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Showing posts with label B.TECH PROJECT TOPICS. Show all posts
Showing posts with label B.TECH PROJECT TOPICS. Show all posts

Career choice : Electronics Engineer vs Electronics

95% of our life is because of the choices we make everyday.. 5% is destiny. This is a nice quotation and very true statement for any person. What choices you have made in life so far? There is one choice which is worth discussing as this article is going to impact your whole life if you choose to read on. This article is mainly written for the engineers by an electronics engineer. All to be engineers when they pass out the 12th standard made a choice of selecting their branch some chose Electronics as their career stream, at that point of time the motivation could be the remote controlled robots, or the latest state of the arts high tech gadgets. But now after completing 3 or 4 years of study how many of them are really planning to enter into the Electronics stream? Most of the electronics engineers are these days easily fascinated by the low lying fruits software jobs (.NET, Testing, PHP etc..). This happens mainly due to lack of awareness of this domain and lack of career guidance. The electronics domain is the most challenging domain in terms of technology and offers the best salaries in India. The starting salaries in this domain from the top VLSI companies after B.Tech is more than 6.0 Lacs per annum. In this domain the world’s top semiconductor companies has their design centres in India, The top companies in this domain are Intel, ST micro electronics, AMD, MOTOROLA, Freescale, ARM, Qualcomm, Samsung, Synopsys, Cadence etc. In this domain the companies are characterised as product companies, services companies and tool support companies. The product companies hires less engineers and they pay the best and then comes the Services companies they hires in bulk and it is not very difficult to get into these companies, and the third category is the tool development and support companies, they hires the less candidates and are the pay masters, they do not develop the semiconductor chips but they develop the support tools for developing the Semiconductor chips. All these companies hires fresh engineers. So how the fresh electronics engineer’s can apply and get selected in those top blue chip companies? Incise Infotech Training and placement Director Mr. Akshat Gupta is helping young engineers to get into these companies since last 3-4 years. He explains how the fresh engineers can get into this prestigious domain just by doing some right choices. His first advice to young engineers is to clear their basics of Digital electronics and Basic electronics fundamentals. He says that Incise infotech has developed a unique mechanism of asking the right fundamental question which challenges the hidden electronics engineer of each engineer and their talent comes out. After clearing the domain fundamentals he advices the young students to take some expert training while doing their engineering. This expert training is important as the technology has advanced very fast in the last 10 years. The Incise Infotech has a one year program which takes students from fundamentals to the very advanced concepts of chip development. The students learns the Verilog, System Verilog, Static Timing analysis and also Synthesis concepts. They make the real communication designs and simulate them and see them really working. The training method is learn by doing. Towards the end of the program they prepares the students for the interviews and written tests. During the training program all students gets to interact with the hardcore Semiconductor professionals who has developed world’s best innovations like Moto Razr, Apple iPad, Blue tooth devices, gaming consoles etc. At Incise the student’s do the complex and real Industry projects during their training program and solve the real problems. The focus of the projects is not the result but to learn the process of making the project. Incise also offer’s the dedicated short term training programs for the passout student’s which helps them cracking the first interview opportunity. The Semiconductor domain is a technology not a language like C,C++ or .NET, so the young engineers should have confidence and patience as it takes time and well defined process to learn the technology. The process to get a dream job is very simple. The first step is to identify what do you want? Once you know what is your dream job then identify what are the companies working in this domain or doing this kind of job? And then find out if you have any senior’s in that company else you can take help from social networking sites to find the people working in those dream companies. Then identify what those companies expects from a fresh engineer’s and plan how you can get that knowledge and how you can get the opportunity to present your knowledge in front of that company. In simple words set your goals and achieve it.
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Summer Training in Scripting

Module :1 UNIX, PERL
UNIX Fundamentals
Introduction to PERL
Basic Operators and Control Flow
Understanding Scalar Values
Lists and Array Variables
Reading from and Writing to Files
Pattern Matching
More Control Structures
Using Subroutines
Associative Arrays

