Embedded Systems, Android & Robotics INTERNSHIP CONTENT

Transcription

1 Embedded Systems, Android & Robotics INTERNSHIP CONTENT CONTACT: , , , ,

2 Tevatron Technologies Private Limited ( is a Design company working in the area of Electronic Chip Design and Embedded Systems. Tevatron Technologies Six Month Industrial Internship is designed by group of industry and academia veterans after years of extensive research and collaboration. It is a comprehensive skill development program which is industry focussed and plans to make engineering students industry ready. This is a Unique, Integrated Program being launched first time in India. The Top Performers can be hired by Tevatron Technologies The Salient features of Six Month Industrial Internship are: Learning Based Industry Project from scratch Learning based project to be implemented by students under guidance from Tevatron Design engineers Focus on hands-on programming and industry/job related skills High Contact Hours Total of 500 contact hours The high contact hours will address the theory as well as practical aspects so that students become Industry Ready. Career Focus & Placement Driven Approach Certificate of Completions for all participants Technical Placement Preparation Sessions & Demo Interview Sessions Students will get multiple practice papers of companies in IT/Electronics Chip Design /Embedded area Certificate for Completion will be provided by Tevatron Technologies Pvt. Ltd Certificate for "6 Month Industrial Internship in Embedded Systems & Robotics"

3 6 Month Internship in Embedded Systems CONTENTS Module 1: Introduction of Embedded Systems Scope of Embedded systems Types of Embedded systems & use in industry Module 2: Introduction to Microcontroller (8/16/32 bit) Introduction of Microcontroller Difference between Microprocessor & Microcontroller RISC & CISC Architecture Microcontroller family covered: ARM/AVR/Arduino/8051 Architecture Of Microcontroller Memory types Module 3: ARM 32-bit Microcontroller/ Microprocessor (STM 32 Series) Introduction of ARM family System Architecture & Block diagram System Control Block & Memory Addressing Memory Addressing IAR workbench IDE for ARM series GPIO Programming Timer/Counter Programming A/D Programming UART Programming SPI/I2C Protocol Programming EEPROM & Real Time Clock (RTC) Programming Module 4: 8- bit Microcontroller (8051/ AVR) Introduction of 8-bit Microcontroller Features & Block diagram of Microcontroller Architecture of Microcontroller AVR studio-4 & Kiel-4 IDE for AVR/ 8051 Microcontroller GPIO Programming Timer/ Counter Programming A/D Programming

4 UART/USART Programming SPI & I2C Protocol Programming RTC & EEPROM Programming Module 5: Android Embedded Android Basics Android App Interfacing with Microcontroller Android Controlled Embedded System/ Robotics Android App Controlled Home Automation & Robotics Module 5: Programming Concept Assembly Language Programming C- Programming a) Basic Concepts of C- programming b) Looping Concepts (if, else, for, do, while looping) c) Array & Pointer Programming d) Data Structure Module 6: Digital/Analog Circuit Designing (Breadboard) Resistor, Capacitor, Diodes etc. Logic Gates using Diodes, Transistors Power supply Designing Overview of Digital Electronics Bread boarding- Practical 1: Logic gates using Diodes & Transistor Practical 2: Power supply (5v) Practical 3: Led Blinking using 555 IC Practical 4: IR sensor & Light sensor Module 7: Sensors/Modem/Technologies Interfacing 1. LED interfacing with Microcontroller LED -Theory Practical 5- Making different LED patterns Practical 6- LED Rotation Proteus Simulation 1: LED blinking & different LED patterns

5 2. Seven Segment Interfacing with Microcontroller Seven Segment- Theory Practical 7- Displaying Digits on Seven Segment Display Practical 8- Counter on Seven Segment Display Proteus Simulation 2: Seven segment Interfacing 3. Buzzer Interfacing with Microcontroller Buzzer- Theory Practical 9- Buzzer Interfacing 4. 4x1 Keypad Interfacing with Microcontroller Keypad- Theory Practical 10- Different Function on Different Key Proteus Simulation 2: Keypad Interfacing with Microcontroller 5. DC motor interfacing with Microcontroller DC motor- Theory H bridge for motor driving Practical 11- ON/OFF of motor using Key Practical 12- Direction Controlling of Motor using Microcontroller Proteus Simulation 3: Motor direction controlling 6. IR sensor interfacing with Microcontroller IR sensor- Theory Practical 13- Motor Direction Control Using IR sensor Practical 14- White/Black Color Sensing using IR sensor Project 1: Line follower Robot Project 2: Light searching & avoiding Robot Project 3: Obstacle following & avoiding Robot 7. LCD interfacing with Microcontroller LCD- Theory Practical 15-16x2 LCD interfacing with Microcontroller (Name Display) Practical 16- Scrolling Message On LCD Proteus Simulation 4: Message printing on LCD 8. DTMF (Mobile Phone) DTMF- Theory

