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How to start with ATmel AVR Studio 4- step by step

How to start with ATmel AVR Studio 4- step by step

To getting start with Atmel Studio 4, you have to install AVR Gcc & ATmel AVR Stduio 4… 

  1.  AVR Studio 4:  AVR studio professional is most commonly used software to program the AVR Microcontrollers due to its ease to use. It support Embedded C Language.  
    Coding & debugging in a high level language (like c/ java) is done with assembler. A compiler for high level language helps to reduce production time. To program the microcontroller, the WinAVR is used. 
  2. WinAVR :WinAVr is a suit of executable, open source software development tools for the ATmel AVR series of RISC microcontrollers. It includes the GNU GCC compiler for C & C++. WinAVR includes AVR-Gcc, AVR-GDB (debugger) etc. A .hex is generated for the “C” language program & then this hex file burn to the flash memory of the microcontroller. Our last post “LED Glow using ATmega32 step by step“How to glow led using ATmel ATmega32 is example of this process.

or you can get all software links here… 

After installing the WinAVR & ATmel AVR Studio 4, Open the AVR Studio 4 software in PC/ Laptop &  follow the step by step instruction. 


Step 1- In the menu bar, under the Project menu, select the New Project wizard as shown in given image:-

Step 2- Now in the dialog box, it shows tow options, one fort ATmel AVR Assembler & another AVR GCC. Select AVR GCC to program microcontroller in Embedded C language. 

Step 3- In the space provided for project name, write the name of project name but do not enter space between any words with in name as shown in image given below: 
Step 4- Click on select “create folder” by selecting the button, it create the separate program folder for your new project. 

Step 5- Select the new location to store new program folder & then click on “next” button. 
Step 6- In the dialog box, there is option to select debug platform & device. In the debug option, select “AVR Simulator” & on right of the dialog box, select the the device/ Microcontroller which you want to program link shown in figure atmega32. 
Step 7- Click on “finish” option in dialog box. 
Step 8- The workspace will be opened where program is to be written in “Embedded C” language shown in image. next window is your programming window where you can write the program. 

Step 9- After writing the code, under the build option in the menu bar, select the “build & run” option. 
Step 10- After clicking on “build & run” option, if the program runs without any error, then AVR Studio debug the code & create the .hex file (.hexadecimal) in the same folder which was created in step4. If there is any error in program, correct the error in code & compile again. 
Step 11- In the option “I/O View” on the right side of the screen as shown in given image, the status of each register & Port values can be checked. 
This program has taken from the book “Embedded System based on ATmega Microcontroller” chapter no 7, ATmega interfacing with led.

Feel free to suggest or post your query for any problem. 

LED Glow using ATmega32 – step by step

Figure shows the circuit diagram of the model in which LED is used for glow a LED.

One led is connected to C0 pin of PORTC, using 330 Ohm of register. how to calculate register value to glow an led? we use given formula to calculate the register value::

R=5V/10mA= 320 Ohm or 330 Ohm.


When controller gives an output as logic 1 at C0 pin, then the led will glow.


Lets start with circuit diagram:

We used ATmel ATmega32 Microcontrollers to operate the led.

This circuit diagram is includes on board +5V power supply with Reset button to reset ATmel ATmega Microcontroller.

You just open the ATmel AVR Stuido to write & compile the program for ATmel ICs. For this we will refer to our another post “how to start with ATmel AVR Studio”. For download AVR Studio, Please visit to ATmel website or click here to download AVR Studio.

//PROGRAM TO RUN SINGE LED ON
first of all we include the avr lib to program as written program

#include<avr/io.h> // AVR Lib


void main() // Body of the program
{
DDRC=0b00000001;  // Set the direction of C0 pin as output (1)
PORTC=0b00000001; // set the voltage for pin C0 (1)
}

When compiling done, AVR Studio will generate a hexadecimal file include program name as ledglow.hex (if we save program name as ledglow)


After this you can see the results of your program in Proteus simulator to check that your program will work same as the them program you have created.

so you have to download the proteus software from Labcenter electronics site  for AVR microcontroller or go to this link to download location.
After that you have to pick & place ATmega32 microcontroller & led as the proteus simulation given below.

Paste the .hex file location to the ATmega32 by using double click on Atmega32 microcontroller. After it you run it & you will see that led will glow as per our instruction in program. 
Thank you very much. 
This program has taken from the book “Embedded System based on ATmega Microcontroller” chapter no 7, ATmega interfacing with led.

Feel free to suggest or post your query for any problem.

