Option to Collaborate

& Compete in the NSL

Curriculum Overview

The Ten80 Racing Challenge car arrives fully operational. Through the initial

Race Engineering Units students reverse engineer the electromechanical

systems, following Good Investigation Practices (GIP). The Problem-Solving unit introduces the power of math modeling in making data-driven decisions. Those lessons learned are applied to optimize the car’s performance, and ultimately to redesign the car.

Specialization Projects Include:

• Enterprise & Innovation units motivate students to manage their time and resources, to market themselves, and to develop 21st Century Skills like leadership that are required to turn ideas into realities.

• Aerodynamic Design using 3-D CAD

• Renewable Energy Charging Station (additional materials required) SolidWorks®_{, a 3D CAD program, is FREE to all Ten80 students.}

Focus lessons dive into key physics and math concepts.

Competition Overview (Optional)

Ten80 Racing Challenge teams compete in locally-run races and are invited to compete in the National STEM League (NSL) through Face-to-Face (F2F) Competitions and the online Points Race. Points leaders and F2F competition winners are invited to the NSL Finals.

Technology

The base technology is a fully operational 1:10 scale electric radio-controlled (RC) car that can be setup in over 14 million ways before re-engineering a single part. Optional technology for specialization projects includes 3D-CAD, rapid prototyping tools, physical computing with microprocessors and sensors. SolidWorks 3D CAD software is free to Ten80 students.

The Storyline & Challenge

Students own a motorsports business and their ultimate goal is to engineer performance. This includes personal performance, team performance and of course, race performance. Students apply core physics concepts, math modeling and the appropriate technology to engineer solutions to problems that parallel those encountered by professional teams.

Standards

The Ten80 Racing Challenge curriculum is aligned to the Common Core State Standards for Mathematics and English Language Arts, Next Generation Science Standards (NGSS) and Engineering Educators Association (ITEEA) Standards for Technological Literacy.

(7)

T E N 8 0 S T U D E N T

Ten80 Education

www.Ten80Education.com © Ten80 Education, LLC

Page 7

1. CURRICULUM: CHOOSE GRADE LEVEL & FORMAT

Grades Car Scale Training _Mode Format

Elementary* 4 - 6 1:18 Yes 3-6 Week Unit, Club, or Camp Middle 6 - 8

1:10 No Semester Class, Club, or Camp High 9 - 12 Semester Class, Club, or Camp

*Elementary curriculum and competition includes a smaller car with a slower Training Mode option.

Racing Challenge- Elementary

3-6 Week Unit or Club

It is recommended students work in teams of three to five. Educators use a hyperlinked agenda to navigate electronic and print resources required to guide students through each activity. Every student records ideas and findings in their own printed engineering logbook.

Camp

This camp-specific curriculum is organized into a 5-day format with 25-40 contact hours. Camp leaders use a hyperlinked agenda to navigate electronic and print resources, with minimal preparation time required. Camp licenses provide only educator logins, and do not include any team registrations.

Racing Challenge- Secondary

Class

Click-through lessons direct students’ physical activity and analysis. Educators assess students with a mix of embedded online quizzes and rubric-based evaluation of documentation, results and physical products. Class version includes one license and login per student, and the number of teams included depends on the class size. Choose Middle or High school.

Size Educator _Logins # Student Logins Team Registrations _Included

Secondary: Middle or High School Home 2 5 1 Small 2 10 1 Medium 2 15 2 Full 2 25 3

Club

Teams access the online curriculum through a shared TEAM license and login (one per registered team). The modular curriculum allows students to specialize at any time. Choose the number of team registrations you require.

Camp

This camp-specific curriculum is organized into a 5-day format with 25-40 contact hours. Camp leaders use a hyperlinked agenda to navigate electronic and print resources, with minimal preparation time required. Camp version provides only educator logins, and do not include any team registrations.

What Are Team Registrations?

The purchase of Ten80 STEM Challenge curriculum includes one (or more) Team Registrations. A Team Registration allows groups of students to unite and compete against other schools (Face-to-Face and in the online Points Race), and to qualify for an invitation to the NSL Finals.

Each Team Registration is represented with a team identity on the Ten80 online dashboard, where they can share ideas with other teams via the forum, swap assets such as 3-D printer time or CAD files, and participate in occasional challenges.

Registered teams are also invited to compete in Face-to-Face (F2F) competitions (remote or in-person) and the online Points Race. Local F2F competitions are free with your Ten80 registration. The online Points Race, Regional competitions, and the NSL National Finals (by invitation only) are optional add-ons.

(8)

T E N 8 0 S T U D E N T

Ten80 Education

Page 8

2. KITS: CHOOSE THE TYPE AND QUANTITY

Returning teams are not required to purchase kits. Because the curriculum and competitions require a specific car, materials kits are required in your startup year. See the catalog order forms for additional details.

