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Certification

All courses under Weekend Courses are certified by Robosapiens Technologies Pvt. Ltd. All the trainees will receive an Industrial Training certificate

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Duration

2/4/6 Weeks ( i.e. if any Students Opted for 2 Weeks Program that mean on 1st week the classess are friday and Saturday and on Next Week Friday and Saturday). The Class Duration will be 2hrs/Day.

 

Certification

Course Certification

All courses under Weekend Courses are certified by Robosapiens Technologies Pvt. Ltd. All trainees will receive an Industrial Training Certificate.


Why Weekend Courses?

  • 15,000+ Students enrolled till now and growing.
  • You will get a chance to participate in the development process from designing to programming and final testing in various industrial tie-ups.
  • Fulfils Industrial Training requirement of engineering undergraduates in 3rd & 4th year of B.Tech/BE degree.
  • Printed Work Books and Software CD/DVD with no additional charges.
  • Two way interaction with the faculty and students in the Live Classes.
  • Exhaustive Training with extensive guidance by our panel of experts.
  • Course curriculum designed by a panel of experts from IITs and reputed MNCs in industry.
  • Curriculum has a good mix of both theory and hands on sessions that will give you an insight of industry level development.
  • Support from Robosapiens India experts for working on your own project ideas.
  • One can also buy development kits and other equipment that we will use throughout the program.
  • Robosapiens India has huge repository of spare parts used in Robotics development, so that you can order customized list of parts and get it delivered at your doorstep.
  • Student help desk assisting students with issues related to practical and study material.

Enhance Employment Support / Services

  • Regular job updates on our website and on your registered email id with Robosapiens India.
  • Free registration on professional agencies and exchange.
  • Resource outsourcing through renowned consultancy services.
  • Regular walk-in updates for Robosapiens students.
  • Exclusive walk-ins for Robosapiens students.
  • Campus interviews organized by Robosapiens India.
  • References / Recommendation letter services.

Courses

"Robosapiens India, Now came up with Weekend Courses in Robotics with embedded ‘C’ using AVR microcontrollers. AVR microcontrollers are useful for many applications. A microcontroller is essentially a tiny computer and can be programmed to do many things. Input and output are handled through the numerous pins on the microcontroller. It is possible to hook up sensors, switches, lights, motors, and many other items to the pins, which allow it a great range of uses. Thus, AVR microcontrollers are often used for prototyping and robotics projects. Lets Learn Robotics with AVR microcontroller"

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Content (2 Weeks)

1. Introduction to Robotics
  • History of Robotics

  • Why Robotics

  • How Robotics works

  • Application of Robotics

  • Current Industrial Robotics

  • Future of Robotics

2. Anatomy of Robotics
  • What are Basic Modules?

  • Why Need of Basic Modules

  • Working Approach on Robotics

3.Introduction of Electronic Components
  • What is Electronic Component?

  • History of Electronic Component

  • Various Electronic Component

  • Application of Electronic Component

  • How to use Electronic Component

4. Introduction to Sensors
  • What is Sensor?

  • Various Basic Industrial Sensors-IR- Analog Sensor

  • IR Digital Sensor

  • Color IR_TSOP Sensor

  • Light Sensor

  • Sound Sensor

  • DTMF Module

  • Selection of Sensor

  • Basic working Technique of Sensor

  • Application of Sensor

  • How to Interface Sensor

  • How to Design Analog/Digital Sensors

5. Introduction to Computational Devices
  • What is Computational Device?

  • Transistor

  • Logic Gates

  • Microprocessor

  • Microcontroller

  • Difference B/W Various Computational Devices

  • Application of various Computational Devices

  • Selection of Computational Device

  • How to use Various Computation Device/

  • Work on AVR Family with Mega Series (ATmega8)

6. Interfacing to Actuator
  • What is Actuator?

7. How to work on Educational & Engineering Level Actuator
  • DC Motor

  • DC Geared Motor

  • Stepper Motor

  • Servo Motor

8. Introduction to Driving System/Locomotion
  • What is Driving System?

  • Various Types of Driving System

  • Why need Driving System

9. How to Drive Motor
  • H-Bridge Motor Drive

  • Advanced Motor Driver

10. Introduction to Programming Languages
  • Various programming Languages

  • Selection of programming Language

  • Need of Flow Diagram

  • How to write First "LED BLINKING" Code in Embedded C

  • Why always First "LED BLINKING" Code?

  • Practice on various LED Pattern

  • Debugging of Error Program

11. Introduction to LCD Display
  • Pin Description of 16x2 LCD Display

  • Application of 16x2 LCD Display

  • Programming of 16x2 LCD Display

12. Interfacing of Anatomy of Robot
  • Assembling of Robot

13. Introduction to Timer/Counter
  • What is Timer/Counter

  • Application of Timers/Counter

  • Registers of Timers/Counter's Different Modes

  • Programming on Atemga8 Timers/Counter

14. Introduction to Analog to Digital Convertor (ADC)
  • ADC, How it works???

  • Different Mode and Registers of ADC

  • Programming ADC

* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing

  • DC Motor Driving

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Sound Operated Robot

  • Light Searching Robot

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Mobile Controlled Robot

  • Blinking LEDs using TIMER0

  • Stepper Motor Driving (DEMO)

  • Servo Motor Driving (DEMO)

Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction to Robotics
  • History of Robotics

  • Why Robotics

  • How Robotics works

  • Application of Robotics

  • Current Industrial Robotics

  • Future of Robotics

2. Anatomy of Robotics
  • What are Basic Modules?

  • Why Need of Basic Modules

  • Working Approach on Robotics

3.Introduction of Electronic Components
  • What is Electronic Component?

  • History of Electronic Component

  • Various Electronic Component

  • Application of Electronic Component

  • How to use Electronic Component

4. Introduction to Sensors
  • What is Sensor?

  • Various Basic Industrial Sensors-IR- Analog Sensor

  • IR Digital Sensor

  • Color IR_TSOP Sensor

  • Light Sensor

  • Sound Sensor

  • DTMF Module

  • Selection of Sensor

  • Basic working Technique of Sensor

  • Application of Sensor

  • How to Interface Sensor

  • How to Design Analog/Digital Sensors

5. Introduction to Computational Devices
  • What is Computational Device?

  • Transistor

  • Logic Gates

  • Microprocessor

  • Microcontroller

  • Difference B/W Various Computational Devices

  • Application of various Computational Devices

  • Selection of Computational Device

  • How to use Various Computation Device/

  • Work on AVR Family with Mega Series (ATmega8)

6. Interfacing to Actuator
  • What is Actuator?

7. How to work on Educational & Engineering Level Actuator
  • DC Motor

  • DC Geared Motor

  • Stepper Motor

  • Servo Motor

8. Introduction to Driving System/Locomotion
  • What is Driving System?

  • Various Types of Driving System

  • Why need Driving System

9. How to Drive Motor
  • H-Bridge Motor Drive

  • Advanced Motor Driver

10. Introduction to Programming Languages
  • Various programming Languages

  • Selection of programming Language

  • How to write First "LED BLINKING" Code in Embedded C

  • Why always First "LED BLINKING" Code?