Electrical Engineering Project list

Electrical Projects for Engineering Students. These project are very innovative and based on recent technology. Students developed all the projects/ systems by their own her. If you feel any suggestion regarding Projects, feel free to contact us 

  • GSM based substation monitoring & control system
  • Zigbee based solar powered fire detection & control system
  • Photovoltaic solar power generation with maximum power point tracking
  • Android based electrical appliances control system
  • DTMF based electrical appliances control system
  • PLC & SCADA based traffic control system
  • Automatic room light control using IR sensor
  • Home automation using arduino/ AVR microcontroller
  • Smart Card based prepaid energy meter,
  • Energy meter billing system over internet
  • Wireless 3 phase monitoring system,
  • Wireless power transfer
  • Wireless controlling of AC appliances to reduce power consumption
  • DC to DC boster for solar panel
  • 2 axis solar tracking system
  • Utilization of solar energy for irrigation system using water-pumping system
  • Configurable password security system
  • Load control using DTMF
  • Monthly electricity billing display with bill sms feature
  • Underground cable fault distance conveyed over GSM
  • Underground cable fault distance conveyed over zigbee
  • Underground cable fault distance conveyed over internet
  • AVR microcontroller/Arduino based DC motor speed control system
  • The temperature humidity monitoring system of soil based on wireless sensor network.
  • Automatic temperature controlled fan speed control system
  • Zigbee based automatic meter reading system
  • Prepaid energy meter with GSM interface
  • Solar powered highway-lightening system with auto controlling in day
  • LDR based intensity power saver for street light
  • Message transmission over AC lines
  • Dish positioning system using RF remote
  • DC motor speed control system suing RF Remote
  • Voice control home automation system

M.Tech Thesis List for Electronics & Electrical Engineering

  1. Hearing aid system analysis for impaired people:

This projects describes the implementation of robust and user friendly hear aid system with noise cancellation techniques for impaired people.  The simulation is developed in the matlab programming language. The implementation of this system includes noise reduction filter frequency sharpening. This system is designed to adapt for mild and moderate hearing loss patients.

  1. Automatic speech recognition:

Voice recognition has become one of the most important tools of the modern generation and is widely used in various fields for various purposes.Voice recognition system performance is commonly specified in terms of speed and accuracy, recognition accuracy is the most important and straightforward measure of voice recognition performance. This research were proposed to review several voice algorithms in terms of detection accuracy and processing overhead and to identify the optimal voice recognition algorithm that can give the best trade-offs between processing cost (speed, power) and accuracy. Also, to implement and verify the chosen voice recognition algorithm using MATLAB.

  1. Controlling a device through voice recognition:

In this project, a voice activated devicewith intelligence is presented. The device is controlled with natural connected speech input. The language input allows a user to interact with the device in terms which are familiar to most. The advantages of speech activated devices are hands-free and fast data input operations. The proposed device is capable of understanding the meaning of natural language commands. After interpreting the voice commands a series of control data for performing a task are generated. Finally the device actually performs the task. Artificial Intelligence techniques are used to make the device understand voice commands and act in the desired mode.The project is designed to develop a feasibility model for activating a device using a low-cost speech recognition system. A microcontroller was programmed to provide user control over each command, as well as to prevent voice commands from being issued accidentally.

  1. Control of a mobile robot:

In this project, robot control is done with MATLAB. The robot is controlled with the customizedgraphical user interface (GUI) input. The input allows a user to interact with the robot in terms which user wants to. The proposed robot is capable of understanding the meaning of GUI commands.

  1. ECG Data Acquisition system using labview

The main objective of this work is to develop a portable and cost effective data acquisition (DAQ) system for clinical applications. This DAQ consists of several modules such as power supply, analog to digital converter (ADC), amplifiers, isolators, filters and interfacing circuits. The complete data acquisition circuit has been developed using this system mainly aims to collect the ECG signals of frequency between 0.05 Hz and 113 Hz with desired gain. This frequency information from the ECG signal is highly useful clinical applications such as cardiovascular disease (CVD) detection. ECG signals will be collected from the subjects using 3 leads system and given to DAQ for recording the ECG signal.This DAQ interface is used to convert the input analog signal to digital signal output and to save the ECG data in the notebook using Labview software. This acquired signal from Labview software is used for further clinical investigation. We also developed a Graphical User Interface (GUI) in LabVIEW software to continuously monitor the ECG signal traces and to record the ECG data with higher precision.

  1. Real time monitoring of vital signs using wireless communication:

Recent wireless technology gives new possibilities for monitoring vital parameters like electrocardiogram (ECG), Blood Pressure (BP), Temperature, Respiration rate with portable system and still be under continuously monitoring and thereby to better quality of patient health care. This project describes the design of a wireless ECG portable systems used for remote monitoring of cardiac activity is one of the most important fields in telemedicine and telecare. ECG signals and Heart beats of all patients are recorded in a single computer then processed with a microcontroller. After processing, all data are sent to a communication interface that can send this information to a personal computer. This work covers the wireless telemedicine applications with the use of zigbee technology. This work is also included to implement various filters using LabVIEW software.

  1. Application of wireless sensor network in remote monitoring : water level, temperature and application in agriculture:

This project deals with the monitoring of physical parameters involved in a regular agriculture plantation, for example a tea-garden. Wireless Sensor Networks have previously been used for many purposes involving monitoring, and also for agriculture. Here, we have used the Wireless Sensor Network module, and the LabVIEW software for human-machine interface. The data collected on the field is sent to the base station, from where it is sent over local area network through the TCP/IP protocol.

