Front Runner Programme

Why Front Runner Program?

Every year thousands of engineering students graduate from universities and colleges around the country. For a vast majority, the lure of the industry is too much to resist. As can be expected, however, only the top scorers from the best colleges (equipped with the latest technology skills) walk away with the best jobs. The others often end up being underemployed or, even worse, unemployed. Reason being, employers hire only those students who can take on responsibility from the very first day and equipped with the skills what industry required. They need complete professionals who can perform on the job without requiring extensive training. With the help of the 4-month Accelerated Guaranteed Job Program, you, too, can become such a technology leader.

Course Highlights

What you will receive?

Program Details

    1. Duration : 4 Months
    2. Covers:  Nanotechnology + Embedded Systems + Robotics
    3. Total 120 Hours of Instructor Led Training + Practice Sessions
    4. Student eligibility – 12th Pass (Science) students.
    5. Specially recommended for Engineers (Final year and graduates) pursuing electronics, electrical, mechanical, civil, instrumentation & BSc/ MSc /BIT/ BCA/MCA /IT students. 
    6. Placement assistance is available to all candidates who clear the exam.
    7. Optional placement guarantee is available for this program.
Nanotechnology
Introduction
Introduction to Nanotechnology
Course Details
Introduction
{short description of image} What is nanotechnology
{short description of image} Advantages of Nanotechnology
{short description of image} Improved transportation
{short description of image} Atom computers
{short description of image} Military applications
{short description of image} Solar energy
{short description of image} Medical uses
{short description of image} How Long?
{short description of image} Scope of nanotechnology
 
Primer on manufacturing processes
{short description of image} Bottom-up self assembly (wet chemistry)
{short description of image} Intrinsic, autonomous
{short description of image} Biomimetic, controlled
{short description of image} Top-down assembly (lithography and derivatives)
{short description of image} Dip-pen lithography
{short description of image} Soft lithography and nanoscale printing
{short description of image} E-beam and deep UV lithography
{short description of image} Other production processes
{short description of image} Vapor deposition
{short description of image} Evaporation
{short description of image} Combustion
{short description of image} Thermal plasma
{short description of image} Milling
{short description of image} Cavitations
{short description of image} Coating (spin or dip)
{short description of image} Thermal spray
{short description of image} Electro deposition
 
 
CNT - Carbon NanoTube
{short description of image} Fabrication
{short description of image} CNT based logic & memory device
{short description of image} CNT based Biosensors
 
Chemistry and Nanotechnology
{short description of image} Fuel Cells?
{short description of image} What is it
{short description of image} Where does nanotech come in?
{short description of image} Proton Exchange Membrane
{short description of image} Surface Chemistry
 
Nano computers
{short description of image} Nano computers
 
Nanotechnology and Life Sciences (Medicine)
{short description of image} Nanomedicine
{short description of image} Molecular Body
{short description of image} Working outside Tissues
{short description of image} Working within Tissues
{short description of image} Herding Cells
{short description of image} Rebuilding Tissues
{short description of image} Working on Cells
{short description of image} New Organs and Limbs
{short description of image} First Aid
{short description of image} Plague Insurance
{short description of image} Our Inadequate Abilities
{short description of image} Aging
{short description of image} An application: killing cancer cells
{short description of image} An application: providing oxygen
{short description of image} An application: artificial mitochondria
{short description of image} How Long?
 
Nano Diamond
{short description of image} Introduction
{short description of image} Basics
{short description of image} Design
{short description of image} Attributes
{short description of image} Uses
 
Issues and Downsides
{short description of image} Information Loss
{short description of image} Physical Limits and Nonsense
{short description of image} Population
{short description of image} Solutions Cause Problems
{short description of image} Change Causes Problems
{short description of image} Clean, Decentralized Production Causes Problems
{short description of image} Wealth and Leisure Cause Problems
{short description of image} Changing Employment Causes Problems
Prerequisites
Basic Knowledge of Science - Physics and Chemistry
Embedded Robotics
Introduction
The course involves making of a robot from scratch. During the workshop you will be exposed to programming in 8051 Microcontroller. At the end of the workshop you would have constructed your own robot. The workshop clears concepts related to embedded systems, artificial intelligence, robotics and automation. The technical workshop is conducted once a month. Students interested in participating in Robotics competition always join the workshop.
Contents

Module 1

  • Introduction to Robotics
    • Industry Scenario
    • Robotic Arm
  • Different types of motors
    • DC Motor
    • Servo Motor
    • Characteristics and comparison of motors
  • Different types of Drives
    • Car type steering
    • Differential Drives
  • Legged Robots
    • 6 legged robots
    • 4 legged robots
    • 2 legged robots
  • Revising 8051 Microcontroller

Project Work: Programming 8051 using Keil C

Module 2

  • Revising 8051 Microcontroller continued
  • Interfacing with DC geared motor
  • Controlling Speed and direction of the motor
  • Calibrating the IR sensor

Project Work: Interfacing with IR and DC geared motor using Keil C

Module 3

  • Mechanical Construction of Robot
  • Simple PC controlled Robot
  • Simple obstacle avoiding Robot
  • An example of self learning robot and Artificial Intelligence

Project Work:

  • Mechanical Construction of Robot
  • Simple PC controlled Robot
  • Simple obstacle avoiding Robot

Module 4

  • Creating a line following robot
  • Testing for various cases

Project Work: Line following Robot
Duration: 24 hours of supervised training
Prerequisites: Basic C programming

 

Microsoft.Net
Introduction
Introduction to Dot Net Technologies
Course Details
The course covers introduction to .NET, VS.NET and .NET architecture. It covers programming on VB.NET and ADO.NET, ASP.NET. It also covers windows and web application development using these. .NET is one of the most upcoming fields in programming and a variety of job options available. Bill Gates himself says ".NET will be one of the best platforms to work on."
DOTNET Defined
{short description of image} What is .NET?
{short description of image} What are Web Services?
{short description of image} Example of a Web Services Application
{short description of image} What is .NET Built On?
 