  • Practice on various LED Pattern

11. Introduction to LCD Display
  • Pin Description of 16x2 LCD Display

  • Application of 16x2 LCD Display

  • Programming of 16x2 LCD Display

12. Introduction to 7-Segment Display
  • What is 7-Segment Display

  • Types of 7- Segment Display

  • Application of 7-Segment Display

  • Programming of 7-Segment Display

13. Interfacing of Anatomy of Robot
  • Assembling of Robot

14. Introduction to Timer/Counter
  • What is Timer/Counter

  • Application of Timers/Counter

  • Registers of Timers/Counter's Different Modes

15. Introduction to Analog to Digital Convertor (ADC)
  • ADC, How it works???

  • Different Mode and Registers of ADC

  • Programming ADC

16. Serial Communication
  • ADC, How it works???

  • Difference between Parallel and Serial Communication

  • USART / UART Protocol



* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing

  • DC Motor Driving

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Sound Operated Robot

  • Light Searching Robot

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Grid Solving Robot (DEMO)

  • Mobile Controlled Robot

  • Blinking LEDs using TIMER0

  • Blinking LEDs using Interrupts

  • Stepper Motor Driving (DEMO)

  • Servo Motor Driving (DEMO)

  • Displaying your Name on LCD

  • Blinking Text on LCD

  • Automatic Counting of Numbers using LCD

  • Seven Segment Display

  • Seven Segment Multiplexing

Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction to Robotics
  • History of Robotics

  • Why Robotics

  • How Robotics works

  • Application of Robotics

  • Current Industrial Robotics

  • Future of Robotics

2. Anatomy of Robotics
  • What are Basic Modules?

  • Why Need of Basic Modules

  • Working Approach on Robotics

3.Introduction of Electronic Components
  • What is Electronic Component?

  • History of Electronic Component

  • Various Electronic Component

  • Application of Electronic Component

  • How to use Electronic Component

4. Introduction to Sensors
  • What is Sensor?

  • Various Basic Industrial Sensors-IR- Analog Sensor

  • IR Digital Sensor

  • Color IR_TSOP Sensor

  • Light Sensor

  • Sound Sensor

  • DTMF Module

  • Selection of Sensor

  • Basic working Technique of Sensor

  • Application of Sensor

  • How to Interface Sensor

  • How to Design Analog/Digital Sensors

5. Introduction to Computational Devices
  • What is Computational Device?

  • Transistor

  • Logic Gates

  • Microprocessor

  • Microcontroller

  • Difference B/W Various Computational Devices

  • Application of various Computational Devices

  • Selection of Computational Device

  • How to use Various Computation Device/

  • Work on AVR Family with Mega Series (ATmega8)

6. Interfacing to Actuator
  • What is Actuator?

7. How to work on Educational & Engineering Level Actuator
  • DC Motor

  • DC Geared Motor

  • Stepper Motor

  • Servo Motor

8. Introduction to Driving System/Locomotion
  • What is Driving System?

  • Various Types of Driving System

  • Why need Driving System

9. How to Drive Motor
  • H-Bridge Motor Drive

  • Advanced Motor Driver

10. Introduction to Programming Languages
  • Various programming Languages

  • Selection of programming Language

  • Need of Flow Diagram

  • How to write First "LED BLINKING" Code in Embedded C

  • Why always First "LED BLINKING" Code?

  • Practice on various LED Pattern

  • Debugging of Error Program

11. Introduction to LCD Display
  • Pin Description of 16x2 LCD Display

  • Application of 16x2 LCD Display

  • Programming of 16x2 LCD Display

12. Introduction to 7-Segment Display
  • What is 7-Segment Display

  • Types of 7- Segment Display

  • Application of 7-Segment Display

  • Programming of 7-Segment Display

13. Interfacing of Anatomy of Robot
  • Assembling of Robot

14. Introduction to Timer/Counter
  • What is Timer/Counter

  • Application of Timers/Counter

  • Registers of Timers/Counter's Different Modes

  • Programming on Atemga8 Timers/Counter

15. Introduction to Analog to Digital Convertor (ADC)
  • ADC, How it works???

  • Different Mode and Registers of ADC

  • Programming ADC

16. Serial Communication
  • ADC, How it works???

  • Different Mode and Registers of ADCProgramming ADC

  • Difference between Parallel and Serial Communication

  • USART / UART Protocol


17. Serial Communication
  • Difference between Parallel and Serial Communication

  • USART / UART Protocol

  • RS232 Standard


* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing

  • DC Motor Driving

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Sound Operated Robot

  • Light Searching Robot

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Grid Solving Robot (DEMO)

  • Mobile Controlled Robot

  • Blinking LEDs using TIMER0

  • Blinking LEDs using Interrupts

  • Stepper Motor Driving (DEMO)

  • Servo Motor Driving (DEMO)

  • Displaying your Name on LCD

  • Blinking Text on LCD

  • Automatic Counting of Numbers using LCD

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Digital Voltage Measurement

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Digital Visitor Counter

  • Digital Clock

  • Temperature Controlled Fan (DEMO)

"The Intel 8051 microcontroller is one of the most popular general purpose microcontrollers in use today. The success of the Intel 8051 spawned a number of clones which are collectively referred to as the MCS-51 family of microcontrollers, which includes chips from vendors such as Atmel, Philips, Infineon, and Texas Instruments. 8051/8052 is being tought in syllabus of B.Tech/BE in various Indian & Internation universities. Learn ATMEL 89c51/89c52 and 89s51 and 89s52 series microcontroller with embedded 'C' "

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction to Embedded Systems
  • History of Embedded

  • Why Embedded System

  • How Embedded System works

  • Application of Embedded System

  • Current Industrial Embedded System

  • Future of Embedded System

2. Anatomy of Embedded Systems
  • What are Basic Modules?

  • Why Need of Basic Modules

  • Working Approach on Embedded System

3. Introduction of Electronic Components
  • What is Electronic Component?

  • History of Electronic Component

  • Various Electronic Component

  • Application of Electronic Component

  • How to use Electronic Component

4. Introduction to Sensors
  • What is Sensor?

  • Various Basic Industrial Sensors-IR- Analog Sensor

  • IR Digital Sensor

  • Light Sensor

  • Sound Sensor

  • Selection of Sensor

  • Basic working Technique of Sensor

  • Application of Sensor

  • How to Interface Sensor

5. Introduction to Computational Devices
  • What is Computational Device?

  • Transistor

  • Logic Gates

  • Microprocessor

  • Microcontroller

  • Difference B/W Various Computational Devices

  • Application of various Computational Devices

  • Selection of Computational Devices

  • How to use Various Computation Devices

  • Work on 8051 Family with S Series

6. Introduction to Programming Languages
  • Various programming Languages

  • Selection of programming Language

  • Need of Flow Diagram

  • How to write First “LED BLINKINGâ€? Code in Embedded C

  • Why always First “LED BLINKINGâ€? Code?

