About Program
STEAM Challenge at STEAM Varsity is an exciting program designed to inspire students to think critically, solve problems creatively, and collaborate effectively. This program offers a series of challenges and competitions that encourage students to apply their knowledge of science, technology, engineering, arts, and mathematics (STEAM) to real-world problems.
How You Learn
1 Month
Icebreaker & Induction, Introduction to 21st Century Skills and Team formations, Research Based Learning, Peer Learning, Pair Programming, AI, Robotics and Automation, Robotic Innovations as solution to real world problems, Robotics Hardware, Software & Technology, Microcontroller, Sensors & Motors, Robot Designing, Computational Thinking and Programming, Keyboarding skills challenge
2 Month
Let's get started to Designing Concepts & Structure of 3D designing environment Design Models by grouping Building Tools Mouse & Camera Controls 3D View, Bricks Palette, Grouping palette, Template palette 3d modeling, CAD, optional 3d printing
3 Month
Design, build and program Base Drive Design Base Drive Calibrating Sensors to the base drive Adding Extensions Models to the Base Drive Peer Mentoring
4 Month
Design your own Robot Design thinking and Ideation Empathy mapping Robot designs to solve Real World Problems Paper/Digital Prototyping Choose a design and create one on CAD Evaluate the design, making any necessary changes
5 Month
Improve your Design with your partner Mind mapping Share designs with peers Improve the design based upon peer feedback Create a build guide for the design
6 Month
Let's go deep into Programming Programming & its Application, Algorithm, Computer, Computer Programming Languages and SDLC Programming Robots with Visual / Block-based Programming Connecting to Robot to run the Programs & Setting up Integrated Development Environment Programming Exercises with Flow Blocks, Programming Blocks, Actions Blocks, Sensor Blocks Program Flow Model, Wait Until Commands, Logic & Decision-Making Structures - Loops, Switches,Conditionals Troubleshooting strategies and engineering practices Programming to make Robot Autonomous
7 Month
Program Your Robot Drive & Rotation Programming Exercises with Robot - Motors, Robot Sensors Motors & Steering Controls, Movement and Turning Robot Math: Proportionality and Measurement turns & degrees Movement Challenges The Parking Challenge
8 Month
Let's Communicate with the Robot Programming Exercises with Robot - Display & Sounds & its real time applications Adding Sounds, Displaying Text and Graphics, Status Light Companion Challenge
9 Month
Let's Make the Robot Feel Programming Exercises with Robot -Touch Sensor & its real time applications Sensor 3 states - Pressed, Bumped, Released Stop a Collision, Wait till Touch, Forward till Touch Exercises Measurement and Comparison Knock Challenge
10 Month
Let's Give the Robot Eyes Programming Exercises with Robot - Ultrasonic Sensor & its real time applications Obstacle Detection, Stop at Obstacle, Keep Constant Distance from Obstacle Ultrasonic Sensor Data - Measurement & Comparisons, Input & Output Explorer Challenge
11 Month
Let's Discover Colors Programming Exercises with Robot - Color Sensor & its real time applications Sensor Modes Color Mode, Intensity Modes - Reflection light, Ambient light color Sensor Data - Measurement & Comparisons, Color Sorting Line Follower Challenge
12 Month
Final Challenge & Projects Showcase Projects Showcase Final Challenge with calibration of Multiple Sensors Self Reflection