  1. Personal lung function monitoring Devices for Asthama patients:

Asthma affects over 300 million people worldwide. Asthmatics experience difficulty in breathing and airflow obstruction caused by inflammation and constriction of the airways. Home monitoring of lung function is the preferred course of action to give physicians and asthma patients a chance to control the disease jointly. Thus, it is important to develop accurate and efficient asthma monitoring devices that are easy for patients to use.  We have proposed a user-friendly, accurate, and portable external mobile device accessory that collects respiratory flow information from patients after some breath maneuvers. We have also proposed a software application that records and stores the gathered test information and e-mails the results to a physician.

  1. Monitoring and controlling the combustion quality in thermal power plant boiler:

This project proposes the monitoring and controlling of combustion quality in thermal power plant. Several sensor nodes are deployed in the boiler to monitor the temperature and combustion parameter and transmitting the data wirelessly to the server. A graphical user interface was designed to monitor and control the process of the boiler.

Electrical Enginnering Projects for Engineering Students

Electrical Enginnering Projects for Engineering Students

SME uploads the updated list of Major & Minor Projects (B.tech electrical engineering) for Electrical Engineering &  polytechnic Students.We provides facility to students to come & develop their projects by themselves. We provide facility of PCB Designing (Printing, Heating, Itching, Drilling) , Component mounting, Software Development, Sensor & Wireless Interfacing with Fuse bit writing, Baud rate, Frequency  setting with proper classes.

feel free to contact us for your live project, & any suggestion.

  • Smart Card based Prepaid energy meter
  • Wireless 3 phase monitoring system,
  • Wireless power transfer
  • Wireless controlling of AC appliances to reduce power consumption
  • DC to DC boster for solar panel
  • 2 axis solar tracking system
  • Utilization of solar energy for irrrigation system using water pumping system

Note: Soon we will update more electrical engineering projects. Stay connected with us.

Robotics Training & Courses (Duration:- 4 Week, 6 Week, 3 Month, 6 Month & 1 Year)

Robotics Training & Courses (Duration:- 4 Week, 6 Week, 3 Month, 6 Month & 1 Year)

SME provides training & courses in the field of ROBOTICS. Its including operating of motor drives, ICs, torque calculations, different level of drivers, different motors includes Geared, gear-less, stepper motors, servo motors, BLDC motors, mechanical structures, gears, automated system, sensors operation on robotics, devices, fields generations etc. The Course includes with using with AVR Series Microcontroller (mega & xmega), Arduino or ARM. 

SURVEILLANCE ROBOT
Summer Training in ROBOT (SURVEILLANCE ROBOT)

 Robotics includes:
  • Introduction to Robotics and aim of its design.
  • Different section of ROBOT.
  • Introduction To different types of DC & stepper motors used in robotics, their working and driver circuit designing.
  • Introduction to IR sensor, accelerometer sensor and their application in robotics design.
  • Selection of Microcontroller as central control unit of ROBOT. Interfacing of motors, sensors with microcontroller and programming.
  • Introduction, Design and development of different categories of robots like :
  1. Line Follower robot
  2. war robot
  3. JCB robot
  4. wall follower robot
  5. obstacle avoider robot
  6. computer controlled robot
  7. DTMF robot
  8. Gesture controlled robot
  9. Wireless robot
  10. Zigbee robot
  11. XBee remote operated robot
  12. Edge Detector Robot
  13. Network Guided Robots
  14. Swarm Robots
  15. Matel Detector Robot
  16. Survillance Robot
  17. Computer Operated Robot
  18. Wireless Video capture robot
  19. & many more
 
Students Training
War Robot
 
 
 
 
 
 

Obstacle Detector Robot
Obstacle Detector Robot

Edge Detector Robot
Edge Detector Robot (Table Robo)
 

Schematics Microelectronics

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KHANNA COMPLEX,

OPP KALRA SWEET SHOP,

PREM NAGAR,

DEHRADUN. UK, INDIA

PIN- 248007

Contact No:

+91-9927715123

+91-9643079997

Write to us

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Other Official Branches

Noida (U.P.)
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Bhopal (M.P.)

Official site:

www.smedehradun.com

Official Mail: 

schematicslab@gmail.com,

info@smedehradun.com.

Summer Training & Internship Program-2016

Summer Training & Internship Program-2016

SME Dehradun (UK), India, startup for Summer Internship Program-2016. Hurry to apply for get opportunity work on Wireless & Sensor Embedded Design & Robotics.

 Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

Motive of Summer Training & Internship Program-2016:

Wireless Embedded Product Designing, Robotics, Sensor Embedded Product Design & Development, Patent publication, International Journals & Publications.

The internship courses are starting from May-2016 to August-2016. Students realize real time hardware designing on ATmel  AVR ATmega8/16/32 using Zero Size PCB on Basic, after that work on PCB Designing at Copper Clad (Industrial PCB) on real time hardware design. We providing training to more than 5,000 students and became Workshop Sponsor’s of many leading Engineering colleges of India.

 

Who can apply 

All Engineering (Polytechnic, B.Tech, M.Tech), B.Sc.(Electronics), M.Sc.(Electronics) & Science (BCA / B.Sc / MS.c) background students and Hobbyist of Embedded System can attend this program.