  • Practice on various LED Pattern

7. Interfacing to Actuator
  • What is Actuator?

8. How to work on Educational & Engineering Level Actuator
  • DC Motor

  • DC Geared Motor

  • Stepper Motor

  • Servo Motor

9. How to Drive Motor
  • H-Bridge Motor Drive

  • Advanced Motor Driver

10. Introduction to LCD Display
  • Pin Description of 16x2 LCD Display

  • Application of 16x2 LCD Display

11. Introduction to 7-Segment Display
  • What is 7-Segment Display

  • Types of 7- Segment Display

* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing (DEMO)

  • DC Motor Driving (DEMO)

  • DC Motor Driving using 4Bit Keypad (DEMO)

  • Stepper Motor Driving (DEMO)

  • Displaying your Name on LCD

  • Blinking Text on LCD

  • Scrolling Text on LCD

  • Automatic Counting of Numbers using LCD

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Matrix Keypad Interfacing


Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction to Embedded Systems
  • History of Embedded

  • Why Embedded System

  • How Embedded System works

  • Application of Embedded System

  • Current Industrial Embedded System

  • Future of Embedded System

2. Anatomy of Embedded Systems
  • What are Basic Modules?

  • Why Need of Basic Modules

  • Working Approach on Embedded System

3. Introduction of Electronic Components
  • What is Electronic Component?

  • History of Electronic Component

  • Various Electronic Component

  • Application of Electronic Component

  • How to use Electronic Component

4. Introduction to Sensors
  • What is Sensor?

  • Various Basic Industrial Sensors-IR- Analog Sensor

  • IR Digital Sensor

  • Color IR_TSOP Sensor

  • Light Sensor

  • Sound Sensor

  • Selection of Sensor

  • Basic working Technique of Sensor

  • Application of Sensor

  • How to Interface Sensor

5. Introduction to Computational Devices
  • What is Computational Device?

  • Transistor

  • Logic Gates

  • Microprocessor

  • Microcontroller

  • Difference B/W Various Computational Devices

  • Application of various Computational Devices

  • Selection of Computational Devices

  • How to use Various Computation Devices

  • Work on 8051 Family with S Series

6. Introduction to Programming Languages
  • Various programming Languages

  • Selection of programming Language

  • Need of Flow Diagram

  • How to write First “LED BLINKINGâ€? Code in Embedded C

  • Why always First “LED BLINKINGâ€? Code?

  • Practice on various LED Pattern

  • Debugging of Error Program

7. Interfacing to Actuator
  • What is Actuator?

8. How to work on Educational & Engineering Level Actuator
  • DC Motor

  • DC Geared Motor

  • Stepper Motor

  • Servo Motor

9. How to Drive Motor
  • H-Bridge Motor Drive

  • Advanced Motor Driver

10. Introduction to LCD Display
  • Pin Description of 16x2 LCD Display

  • Application of 16x2 LCD Display

  • Programming of 16x2 LCD Display

11. Introduction to 7-Segment Display
  • What is 7-Segment Display

  • Types of 7- Segment Display

  • Application of 7-Segment Display

  • Programming of 7-Segment Display

12. Introduction to 4-bit Keypad and Matrix Keypad
  • Use of Keypad

  • How it works

  • Interfacing of keypad of your application

  • Programming of 4-bit Keypad and Matrix Keypad

13. Introduction to Timer/Counter
  • What is Timer/Counter

  • Application of Timers/Counter

  • Registers of Timers/Counter's Different Modes

  • Programming on AT89S52 Timers/Counter

14. Introduction to Interrupts
  • What is interrupts

  • Application of Interrupts

  • Registers of Interrupts Different Modes

  • Programming on AT89S52 Interrupts

15. ADC
  • What is ADC?

  • Use of ADC

  • What is Resolution?

  • Uses of different ADC Registers

16. Serial Communication
  • Difference between Parallel and Serial Communication

  • USART / UART Protocol


17. Real Time Clock Interfacing Using DS1307
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

1. Introduction to Robotics
  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing (DEMO)

  • DC Motor Driving (DEMO)

  • DC Motor Driving using 4Bit Keypad (DEMO)

  • Stepper Motor Driving (DEMO)

  • Servo Motor Driving (DEMO)

  • Displaying your Name on LCD

  • Blinking Text on LCD

  • Scrolling Text on LCD

  • Automatic Counting of Numbers using LCD

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Matrix Keypad Interfacing

  • Counting of Numbers using Matrix Keypad

  • Blinking of LEDs using Timer0

  • Blinking LEDs using Interrupts

  • Digital Voltage Measurement (DEMO)

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Digital Visitor Counter (DEMO)

  • Electronic Voting Machine

  • Traffic Light Controller


Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction to Embedded Systems
  • History of Embedded

  • Why Embedded System

  • How Embedded System works

  • Application of Embedded System

  • Current Industrial Embedded System

  • Future of Embedded System

2. Anatomy of Embedded Systems
  • What are Basic Modules?

  • Why Need of Basic Modules

  • Working Approach on Embedded System

3. Introduction of Electronic Components
  • What is Electronic Component?

  • History of Electronic Component

  • Various Electronic Component

  • Application of Electronic Component

  • How to use Electronic Component

4. Introduction to Sensors
  • What is Sensor?

  • Various Basic Industrial Sensors-IR- Analog Sensor

  • IR Digital Sensor

  • Color IR_TSOP Sensor

  • Light Sensor

  • Sound Sensor

  • Selection of Sensor

  • Basic working Technique of Sensor

  • Application of Sensor

  • How to Interface Sensor

5. Introduction to Computational Devices
  • What is Computational Device?

  • Transistor

  • Logic Gates

  • Microprocessor

  • Microcontroller

  • Difference B/W Various Computational Devices

  • Application of various Computational Devices

  • Selection of Computational Devices

  • How to use Various Computation Devices

  • Work on 8051 Family with S Series

6. Introduction to Programming Languages
  • Various programming Languages

  • Selection of programming Language

  • Need of Flow Diagram

  • How to write First “LED BLINKINGâ€? Code in Embedded C

  • Why always First “LED BLINKINGâ€? Code?