Racing Challenge- Elementary

One team kit is ideal for teams of 3 or 4 elementary students. Kit includes 1:18 scale car (with training mode for younger drivers), smart charger, batteries, spare wheels, alternate gears, clear car body, and toolkit with a weigh scale.

Racing Challenge- Secondary

If students gather together in person, each kit serves a team that has divided roles (ex. driver, mechanic, manager, etc.).

If working alone, each student who is responsible for working directly with the car will require a kit. Other team members can have roles that do not require the car or tools. Team roles can include graphic or web design, fabrication, marketing, project management, engineering R&D, community outreach, etc.

All kits provide student access to the SolidWorks®_{Student Edition and web}

consultation to help organize your program.

AFT (A Few Things) Race Kit

Kit includes basic materials for racing and most race engineering investigations. You provide additional tools (ex. screwdriver, hex keys, etc.) • 1 × Competition RC car (1:10 scale)

• 2 × Rechargeable car batteries with 1 smart battery charger • 1 × Alternate wheel and gear sets

• 1 × Tire wrench and multimeter

ST (Some Things) Race Kit

Includes the AFT Kit PLUS tools and additional race engineering and branding materials.

• 1 x AFT Kit • 1 x Basic toolkit • 1 x Additional gear set • 1 x Clear car body • Spare car hardware

E (Everything) Race Kit

Includes the ST Kit PLUS all additional materials and tools used in the curriculum.

• 1 x ST Kit • 1 x Soldering kit • 1 x Caliper

• 1 x Digital weigh scale • 1 x Carbon fiber chassis plate

(9)

T E N 8 0 S T U D E N T

Ten80 Education

Page 9

Additional Materials & Tech

Elementary & Secondary

• Replacement Cars (Sets of 2)

• Power Pack (2 x 7.2V RC car batteries + Smart Charger) • Clear Car Body

Secondary Only

• Focus Lesson Kit: Includes materials for Circuits (3 sets) and Make-a-Motor (3 sets) focus lessons in the RACE Club & Class curriculum • Spare Parts Pack for one car

• Replacement Carbon-Fiber Chassis (Sets of 2, 4 or 6)

• Hop-Up Kit for one car: Aluminum parts/Carbon Fiber Chassis • Hop-Up kit for one car: All Aluminum Upgrade

• Robo RaCecar - automate your car with Arduino kit • Chassis Geometry Setup System

• Data Acquisition System

• Spare/Replacement ESC (2 brand options)

Ten80 Race Rails

The Ten80 Race Rail System is a professional quality, lightweight RC competition track that is both portable and durable. Though Ten80 teams can use tape or PVC piping to make tracks, this system is a great option for organizations that hope to host local or regional National STEM League competitions at one location or at rotating venues.

The Ten80 Race Rail System allows you to create your own race course using modular race rails and domes.

• Each rail is 6 linear feet.

• Create 10 linear feet by connecting two rails (overlap is 1 ft.). • Create 12 linear feet by connecting two rails using a dome. • Create corners and intersections by connecting rails to domes. • Create a barrier wall by doubling up rails as shown to the right. Most Racing Challenge tracks and AV Challenge mazes can be built with a medium system. Some smaller racetracks, and dragstrips can be built with a small system. The large system allows you to create any track and double up rails to create jump barriers.

• Race Rail system, starter set (20 rails, 5 domes) • Race Rail system, small (50 rails, 20 domes) • Race Rail system, medium (100 rails, 25 domes) • Race Rail system, large (150 rails, 40 domes) • Spare domes and fasteners

Race Transponder System

Ever seen a Ten80 Racing Challenge event in action? Remember that cool timing system? This is the one! The system includes the connections for your computer, the bridge sensors, ten transponders for up to ten cars and all the necessary cords. It also provides Ten80’s internal instruction manual on how to build the bridge and run a race using this system. You provide bridge materials.

Above: Ten80 Race Rail System Below: Transponder System

(10)

T E N 8 0 S T U D E N T

Ten80 Education

Page 10

Race Competition Categories

F2F categories include:

• Head-to-Head Races: Oval & Roadcourses • MODS! Drag strip

• Data-Driven Design Project • Enterprise

– Project Planning – Pitches & Presentations

– Graphic Design, Team Identity and Vehicle Design

Online Points Race categories include the above and more. For example, teams earn points for their website design, for media exposure and specialization projects like 3D CAD designs.

3. COMPETITIONS: COLLABORATE, CREATE, COMPETE

Ten80 teams can collaborate and compete in 1-2 day Face-to-Face (F2F) Competitions (virtual or in-person) and in an online Points Race that runs from October to May each year.

Face-to-Face (F2F) Competitions: (Optional) Prepare

for Local, Regional and National Events

Whether in-person or remote, Face-to-Face (F2F) events combine the excitement of head-to-head competition with the innovative energy of a STEM Fair.

All registered Ten80 teams can compete in locally-organized Ten80 Challenge events, in remote competitions organized by Ten80’s team,

and in National STEM League (NSL) Regional competitions organized

by the iNSL, a 501(c)(3) organization. An entry fee may be required for NSL Regional competitions.

