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Embedded Systems & Robotics The course involves making of a robot from scratch. During the workshop you will be exposed to programming in 8051 Microcontroller, PIC microcontroller & Embedded Linux. At the end of the Training you would have constructed your own robot. The Training clears concepts related to embedded systems, artificial intelligence, robotics and automation. The Training is a flagship workshop of Appin. Students interested to make their career in Robotics or Embedded Technologies always join the type of training. LEVEL 1 (60hrs(27+3=30)days) For Detailed Course Contents Click Here CAREER DEVELOPMENT PROGRAMS : Duration 40-50 hrs (Included in the Training Modules) Introduction, Time management, Relationship management, Dress code, Body language Motivation and corporate communication, Confidence building (memory Technique) Leadership & mentoring program, Goal Setting Interview Skills, Tips. FAQs, Mock Interviews, Resume Building & Placement assistance OUR VALUE PROPOSITION Training on latest technologies helpful in placement in companies such as IBM, Microsoft, TCS, Infosys, and ST Microelectronics.Fulfills AICTE requirement of summer training for 2nd and 3rd year students.It helps candidates better placed and equipped with skills to take on corporate positionsHelps reach of candidates in corporate communicating.Sharpens Students leadership and mentoring skills which are helpful in their whole career.osition them better in corporate across the globeOur niche IT Embedded Workshops helps Candidates to know current trend in the marketOur spring of inspiration program builds confidence, polishes Interview skills, Resume building andplacement assistance will help them to get job easily. OUR SPECIAL FEATURES Training By Industry Experts Projects at the end of each Modules with Real Time Concepts Extensive emphasis on lab exercises that are all based on real world scenarios. Comprehensive and most up-to-date courseware. We customize course duration, syllabus as per client requirement Quality & Dedicated Training. Free Interview Questions Free Resume Making. Complete Syllabus with lots of Examples, real time assignments & practical 100% Genuine Placement Assistance. Please check our Placement Record Flexible Batch Timings Weekdays Weekends 247 Lab Facility
In this course our main focus would be as to How we can interface Various Devices using microcontrollers. Microcontrollers have a vast number of applications. This course would expand ones potential to explore and develop new devices interfaced using the microcontrollers.
In the future almost all electronic products will include microprocessors in their design. Utilization of microprocessors microcontrollers in a hardware design augments the design's capabilities while simplifying the design's implementation. Due to this it is important that students of Electrical Engineering and Computer Science or in any other undergraduate course must have Knowledge of microcontrollers. However most of the times it is difficult, for universities and colleges to provide an adequate microcontroller lab due to limited lab space and budget restrictions.
This course is ideal for the student, engineer, technician, and hobbyist. The course will help Embedded systems engineers working in industry, technicians, electronic hobbyists, undergraduate and graduate students developing embedded systems projects who have knowledge of the basic principles of PIC microcontrollers and want to develop more advanced applications. It will boom the confidence of students in developing applications based on interfacing AVR, ARM and other microcontrollers with different devices. Students will have hands on programming in Embedded C. They will also develop a good understanding how Electronic systems are controlled.
UNIT 1:Basic ElectronicsUNIT 2:Basics of CUNIT 3:Basics of systemsUNIT 4:Types of systemsUNIT 5:Basics of embedded systemsUNIT 6:Input devicesUNIT 7:Output devicesUNIT 8:Features of 8051 MicrocontrollerUNIT 9:Embedded CUNIT 10:Interfacing peripherals with 8051UNIT 11:Robotics- Mini Project
LEVEL 2(120hrs(59+1=60)days)For Detailed Course Contents Click Here
UNIT 1:CUNIT 2:C++UNIT 3:AVR MicrocontrollerUNIT 4:PIC MicrocontrollerUNIT 5:Robotics- Project
LEVEL 3(90hrs(41+4=45)days)For Detailed Course Contents Click Here
UNIT 1:ARM ProcessorsUNIT 2:Basics of OSUNIT 3:LinuxUNIT 4:RTOSUNIT 5:RTLinuxVxWorksUNIT 6:Major Project
Note: A student can take up various course contents in the following manner:
Level-1 .1 month (Basic)Level-(1+2).3 months (Intermediate)Level-(1+3).3 months (Advance)Level-(1+2+3)6 months (Complete)
Apart from this, a student can also select a specific level or even individual modules according to hisher convenience.
