Grade 2 Computer Science Program

$2,380.00
$0.00 $2,380.00
Clearance
Blue-Bot robots with curriculum, tactile code readers, obstacle course, pocket mat, and colorful robot covers
Clearance
Grade 2 Computer Science Program
Blue-Bot robots with curriculum, tactile code readers, obstacle course, pocket mat, and colorful robot covers
Grade 2

Grade 2 Computer Science Program—Step Up to App-Based Programming With Blue-Bot

$2,380.00
$0.00 $2,380.00
Shipping calculated at checkout.

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SKU:93985

The 2nd Grade Computer Science Program introduces Blue-Bot, a tactile robot with Bluetooth connectivity that bridges hands-on buttons and app-based programming. Students explore inputs, outputs, algorithms, and real-world robot applications through 12 lessons spanning math, literacy, science, and creative problem-solving.

In Stock

Students Served: 24
Standards-Aligned
Standards-Aligned
Features Blue-Bot
Features Blue-Bot
Curriculum Included
Curriculum Included
No Experience Required
No Experience Required
WHAT'S INCLUDED
  • 6 Blue-Bot® Programmable Robots
  • 1 Rechargeable Docking Station
  • 1 PreK-2 Activity Bundle
  • 3 Sound Squares
  • 6 Pushers
  • 6 Pen Holders
  • 1 Blue-Bot® Curriculum Volume 1
  • 1 Blue-Bot® Curriculum Volume 2
  • 1 Obstacle Course
  • 6 TacTile Code Readers
SPECIFICATIONS & SAFETY
  • Brand: TTS
View full details
Grade 2 Computer Science Program

Grade 2 Computer Science Program

$2,380.00
$0.00 $2,380.00

Frequently Bought Together

1
Blue-Bot® Programmable Robot Single Set
+
2
group of bee-bot robots on a charging port, curriculum guides, pocket mat, obstacle course, and robot covers with flash cards
+
3
Blue-Bot® Getting Started Package
Total: $2,273.00 (3 items)
Grade 2 Computer Science Program

App-Connected Robotics

Buttons. App. Algorithms. Blue-Bot bridges tactile and digital programming—students start with onboard buttons and progress to app-based coding, building algorithms that solve real-world problems.
Dual Programming Modes

Dual Programming Modes

Students program Blue-Bot using onboard buttons or the Bluetooth app, introducing the transition from tactile to screen-based coding.

TacTile Code Readers

TacTile Code Readers

Six wooden code readers let students arrange physical command tiles to create programs—a bridge between screen-free and app-based coding.

Real-World Applications

Real-World Applications

Lessons model automated delivery systems, waste reduction, food trucks, and environmental monitoring—connecting CS to the world around them.

Obstacle Course Navigation

Obstacle Course Navigation

The included obstacle course adds a physical dimension to programming challenges, building spatial reasoning and debugging skills.

What Students Will Do

Through 12 lessons, second graders transition from tactile to app-based programming while exploring real-world robot applications.
  • Explore what a robot is and how inputs and outputs work
  • Program Blue-Bot using both onboard buttons and the Bluetooth app
  • Apply 90° turns and pivoting to navigate grids
  • Create programs to sort, count, add, and subtract
  • Identify patterns and create Blue-Bot line dances
  • Model real-world applications like food trucks and delivery systems

Compare Similar Products

Feature Current Product
Grade 2 Computer Science Program
 Grade 1 Computer Science Program Grade 3 Computer Science Program
Price $2,380.00 $1,040.00 $940.00
Primary Focus Computer Science FoundationsComputational Thinking Foundations Microcomputing Basics
Grade Level Grade 2Grade 1 Grade 3
Featured Robot/Device Blue-BotBee-Bot micro:bit
Curriculum Length 12 lessons (60 minutes each)15 lessons (30-45 minutes each) 10 lessons (60 minutes each)
Device Required —
Cross-Curricular Lessons
Best For App-based programming with Bluetooth connectivityBuilding on K foundations with more complex sequencing Block-based coding with sensors and microcontrollers
View Details View Details

Step 1—Meet Blue-Bot: Students explore what a robot is, identify Blue-Bot's inputs and outputs, and practice basic directional commands using onboard buttons.

Step 2—Learn App-Based Coding: Students connect Blue-Bot via Bluetooth and begin programming through the app, learning to sequence commands on screen before sending them to the robot.

Step 3—Solve Challenges: Lessons present real-world scenarios—navigating to a food truck, reducing waste through sorting, or programming a line dance—where students build and test algorithms.