  • Practice on various LED Pattern

  • Debugging of Error Program

7. Interfacing to Actuator
  • What is Actuator?

8. How to work on Educational & Engineering Level Actuator
  • DC Motor

  • DC Geared Motor

  • Stepper Motor

  • Servo Motor

9. How to Drive Motor
  • H-Bridge Motor Drive

  • Advanced Motor Driver

10. Introduction to LCD Display
  • Pin Description of 16x2 LCD Display

  • Application of 16x2 LCD Display

  • Programming of 16x2 LCD Display

11. Introduction to 7-Segment Display
  • What is 7-Segment Display

  • Types of 7- Segment Display

  • Application of 7-Segment Display

  • Programming of 7-Segment Display

12. Introduction to 4-bit Keypad and Matrix Keypad
  • Use of Keypad

  • How it works

  • Interfacing of keypad of your application

  • Programming of 4-bit Keypad and Matrix Keypad

13. Introduction to Timer/Counter
  • What is Timer/Counter

  • Application of Timers/Counter

  • Registers of Timers/Counter's Different Modes

  • Programming on AT89S52 Timers/Counter

14. Introduction to Interrupts
  • What is interrupts

  • Application of Interrupts

  • Registers of Interrupts Different Modes

  • Programming on AT89S52 Interrupts

15. ADC
  • What is ADC?

  • Use of ADC

  • What is Resolution?

  • Uses of different ADC Registers

  • Interfacing of Analog Devices with Digital World

16. Serial Communication
  • Difference between Parallel and Serial Communication

  • USART / UART Protocol

  • RS232 Standard

  • TTL Converter

  • UART Programming

17. Real Time Clock Interfacing Using DS1307
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

1. Introduction to Robotics
  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing (DEMO)

  • DC Motor Driving (DEMO)

  • DC Motor Driving using 4Bit Keypad (DEMO)

  • Stepper Motor Driving (DEMO)

  • Servo Motor Driving (DEMO)

  • Displaying your Name on LCD

  • Blinking Text on LCD

  • Scrolling Text on LCD

  • Automatic Counting of Numbers using LCD

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Matrix Keypad Interfacing

  • Counting of Numbers using Matrix Keypad

  • Blinking of LEDs using Timer0

  • Blinking LEDs using Interrupts

  • Digital Voltage Measurement (DEMO)

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Digital Visitor Counter (DEMO)

  • Electronic Voting Machine

  • Traffic Light Controller

  • Home Security System

  • Digital Clock with Alarm Set

  • Temperature Controlled Fan (DEMO)

  • Digital Thermometer (DEMO)

  • Real Time Clock using DS1307

"To get handover aeromodelling technology & starting model aircraft designs. Understanding mechanisms involved in an Airplane, Helicopter, and Quadcopter. Started working on Unmanned Air Vehicle Flying Robot, Quad Copter, live version of its project and promote them to get participation in National level UAV event."

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction to Multicopter
2. Anatomy of Quadcopter
3. Base of Multicopter
4. Introduction to Sensors (Input Device)
5. How to work on Educational & Engineering Level Actuator
6. Electronic Speed Controller (ESC)
7. Introduction to Flight Controller Board
8. Introduction to Battery
9. Radio Devices
10. Assembling the Robosapiens Quadcopter Mega DIY Kit
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Calibrating RC Transmitter

  • Flying Model Simulator

  • Assembling

Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction to Multicopter
2. Anatomy of Quadcopter
3. Base of Multicopter
4. Introduction to Sensors (Input Device)
5. How to work on Educational & Engineering Level Actuator
6. Electronic Speed Controller (ESC)
7. Introduction to Flight Controller Board
8. Introduction to Battery
9. Radio Devices
10. Assembling the Robosapiens Quadcopter Mega DIY Kit
11. Installation of Software and Debugging
12. Installation of Software and Debugging
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Calibrating RC Transmitter

  • Flying Model Simulator

  • Assembling

  • Flying Session ( 1 times)

Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction to Multicopter
2. Anatomy of Quadcopter
3. Base of Multicopter
4. Introduction to Sensors (Input Device)
5. How to work on Educational & Engineering Level Actuator
6. Electronic Speed Controller (ESC)
7. Introduction to Flight Controller Board
8. Introduction to Battery
9. Radio Devices
10. Assembling the Robosapiens Quadcopter Mega DIY Kit
11. Installation of Software and Debugging
12. Installation of Software and Debugging
13. Theory of Interfacing External devices
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Calibrating RC Transmitter

  • Flying Model Simulator

  • Assembling

  • Flying Session ( 2 times)

"Robosapiens India, Now Came up with Weekend Courses in MATLAB With Robotics"

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees :8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction to Basic MATLAB Concepts
2. Introduction to Data Storage and Manipulation
3. Arrays and Matrices
4. Introduction to Mathematical Manipulations
5. Image Acquisition Tool
6. Image Processing Tool
7. Introduction to Robotics
8. Introduction to Sensors
9. Introduction to Computational Devices
10. How to work on Educational & Engineering Level Actuator
11. Introduction to Driving System/Locomotion
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing

  • DC Motor Driving

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Computer Keyboard Controlled Robot

Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction to Basic MATLAB Concepts
2. Introduction to Data Storage and Manipulation
3. Arrays and Matrices
4. Introduction to Mathematical Manipulations
5. Image Acquisition Tool
6. Image Processing Tool
7. Introduction to Robotics
8. Introduction to Sensors
9. Introduction to Computational Devices
10. How to work on Educational & Engineering Level Actuator
11. Introduction to Driving System/Locomotion
12. Introduction to Programming Languages
13. Interfacing of Anatomy of Robot
14. Introduction to USART
15. Application and Demos
16. Introduction to Programming Languages
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing

  • DC Motor Driving

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Displaying your Name on LCD

  • Scrolling Text on LCD

  • Blinking Text on LCD

  • Automatic Counting of Numbers using LCD

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Computer Keyboard Controlled Robot

  • 2D & 3D Graphical Representation

  • Image Comparison

  • Image Pairing

  • Matrices Manipulation

  • Filtering of Noise

  • Red Object Detection

  • GUI Based Calculator

  • GUI Based Image Transforms

  • GUI Switch Controlled Robot

Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction to Basic MATLAB Concepts
2. Introduction to Data Storage and Manipulation
3. Arrays and Matrices
4. Introduction to Mathematical Manipulations
5. Image Acquisition Tool
6. Image Processing Tool
7. Introduction to Robotics
8. Introduction to Sensors
9. Introduction to Computational Devices
10. How to work on Educational & Engineering Level Actuator
11. Introduction to Driving System/Locomotion
12. Introduction to Programming Languages
13. Interfacing of Anatomy of Robot
14. Introduction to USART
15. Application and Demos
16. Introduction to Programming Languages
17. Interfacing of Anatomy of Robot
18. Introduction to LCD Display
19. Introduction to USART
20. Application and Demos
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • Sensor Interfacing

  • DC Motor Driving

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Displaying your Name on LCD

  • Scrolling Text on LCD

  • Blinking Text on LCD

  • Automatic Counting of Numbers using LCD

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Computer Keyboard Controlled Robot