How do I apply? 

To apply, go through this link and fill the online form. This registered seat through online registration is valid till 10 days from registration. The registration formalities will receive at our office within the stipulated period.

Topic Covered:

Each Group will work on separate Module as per recommendation by the R&D Dept.

Module 1. 

  1. Introduction of Embedded System & ATmel AVR Microcontrollers
  2. Interfacing of LED & Sever Segment with input & output registers, PORTs, Pins with AVR Architecture.
  3. Interfacing of Motors with L293D Driver IC
  4. Interfacing of Buzzer/ Speaker
  5. Interfacing of Switching System with Bitwise
  6. Programming of AVR Microcontrollers with Embedded C.
  7. Burning of Programs in to Microcontrollers using High Speed USB Programmer
  8. Wireless Gesture Controlled Robot.
  9. Wireless Intensity controlling Bulb/LED Bulb with Remote.
  10. DTMF Controlling appliances

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

Module 2.

  1. Introduction of Embedded System & ATmel AVR Microcontrollers
  2. Interfacing of LED & Sever Segment with input & output registers, PORTs, Pins with AVR Architecture.
  3. Interfacing of Motors with L293D Driver IC
  4. Interfacing of Buzzer/ Speaker
  5. Interfacing of Switching System with Bitwise
  6. Programming of AVR Microcontrollers with Embedded C.
  7. Burning of Programs in to Microcontrollers using High Speed USB Programmer
  8. DTMF Controlling appliances
  9. GPS & GSM based location tracking system

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

Module 3:

  1. Introduction of Embedded System & ATmel AVR Microcontrollers
  2. Interfacing of LED & Sever Segment with input & output registers, PORTs, Pins with AVR Architecture.
  3. Interfacing of Motors with L293D Driver IC
  4. Interfacing of Buzzer/ Speaker
  5. Interfacing of Switching System with Bitwise
  6. Programming of AVR Microcontrollers with Embedded C.
  7. Burning of Programs in to Microcontrollers using High Speed USB Programmer
  8. DTMF Controlling appliances
  9. Wireless Network operated devices/ Robot

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

Module 4:

  1. Introduction of Embedded System & ATmel AVR Microcontrollers
  2. Interfacing of LED & Sever Segment with input & output registers, PORTs, Pins with AVR Architecture.
  3. Interfacing of Motors with L293D Driver IC
  4. Interfacing of Buzzer/ Speaker
  5. Interfacing of Switching System with Bitwise
  6. Programming of AVR Microcontrollers with Embedded C.
  7. Burning of Programs in to Microcontrollers using High Speed USB Programmer
  8. GSM based Notice Board

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

Module 5:

                 PCB Designing on Industrial PCB

  1. PCB Designing in Dip Trace Professional industrial PCB Designing Software.

Printing using LASER printing system

  1. Copper clad Board size mapping & cutting
  2. Heating process
  3. Itching processing
  4. Drilling process
  5. Component Mounting process

 

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

Duration: 4 weeks to 6 weeks & 8 weeks

Software used: AVR Studio 4.1.1 Professional. Proteus ISIS Professional, AVR USB Programmer, Keil version 4, Arduino 6, V. Terminal.

 

                         We also provide some other courses

 

Embedded Design Technology:   

Full course duration: 4 weeks, 6 weeks, 3 month, 6 month

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

  1. Basic Embedded Design Technology

This Course includes Interfacing of all basic components (given below) with AVR Series Microcontroller (ATmega8/ ATmega16/ Amega32) or with Arduino. It includes sound knowledge about input output, pull & push registers, PORTs, PINs, DDRs, Pull & Push registers with practically implementation on Zero size PCB. Participators will design interfacing board themselves to work at our lab.

Basic Embedded Technology includes:

  • Light Emitting Diode (LED
  • Liquid Crystal Display (16×2 LCD)
  • DC Motor (L293D Driver IC)
  • Seven Segment (Common Cathode/ Common Anode)
  • Switch (DPDT/ DPST/ Sliding Switch)
  • DC Relay
  • Regulator/Diode/Capacitor
  • Transistor (NPN/ PNP)
  • Power Supply (5V/ 12V)

 

Eligibility Criteria:

Participant must have knowledge about Turbo ‘C’. Knowledge about resistors, transistors, relay, power supply, would make advantages.

Course fee: – For AVR MCU- 6500/-. For Arduino- 8500/-, For ARM- 10,500/-,

Course Duration: 4-6 Weeks

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

 

  1. Sensor EmbeddedDesign Technology

This course includes Interfacing of Sensors (Digital/ Analog) with ATMEL AVR Series Microcontroller (ATmega8/ ATmega16/ ATmega32) or Arduino with 16×2 LCD. It includes sound knowledge about ADC, Digital, converters, input output, pull & push registers with practically implementation.

