info@takeoffprojects.com
Logo
EMBEDDED SYSTEMS IN-PLANT TRAINING

   To enrich the practical knowledge of the students, the university insist the students to offer the in-plant training.In this training, students will have to study a problem in industrial perspective and submit the reports to the university.The training period will be 4 to 6 weeks.Generally the students will go for their in-plant training during their semester vacations.Such in-plant training will provide an industrial exposure to the students as well as to develop their career in the high tech industrial requirements.

Why inplant training

Electronics and Electrical Engineering hold a unique position in the minds of students.

Their contributions to what we call “Technological Development” is noteworthy. From the smartphones in our hands to rockets that are being launched, without these Engineering areas, a dream could have never become a reality.

No wonder, these courses are the most sought after in engineering admissions. But wait, is it enough to be just a student in these streams? Is there something you should do to stay ahead of others?

If these questions continue to haunt your mind, then our answer is “InPlantTtraining(IPT)”.

Course Highlights :

Industrial Trainers

Case study

Hands-On Training

Project Guidance

Tutorial and necessary documents

Compiler and Simulator student version


Levels Duration Projects Covered Training Details Certificate Fee
Level 1 1 Week (3 hours/day) 2 Mini projects

Basic Level only sensor interfacing with Microcontrollers.

Two Ceritificates will be issued to the candidates.


Internship Certificate

Project Completion Certficate

Rs.1000/- per student
Level 2 2 Weeks (3 hours/day) 3 Mini projects

Basic Level sensors + Module interfacing will be focused.

3 Ceritificates will be issued to the candidates.


Internship Certificate

In-Plant Certificate

Project Completion Certficate

Rs.2000/- per student
Level 3 3 Weeks(3 hours/day) 4 Mini projects + 1 Major Project

Basic Sensor + Modules + Advance Level Controllers.

4 Ceritificates will be issued to the candidates.


Internship Certificate

In-Plant Certificate

2 Workshop Certificates

Project Completion Certficate

Rs.3000/- per student

Example Modules

Gas sensors

Ir sensors

Pir sensors

Raindrop sensors

Flux sensors

Magnetic sensors

Temperature sensors

Relay circuits

LDR sensors

Ultra sonic sensors

Long IR sensors

Metal detector

Humidity sensor

SESSION 1 :

  • Introduction to embedded systems and its applications
  • Introduction to microcontrollers & microprocessor
  • Microcontroller’s advantages and its features

SESSION 2 :

  • Basics of electronics
  • Basic sensors explanations
  • Introduction to embedded c programs

SESSION 3 :

  • Interfacing first sensor to the microcontrollers
  • Sensor connections and its pin details
  • First sensor code explanation

SESSION 4 :

  • Interfacing to second sensor
  • Second sensor hardware connections and pin details
  • Second sensor code explanation

SESSION 5 :

  • Interfacing to third sensor
  • Sensor module hardware connections and pin details
  • Third sensor code explanation

SESSION 6 : LAB

  • 2 Projects

Here you have to play with different types of modules like :

Example Modules

RFid modules

zigbee modules

gsm modules

gps modules

finger print

voice recognition modules

DTMF boards

SESSION 1 :

  • Introduction to embedded systems and its applications
  • Introduction to microcontrollers & microprocessor
  • Microcontroller’s advantages and its features

SESSION 2 :

  • Basics of electronics
  • Basic sensors explanations
  • Introduction to embedded c programs

SESSION 3 :

  • Interfacing first sensor to the microcontrollers
  • Sensor connections and its pin details
  • First sensor code explanation

SESSION 4 :

  • Interfacing to second sensor
  • Second sensor hardware connections and pin details
  • Second sensor code explanation

SESSION 5 :

  • Interfacing to third sensor
  • Sensor module hardware connections and pin details
  • Third sensor code explanation

SESSION 6 :

  • Introduction to embedded systems and its applications
  • Introduction to microcontrollers & microprocessor
  • Microcontroller’s advantages and its features

SESSION 7 :

  • Basics of electronics
  • Basic modules explanations
  • Introduction to embedded c programs

SESSION 8 :

  • Interfacing first module to the microcontrollers
  • Hardware connections and its pin details
  • First module code explanation

SESSION 9 :

  • Interfacing to second module
  • Second module hardware connections and pin details
  • Second module code explanation

SESSION 10 :

  • Interfacing to third module
  • Third module hardware connections and pin details
  • Third module code explanation

SESSION 11 : LAB

  • 1 Project

SESSION 12 : LAB

  • 2 Projects

Here you are getting 3 different types of microcontrollers and its application and features and coding

Example Modules :

At89s51 pin configuration and its pin interfacing

Pic16f877a pin configuration and its pin interfacing and its details

Lpc2148 pin configuration and its pin interfacing and its details.

SESSION 1 :

  • Introduction to embedded systems and its applications
  • Introduction to microcontrollers & microprocessor
  • Microcontroller’s advantages and its features

SESSION 2 :

  • Basics of electronics
  • Basic sensors explanations
  • Introduction to embedded c programs

SESSION 3 :

  • Interfacing first sensor to the microcontrollers
  • Sensor connections and its pin details
  • First sensor code explanation

SESSION 4 :

  • Interfacing to second sensor
  • Second sensor hardware connections and pin details
  • Second sensor code explanation

SESSION 5 :

  • Interfacing to third sensor
  • Sensor module hardware connections and pin details
  • Third sensor code explanation

SESSION 6 :

  • Introduction to embedded systems and its applications
  • Introduction to microcontrollers & microprocessor
  • Microcontroller’s advantages and its features

SESSION 7 :

  • Basics of electronics
  • Basic modules explanations
  • Introduction to embedded c programs

SESSION 8 :

  • Interfacing first module to the microcontrollers
  • Hardware connections and its pin details
  • First module code explanation

SESSION 9 :

  • Interfacing to second module
  • Second module hardware connections and pin details
  • Second module code explanation

SESSION 10 :

  • Interfacing to third module
  • Third module hardware connections and pin details
  • Third module code explanation

SESSION 11 :

  • Introduction to embedded systems and its applications
  • Introduction to microcontrollers & microprocessor
  • Microcontroller’s advantages and its features

SESSION 12 :

  • Microcontroller 8051 basic discussion
  • Microcontroller 8051 advantages and its features
  • Interfacing any one peripherals to the controllers

SESSION 13 :

  • Proteus software introduction
  • Hands on working knowledge for proteus software
  • 8051 controllers dumping software introduction

SESSION 14 :

  • Introduction to PIC 16F877A microcontroller
  • PIC16F877A Features and pin specifications
  • Interfacing any one peripheral to PIC controller

SESSION 15 :

  • Introduction to ARM7 (LPV2148) microcontroller
  • LPC2148 Features and pin specifications
  • Interfacing any one peripheral to ARM7 controller

SESSION 16 : LAB

  • 3 Min Projects

SESSION 17 : LAB

  • 1 Major Project
Call us : (+91) 9030333433 / 08772261612
Mail us : takeoffstudentprojects@gmail.com
Mail us : info@takeoffprojects.com
Call us : (+91) 9030333433 / 08772261612
Mail us : takeoffstudentprojects@gmail.com
Mail us : info@takeoffprojects.com