The AMS Abot Simulator is a virtual platform that provides an immersive robotics learning experience without requiring physical hardware. It enables users to design, code, and control virtual robots in a realistic, interactive environment using a built-in robot builder and block-based programming.

The simulator is designed for students, educators, and robotics enthusiasts who want to develop problem-solving, logical thinking, and coding skills. It is accessible to beginners and advanced learners alike.

• 🌍 Accessible Anywhere: No hardware required—learn robotics from any device.

• 🛠 Hands-On Safe Learning: Experiment with robot design and coding in a risk-free virtual environment.

• 📚 Structured Curriculum: Progressive learning levels from beginner to advanced projects.

• 🔄 Real-Time Feedback: Visualize and refine code execution instantly.

1. 🔑 Log in to the Avishkaar website using your phone number or social media account.

2. 📂 Open AMS and select “Code with Simulators.”

3. 🤖 Choose “Abot Advanced” to start working on robotic projects.

AMS Abot Simulator offers three progressive levels:

• 🔰 Level 1: Basic programming concepts and robot movement (ideal for beginners).

• ⚙️ Level 2: Sensor integration and automated robot behavior.

• 🏆 Level 3: Real-world problem-solving through advanced robotics projects.

1. 📌 Select a project and click “Start.”

2. 🧩 Drag and drop robot parts into the highlighted sections to complete the build.

3. 🔌 Ensure motor and sensor connections are correctly mapped (e.g., M1 for the right motor, M2 for the left motor).

1. 👨‍💻 Click “Let’s Go” to enter the coding interface.

2. 📜 Use block-based programming to control robot movements and actions.

3. ⏳ Adjust movement duration, direction, and sensor interactions.

4. 🎥 Run the simulation to test robot behavior in real-time.

1. 🎯 Basic Movement (Level 1): Move the robot forward, backward, left, and right using timed commands.

2. 🚦 Object Detection (Level 2): Use an IR sensor to detect obstacles and respond accordingly.

3. 🛤 Line Follower (Level 3): Program the robot to follow a black line using dual IR sensors.

• After coding, ✏️ enter a project name and click “Save.”
  

• Projects can be 📂 reloaded and improved
  upon at any time.

The simulator supports STEM learning by teaching geometry (angle-based turns), physics (speed and force sensors), and computational thinking. It is ideal for robotics curriculums at different education levels.