Course module Includes:

  • Infrared (IR) Sensor  Module
  • Temperature  Sensor (LM34/LM35) Module
  • Bump Sensor Module
  • Potentiometer Module
  • Pyroelectric Infrared (PIR) Motion Sensor Module
  • Sound Sensor Module
  • Metal Detecting Sensor Module
  • Liquefied Petroleum Gas (LPG) Sensor / Fire Sensor Module
  • Alcohol Gas Sensor Module
  • Dimmer Module
  • Accelerometer (3 axis/ 2 axis) /Tilt sensor Module
  • *FSR
  • *Finger Print Sensor
  • *Bar Coder Reader
  • *Soil Moisture Sensor

Eligibility Criteria:   

Applicant must have sound knowledge of Basic Embedded Technology, PORTS, PINS, Registers, Interfacing of 16*2 & 20*4 LCD with Microcontrollers, LEDs, Relay, 7Seg, Transistor etc

Course fee: – For AVR 8500/-, For Arduino 8,500/-,   For ARM 14,500/-,

Course Duration: 2-4 Weeks

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

  1. Wireless Embedded Design Technology

This training course includes basic of (UART/USART), SPI, & I2C Communication, different operating levels, level converters & interfacing them with AVR Series Microcontroller(ATmega8/ ATmega16/ ATmega32) or with Arduino. Participators will design interfacing board themselves to work at our lab.

Wireless Embedded System Includes: 

  • Two Wire Interface (MCU to MCU) between two Microcontroller
  • Communication between PC & Microcontroller using Terminal v1.9b
  • Rivest Cipher version 5 (RC5) Protocol Module
  • Global Service for Mobile (GSM) Module
  • RF (433 MHz) Wireless Module
  • Radio Frequency Identification (RFID) Module
  • National Electric Code (NEC) Protocol Module
  • 4 IEEE standard Protocol based Wireless transceiver (Zigbee) Module
  • Power Line Carrier Communication (PLCC) Module
  • Duel Tone Multiple Frequency (DTMF) Module

Eligibility Criteria: 

Applicant must have sound knowledge about Register, Ports, Pins, Digital Input & Output, Vcc, GND, Switching.

Course fee: – for AVR- 10,500/-, For Arduino- 10,500/-, For ARM- 18,500/-

Course Duration: 2-4 Weeks

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

  1. Advance Embedded Design Technology

Advance Embedded System include Complete Description of Inter Integrated Circuit (I2C), SPI (Serial Peripheral Interface) Protocols, Timer / Counter, Interrupt programming, Introduction of Real time Operating system (RTOS)/ Counter with AVR Series Microcontroller (ATmega8/ ATmega16/ ATmega32). These are real time industrial application system, industry already develop product using these systems. Certificate will be provided after completion of the course.

Training module Includes:

  • Timer
  • I2C (Inter Integrated Circuit ) / Two Wire Interface (TWI)
  • Interrupt (Internal & External)
  • SPI (Serial Peripheral Interface)
  • ASIC (Application Specific Integrated Circuit)
  • Introduction to Real Time Operating System(RTOS )/ Counter
  • PORT Programming

 

Course fee:  17000/-.

Eligibility Criteria: This course is only for those participators, who has sound knowledge on BasicSensor & Wireless Embedded Technology with All registers, Inputs, Outputs Interfacing, pull push registers, serial data fetching with ADC & DAC etc.

Course Duration: 4 Weeks

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

5. Robotics

  • Introduction to Robotics and aim of its design.
  • Different section of ROBOT.
  • Introduction To different types of DC & stepper motors used in robotics, their working and driver circuit designing.
  • Introduction to IR sensor, accelerometer sensor and their application in robotics design.
  • Selection of Microcontroller as central control unit of ROBOT. Interfacing of motors, sensors with microcontroller and programming.
  • Introduction, Design and development of different categories of robots like :
    • Line Follower robot
    • war robot
    • JCB robot
    • wall follower robot
    • edge detecter robot
    • obstacle avoider robot
    • computer controlled robot
    • DTMF robot
    • Gesture controlled robot
    • Wireless robot
    • Zigbee robot
    • XBee remote operated robot
    • network guided robot
    • swarm robot & many more

Course fee:  courses fee varies accordingly different robot module. starting fee -6,500/-

Eligibility Criteria: who is interest in robotics they can apply for.

Course Duration: Starting from 4 Week

BENEFITS

  • Real Time kit designing on Zero size PCB & Industrial PCB.
  • Working on Real time Hardware implementation using industrial Microcontroller.
  • Different industrial pattern for Internship & Summer Training Students.
  • Workshop & Lectures by Industry Experts.
  • Practical Facilities in labs.
  • Get thorough insight into Industry Standard.
  • Hands on Practical Training on Latest Technologies like RF 433MHZ, RF 2.4GHz, Zigbee, XBee, NEC, RC5, I2C, TWI, SPI, RTC,  USART, UART, ACK, Interrupt, Timers, Counters etc

TERMS & CONDITION

  1. Admission on First Come First Serve Basis, Limited seats available.
  2. On-line registration is a temporary reservation of seats for 10 days from the registration date that would be conformed only if registrations formalities are receive at our office within the stipulated period.
  3. Online registration facility is a specific facility, shall be close if seats are filled.
  4. Certificates will issue only after completion of the training, assignments & tests.
  5. Registration Fee is Non-refundable and Non-transferable.