Teams earn invitations to the NSL Finals by leading in the online Ten80

Points Race or placing in sanctioned Ten80 Challenge events. The NSL Finals is hosted in late April each year, and will include remote and in-person participation in 2021.

Online Points Race: (Optional) Register Now

No Travel Required! Between October and May, student teams use an online dashboard to get feedback from remote STEM mentors and to earn points. Points categories are aligned to the Ten80 STEM Challenges curriculum so educators can use the site to stay up to date on student work.

Points Race entries are submitted between October 1st and the first week in May. A leader board celebrates team achievements throughout the season. Points leaders are invited to the NSL Finals throughout the season. The ultimate Points Race winners are celebrated in an awards ceremony (in person or virtual, depending on restrictions) and with custom-designed trophies shipped to their school or meeting place.

(11)

Get Involved

Ten80Education.com Toll free 855.836.8033 [email protected]

The Storyline & Challenge

Students integrate electrical, mechanical and computer systems, the three systems at the core of every robot, to create a Robo Racecar. In the Autonomous Vehicle Challenge, the Robo Racecar

tackles a series of challenges that parallel driverless car operations.

Curriculum Overview

The Ten80 AV Challenge introduces students to coding through physical computing, with the promise of an exciting culminating competition. It starts with the hands-on electromechanical assembly of a 1/16th scale car. Through installation and experimentation with a series of sensors and coding, the car executes tasks as a self-driving vehicle. As a final extension, the sensors and code are integrated to create a vehicle that’s performance resembles the fully autonomous cars that are navigating today’s roads and highways.

To complete the Ten80 AV Challenge as a STEM Innovation experience, students are invited to practice their Enterprise skills, through teamwork and collaboration. The final goal is not only to compete with the car they have automated, but to showcase their business that centers on that vehicle, complete with branding and marketing projects such as logo design and elevator pitches.

Competition Overview (Optional)

AV Challenge teams can compete locally in Face-to-Face (F2F) Ten80 Challenge competitions and in an online Points Race. Winners can qualify to advance to the National STEM League Finals.

Technology

After assembling the 1/16 scale Robo Racecar

chassis, students add electronics, sensors and a tiny computer called a micro:bit. The micro:bit is a Microsoft product that can be easily programmed from any device with a web browser and a USB port. Beginners can start with drag-and-drop block programming through the Makecode interface. Makecode is available for offline use so an active internet connection is not required. More advanced users can program it using the Python-based text editor in Makecode. At first students use two micro:bits to program the car to operate remotely (micro:bits communicate with each other). They then add sensors to automate the car as it navigates a course. An enticing goal gives the learning a motivating purpose!

The Rogue Racer is an automated 1/10 scale

Ten80 Racing Challenge car. Students can automate the car with a custom Arduino-based design and code, or start with the Add-On kit provided by Ten80.

Rovers- Come on over! Rover teams from

past seasons are invited to register for the AV Challenge to compete in 2020-21. (Rover Curriculum not currently offered for this season.)

Standards

The Ten80 AV Challenge is aligned to the Common Core State Standards for Mathematics & ELA, Next Generation Science Standards (NGSS) and Computer Science Teacher’s Association (CSTA) Level 3 standards.

(12)

Ten80 Education

www.Ten80Education.com (toll free) 855-836-8033 © Ten80 Education, LLC.

Page 12

OVERVIEW: IN-PERSON AND REMOTE OPTIONS

Ten80 AV Challenge students can collaborate and compete through the power of technology, whether they are in the same room, in their own homes, or in another state. It can be the final project for one student, or the ultimate teamwork experience for a class or club.

The curriculum is designed for versatile implementation.

Curriculum is modular and allows students to complete activities in any order. It allows each team to design its own path to success through specialization, or through a cross-training approach that includes exposure for each student to every role.

Materials kits support diverse teaching environments, ranging from a classroom gathering of students, to one student at home, to a team of 5-10 students collaborating and sharing materials sequentially in different locations.

Customize the team materials by choosing one or more of each of these specialization kits: electromechanical (assemble the car), coding and sensors (micro:bit, motor shield, sensors, etc.), and just coding (micro:bit).

Additional team roles that are supported through the curriculum and competition, but that do NOT require special materials, include team manager (project management and business modeling), graphic designers, data-driven designers, and marketing pitch presenters.

Accessible project management tools help students meet goals, whether collaborating in-person or remotely.

Though there are many complex proprietary systems for project management, lots of professionals still rely on spreadsheets to build and track project plans and progress. A customizable spreadsheet with tasks lists, work breakdown structures (WBS) and Gantt chart are provided in the curriculum. A project management unit helps students and educators use them to successfully meet goals on time and on budget, while also generating points for the online Points Race.

Web-based and in-person competitions motivate, inform and reward students.