  • 2D & 3D Graphical Representation

  • Image Comparison

  • Image Pairing

  • Matrices Manipulation

  • Filtering of Noise

  • Red Object Detection

  • GUI Based Calculator

  • GUI Based Image Transforms

  • GUI Switch Controlled Robot

  • Laser Controlled Robot

  • Ball Tracker Robot

  • Collision Avoidance Robot

"This Workshop mainly focuses from Basics to Advanced concepts in Automobile Engineering. It covers chassis design, working of Suspension unit, Steering System, Braking unit, Transmission, Fuel Supply System, IC Engine and Advanced Technologies like ABS, EBD, PGMFi, DTS-Fi, MPFI, VVTI"

**Group Discount upto 12 %**

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction (1 Hr)
2. Chassis Design
3. Types of chassis
4. Suspension Unit
5. Types of suspensions
6. Braking Unit
7. Anti-lock braking system
8. Brake Actuators
9. Designing Using Software- Basics of AutoCAD & CATIA V5
10. Transmission system
11. Types of Transmission system
12. Differentials
13. Tyres and Traction Control
14. IC Engines
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction (1 Hr)
2. Basics of aerodynamics and vehicle dynamics
3. Chassis Design
4. Types of chassis
5. Steering Unit
6. Suspension Unit
7. Types of suspensions
8. Basic properties :
. Weight Transfer
. Jacking Forces
. Camber
. Caster Angle
9. Braking Unit
10. Anti-lock braking system
11. Brake Actuators
12. Transmission system
13. Types of Transmission system
14. Differential and Types of differential
15. Tyres and Traction Control
16. IC Engines
  Valve Timing
  Engine balancing   Turbocharger and Supercharger
17. Designing Using Software- Basics of AutoCAD & CATIA V5
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction (1 Hr)
2. Basics of aerodynamics and vehicle dynamics
3. Chassis Design
4. Types of chassis
5. Strut bars
6. Steering and types of steering mechanism
7. Suspension Unit
8. Types of suspensions
9. Basic properties :
. Weight Transfer
. Jacking Forces
. Camber
. Caster Angle
. Spring Rate
. Travel
. Ball Joint
. Steering Knuckles
10. Braking Unit
11. Anti-lock braking system
12. Brake Actuators
13. Transmission system
14. Types of Transmission system
15. Differential and Types of differential
16. Tyres and Traction Control
17. IC Engines
  Valve Timing
   Engine balancing
  Turbocharger and Supercharger
18. Fuel supply system
19. Designing Using Software- Basics of AutoCAD & CATIA V5
20. Advance Technologies
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

"The workshop will focus on getting you up and running with Arduino quickly, so that you will understand the basic procedures for working with Arduino and can explore further on your own. An Arduino is a small computer that you can program to control things like lights or motors along with listening to components like motion detection sensors. It can give your project interactivity without needing an expensive and large circuit. Instead, you use a computer to program the Arduino, upload your code to the Arduino, and hook up your circuit."

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction to Embedded Systems
2. Anatomy of Embedded Systems
3. Introduction to Open Source platform
4. Introduction of Electronic Components
5. Introduction to Sensors
6. Introduction to Computational Devices
7. Introduction to Programming Language
8. Introduction to software tool chain
9. Interfacing of I/O devices
10. Display Devices
11. How to work on Educational & Engineering Level Actuator
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • De-bouncing

  • Buzzer Testing

  • Sensor Interfacing (DEMO)

  • DC Motor Driving (DEMO)

  • DC Motor Driving using 4Bit Keypad (DEMO)

  • Stepper Motor Driving (DEMO)

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Blinking LEDs using TIMER0

  • Blinking LEDs using Interrupts

  • Digital Voltage Measurement

  • Counting of Numbers using 4 bit Keypad

  • Digital Visitor Counter (DEMO)

  • Temperature Controlled Fan (DEMO)


Course Duration (4 Weeks)

Course Duration (4 Weeks)

    1. Introduction to Embedded Systems
    2. Anatomy of Embedded Systems
    3. Introduction to Open Source platform
    4. Introduction of Electronic Components
    5. Introduction to Sensors
    6. Introduction to Computational Devices
    7. Introduction to Programming Language
    8. Introduction to software tool chain
    9. Interfacing of I/O devices
    10. Display Devices
    11. How to work on Educational & Engineering Level Actuator
    12. How to Drive Motor
    13. Introduction to Timer/Counter
    14. Introduction to Interrupts
    * Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • De-bouncing

  • Buzzer Testing

  • Sensor Interfacing

  • DC Motor Driving

  • DC Motor Driving using 4Bit Keypad

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Stepper Motor Driving (DEMO)

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Cell Phone Controlled Robot (DEMO)

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Blinking LEDs using TIMER0

  • Blinking LEDs using Interrupts

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Computer Keyboard Robot (DEMO)

  • Digital Voltage Measurement

  • Counting of Numbers using 4 bit Keypad

  • Digital Visitor Counter

  • Temperature Controlled Fan (DEMO)

  • Digital Thermometer (DEMO)

Course Duration (6 Weeks)

Course Duration (6 Weeks)

    1. Introduction to Embedded Systems
    2. Anatomy of Embedded Systems
    3. Introduction to Open Source platform
    4. Introduction of Electronic Components
    5. Introduction to Sensors
    6. Introduction to Computational Devices
    7. Introduction to Programming Language
    8. Introduction to software tool chain
    9. Interfacing of I/O devices
    10. Display Devices
    11. How to work on Educational & Engineering Level Actuator
    12. How to Drive Motor
    13. Introduction to Timer/Counter
    14. Introduction to Interrupts
    15. ADC
    16. Serial Communication
    * Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • LED Blinking

  • Running LEDs

  • Sand Glass Filling of LEDs

  • Decoration LEDs/ LED Patterns Etc.

  • De-bouncing

  • Buzzer Testing

  • Sensor Interfacing

  • DC Motor Driving

  • DC Motor Driving using 4Bit Keypad

  • Black Line Follower using two IR-Sensor

  • White Line Follower using two IR-Sensor

  • Stepper Motor Driving (DEMO)

  • Wall follower Robot

  • Edge Avoider Robot

  • Intelligent Line Follower Robot

  • Cell Phone Controlled Robot (DEMO)

  • Seven Segment Display

  • Seven Segment Multiplexing

  • Blinking LEDs using TIMER0

  • Blinking LEDs using Interrupts

  • PC to µC Communication

  • µC to PC Communication

  • PC - µC Full Duplex Communication

  • Computer Keyboard Robot (DEMO)

  • Digital Voltage Measurement

  • Counting of Numbers using 4 bit Keypad

  • Digital Visitor Counter

  • Temperature Controlled Fan (DEMO)

  • Digital Thermometer (DEMO)

  • Home Security System

  • Home Automation System (DEMO)

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction To Circuit Designing
2. Introduction To The Pcb
3. Printed Circuit Technology
4. Express Pcb
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Populating the schematic file with Symbols and Parts

  • Building net connections using wires

  • Adding text properties


Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction To Circuit Designing
2. Express Sch
3. Introduction To The Pcb
4. Printed Circuit Technology
5. Express Pcb
6. Pcb Printing And Etching
7. Drilling And Soldering
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Populating the schematic file with Symbols and Parts