Module :2 TCL, VIM
GVIM Fundamentals
System Functions
Command-Line Options
System Variables
Tcl Fundamentals
Strings and Pattern Matching
Tcl Data Structures
Control Flow Commands
Procedures and Scope
MINI Project PERL, TCL
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Summer Internship in .NET and PHP

Module :-1
- INTRODUCTION
- Microsoft .Net Framework
- Web Pages
- Master Pages
- Page Life-cycle
- Theme
- CONTROLS
- TextBox, Button
- DropDownList
- CheckBox, CheckBoxList,
- RadioButton, RadioButtonList
- Image, ImageButton, HyperLink
- VALIDATION CONTROLS
- RequiredFieldValidator
- RegularExpressionValidator
- RangeValidator
Module :- 2
- DATABASE CONNECTIVITY
- .Net DataBase Connection
- Data insertion in database
- Data Fatching from database
- DataBinding with GridView and Repeater – 2 days
- CONTINUE WITH DATABASE
- Data updation and Deleting with GridView and Repeater
- NAVIGATION
- Sitemap
- Menu
- TreeView
- Introduction of AjaxControlToolkit Controls – 2 days


INCISE® Certified PHP 6 weeks Program


Module :-1
Introduction to PHP
Variables and Expressions
Conditional Tests and Events
Flow Control & Configuration
Handling Databases
String Manipulation
Sessions and Cookies
Open Source Technology
Module :- 2
Putting PHP session IDs in pages
exploiting the built-in functionality of
PHP
Structuring PHP code
Accessing global variables
Building code libraries for reusability
Object Orientation in PHP
Exception handling in PHP
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Summer Internship in Embedded Systems

Module #1
Processor Architecture and Programming Basics
o Computer Hardware and Stored Program Computer concept
o Typical ‘C’ Program Execution
o How Instruction Cycle works?
o How Interrupts are executed?
o Conversion from High Level Language to Assembly Language
o Performance Analysis of CPU
o RTOS basic programming in ‘C’
o Introduction to ARM/8051 Processor.
o Introduction to Linux Operating system.
o Compiler concepts
o Linker, Loader & Interpreter
o Lex and YACC programming
o Assembly language and Microcontroller Programming (Board Specific)


Module #2
Structured Programming in ‘C’
o ‘C’ Language Basics
o Control Flow
o Functions & Pointers
o Arrays and Strings
o User Defined Types
o Basic File Handling
o Program Organization
o Coding Guidelines
o Storage Allocation
o Standard Libraries
o Strings
o Dynamic Memory Allocation
o Complex Data Types
o Advanced File Handling
o Advanced Arguments
o Preprocessing
o Production-level Coding

Industrial Project on Devt. Boards
o Software Development Life Cycle (SDLC) Models and Phases
o Requirements Analysis and Specification Development
o High and Low-Level Design
o Project Coding & Testing
o Project Review, Delivery and Acceptance
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VLSI Design Summer Training program

INCISE® Certified VLSI 6 weeks Program (with Mini Project)

Module #1
o Digital Design concepts and building blocks
 Combinational Circuits
 Sequential Circuits
 Shift Registers
 Memory
o Basics of Verilog HDL
o Implementation of basic building blocks in Verilog HDL
o What is a Simulator? How does it work?
o Verification of designs using Waveforms
o Lab # : All synchronous and Async circuits , Synchronous and Symmetric FIFO, Mini project
Module #2
o Creation of block-level Test Bench & Test Cases in HDL
o ASIC v/s FPGA
o FPGA History and Evolution
o FPGA Architecture
o FPGA Programming Flow
o Advanced Design Concepts
o FSM, Mealy & Moore Machines
o Synchronous Circuits
o Clock and Timing
o Blocking & Non-Blocking Statements
o Lab # : Create Test Bench for Mini Project
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How to choose your final year project? How important it is ?

The final year project is the main weapon for any engineer passing out from college. In almost all interviews there will be few questions on your final year project. And the interviewer expects you to deliver the best answer of all these project based questions as you are expected to go through the technology behind that project.
On many occasions if you are appearing in a small of medium sized company's interview than your selection is more based on your final year project as the smaller companies expects the productivity from day-1 and if you know the technology which falls under the product range of the hiring company than your selection chances becomes very high.

