Robotics
Robotics 101
Robotics 101 is a beginner-friendly, hands-on course designed for students who are starting their journey in robotics.
Over 2 months, you will learn the fundamentals of electronics, Arduino programming, sensors, and robot control. Through guided, project-based learning, you will gain practical experience in building and programming real robotic systems.
**What You Will Learn:**
- Fundamentals of Robotics and Electronics
- Arduino Programming
- Sensors and Motor Control
- Obstacle-Avoiding Robot
- Wireless Robot
- Smart Irrigation System
- Line-Following Robot
**Course Duration:** 2 Months
By the end of this course, you will have hands-on experience with multiple robotics projects and a solid foundation to explore advanced robotics, automation, and embedded systems.
About the course
Your learning journey starts here ✨
Robo Tech Valley নিয়ে এলো নতুন কোর্স – “Robotics 101”। এই কোর্সটি আপনার দক্ষতা বৃদ্ধি এবং ক্যারিয়ারে নতুন উচ্চতায় পৌঁছাতে বিশেষভাবে ডিজাইন করা হয়েছে।
Robotics 101 is a beginner-friendly, hands-on course designed for students who are starting their journey in robotics.
Over 2 months, you will learn the fundamentals of electronics, Arduino programming, sensors, and robot control. Through guided, project-based learning, you will gain practical experience in building and programming real robotic systems.
**What You Will Learn:**
- Fundamentals of Robotics and Electronics
- Arduino Programming
- Sensors and Motor Control
- Obstacle-Avoiding Robot
- Wireless Robot
- Smart Irrigation System
- Line-Following Robot
**Course Duration:** 2 Months
By the end of this course, you will have hands-on experience with multiple robotics projects and a solid foundation to explore advanced robotics, automation, and embedded systems.
Course Info
Instructor
Robo Tech Valley
Class Format
Online Course
Category
Robotics
Course Curriculum
What you’ll learn, step by step
সহজ কয়েকটি ধাপে পুরো কোর্স কারিকুলাম ও লার্নিং পথটি এক্সপ্লোর করুন।
01
Class 1
Class 1 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
02
Class 2
Class 2 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
03
Class 3
Class 3 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
04
Class 4
Class 4 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
05
Class 5
Class 5 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
06
Class 6
Class 6 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
07
Class 7
Class 7 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
08
Class 8
Class 8 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
09
Class 9
Class 9 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
10
Class 10
Class 10 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
11
Class 11
Class 11 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
12
Class 12
Class 12 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
13
Class 13
Class 13 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
14
Class 14
Class 14 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
15
Class 15
Class 15 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
16
Class 16
Class 16 of the Robotics 101 series — a guided session with worked examples, hands-on practice and time for questions.
17
Introduction of Robotics, Impact of Robotics in 4th IR, Robotics Competitions, Research & Publications, Job sectors
An overview of robotics and its role in the fourth industrial revolution, plus the competitions, research paths and career opportunities open to you in the field.
18
How to Start Robotics?
A practical starting roadmap: which kits and tools to buy, what to learn first, and how to build the habit of finishing your own projects.
19
Basic Electronics And Arduino Details
The electronics fundamentals behind every robot, along with a guided tour of the Arduino board and what each of its parts does.
20
Introducing Arduino IDE and Arduino programming.
Installing the Arduino IDE, uploading your first sketch, and understanding the structure of an Arduino program.
21
Controlling DC gear motors, motor drivers.
Wiring and driving DC gear motors through a motor driver, including speed control with PWM and direction control.
22
Controlling servo motors and BLDC motors.
Position control with servo motors and the basics of driving brushless motors for robotics projects.
23
Details about sensors
The sensor types used most often in robotics and how to choose the right one for a given task.
24
Making a robot using sensors. Project: Obstacle-avoiding robot
Build an obstacle-avoiding robot from scratch, combining ultrasonic sensing with motor control logic.
25
Making a Wireless robot Project: Wireless robot
Build a robot you can drive wirelessly, covering the transmitter, the receiver and how commands are handled.
26
Wireless robot project submission & Review Class
Submit your wireless robot build and walk through it in a review session, with feedback on your code and wiring.
27
Assemble and Making Mini Walking Robot Kit
Assemble a mini walking robot kit and tune its gait so it moves reliably across a surface.
28
Working with Soil Sensor, relay and pump and Making Smart Irrigation System
Build a smart irrigation system that reads soil moisture and switches a pump on and off through a relay.
29
Working with Gas Sensor and making a Gas Detector system
Use a gas sensor with a buzzer and threshold logic to build a working gas detection alarm.
30
Making a motion-based water tape Part One
Part one of the motion-activated tap build: the sensing circuit, the control logic and the relay wiring.
31
Making a motion-based water tape Part Two
Part two of the motion-activated tap build: final assembly, mounting and testing the finished unit.
32
Line Following Robot
Build a line-following robot using IR sensors, and tune the control logic so it tracks the line smoothly.
Ready to start your learning journey?
Robotics 101 — আপনার শেখার যাত্রা শুরু করার জন্য এখনই প্রস্তুত হোন।