6 Practical 17- Mobile Phone key Detection (Customer Care) Practical 18- Different operations on different mobile key Project 4: Mobile Phone Controlled Industrial Automation Project 5: Customer care key detection 9. Temperature Sensor Temperature Sensor- Theory Analog to Digital Converter- Theory of Microcontroller Practical 19- Temperature Detection On LCD Project 6: Temperature based Motor Controlling Proteus Simulation 5: Temperature Display on LCD 10. Touch Screen /Accelerometer Touch Screen / Accelerometer- Theory Practical 20- Interfacing with Microcontroller Project 7: Touch Screen Controlled Robot/Industrial Automation Project 8: Hand Gesture Controlled applications 11. USART/UART Protocol (Serial Communication) USART/UART- Theory Practical 21- Computer keyboard key detection using Microcontroller Practical 22- Data transfer from Microcontroller to Computer Project 9: Computer Controlled Data Transfer Project 10: Computer controlled Robot/ Home Automation 12. Radio Frequency Identification RFID- Theory Practical 23- RFID card number Detection Project 11: RFID based Attendance System Project 12: RFID based intelligent toll tax system 13. Wireless Communication (RF based) RF Comm. Theory, 4 bit & 8 bit Encoder & Decoder Practical 24- Wireless data transfer using Microcontroller Project 13: Secured Wireless Data Transmission Project 14: Wireless Controlled Industrial Automation

7 14. Proximity Infrared Sensor (Motion Sensor) PIR sensor Theory Practical 25- PIR interfacing with Microcontroller Project 15: Intelligent lights using Motion Detection 15. GPS/GSM Modem Interfacing GPS/GSM Modem Theory AT Commands for Modem Practical 26- GSM/GPS Modem Interfacing with Microcontroller Project 16: Vehicle Position Tracking System Project 17: SMS Controlled Robotic Movements Project 18: SMS based Controlling of Electrical Appliances 16. Student Projects Project Ideas Circuit for Projects Guidance for all the projects Practical 26- Students will make their own projects Details & Selection Criteria Internship Name Six Month Industrial Internship in Embedded Systems( including Android & Robotics) Start Date of Internship Starts From 6 th January 2014 Seats Duration Selection Process Registration Venue Limited Seats at All India Level Six Month, a highly exhaustive and Integrated Program Shortlisting based on Resume, followed by Online Written Test Currently OPEN (Registration CLOSES shortly) Noida, Gurgaon, Chandigarh Internship Salient Features In depth coverage on Industry Required Skills Focus on building core skills in Embedded Systems Top Performers can be hired by Tevatron Technologies

8 Fees & Payment Schedule PAYMENT DETAILS: Course Fee Rs18,000/- ( Inclusive of Registration Fee) Registration Fee of Rs3,000/- ( Remaining fee of Rs 15,000/- to be paid at the date of joining the Industrial Internship program) Options of payment of Registration Fee of Rs 3,000/-: Option a: Send a Demand Draft in favour of Tevatron Technologies Pvt. Ltd. payable at Noida. The demand draft needs to couriered/speed post/by hand at Tevatron Technologies, C-4, Sector 63, Noida , Or Option b: Make an online transfer of the amount at the following bank account: Account name: Tevatron Technologies Pvt. Ltd. Account Type: Current Account Account Number: Bank Name: Central Bank Of India, Sec-15A, Noida Branch IFSC code: CBIN TEVATRON TECHNOLOGIES: COMPANY PROFILE Tevatron Technologies is a Design Company focused on Electronic Chip Design, FPGA Based Design & Embedded Systems and nurturing the ecosystem for the same.