Ten80 students have participated in the annual online Points Race for over a decade. Points Race teams show what they have learned though the Ten80 curriculum and collaboration with teammates using an online dashboard.

While in-person gatherings are limited or prohibited, face-to-face competitions, including head-to-head races, will be organized using web-based platforms and technology for virtual sharing in real-time.

(13)

Ten80 Education | www.Ten80Education.com

Page 13

2. CURRICULUM: CHOOSE CLASS, CLUB OR CAMP FORMAT

Club - Robo Racecar & Rogue Racer

The Robo Racecar Club curriculum guides students through assembly and automation, with key computational literacy lessons throughout the process. The Rogue Racer is an extension project with assembly instructions and initial code that requires further self-directed customization and optimization.

Teams access the online curriculum through a shared TEAM license and login (one per registered team). Choose the number of team registrations you require.

Camp

This camp-specific curriculum is organized into a 5-day format with 25-40 contact hours. Camp leaders use a hyperlinked agenda to navigate electronic and print resources, with minimal preparation time required.

Class

Online curriculum directs students’ physical activity, analysis and focus lessons. Educators assess students with a mix of embedded online quizzes and rubric-based evaluation of documentation, results and physical products. Class version includes one license and login per student, and the number of teams depends on the class size.

Size Educator _Licenses # Student Logins Team Registrations _Included

Home 2 5 1

Small 2 10 1

Medium 2 15 2

Full 2 25 3

1. TECHNOLOGY: WHICH VERSION?

Robo Racecar

is a complete curriculum for beginner and intermediate computer science (CS) students. • 1:16 scale electric RC car that students assemble

• Micro:bit and motor shield use input from multiple sensors • Drag and drop coding with option for text-based coding

Rogue Racer

is a how-to project that requires intermediate to advanced CS skills. • Highly modifiable 1:10 scale electric RC car that is ready-to-run out of the box • Arduino + motor shield that requires soldering and complex wiring

• Text-based coding

Rover?

Although the Ten80 Rover curriculum is not offered in the 2020-21 season, existing Rover Challenge teams can compete in the AV Challenge F2F and in the Points Race using legacy rover technology.

Robo Racecar curriculum is available in a Class, Club and Camp format. Rogue Racer is available only in the Club format.

What Are Team Registrations?

The purchase of Ten80 STEM Challenge curriculum includes one (or more) Team Registrations. A Team Registration allows groups of students to unite and compete against other schools (Face-to-Face and in online Points Race), and to qualify for an invitation to the NSL Finals.

(14)

Ten80 Education | www.Ten80Education.com

Page 14

3. KITS: CHOOSE THE TYPE AND QUANTITY

Returning teams are not required to purchase kits. Because the curriculum and competitions require a specific technology, materials kits are required in your startup year.

In addition to the materials described below, all kits provide student access to the SolidWorks®_{Student Edition and web consultation to help organize your program.}

AV (Robo Racecar/Rogue Racer) Kits

If students gather together in person, each complete AV kit serves a team that has divided jobs (ex. car chassis assembly, computer systems, coding, enterprise, etc.). If working alone, each student will need one complete AV kit, or assemble your customized team kit by choosing the number of AV Chassis Build, AV Automation and Complete AV kits.

Example: A remote team of four students may use 1 Complete AV Kit + 2 Automation Kits and assign team member the Enterprise duties (project management, marketing, etc- does not require materials). The two team members with Automation Kits work on physical computing activities related to the car’s automation while the student with the complete kit assembles the chassis. Once the chassis is assembled, the team members working on automation guide the process of integrating sensors, wires and code to automate the car. In summary, this 4-person team kit includes 1 Complete AV Kit + 2 Automation Kits.

Above: The Complete AV Kit includes everything shown.

The AV Chassis Build Kit includes items on the right; AV Automation Kit includes items shown to the left.

Below: Rogue Racer

Complete AV Kit

Includes everything required to assemble and automate the vehicle including chassis build kit, sensors, wires, micro:bits, shield, hardware

AV Chassis Build Kit

Includes all materials required to assemble the chassis with motor & servo

AV Physical Computing Kit

Includes computer systems (but not the chassis), including sensors, wires, micro:bits, motor shield, and output devices for standalone testing (motor, servo) and materials for the Circuits lesson (breadboard, LED’s, etc.)

AV Focus Lesson Kit

Includes materials for focus lessons on Circuits (3 sets), Make-a-Motor (3 sets) and Traction (1 set for the AV) focus lessons in the AV CLASS curriculum

Rogue Racer Kits

If you already have a sanctioned Racing Challenge car (SRC-001 is a 1:10 scale electric RC car), no further purchase from Ten80 is required. Teams can source their own materials or use the kits described below.

Rogue Racer Add-on Kit

Includes Arduino, motor shield, sensors and connectors to add onto a SRC-001 car you already have.

Rogue Racer Kit

(15)

Ten80 Education

www.Ten80Education.com (toll free) 855-836-8033 © Ten80 Education, LLC.