DOTNET Framework
{short description of image} NET and XML
{short description of image} About SOAP
{short description of image} NET vs. Java
{short description of image} Common Language Runtime (CLR)
{short description of image} Common Language Specification (CLS)
 
Visual Basic .NET
{short description of image} Powerful Windows-based Applications
{short description of image} Building Web-based Applications
{short description of image} XML Web Services
{short description of image} Mobile Applications
 
OOP with VB (Introduction Only*)
{short description of image} OOP Basic
{short description of image} Concepts of OOP:
{short description of image} Briefly on Concepts
{short description of image} Structures
{short description of image} Assemblies
 
Console Applications
{short description of image} Example on a Console Application
{short description of image} Data Types in VB .NET
{short description of image} Statements
{short description of image} Functions
{short description of image} Parameters
{short description of image} Loops
{short description of image} Data Type Conversion, File Extensions
{short description of image} Enumeration, Exception Handling
 
Visual Studio .NET IDE
{short description of image} Important Features
{short description of image} New Project Dialogue Box
{short description of image} Solution Explorer Window
{short description of image} Server Explorer Window
{short description of image} Intelligence
{short description of image} Code Designer Window
{short description of image} Dynamic Help Window
{short description of image} Command Window
{short description of image} Class View Window
{short description of image} Output Window
{short description of image} Object Explorer Window
{short description of image} Toolbox Window
 
Windows Forms
{short description of image} Working with Forms
{short description of image} Working with Multiple Forms
{short description of image} Input Box Function
{short description of image} Anchoring
{short description of image} Docking
{short description of image} Handling Mouse Events in Forms
{short description of image} MDI Applications
{short description of image} Debugging VB .NET Applications
{short description of image} Breakpoints
 
ASP.NET
{short description of image} Why ASP.NET?
{short description of image} Advantages Using ASP.NET
{short description of image} Differences between ASP.NET and Client-Side Technologies
{short description of image} Client-Side Scripting
{short description of image} Server-Side Scripting
{short description of image} ASP.NET Features
{short description of image} Easy Programming Model
{short description of image} Flexible Language Options
{short description of image} Great Tool Support
{short description of image} Rich Class Framework
{short description of image} Compiled execution
{short description of image} Rich output caching
{short description of image} Enhanced Reliability
 
ASP.NET Development Environment
{short description of image} Setting Up the Development Environment
{short description of image} IIS
{short description of image} Web Hosting
{short description of image} ASP.NET Web Matrix
{short description of image} Configuring IIS 6.0, ASP.NET in Windows 2003
{short description of image} Manually Configuring IIS 6.0 and ASP.NET 1.1
{short description of image} Lockdown Mode
{short description of image} VS .NET IDE
{short description of image} Important Features of Visual Studio .NET IDE
{short description of image} IDE is Customizable
{short description of image} Built-in Browser
{short description of image} The Solution Explorer Window
{short description of image} Code Designer Window
{short description of image} Properties Window
{short description of image} Toolbox Window
{short description of image} Task List Window
{short description of image} Class View Window
{short description of image} Output Window
{short description of image} Web Matri
{short description of image} ASP.NET Page and HTML Designer
{short description of image} SQL Server and Access Database Management
{short description of image} XML Web Services Support (Introduction Only*)
{short description of image} Mobile Application Support(Introduction Only*)
 
Projectless File and FTP Workspaces (Introduction Only*)
{short description of image} Development Web Server
 
Web Forms
{short description of image} Components of Web Forms
{short description of image} The ASPX Extension
{short description of image} Stages in Web Forms Processing
{short description of image} Web Application State
{short description of image} HTML Hidden Form Fields
{short description of image} Query Strings
 
XML (Introduction Only*)
{short description of image} What is XML?
{short description of image} Breaking the above code for understanding:
{short description of image} Well-Formed Document
{short description of image} Understanding the above document for well-formedness
{short description of image} Breaking the DTD for understanding:
{short description of image} Why XML Web Services?
{short description of image} Example of a Web Service
{short description of image} Web Service Discovery
{short description of image} Web Service Description
{short description of image} Web Service Wire Formats
 
Learn By Example (Introduction Only*)
{short description of image} The System.Web.Services namespace
{short description of image} Coding a Sample Service
 
Deploying XML Web Services (Introduction Only*)
{short description of image} The System.Web.Services namespace

Introduction Only* - These topics will be introduced in this course. The courseware provided to you has in depth coverage of these topics with required tools which can be practiced at home by the attendants. The instructor may go in depth of certain topics depending on the profile of the attendants and pace of the course.

Prerequisites

Basic Programming Techniques

 

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