Note:

  • Good command over C, C++ can added advantages.
  • Basic knowledge about Resistors, Capacitors, Diodes, Relays, LED, LCDs, Transformers, Rectifiers, boards, Circuits can add advantages.
  • Knowledge of Microcontrollers can added extra benefits to work on live projects & industrial systems.
  • Students must have interest to work on live system & hardware.

 

Certification

All courses under SME are certified by SEW Society, under Uttrakhand Govt. All the trainees will receive an Industrial Training/ Internship certificate.

 

Payments

Aspirants can directly pay their Fee by visit our near branch office or can rise queries to for deposit at our bank account.

Instant Updates

Our Summer Internship Program is held every year in the months of May to June, June to July, .July to August . So don’t waste your summer vacations & lets join SME at this summer.

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

 About SME

SME header

SME Group is the leader in Robotics & Embedded System (Sensor & Wireless)  in Atmel AVR Series  (mega & Xmega) Microcontrollers, Arduino Boards & ARM Processor, Real time implementation with 100% live Hardware Exposure with process & architecture consulting, Designing & Training.

SME was incorporated in the year 2007 and over the years SME has grown remarkably into the greatest Research & Development Company of Northern India.

SME is the only organization that works on R&D, Consultancy, Product Design & Development, Prototype Design, Research papers, Publications, Patent Consultancy etc.

The main objective of summer training is to make the aspiring engineers acquainted with the conceptual as well as practical knowledge of the Industrial Automation & latest technologies being used to achieve industrial automation. The idea of organizing this summer training is to inculcate the basic fundamentals of automation in the students and provide them with a platform to work on, In the near future.

Features of trainings  

  • We provide summer training & industrial projects based on PLC automation, Robotics, Embedded System, Wireless Embedded System, Sensor Embedded System using Atmel AVR Microcontrollers, ARM Processors & Arduino Boards.
  • We provide solutions for final year projects and research projects to engineering students and hobbyists.
  • We at Schematics Micro Electronics provide best training in embedded system design and implementation.
  • We are the best training provider in the city with highly efficient facility at work.
  • To provide best Career Counseling to all our candidates and to ensure that every detail regarding the rewarding and adventurous careers is discussed.
  • We provide patents facilities to the innovative students for their innovative projects or ideas.
  • We provide Journals & Publication facilities to corporate, students for their best workout of projects.
  • We provide Corporate Training to corporate/ companies.
  • We arrange Workshops & Seminars based on latest industrial technology.

 

Register yourself here

or

Visit to our Dehradun Branch office or call us at 9927715123

GSM TECHNOLOGY BASED PROJECTS

GSM TECHNOLOGY BASED PROJECTS

  • GSM based LPG leakage control surveillance

  • GSM based fire detection and control surveillance

  • GSM based LPG & fire detection and surveillance control

  • GSM + Keypad + RFID based military grade security system

  • GSM based vehicle tracking system

  • GSM based notice board

  • GSM based heartbeat monitoring system

  • GSM based appliance control

  • GSM based Energy meter with tampering alert

  • Automatic Measurement and Reporting System of Water Quality Based on GSM

  • Accident Identifier with Auto Dialing Option

  • Safe Driving Using Mobile Phone

  • GSM based Solar fencing system

  • GSM based school children security system

  • GSM based instantaneous vehicle registration details 

  • Extraction system very useful for Traffic police

  • Remote electrical billing using GSM modem

  • SMS based home appliances control

  • SMS based voting machine

  • SMS based DC/ Stepper motor control

  • SMS based home security system

  • SMS based anti theft system for Laptop/ vehicle

  • Interfacing of GSM mobile to PC to send the message

  • SMS based wireless robot

  • SMS controlled vehicle ignition system for safety


We works on real time projects for industries, companies, Universities & Engineering Students. 
We offers training, solutions, services & support for R&D Devices. For more visit at SME Webiste
Career prospects in the core field of Electronics & Electrical Engineering