  • Building net connections using wires

  • Adding text properties

  • Verifying and troubleshooting the schematic files

Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction To Circuit Designing
2. Express Sch
3. Introduction To The Pcb
4. Printed Circuit Technology
5. Express Pcb
6. Pcb Printing And Etching
7. Drilling And Soldering
8. Assembly
9. Testing
10. Contamination Control/Environmental Control
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Populating the schematic file with Symbols and Parts

  • Building net connections using wires

  • Adding text properties

  • Verifying and troubleshooting the schematic files

  • Annotating the schematic and documenting the design

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction to Android
2. Android Architecture
3. Android Developer Tools
4. Java-The Prerequiste language
5. Hello World – Your first Android Application
6. Front End Development
7. Activities
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Settping up Android Environment
  • Setteing up the virtual Emulator
  • Poject Polymorphism
  • Project Inheritence
  • Project Encapsulation
  • Creating an Android Project on Eclipse.
  • Live Project 7: Buliding Blocks of Android Project.
  • Live Project 8: Running Android Apps in Virtual Emulators.
  • Live Project 9: Running Android Apps in Smart Phone.
  • The Button Project.
  • The Calculator.
  • Demostration of Activity Life Cycle.
  • The Toast
  • The Progress Bar.
  • Intent-A jump from one page to other.

Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction to Android
2. Android Architecture
3. Android Developer Tools
4. Java-The Prerequiste language
5. Hello World – Your first Android Application
6. Front End Development
7. Activities
8. Intent
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Settping up Android Environment
  • Setteing up the virtual Emulator
  • Poject Polymorphism
  • Project Inheritence
  • Project Encapsulation
  • Creating an Android Project on Eclipse.
  • Live Project 7: Buliding Blocks of Android Project.
  • Live Project 8: Running Android Apps in Virtual Emulators.
  • Live Project 9: Running Android Apps in Smart Phone.
  • The Button Project.
  • The Calculator.
  • Demostration of Activity Life Cycle.
  • The Toast
  • The Progress Bar.
  • Intent-A jump from one page to other.
  • Implicit Intent Project.
  • Splash.
  • Music Player.

Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction to Android
2. Android Architecture
3. Android Developer Tools
4. Java-The Prerequiste language
5. Hello World – Your first Android Application
6. Front End Development
7. Activities
8. Intent
9. Services
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Settping up Android Environment
  • Setteing up the virtual Emulator
  • Poject Polymorphism
  • Project Inheritence
  • Project Encapsulation
  • Creating an Android Project on Eclipse.
  • Live Project 7: Buliding Blocks of Android Project.
  • Live Project 8: Running Android Apps in Virtual Emulators.
  • Live Project 9: Running Android Apps in Smart Phone.
  • The Button Project.
  • The Calculator.
  • Demostration of Activity Life Cycle.
  • The Toast
  • The Progress Bar.
  • Intent-A jump from one page to other.
  • Implicit Intent Project.
  • Splash.
  • Music Player.
  • SMS.
  • Text to Speech.
  • Login Page.

 

1. Course Duration (2 Weeks)

Course Fees : 4900/- (Including Free Training Kit*, Certificate, & Training)

2. Course Duration (4 Weeks)

Course Fees : 6900/- (Including Free Training Kit*, Certificate, & Training)

3. Course Duration (6 Weeks)

Course Fees : 8900/- (Including Free Training Kit*, Certificate, & Training)

Course Content

Course Duration (2 Weeks)

Course Duration (2 Weeks)

1. Introduction to Ethical Hacking
2. Introduction to Networking
3. Introduction to Internet
4. Windows OS Hacking
5. Phishing
6. Steganography
7. Social Engineering Attack
8. DOS ATTACK
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Live demonstration of Google dorks.

  • Magic of 94FBR

  • Hacking through command prompt.

  • Hacking through a live booting.

  • Creation of free domain

  • Facebook account hacking on local server.

  • Gmail account hacking on local server.

  • Facebook account hacking on real server.

  • Gmail account hacking on real server.

  • Hide a text file in an image file.

  • Hide a text file in a audio/video file.

  • Hide executable file in an image file.

  • A scenario showing social engineering attack

  • DOS ATTACK on a weak website.

  • Sending a fake email

  • Creation of a virus to automatically shutdown the computer.

Course Duration (4 Weeks)

Course Duration (4 Weeks)

1. Introduction to Ethical Hacking
2. Introduction to Networking
3. Introduction to Internet
4. Windows OS Hacking
5. Phishing
6. Steganography
7. Social Engineering Attack
8. DOS ATTACK
9. Fake Emails
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Live demonstration of Google dorks.

  • Magic of 94FBR

  • Hacking through command prompt.

  • Hacking through a live booting.

  • Creation of free domain

  • Facebook account hacking on local server.

  • Gmail account hacking on local server.

  • Facebook account hacking on real server.

  • Gmail account hacking on real server.

  • Hide a text file in an image file.

  • Hide a text file in a audio/video file.

  • Hide executable file in an image file.

  • A scenario showing social engineering attack

  • DOS ATTACK on a weak website.

  • Sending a fake email

  • Creation of a virus to automatically shutdown the computer.

  • Shutdown the laptop by sending an email.

  • Creation of virtual environment for session hijacking.

  • Sniffing of username and password from a virtual network.


Course Duration (6 Weeks)

Course Duration (6 Weeks)

1. Introduction to Ethical Hacking
2. Introduction to Networking
3. Introduction to Internet
4. Windows OS Hacking
5. Phishing
6. Steganography
7. Social Engineering Attack
8. DOS ATTACK
9. Fake Emails
11. Session Hijacking
12. SQL Injection
* Note:The Number of Project will be Covered According to the Duration of that particular Program.

LIVE Projects Covered

  • Live demonstration of Google dorks.

  • Magic of 94FBR

  • Hacking through command prompt.

  • Hacking through a live booting.

  • Creation of free domain

  • Facebook account hacking on local server.

  • Gmail account hacking on local server.

  • Facebook account hacking on real server.

  • Gmail account hacking on real server.

  • Hide a text file in an image file.

  • Hide a text file in a audio/video file.

  • Hide executable file in an image file.

  • A scenario showing social engineering attack

  • DOS ATTACK on a weak website.

  • Sending a fake email

  • Creation of a virus to automatically shutdown the computer.

  • Shutdown the laptop by sending an email.

  • Creation of virtual environment for session hijacking.

  • Sniffing of username and password from a virtual network.

  • Preparation of MySql database & executing SQL commands.

