Our training programs are carefully and scientifically designed to bring out the innovation and creativity through an out-of-the-box approach while giving the students an opportunity to explore the world of Science and Technology.
This course is aimed at providing basic knowledge of electronics to students and give them hands-on experience in understanding the Robotic electronic components and circuit designing. Here they learn PCB designing and manufacturing techniques. Once a student has this basic knowledge, he/she becomes ready to learn advance electronics. These programs help students to understand science and mathematics concepts in a fun learning manner. Once the student understand the applications of the academic concepts, learning interest increases which further results in higher marks or grades in school academics.
What do students learn?
- What is Technology?
- How is society affected by Technology?
- Understanding motors, gears, batteries, switches & sensors
- How does electricity flow?
- Series and Parallel combination
- Making small electronic circuits with different component combinations.
- Measuring current, voltage with the help of Multi meter
- Make different simple machine models to help community problems
- Understand how robots work using logic.
- Recognize the obstacles programmers face when programming a robot.
Syllabus
CHAPTER 1
- INTRODUCTION AND USE OF BASIC COMPONENT OF ELECTRONICS
- USE OF BREADBOARD
- USE OF MULTIMETER
- RESISTANCE COLOUR CODING AND CALCULATION
- LED BLINKING USING RESISTANCE DIODE AND SWITCH
CHAPTER 2
- USE AND OPERATION OF MOTOR
- MOTOR OPERATION USING DIODE AND SWITCH
- BIDIRECTIONAL MOTOR OPERATION USING SWITCH AND DIODE
- SERIES AND PARALLEL CONNECTION OF LED RESISTANCE AND MOTOR
CHAPTER 3
- USE AND OPERATION OF BC547 TRANSISTOR
- USE OF BATTERY IN SERIES AND PARALLEL CONNECTION
- USE OF BIDIRECTIONAL POWER IN ELECTRONICS COMPONENT
- LED SWITCHING THROUGH BC547 TRANSISTOR
CHAPTER 4
- USE OF LDR SENSOR
- USE OF IR SENSOR
- CIRCUIT DEVELOPMENT OF AUTOMATIC STREET LIGHT USING BC547
- REVERSE DAY SENSOR
CHAPTER 5
- USE OF LM7805 IC
- USE OF LM7809 IC
- USE OF CD4017 IC
- USE OF DIFFERENT TYPES OF CAPACITORS
- CIRCUIT DEVELOPMENT OF MOBILE CHARGER
CHAPTER 6
- USE AND OPERATION OF OPERATIONAL AMPLIFIER LM358
- DEVELOPMENT OF AUTOMATIC SENSOR LIGHT USING LM358
- DEVELOPMENT AND UNDERSTAND OF WINDMILL POWER GENERATION SYSTEM
CHAPTER 7
- DEVELOPMENT OF INFRARED SENSOR ON BREADBOARD
- DEVELOPMENT OF BASIC SECURITY SYSTEM ON BREADBOARD
- INTRODUCTION OF NE 555 IC
- SIMULATION OF ROBOTIC SENSORS
CHAPTER 8
- USE OF RELAY IN DIFFERENT POWER SUPPLY
- CIRCUIT DEVELOPMENT OF AUTOMATIC STREET LIGHT USING RELAY
- CIRCUIT DEVELOPMENT OF TRAFFIC LIGHT
- CIRCUIT DEVELOPMENT OF DANCING LIGHT
CHAPTER 9
- LEARN AND USE OF BASIC SOLDERING PROCESS
- BASIC CIRCUIT DEVELOPMENT ON PCB
CHAPTER 10
- CIRCUIT SIMULATION OF DPDT WIRED ROBOT
- DEVELOPMENT OF WIRED ROBOT
- DEVELOPMENT OF OBSTACLE AVOIDER ROBOT
- DEVELOPMENT OF PATH FOLLOWING ROBOT
Benefits of Learning Robotics from Prayog India Robotics Academy
- Understanding of simple machines
- Basic engineering understanding
- Understanding of Engineering
- Develops interest in technology related areas
- Start of Logic building
- Analytical approach
- Understands basics of manufacturing & technology
- Thinking Skills
- Motoring skills
- Excellent Personality Development
- Creative Thinking
- Innovative thinking
- Learns Problem Solving approach
- Self Confidence building
- Will power building
- Helps to become a universal thinker
- Self Discipline
- Discriminative thinking
- International perspective
- Industrial and commercial sense
Outcomes of Robotics – Electrical, Mechanical, Electronics, IT
- The knowledge imparted at the level of an engineering students
- Understands the fascinating world of engineering
- A project-based approach, Knowledge other than school academics and higher level studies makes learning interesting and challenging
- Stimulates maturity thinking due to complex task performance
- Learns all the engineering technologies which converge in robotics