Career prospects in the core field of Electronics & Electrical Engineering

As we know that All entities
involving automation are equipped with embedded systems designing &
development. At the core of every system, there is either a microprocessor or a
microcontroller or any other programmable intelligent unit that works with the other
interfaced unit to make a complete working product.
Main objective of Schematics Microelectronics (SME) is to make the
students conceptually and practically aware about their respective fields &
upcoming Technology. So in ongoing cutthroat competition, it is mandatory
for every engineer to understand and become proficient in this upcoming
technology.
so here is
discussed as field of ELECTRONICS AND ELECTRICAL ENGINEERING
·        
JOB RESPONSIBILITIES
AND ROLES
·        
WHAT SKILLS ARE
REQUIRED FOR THE RESPECTIVE FIELDS/ JOB PROFILE?
·        
WHICH ARE THE
COMPANIES? WHAT ARE THE SALARY PACKAGES?
Network Engineer/ Integration Engineer/ System Administrator
JOB PROFILE
·        
Design and
implementation of Internal Computing network infrastructure including Ethernet,
switching.
·        
Provide disaster
recovery when network fails, maintaining LAN/MAN/ WAN access to local servers,
workstations, and offsite servers.
SKILLS REQUIRED
·        
Certification of
CCNA,CCNP,MCSE,NCSE.
·        
Basic knowledge of
Switching Theory e.g VOIP, ISDN etc.
WHO CAN APPLY: 
·        
CS/ IT/ Electronics & Electrical Engineering Students
RF. ENGINEER
JOB PROFILE
·        
Maintaining the
Network performance.
·        
Optimization of the
network using daily report, resolving traffic congestion problems.
·        
Planning of a Physical
parameter of New Coming sites like Antenna Height, Type, Tilt, Azimuth, and
Location of an antenna.
·        
Resolving various
issues of field by Interacting with customers.
SKILLS REQUIRED
·        
Fundamentals of
antenna design and Wireless communication.
·        
Hands on experience in
software  tools like HFSS and IE3D.
WHO CAN APPLY: 
·        
Electronics & Electrical Engineering Students
Embedded /Robotics/ Mechatronics Engineer.
JOB PROFILE
·        
Conception to
manufacturable boards: circuit design, programmable logic for state machines,
schematic entry, test and debug.
·        
Hardware Design using
8 bit, 16 bit microcontroller and microprocessor on signature devices in
various systems.
SKILLS REQUIRED
·        
Software Familiar
With: C,ASSEMBLY LANGUAGE.   
Tools Familiar With:    
·        
ASSEMBLER,BUILDER AND
COMPILER OF RESPECTIVE  MICROCONTROLLER.
·        
E.g- Keil, AVR studio,
Proteus Simulator.
WHO CAN APPLY: 
·        
Electronics & Electrical Engineering Students
CHIP AND V.L.S.I DESIGN ENGINEER
JOB PROFILE
·        
Architectural design
RTL coding in Verilog and VHDL.
·        
Test bench writing,
synthesis, and scripting.
SKILLS REQUIRED
Software Familiar With: 
·        
VHDL,VERILOG.
  
Tools Familiar With:    
·        
Xilinx ise, Modelsim,
Active HDL.
WHO CAN APPLY: 
·        
Electronics & Electrical Engineering Students
Process Instrumentation Engineer
JOB PROFILE
·        
Programming,
configuring & Implementation of PLC/ SCADA.
·        
P& ID, DCS systems
operations, Instrument location & wiring layout, air Flow Diagrams.
SKILLS REQUIRED
Basics of Control System e.g P,PI,PID controllers.
·        
PLC/ SCADA certified
training. E.g’s DELTA, ALLEN BRADLEY, SIEMENS.
WHO CAN APPLY: 
·        
Electronics & Electrical Engineering Students
Codec Engineer (Audio/Video)
JOB PROFILE
·        
Design and develop
efficient embedded video/audio codec software for real-time operating systems
·        
Data Compression,
modify existing features of codec software and related multimedia system to
achieve certain goals with good software programming efficiency.
SKILLS REQUIRED
·        
Digital Signal
Processing knowledge.
·        
MATLAB,C,ASSEMBLY
LANGUAGE.
WHO CAN APPLY: 
·        
Electronics & Electrical Engineering Students
Core
Companies in the Field of Electronics & Electrical Engineering

·        
Cadence
·        
ST Microelectronics
·        
Freescale
Semiconductor
·        
Securemeter
·        
Sankalp Semiconductor
·        
Xilinx
·        
Ritika systems
·        
ATmel
·        
Rolta
·        
Erricson
·        
Hind Rectifiers
·        
Nokia- Siemens
Network 
·        
Delta Electronics
·        
Renesas Technology
Pvt. Ltd.
·        
Dallas Semiconductor
·        
Fujitsu Semiconductor
·        
Zilog (Z80)
·        
Netsilicon
·        
Rabbit Semiconductor
·        
TATA Technology
·        
Amber Enterprises
·        
Emerson
·        
Bart lab (Malaysia)
·        
Microchip
·        
Virage logic
·        
Texas instruments
·        
Bosch India Ltd
·        
Minda Group
·        
Honeywell
·        
Hewlett Packard
·        
Intel
·        
Schlumberger
·        
Philips Electronics
·        
Samtel
·        
Tavant Technova
·        
Trilogy Versata
·        
  Sasken
·        
Schlumberger
·        
Siemens
·        
 SolidCore
·        
Wipro VLSI
·        
ABB
·        
Webaroo Technology
India Pvt.Ltd.
Salary Package
Starting salary >2.5  lac p.a for Diploma  Students
&  3.5  lac p.a for B.Tech. Students. 

Career prospects in the core field of Electronics & Electrical Engineering

Career prospects in the core field of Electronics & Electrical Engineering

As we know that All entities involving automation are equipped with embedded systems designing & development. At the core of every system, there is either a microprocessor or a microcontroller or any other programmable intelligent unit that works with the other interfaced unit to make a complete working product.