Page 15

4. COMPETITIONS: COLLABORATE, CREATE, COMPETE

Face-to-Face (F2F) Competitions: (Optional) Prepare

for Local, Regional and National Events

Online Points Race: (Optional) Register Now

Points Race entries are submitted between October 1st and the first week in May. A leader board celebrates teams achievements throughout the season. Points leaders are invited to the NSL Finals throughout the season. The ultimate Points Race winners are celebrated in an online awards ceremony and with custom-designed trophies shipped to their school or meeting place.

An additional fee is required. See the order form for details.

Autonomous Vehicle Competition Categories

F2F categories include:

• AV Challenges that test each isolated automation system and the integration of systems to navigate various driving scenarios • Data-Driven Design Project

• Enterprise

Online Points Race categories include the above and more. For example, teams earn points for their website design, for media exposure and specialization projects like 3D CAD designs.

(16)

Get Involved

Ten80Education.com Toll free 855.836.8033 [email protected]

Curriculum Overview

Students fly, configure, reverse engineer, design, build and code.

The UAV Challenge curriculum begins with Aeronautics and Flight units that guide students through the systematic investigation of aeronautics principles and flight for a variety of industries (ex. film vs. inspection).

The Hacker’s units leads students through a series of focus lessons that reverse engineer how each system of the UAV brain works. The culminating challenge is to replace the stock system with a customized Arduino-based flight controller. In working with electrical components, students develop skills like soldering and critical thinking through troubleshooting.

Key focus lessons dive into concepts such as aerodynamics, electricity, computer programming and physical laws of motion.

As with all Student STEM Challenges, these concepts and skills are cultivated through the framework of innovation. Students model a business or organization that applies the technology to improve society.

Competition Overview (Optional)

UAV teams can compete locally in Face-to-Face (F2F) Ten80 Challenge competitions and in an online Points Race. Winners can qualify to advance to the National STEM League Finals.

Standards

All programs align to the Common Core State Standards for Mathematics and English Language Arts and Next Generation Science Standards (NGSS). The Student UAV Challenge also aligns to CSTA level 3 standards.

Technology

Students learn to fly a basic remote-controlled quadcopter, and investigate the principles of aeronautics using a powered paper airplane that’s piloted using a phone app.

With the Hacker’s Kit, students dive into electronics and physical computing activities that explore the major systems of the UAV’s flight control system. Ultimately they replace the stock controller with a custom version based on an Arduino microprocessor.

The Storyline & Challenge

Unmanned Aerial Vehicles (UAVs) are driving one of the most exciting areas of innovation today. Pilots, engineers and entrepreneurial leaders are teaming up to change the way we think of videography, disaster recovery, agriculture, conservation, marketing and so much more.

After exploring basics of aeronautics and developing skills as pilots, students hack into a standard UAV brain, replace it with a custom programmable flight controller and configure it to fly different missions.

(17)

Ten80 Education

Page 17

1. CURRICULUM: CHOOSE LICENSE TYPE

Class

Click-through lessons direct students’ physical activity and analysis. Educators assess students with a mix of embedded online quizzes and rubric-based evaluation of documentation, results and physical products. Class licenses include one login per student, and the number of teams included depends on the class size.

Size Educator _Licenses # Student Logins Team Registrations _Included

Home 2 5 1

Small 2 10 1

Medium 2 15 2

Full 2 25 3

Club

Teams access the online curriculum through a shared team login. The modular curriculum allows students to specialize at any time. Choose the number of team licenses you require. See the order forms for details.

Camp

This camp-specific curriculum is organized into a 5-day format with 25-40 contact hours. Camp leaders use a hyperlinked agenda to navigate electronic and print resources, with minimal preparation time required.

What Are Team Registrations?

The purchase of Ten80 STEM Challenge currciulum includes one (or more) Team Registrations. A Team Registration allows groups of students to unite and compete against other schools (Face-to-Face and in online Points Race), and to qualify for an invitation to the NSL Finals.

2. KITS: CHOOSE TYPE AND QUANTITY

Returning teams are not required to purchase kits. Because the curriculum and competitions require a specific technology, materials kits are required in your startup year.

Each UAV station serves up to 3 students with a very hands-on experience or 4-6 students who divide & conquer the various aspects of operating a team. In addition to actively working with the UAV, team roles can include user interface design, graphic design, web design, marketing, public relations, project management, research & development, fabrication, etc.

Complete UAV Kit

Includes Aeronautics & Hacker’s Kits described below

Base Aeronautics Kit (UAV-AER)

Includes quadcopter, batteries, charger, LiPo safety bag, spare parts and powered-paper airplane.

UAV Hacker’s Kit (UAV-FCB)

Includes a quadcopter and all the materials required to customize its brain and complete focus lessons on electronics and physical computing.