  • SQL Injection to hack a website

Centers

Noida

Address: Robosapiens Technologies Pvt Ltd. B5/2, sector-31, c-block, Noida-201301
Krishna Kumar Singh-  : +91-9990203445

Training Kits

8051 Embedded Systems Training Kit Content

  • 1 x 8051 Development Board with AT89S52 Controller

  • 1 x MAX232 IC

  • 1 x DS1307 IC

  • 1 x ULN2003 IC

  • 1 x 16x2 LCD (Female)

  • 1 x 8 Pin Female to Female Connecting Wire

  • 1 x 3 Pin Female to Female Connecting Wire

  • 2 x 4 Pin Female to Female Connecting Wire

  • 6 Pin Female to Female Connecting Wire

  • 8051 Programmer

  • Software CD with more than 30 Working Codes for different Projects

2/4/6 Weeks Course*
  • 8051 Development Board

  • 8051 Embedded Systems Training Kit Component

Robotics & Embedded 'C' Training Kit Details

  • 1x (ATmega8 mini V4 Development Board)

  • 1x (ATmega8 with inbuilt Robosapiens Bootloader)

  • 1x (USB Connector cable)

  • 1x LCD 16x2

  • 1x (High Quality Plastic Chassis Board)

  • 1x (DTMF Decoder Module for Mobile Controlled Robot)

  • 1x (Screw driver)

  • 1x (Ball Caster wheel)

  • 2x (IR Based Digital Sensors)

  • 4x (Support Studs)

  • 1 Pair wheel 76mm Diameter

  • 1 Pair D.C Plastic gear motors

  • Other required Tools and accessories etc.

  • Sound Sensor.

  • Sound Sensor.

  • Light Searching Sensor.

  • Software CD with more than 30 Working Codes for different Projects

2/4/6 Weeks Course*
  • Robosapiens ATMEGA16 IBOT Mini V3.0 (Complete Assembled kit)

  • Robosapiens ATMEGA16 IBOT Mini V3.0 Component

MATLAB Training Kit Details

  • 1x (ATmega8 mini V4 Development Board)

  • 1x (ATmega8 with inbuilt Robosapiens Bootloader)

  • 1x (USB Connector cable)

  • 1x (High Quality Plastic Chassis Board)

  • 1x (Screw driver)

  • 1x (Ball Caster wheel)

  • 2x (IR Based Digital Sensors)

  • 4x (Support Studs)

  • 1 Pair wheel 76mm Diameter

  • 1 Pair D.C Plastic gear motors

  • Other required Tools and accessories etc.

  • USB to Serial Converter.

  • 4 Pin Female to Female Connecting Wire

  • 3 Pin Female to Female Connecting Wire

  • 16x2 LCD Display
  • Matlab DVD.

  • Other required Tools and accessories etc.

2/4/6 Weeks Course*
  • MATLAB Kit(Complete Assembled kit)

  • MATLAB Training Kit Component

Automobile Mechanics & Engine Design

  • 1x Engine Desing CD

  • Handbook of AUTOMOBILE ENGINE MECHANICS 1st Edition By Pradeep K. Sharma

2/4/6 Weeks Course*
  • Automobile Mechanics & Engine Design Book

  • Automobile Mechanics & Engine Design CD

Quadcopter

  • 2x Glass Fiber Quadcopter Frame with integrated Power Distribution Circuit

  • 2 Pair Legs (RED and White)

  • 2 Pair Propellers (Left and Right)

  • 1x (Screw driver)

  • Software CD with more than 30 Working Codes for different Projects

2/4/6 Weeks Course*
  • Quadcopter Kit

  • Quadcopter Kit Component

Arduino

  • 1x (Robosapien's Arduino Development Board)

  • 1x (Arduino Multi-Functional Shield)

  • USB Cable (A to B Type)

  • Software CD with more than 30 Working Codes for different Projects

  • Other required Tools and accessories etc.

2/4/6 Weeks Course*
  • Arduino

  • Arduino Component

 

Schedule

1st Batch

25th Sep 2015 (Friday)

2nd Batch

2nd Oct 2015 (Friday)

3rd Batch

9th Oct 2015 (Friday)

4th Batch

16th Oct 2015 (Friday)

5th Batch

23rd Oct 2015 (Friday)

6th Batch

30th Oct 2015 (Friday)

7th Batch

6th Nov 2015 (Friday)

How To Enroll

Step 1

Register online for any desired course, duration & location of your training course & obtain a Weekend Course-ID. That Weekend Course-ID is a Unique Registration Number which is generated by our system after successful registration for Weekend Course. A student can have multiple Weekend course-IDs for multiple courses & batches. It is displayed while successful registration and it is also mailed to you immediately after registration by our server. if you don’t find it in your mail then, please check your SPAM folder or junk folder of your mail ID.

Step 2

Please deposite your Course fee to Our Online Bank Accounts before the last date. Please follow Fee Payment Procedure for submiting fee in our account.

Step 3

Update us regarding your fee payment by sending picture/scan copy of bank reciept to: vivek@robosapiensindia.com and track your payment updation on your profile on Robosapiens India website.

Step 4

Report to center as per reporting details mentioned in your joining letter. Joining letter is issued/sent to you after your fee payment is updated in our database.

FAQs

Q 1: Sir I Want to Change My Batch, So is that Possible?

Ans: Yes, of course you can change the batch to suit yourself, but for that you have to contact Robosapiens India by email for available seats. You can mail your request for change of batch to vivek@robosapiensindia.com with valid reason for the same.

Q 2: Is There any Provision to get Refund of the Fees, and in What Case I’ll be Able to Claim My Refund?

Ans: All payments done by candidates are strictly Non Refundable/Non Transferable in both cases of partial (advance) and full payment of registration fees. Robosapiens Technologies is not liable for any refunds/paybacks if the registration is cancelled by the applicant himself/herself. Robosapiens Technologies will only offer to change or upgrade the module/duration/seats for the candidate. No other changes or cancellations shall be done under any circumstance.

Q 3: How can I get Robosapiens Training Centre Addresses for Weekend Course?

Ans: The Weekend Course is Only Avalaaible at Noida center . the address are - Robosapiens technologies Pvt. Ltd. B5(1st Floor), C-Block, Sec-31, Noida-201301 (UP) India

Q 4: What is the Complete Registration Procedure to Avail Internship under Weekend Course?

Ans: Complete registration details is available at: https://robosapi.com/training-registration/?id=Weekend-courses.
For Complete fee payment procedure please follow the link below: https://robosapi.com/training-registration/?id=Weekend-courses.

Q 5: Errors on the Registration Page!!! How can i Rectify any Error on the Registration Page or any Mismatch in my Profile in Robosapiens India Website?

Ans: If you find any error on the registration page or any content mismatch, please report to: info@robosapi.com with the details/info about the error. please attach print screen of your errors with your mail.

Q 6. What are the Batch Timings?

Ans: We will decided mutually

Q 7. What is Payment Procedure?

Ans: Check below link for details of the payment process: https://robosapi.com/training-registration/?id=Weekend-courses

Q 8. What are Contact/Support No.?