Main objective of Schematics Microelectronics (SME) is to make the students conceptually and practically aware about their respective fields & upcoming Technology. So in ongoing cutthroat competition, it is mandatory for every engineer to understand and become proficient in this upcoming technology.

so here is discussed as field of ELECTRONICS AND ELECTRICAL ENGINEERING

  • JOB RESPONSIBILITIES AND ROLES
  • WHAT SKILLS ARE REQUIRED FOR THE RESPECTIVE FIELDS/ JOB PROFILE?
  • WHICH ARE THE COMPANIES? WHAT ARE THE SALARY PACKAGES?

Network Engineer/ Integration Engineer/ System Administrator

JOB PROFILE

  • Design and implementation of Internal Computing network infrastructure including Ethernet, switching.
  • Provide disaster recovery when network fails, maintaining LAN/MAN/ WAN access to local servers, workstations, and offsite servers.

SKILLS REQUIRED

  • Certification of CCNA,CCNP,MCSE,NCSE.
  • Basic knowledge of Switching Theory e.g VOIP, ISDN etc.

WHO CAN APPLY: 

  • CS/ IT/ Electronics & Electrical Engineering Students

 

RF. ENGINEER

JOB PROFILE

  • Maintaining the Network performance.
  • Optimization of the network using daily report, resolving traffic congestion problems.
  • Planning of a Physical parameter of New Coming sites like Antenna Height, Type, Tilt, Azimuth, and Location of an antenna.
  • Resolving various issues of field by Interacting with customers.

SKILLS REQUIRED

  • Fundamentals of antenna design and Wireless communication.
  • Hands on experience in software  tools like HFSS and IE3D.

WHO CAN APPLY: 

  • Electronics & Electrical Engineering Students

Embedded /Robotics/ Mechatronics Engineer.

JOB PROFILE

  • Conception to manufacturable boards: circuit design, programmable logic for state machines, schematic entry, test and debug.
  • Hardware Design using 8 bit, 16 bit microcontroller and microprocessor on signature devices in various systems.

SKILLS REQUIRED

  • Software Familiar With: C,ASSEMBLY LANGUAGE.   

Tools Familiar With:    

  • ASSEMBLER,BUILDER AND COMPILER OF RESPECTIVE  MICROCONTROLLER.
  • E.g- Keil, AVR studio, Proteus Simulator.

WHO CAN APPLY: 

  • Electronics & Electrical Engineering Students

 

CHIP AND V.L.S.I DESIGN ENGINEER

JOB PROFILE

  • Architectural design RTL coding in Verilog and VHDL.
  • Test bench writing, synthesis, and scripting.

SKILLS REQUIRED

Software Familiar With: 

  • VHDL,VERILOG.   

Tools Familiar With:    

  • Xilinx ise, Modelsim, Active HDL.

WHO CAN APPLY: 

  • Electronics & Electrical Engineering Students

Process Instrumentation Engineer

JOB PROFILE

  • Programming, configuring & Implementation of PLC/ SCADA.
  • P& ID, DCS systems operations, Instrument location & wiring layout, air Flow Diagrams.

SKILLS REQUIRED

Basics of Control System e.g P,PI,PID controllers.

  • PLC/ SCADA certified training. E.g’s DELTA, ALLEN BRADLEY, SIEMENS.

WHO CAN APPLY: 

  • Electronics & Electrical Engineering Students

 

Codec Engineer (Audio/Video)

JOB PROFILE

  • Design and develop efficient embedded video/audio codec software for real-time operating systems
  • Data Compression, modify existing features of codec software and related multimedia system to achieve certain goals with good software programming efficiency.

SKILLS REQUIRED

  • Digital Signal Processing knowledge.
  • MATLAB,C,ASSEMBLY LANGUAGE.

WHO CAN APPLY: 

  • Electronics & Electrical Engineering Students

Core Companies in the Field of Electronics & Electrical Engineering

  • Cadence
  • ST Microelectronics
  • Freescale Semiconductor
  • Securemeter
  • Sankalp Semiconductor
  • Xilinx
  • Ritika systems
  • ATmel
  • Rolta
  • Erricson
  • Hind Rectifiers
  • Nokia- Siemens Network 
  • Delta Electronics
  • Renesas Technology Pvt. Ltd.
  • Dallas Semiconductor
  • Fujitsu Semiconductor
  • Zilog (Z80)
  • Netsilicon
  • Rabbit Semiconductor
  • TATA Technology
  • Amber Enterprises
  • Emerson
  • Bart lab (Malaysia)
  • Microchip
  • Virage logic
  • Texas instruments
  • Bosch India Ltd
  • Minda Group
  • Honeywell
  • Hewlett Packard
  • Intel
  • Schlumberger
  • Philips Electronics
  • Samtel
  • Tavant Technova
  • Trilogy Versata
  •   Sasken
  • Schlumberger
  • Siemens
  •  SolidCore
  • Wipro VLSI
  • ABB
  • Webaroo Technology India Pvt.Ltd.

Salary Package

Starting salary >2.5  lac p.a for Diploma  Students &  3.5  lac p.a for B.Tech. Students.