Step 4—Use TacTile Readers: Students arrange physical command tiles on the TacTile Code Reader to create programs, bridging the gap between tactile and digital coding.

Career-Connected Computer Science

The 2nd Grade Computer Science Program connects students to the world of automation, logistics, and digital systems. As they program Blue-Bot to navigate obstacles, sort items, and model delivery routes, students practice the same computational thinking used by robotics engineers, app developers, and supply chain analysts.

Industry Applications: App development, robotics engineering, logistics and supply chain, automation systems, and environmental technology.

Science

  • Pollination
  • Seed dispersal
  • Plant dependencies
  • Environmental systems

Technology

  • Bluetooth connectivity
  • App-based programming
  • Input/output systems
  • Algorithmic thinking

Engineering

  • Obstacle navigation
  • Decomposition
  • Pattern recognition
  • Iterative debugging

Math

  • Addition
  • Subtraction
  • Grouping by 10s
  • Operations
  • Pattern identification

In These Lessons, Students Will...

  • What Is a Robot?—Explore the concept of what a robot is and what it does.
  • Programmer Says...—Explore the concepts of being a programmer and using their senses to follow commands.
  • Follow Your Nose—Apply the concept of 90° angles to pivoting and making turns.
  • Friendly Functionality—Explain and demonstrate input/output options and identify limitations that Blue-Bot has and how they could be resolved.
  • Blended Movements—Use Blue-Bot to navigate to the proper letters to form words using the appropriate buttons.
  • Let's Make a Move—Create and execute basic programs to move from a starting to a stopping position while avoiding obstacles.
  • Reducing Waste and Operations—Sort items into groups and then count, add, or subtract using the forward and backward motion of Blue-Bot.
  • Blue-Bot Line Dance—Identify patterns in programming by creating squares of different sizes that Blue-Bot will follow.
  • Busy Collecting Nectar—Understand the concept of 10s and 1s while exploring how plants depend on animals for pollination or to move their seeds around.
  • Let's Do the Hokey Pokey—Decompose and program dance commands to program Blue-Bot to dance the Hokey Pokey.
  • Favorite Food Truck—Analyze given situations, determine their setting, and program Blue-Bot to move from a starting point to the correct end point.
  • I Have a Secret—Program their Blue-Bot to meet another Blue-Bot and exchange greetings.

Support Materials

Videos, guides, and resources to help you get the most out of this product.

Videos

Getting an early start with coding

Why Teachers Love Grade 2 Computer Science Program

Dual Programming

Dual Programming

Buttons and Bluetooth app support multiple learning levels.

TacTile Coding

TacTile Coding

Physical command tiles bridge tactile and digital programming.

Real-World Scenarios

Real-World Scenarios

Lessons model delivery systems, food trucks, and environmental monitoring.

Comprehensive Kit

Comprehensive Kit

Obstacle course, sound squares, and code readers included.

Teacher-Ready

Teacher-Ready

Two curriculum volumes plus onboarding session.

Pathway Aligned

Pathway Aligned

Bridges Bee-Bot foundations to micro:bit coding.

"This is what education should be. This is what education should've always been."

— Pat Taylor, Headmaster, Jackson Academy, Jackson, Mississippi

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Frequently Asked Questions

How is Blue-Bot different from Bee-Bot?

Blue-Bot has all the same onboard buttons as Bee-Bot plus Bluetooth connectivity, allowing students to also program it through a tablet app. It bridges tactile and screen-based coding.

Do students need tablets?

Tablets are optional. Blue-Bot can be programmed entirely through its onboard buttons, but the Bluetooth app adds an additional programming mode for students who are ready.

What are TacTile Code Readers?

TacTile Code Readers are wooden boards where students place physical command tiles to build programs. Blue-Bot reads the tiles via Bluetooth—bridging physical and digital coding.

How long is the curriculum?

12 lessons at approximately 60 minutes each.

What makes the 2nd Grade Computer Science Program different from Kindergarten and 1st Grade Computer Science Programs?

The 2nd Grade program transitions students from screen-free Bee-Bot programming to Bluetooth-enabled Blue-Bot robots, adding app-based coding and TacTile Code Readers for a more advanced, multi-modal learning experience. It's the bridge between foundational sequencing skills and the block-based coding students will use in 3rd grade and beyond.

Can this program work without the K or 1st Grade Computer Science Programs?

Absolutely! Each grade-level program is sold independently and includes everything you need to get started. That said, many schools find that layering programs across grade levels creates a seamless K–5 computer science pathway that builds skills year over year.