In addition to the materials described above, all kits provide student access to the SolidWorks®_{Student Edition and web}

(18)

Ten80 Education

Page 18

3. COMPETITIONS: COLLABORATE, CREATE, COMPETE

Face-to-Face (F2F) Competitions: (Optional) Prepare

for Local, Regional and National Events

Online Points Race: (Optional) Register Now

Points Race entries are submitted between October 1st and the first week in May. A leader board celebrates teams achievements throughout the season. Points leaders are invited to the NSL Finals throughout the season. The ultimate Points Race winners are celebrated in an online awards ceremony and with custom-designed trophies shipped to their school or meeting place.

An additional fee is required. See the order form for details.

UAV Competition Categories

Ten80 Teams compete in the Intro or Hacker Series. Hackers must fly a

UAV that has a custom flight controller (see Rules & Guidelines for details). F2F categories include:

• Head-to-Head Events and time trials testing pilot agility and “finesse”. • Data-Driven Design Project

• Enterprise

Online Points Race categories include the above and more. For example, website design, media exposure and specialization projects like 3D CAD.

(19)

Published and Supported By Get Involved Ten80Education.com Toll free 855.836.8033 [email protected]

INTRO TO PHYSICAL COMPUTING

Scope, Standards & Applications

This Intro to Physical Computing course is a full curriculum framework, not just a set of activities, and is fully mapped to the Common Core State Standards for Mathematics & ELA, Next Generation Science Standards (NGSS) and Computer Science Teacher’s Association (CSTA) Level 3 standards with pacing guides to include Level 1 and 2 standards.

Implement the curriculum as a standalone 1-semester computer science foundation course or integrate into science and engineering elective courses. Bundle with Autonomous Vehicle or UAV curriculum to create a full-year course.

(Optional) Competition & Collaboration Overview

Teams can share their culminating challenge to receive feedback from STEM professionals and learn how their project compares to other team submissions. This course can also help students perform better in Ten80’s Autonomous Vehicle and UAV Challenges.

Computer Science Framework

Ten80’s Intro to Physical Computing curriculum bridges engineering design and computer science with business modeling and real-world applications. Students learn fundamental computational thinking and logical problem-solving skills while working with different aspects of Computer Science including coding, physical computing (i.e. software and hardware integration) and team-based project work.

Intro to Physical Computing Overview

Students develop problem-solving and computational thinking skills to develop good practices that are universal across programming languages.

In this 1-semester course, students work with a mix of off-screen simulations, drag-and-drop and text-based programming. This course uses the Arduino programming language which is based on C, a widely used programming language. All concepts are universal and not language specific.

Students will understand algorithms, binary and hexadecimal number systems, data types, decision loops, functions, sensors, and wireless communications, all of which are critical concepts in engineering and computer science. After “mastering” the software and hardware concepts and skills, including basic circuitry lessons, students engage in a culminating design project.

(20)

1. CURRICULUM:

CHOOSE SIZE

The CS curriculum is only available in the Class format.

Click-through lessons direct students’ physical activity and analysis. Educators assess students with a mix of embedded online quizzes and rubric-based evaluation. Class licenses include one login per student. The number of final projects that can be submitted to Ten80 for review depends on the class size.

Size Educator _Licenses # Student Logins Final Project _Submissions

Home 2 5 1

Small 2 10 2

Medium 2 15 3

Full 2 25 4

See order forms for details.

2. KITS:

CHOOSE TYPE & QUANTITY

CS kits are designed for two students to share one set of materials and are available in bundles of two or five. See order forms for details.

(21)

Ten80 Education - Order Form

This form is just one way to order. Order online with a credit card at Ten80Education.com or submit a PO. Order Email: [email protected] Fax: 518-533-3804 Toll Free Phone: 1-855-836-8033

Your Information

Name: _______________________________________________________ Shipping Address: _________________________________ School/Org: __________________________________________________ ____________________________________________________ ____________________________________________________________ ____________________________________________________ Phone: _______________________________________________________ Billing Address (if different): _______________________ Email: ________________________________________________________ ____________________________________________________ ____________________________________________________________ ____________________________________________________ Payment Method (Check one): � Check Enclosed � Credit Card (send auth. form) � Will submit PO

By submitting this form, you are purchasing the following items with payment to be made by the method indicated. Please keep a copy for your records and send a signed copy with your PO or payment via email, regular mail or fax.

ACCEPTED AND AGREED BY: Signature: ______________________________________________________________ Date: __________________

Ten80 STEM Challenges

Total $

Racing Challenge

Autonomous Vehicle (AV) Challenge UAV Challenge

CompSci Challenge

Total Order

NOT including S&H

How to Use this Form

1. On the following pages, enter the quantity of each item and the total owed for each program.

2. Enter the total owed for each program in this table.

3. Add it all together and enter the total order below.

4. Submit all marked-up pages by fax or email.

5. Ten80’s team will create a quote based on the information from this form, including shipping & handling that is not included in this form. Once approved Ten80 will assist you in completing the order.