Ans: We have following support & Contact numbers for Weekend Course aspirants
: +91 9990203445

Q 9. What Documents are Required to Join Weekend Course on Joining Date?

Ans: 1. HDFC Bank Payment Receipt in Original or Online payment receipt
2. College ID Card or Driving License or Voter ID card or PAN Card or Passport
Failing to produce any of the documents at the time of joining will cancel your admission and no refund is entertained.

Q 10. Who can Join the Program?

Ans: Any Engineering Student and BCA/MCA/Bsc and Hr Sec School's students.

Q 11. Sir, I Want to Extend the Period of Training from 2 Weeks to 4/6 Weeks, What is the Procedure for that?

Ans: 2 Weeks training is normal. In case you want to extend the period of training course content will be covered in more depth. And apart from that, the rest of the days you will be given an opportunity to do research work with Robosapiens R&D team.

Q 12: What is the Course Material Provided?

Ans: You will be provided with the course slides and complete study material in soft copy format and Training Kits free of Cost.

Q 13: Who Would be the Faculty in the Entire Course Duration?

Ans: The lead faculty would be a highly trained research engineer of Robosapiens Technologies, having a vast experience faculty in relevant domain opted by the student.

Q 14: What will be the Maximum Number of Students in a Batch?

Ans: A batch of size 25 students.

Q 15: What is the Minimum Eligibility to Take up any of the Program?

Ans: There is as such no minimum eligibility to take up a specific course. It purely depends upon the interest of the participants.

Q 16: Is there any Age Limit?

Ans: No, there is no age limit for any course. Any interested student can take part in any course of his/her choice.

Q 17: Do One have to Carry a Laptop During the Entire Course Duration?

Ans: All the courses which will be taught in Weekend Course would indulge participant in live projects and ongoing industrial projects. So there is a requirement of practical knowledge for the student, and if the student does not have a laptop then that student will be merged with other group so that there is no loss. So it is advised to carry laptop along with you during the Weekend Course. But there are some courses where you would require to carry a laptop with himself/herself. Ethical hacking* Networking.

Q 18: Can One Participate in more than One Course?

Ans: Yes, one can opt for more than one course, the schedule of the training center would be same but the batch timings may different.

Q 19: Is there any ‘On the Spot’ Registration?

Ans: No, There is no ‘On the Spot’ registration facility available. On the spot depends on the availability of seat and prior notice is to be given to Robosapiens Technologies.

Q 20: What about the Refreshment (snacks) During the Course Hours?

Ans: No, we do not provide any facility as such. A fix time would be given to the students to take up there lunch or refreshments.

Q 21: If in Case of Emergency I am not able to Complete My Course then What about my Certification.?

Ans: In case of emergency, if a student is not able to continue his/her course at that moment of time, we can shift the course for him/her and schedule it at some later stage so as one can complete his/her course and get the certification.

Q 22: Can I Apply if I'm Only a Freshman or Pass out will also Apply?

Ans: Weekend Courses is very helpful for freshers as it provides live projects which helps freshers in searching their dream jobs. Students enrolled at any university are welcome to apply. Yes, pass out students can also participate in Weekend Courses if they haven’t done any live projects in their academic period.You have a golden opportunity to do a live project by participating in Weekent courses and improve your resume.But,when you apply, make sure to highlight any academic or professional experience you have.

Q 23: I’ve e-mailed My Documents and Applied Online. What should I do Next?

Ans: After applying online you will get login id and password where you will check your application status and you will get the updates of weekend Courses on your e-mail id. If after reviewing your application we feel that your qualification makes you a suitable candidate, we will send you an ‘Offer Letter’. And you are requested to make the ful payment of your fee before the last date.

Q 24: The Training will be given in English Language Only?

Ans: No, it is not necessary to train you in English language only. Our engineers helps you in both the languages i.e in English or Hindi also. But it should be helpful to you that you should fluent in English and feel confident with both your written and spoken skills.

Q 25: Is Certificate Provided by Robosapiens Technologies Pvt. Ltd. or It has Some Collaboration for this?

Ans: We feel very proud to say that Robosapiens Technologies Pvt. Ltd. is a well established brand name nationally as well as internationally. Hence it is providing certificate by itself and its certificate is valid all over India and outside also.

Q 26: Can you Tell Me the Timing for both Theory & Practical Classes?

Ans: The whole duration of the course will contain theory as well as practical classes, timing depends on the way the course is going on. Emphasis on practical knowledge would be given.

Q 27: What is the Procedure for Certificates Delivery, is it Home Delivery or on the Spot?

Ans: We will be providing it to you at the successful completion of the training, but in case it is not possible then it will be couriered to your postal address, as mentioned by you in the application.

Q 28: Can You Tell Me Complete Registration Procedure?

Ans: For applying to Weekend Courses you need to follow the procedure available at the website.
https://robosapi.com/training-registration/?id=Weekend-courses

Q 29: How can I Know My Payment Received or not if they Apply Online?

Ans: When you have registered yourself on https://robosapi.com/training-registration/?id=Weekend-courses online you will get one copy of registration status through which you will get to know your name, address, Registration Id & course details.

Q 30: Is there any way to Deposit Offline Fees to the Training Centre?

Ans: No , there is no such provision for "training from home’? but still, it can be considered by
Submit fee in cash to the nearest HDFC bank or Transfer funds through Internet banking (NEFT Payment transfer)

Payment Through HDFC Bank

Submit fee in cash to the nearest HDFC bank or Transfer funds through Internet banking (NEFT Payment transfer)
1. Bank: HDFC Bank
2. A/C Name : ROBOSAPIENS TECHNOLOGIES PVT. LTD.
3. A/C No. : 06512020000829
4. IFSC No : HDFC0000651 MIC,Code- 110240012
5. Branch Name: Plot No. 118 Block-D Sector-26, Noida - 201301 (U.P.)

Payment Through Indian Overseas Bank

Submit fee in cash to the nearest Indian Overseas Bank in following account


1. Bank: Indian Overseas Bank
2. A/C Name : ROBOSAPIENS TECHNOLOGIES PVT. LTD.
3. A/C No. : 059702000002279
4. IFSC No : IOBA0000597
5. Branch Name: Nithari Branch, Sec-31 Noida-201301 (UP)
After deposition of fee in cash to the bank they will provide you a deposition slip. Kindly send us the scanned copy of that slip with your name and registration no. while transferring funds through NEFT please mail us your details with your account numbers etc.

Q 31: When will We get Certificate after Completing Weekend Course ?

Ans: You will get your internship certificate Just after completing your training.

Q 32: Can you Tell Me in Which cases Fees will be Refundable?

Ans: In case of your own or personal reasons you are unable to attend our Weekend Course, then you will have to inform us before 15 days of the staring up of the batch via email only to the mentioned email id info@robosapi.com along with that please attach payment receipt and Registration No. (Registration ID) details in the email for any further communications with Robosapiens India.Kindly note only 50 percent of the fee will be returned back as per our Refund Policy.