How to choose Final year Project?

This is the biggest question and the most important decision for the under graduates. As the most of the UG students does not have a fair idea about the impact of the final year project. They realise the importance much later and at that point of time they do not have time to correct it. Some students change their final year project while applying for the jobs but they lack the knowledge so they fails to explain the basic logic and rejected in the interviews.

Here are some tips to choose final year project:
* Choose HOT technology, which opens many job avenues.
* The domain should be wide and of your interest as it may be the domain for your life.
* Do not try to opt for very complex project
* Find some basic but innovative solution
* Try to make things simple
* Identify the tools and technology required to implement it.
* Discuss with some immediate seniors who are working in the Industry
* Check your labs and identify some Industry mentors apart from Teachers
* REMEMBER EXPECTATION FROM YOU IS TO KNOW THE PROCESS OF MAKING

I must emphasize here the importance of the Industry mentors, the presence of a Industry mentors can really change the direction of your career. As they are the people who are living the technology on a daily basis. They are the people who are involved in hiring so they know what they are looking for in a fresh candidate who will be joining them next year. It will also help you in networking inside the Industry. ( I will write in more detail about networking later as this is another important aspect)


Please forward this link to as many students as possible. I request all readers to start following this blog, As there will be a lot of stuff coming in on this page.
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Importance of B.Tech Projects

This blog is dedicated to the thousands of the students who are studying in BE, B. Tech, MCA, MSc, BSc streams and have been assigned to develop their final Year project as part of their degree completion requirement.

WHY I AM WRITING THIS BLOG?
Silicon Guru was sitting in his office inside BIG MNC and his HR manager walks in and give him a CV of a fresh engineer. He looks at the CV and was impressed with the details written in the CV of the fresh engineer and he was excited to meet the the engineer who is exactly matching with requirement, which Silicon Guru was looking for since long time. He is directly headed towards the meeting room where the fresh engineer was waiting for the interviewer.

Silicon Guru was greeted by him with a big smile and Good morning Sir...
Good Morning Rahul was the answer.. and then started the introduction round from both sides.. So far it was going good and Silicon Guru came to the point directly without wasting much time. And here come the first technical question from Silicon Guru.

"Rahul I am really impressed to see the project which you have developed in final year. Can you please explain what issues you encountered while you were developing this final year project?"
Silicon Guru was very much dis-appointed to hear the answer.. in fact there was no answer and after some talk Rahul admitted that he purchased his project from Sardarji's shop in Delhi by paying Rs 25K. This was not the first time Silicon Guru heard this confession from a engineer,Who was repenting on his decision to buy that project, This incident was happenning with him again and again.  And this prompted Silicon Guru to write this blog to make student's aware about the importance of final Year project.
Silicon Guru will throw more light on why Rahul and other Student's like Rahul purchase their projects later in this article.

ADVICE #1 NEVER EVER PURCHASE YOUR FINAL YEAR PROJECT
* As your final year project is your Biggest weapon while facing interview
* It is most likely that your CV is shortlisted just because of your Final Year Project
* You must know making of your Project, As the interviewer will be more interested in the issues which you faced while developing your project.

Some open Questions?
Does Rahul and his friends had enough technical support to develop the Final Year B. Tech project?
What facilities the college was providing to develop final year B.Tech Projects?
Was he forced to buy his final year project?

Choices ? Rahul choose to buy his project and because of that he lost one hard earned job opportunity. I have read it somewhere that:- "95% of our life is because of our choices and 5% is dependent on luck"
Next Posts -- Why Rahul and other Students purchase their Projects?
                  -- How to choose your final year project? How important it is ?
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L293d motor driver

Features
The L293D is a popular motor driver IC that is usable from 6 to12V, at up to 1A total output current. By itself, the IC is somewhat diffcult to wire and use, but the Compact L293D Motor Driver makes it much more convenient to use.
Board Special Features
  • Four motor direction indicator LEDS
  • Schottky EMF-protection diodes
  • Socket pin connectors for easy logic interfacing
  • Enable pins are user accessible.
L298 Features