Shipping & Handling will be included on an estimate Ten80’s team will provide to you.

(22)

2020-21 Ten80 Racing Challenge

See the catalog section on Ten80 Racing Challenge for more information on these decisions and options.

1. Racing CURRICULUM (Which version? How many?)

Racing Site License Type Up to #

Students

Includes #

Teams $ Each Catalog # Quantity Total $

CLASS Site License It is suggested that you round up the estimated number of students to allow for fluctuation in class sizes throughout the year. If necessary, add students @ $25 / student.

HOME Middle School CLASS 5 1 $625 RACE-71 SMALL Middle School CLASS 10 1 $750 RACE-72 MEDIUM Middle School CLASS 15 2 $875 RACE-74 FULL Middle School CLASS 25 3 $1,125 RACE-76 Additional Middle School Student 1 0 $25 RACE-75 Additional MS CLASS Team 0 1 $225 RACE-73 HOME High School CLASS 5 1 $625 RACE-61 SMALL High School CLASS 10 1 $750 RACE-62 MEDIUM High School CLASS 15 2 $875 RACE-64 FULL High School CLASS 25 3 $1,125 RACE-66 Additional High School Student 1 0 $25 RACE-65 Additional HS CLASS Team 0 1 $225 RACE-63

CLUB Site License

1st Elementary CLUB Team at a Site no limit 1 $400 ELEM-55 Additional Elementary CLUB Team at a Site no limit 1 $225 ELEM-52 1st Secondary CLUB Team at a Site no limit 1 $400 RACE-55 Additional Secondary CLUB Team at a Site no limit 1 $225 RACE-52

CAMP Site License

1-month CAMP license 30 0 $400 RACE-20 Additional CAMP student 1 0 _PERSON$ 15 / RACE-21

Total Curriculum

2. Racing KITS (Which version? How many?)

Kit $ Each Catalog # Quantity Total $

Elementary 1-Team Kit $459 RACE-ELEM Secondary: AFT Kit (A Few Things) $390 RACE-AFT Secondary: ST Kit (Some Things) $490 RACE-ST Secondary: E Kit (Everything) $640 RACE-E Focus Lesson Set: Circuits & Make-a-Motor x 3 sets each $179 FCS-033

Total Kits

3. Optional Points Race Competition

Online Points Race for 1st Team at a Site $300 RACE-95 Online Points Race for Additional Teams $200 RACE-96

(23)

2020-21 Ten80 RACING Challenge (continued)

ELEMENTARY Additional Materials & Technology

Catalog # $ Each Quantity Total $

Replacement SRC-001 Cars: Set of two (2), each w/ 1800 mAh battery & transmitter ELEM-102 $299

Power Pack (2 x 7.2V RC car batteries + Smart Charger) ELEM-026 $119

Clear 1:18 Scale Car Body LTX-7511 $30

SECONDARY Additional Materials & Technology

Catalog # $ Each Quantity Total $ Replacement SRC-001 Cars: Set of two (2), each w/ 1800 mAh battery & transmitter RACE-001-02 $350

Replacement SRC-001 Cars: Set of four (4), each w/ 1800 mAh battery & transmitter RACE-001-04 $650 Replacement SRC-001 Cars: Set of six (6), each w/ 1800 mAh battery & transmitter RACE-001-06 $965

Replacement Carbon-Fiber Chassis: Set of two (2) RACE-04-02 $160

Replacement Carbon-Fiber Chassis: Set of four (4) RACE-04-04 $280

Replacement Carbon-Fiber Chassis: Set of six (6) RACE-04-06 $400

Energy Pack (2 batteries) RACE-06 $89 Power Pack (Battery Bundle + Smart Charger) RACE-26 $140 Wheel Pack (2 sets of replacement wheels) RACE-07 $98 Clear 1:10 Scale Car Body RACE-09 $35 Spare Parts Pack for one car (SRC-001 car) RACE-008 $198 Gear Set (2 spur & 2 pinion for SRC-001 car) RACE-005 $39 Hop-Up Kit for one car: Includes Aluminum parts & Carbon Fiber chassis RACE-003 $149 Hop-Up kit for one car: All Aluminum Upgrade RACE-003A $249 Rogue Racer - automate your car with Arduino kit RACE-29 $189 Chassis Geometry Setup System RACE-15 $189

Data Acquisition System RACE-16 $169

Spare / Replacement ESC (HPI brand, Tamiya connector) RACE-SFK15WP $72 Spare / Replacement ESC (stock brand, banana 4.0 connector) RACE-3018 $50 Spare / Replacement Servo (HPI brand) SF-10W $34 Spare / Replacement Servo (stock brand) HX-3CP $16

Total Additional Tech

(24)

2020-21 Autonomous Vehicle (AV) Challenge: Robo Racecar & Rogue Racer

See the catalog section on AV for more information on these decisions and options.