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discover project Electrical



Auto Power Supply Control From 4 Different Sources: Solar, Mains, Generator & Inverter To Ensure No Break Power
Auto Power Supply Control From 4 Different Sources: Solar, Mains, Generator & Inverter To Ensure No Break Power
The main objective of this project is to provide uninterrupted power supply to a load, by selecting ..
Rs.4,099.00
Ex Tax: Rs.4,099.00
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Auto Selection Of Any Available Phase, In 3 Phase Supply System
Auto Selection Of Any Available Phase, In 3 Phase Supply System
The project is designed to provide uninterrupted AC mains supply i.e., 230 volt to a single phase lo..
Rs.7,899.00
Ex Tax: Rs.7,899.00
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Automatic Star Delta Starter Using Relays And Adjustable Electronic Timer For Induction Motor
Automatic Star Delta Starter Using Relays And Adjustable Electronic Timer For Induction Motor
The project is designed to provide low voltage start to induction motors. This is achieved by using ..
Rs.5,899.00
Ex Tax: Rs.5,899.00
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Bidirectional Rotation Of An Induction Motor With A Remote Control Device
Bidirectional Rotation Of An Induction Motor With A Remote Control Device
The project is designed to drive an induction motor for the required application in forward and reve..
Rs.3,299.00
Ex Tax: Rs.3,299.00
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Bldc Motor Speed Control With Rpm Display
Bldc Motor Speed Control With Rpm Display
The main objective of this project is controlling speed of BLDC motor and displays its speed using a..
Rs.3,999.00
Ex Tax: Rs.3,999.00
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Detecting Power Grid Synchronisation Failure On Sensing Frequency Or Voltage Beyond Acceptable Range
Detecting Power Grid Synchronisation Failure On Sensing Frequency Or Voltage Beyond Acceptable Range
The project is designed to develop a system to detect the synchronization failure of any external su..
Rs.4,299.00
Ex Tax: Rs.4,299.00
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Dish Positioning Control By Ir Remote
Dish Positioning Control By Ir Remote
The project is designed to develop a dish positioning system which can be operated by using a conven..
Rs.4,899.00
Ex Tax: Rs.4,899.00
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Dtmf Based Load Control System
Dtmf Based Load Control System
The project works on the principle of DTMF tone command so received from any phone to remotely switc..
Rs.4,199.00
Ex Tax: Rs.4,199.00
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Four Quadrant Dc Motor Control Without Microcontroller
Four Quadrant Dc Motor Control Without Microcontroller
The project is designed to develop a four quadrant control system for a DC motor. The motor is opera..
Rs.3,899.00
Ex Tax: Rs.3,899.00
Four Quadrant Dc Motor Speed Control With Microcontroller
Four Quadrant Dc Motor Speed Control With Microcontroller
The project is designed to develop a four quadrant speed control system for a DC motor. The motor is..
Rs.3,599.00
Ex Tax: Rs.3,599.00
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Gsm Based Energy Meter Reading With Load Control
Gsm Based Energy Meter Reading With Load Control
The main objective of the project is to develop a GSM based energy meter reading system and load con..
Rs.10,999.00
Ex Tax: Rs.10,999.00
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Gsm Based Monthly Energy Meter Billing Via Sms
Gsm Based Monthly Energy Meter Billing Via Sms
The project is designed for reading electrical energy consumed in units and in rupees to display on ..
Rs.9,799.00
Ex Tax: Rs.9,799.00
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High Voltage Dc Upto 2Kv From Ac By Using Diode And Capacitors In Voltage Multiplier Circuit
High Voltage Dc Upto 2Kv From Ac By Using Diode And Capacitors In Voltage Multiplier Circuit
The project is designed to develop a high voltage DC around 2KV from a supply source of 230V AC usin..
Rs.5,699.00
Ex Tax: Rs.5,699.00
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Induction Motor Protection System
Induction Motor Protection System
The project is designed to protect an induction motor from single phasing and over temperature. Prov..
Rs.5,699.00
Ex Tax: Rs.5,699.00
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