1. CURRICULUM (Which version? How many?)

AV Site License Type Up to #

Students

Includes #

CLASS Site License

It is suggested that you round up the estimated number of students to allow for fluctuation in class sizes throughout the year. If necessary, add students @ $25 / student.

HOME AV CLASS 5 1 $625 AV-61 SMALL AV CLASS 10 1 $750 AV-62 MEDIUM AV CLASS 15 2 $875 AV-63 FULL AV CLASS 25 3 $1,125 AV-64 Additional AV Student 1 0 $25 AV-65 Additional AV CLASS teams 0 1 $225 AV-66

CLUB Site License

1st CLUB Team at a Site no limit 1 $400 AV-51 Additional CLUB Team at a Site no limit 1 $225 AV-52

Total Curriculum

2. Autonomous Vehicle KITS (Which version? How many?)

Complete Robo Racecar Kit

Includes everything required to assemble and automate the vehicle including

chassis build kit, sensors, wires, micro:bits, shield, hardware $300 AV-001

Robo Racecar Chassis Build Kit

Includes all materials required to assemble the chassis with motor & servo $170 AV-100

AV Physical Computing Kit

Students specialize in the computer systems, learning the coding and hardware-software integration. These students do NOT have the chassis, but work with those who do to automate it. Includes sensors, wires, micro:bits, motor shield, and output devices for standalone testing (motor, servo) as well as additional focus lesson materials (breadboard, LEDs, etc.).

$155 AV-110

Focus Lesson Kit: Circuits & Make-a-Motor

Includes materials for focus lessons on Circuits (3 sets), Make-a-Motor (3 sets) $179 FCS-033

Focus Lesson Kit: Traction

Includes one spring scale and set of four slick tires to be installed on a vehicle

you already have $59 FCS-043

Rogue Racer Add-On Kit

Includes Arduino, motor shield, sensors and connectors to add to a Ten80

Racing Challenge car you ALREADY have $189 RACE-29

Rogue Racer Kit

Includes Ten80 Racing Challenge car, car batteries x 2, charger and Add-on Kit $400 AV-901

Total Kits

3. Optional Points Race Competition

Online Points Race for 1st Team at a Site $300 AV-95 Online Points Race for Additional Teams $200 AV-96

(25)

2020-21 UAV (Unmanned Aerial Vehicle) Challenge

See the catalog section on UAV for more information on these decisions and options.

1. CURRICULUM (Which version? How many?)

Students

Includes #

HOME CLASS 5 1 $625 UAV-61 SMALL CLASS 10 1 $750 UAV-62 MEDIUM CLASS 15 2 $875 UAV-64 FULL CLASS 25 3 $1,125 UAV-66 Additional Student 1 0 $25 UAV-65 Additional CLASS Team 0 1 $225 UAV-53

CLUB Site License 1st CLUB Team at a Site no limit 1 $400 UAV-55

Additional CLUB Team at a Site no limit 1 $225 UAV-52

Total Curriculum

2. UAV KITS (Which version? How many?)

Complete 1-UAV Team Kit

Includes Aeronautics and Hacker’s Kits described below $1,159 UAV-001

Base Aeronautics Kit

Includes UAV, batteries, charger, safety bag $520 UAV-AER

Hacker’s Kit

Includes all materials required to customize the dron’es brain $689 UAV-FCB

Total Kits

3. Optional Points Race Competition

Online Points Race for 1st Team at a Site $300 UAV-95 Online Points Race for Additional Teams $200 UAV-96

(26)

Competition Kits: Race Rails & Transponder Systems

National STEM League Competition Kits Catalog # $ Each Quantity Total $

Transponder System for up to 10 cars NSL-RGN-01 $1,250 Race Rail system, small (50 rails, 20 domes) NSL-RGN-02 $1,295 Race Rail system, medium (100 rails, 25 domes) NSL-RGN-03 $1,995 Race Rail system, large (150 rails, 40 domes) NSL-RGN-04 $2,995 Race Rail system, starter set (20 rails, 5 domes) NSL-RGN-05 $495

Domes, set of 5 NSL-RGN-10 $90

Domes, set of 10 NSL-RGN-11 $165 Fasteners, set of 110 NSL-RGN-12 $50

TOTAL COMPETITION KIT ORDER before S&H

2020-21 CompSci (Computer Science, CS) Challenge

See the catalog section on the CompSci Challenge for more information on these decisions and options.

1. CURRICULUM (Which version? How many?)

Students

Includes #

HOME CLASS 5 1 $625 CS1A-60 SMALL CLASS 10 1 $750 CS1A-61 MEDIUM CLASS 15 2 $875 CS1A-62 FULL CLASS 25 3 $1,125 CS1A-63 Additional Student 1 0 $25 CS1A-65

Total Curriculum

2. CompSci KITS (Which version? How many?)

CS Team Kits x2

Two team kits for four students (teams of 2) $319 CS-002

CS Team Kits x5

Five team kits for ten students (teams of 2) $759 CS-005