We offer .Net Course which is one of the most happening and sought after technologies in the IT industry today. Our company in association with a team of Corporate Trainers is conducting .NET training sessions for a limited period.
.NET is the Microsoft Web services strategy to connect information, people, systems, and devices through software. Integrated across the Microsoft platform, .NET technology provides the ability to quickly build, deploy, manage, and use connected, security-enhanced solutions with Web services. .NET-connected solutions enable businesses to integrate their systems more rapidly and in a more agile manner and help them realize the promise of information anytime, anywhere, on any device. The Microsoft platform includes everything a business needs to develop and deploy a Web service-connected IT architecture: servers to host Web services, development tools to create them, applications to use them, and a worldwide network of more than 35, 000 Microsoft Certified Partner organizations to provide any help you need.
Course Coverage
Module 1 : C# PROGRAMMING
Unit 1: Introducing .Net And C#
Unit 2 : Understanding the .Net Framework
Unit 3 : C# Basics
Unit 4 : C# Data Types, Storage and Variables
Unit 5 : OOP'S Concept in C#
Unit 6 : Arrays, Indexer and Collection In C#
Unit 7 : C# Operators& Data Type
Unit 8 : Delegates And Events In C#
Unit 9 : File Handling
Unit 10 : Threading
Unit 11 : Error and Exception Handling
Unit 12 : Windows Forms
Unit 13 : Ado.Net
Unit 14 : Deployment
Unit 15 : Overview Of Visual Studio 2010
Module 2 : Asp.Net Programming with Security
Unit 1 : Introduction to Asp.Net
Unit 2 : Working With Server Controls
Unit 3 : Server Controls Form Validations
Unit 4 : Understanding Page Life Cycle & State Management
Unit 5 : Master Pages
Unit 6 : Caching In Asp.Net
Unit 7 : Ajax Introduction
Unit 8 : Security
Unit 9 : Globalization and Localization
Unit 10 : Crystal Reports
Module 3: Ado.Net and Its Features for Detailed Course
Unit 1 : Introduction Ado.Net
Unit 2 : The .Net Data Providers
Unit 3 : Visual Studio .Net And Ado.Net
Unit 4 : Using Data Readers
Module 4 : WCF for Detailed Course
Unit 1 : Basics
Unit 2 : Contracts
Unit 3 : Channels
Unit 4 : Bindings
Unit 5 : Behaviors
Unit 6 : Serialization & Encoding
Unit 7 : Hosting
Unit 8 : Security
Unit 9 : Diagnostics
Unit 10 : Exception Handling
Unit 11 : Peer Networking
Module 5: WPF
Unit 1 : Introducing WPF
Unit 2 : XAML
Unit 3 : The Application
Unit 4 : Layout
Unit 5 : Content
Unit 6 : Dependency Properties & Routed Events
Unit 7 : Classic Controls
Unit 8 : Windows
Unit 9 : Pages & Navigation
Unit 10 : Commands
Unit 11 : Resources
Unit 12 : Styles
Unit 13 : Shapes, Transforms & Brushes
Unit 14 : Geometries, Drawings & Visuals
Unit 15 : Control Templates
Unit 16 : Data Binding
Unit17 : Data Templates, Data Views & Data Providers
Unit 18 : Lists, Trees, Toolbars & Menus
Unit 19 : Documents
Unit 20 : Printing
Unit 21 : Animation
Unit 22 : Sound & Video
Unit 23 : 3d Drawing
Unit 24 : Custom Elements
Unit 25 : Interacting With Windows Forms
Unit 26 : Click Once Deployment
Module 6: Silver Light
Unit 1 : Introducing Silverlight
Unit 2 : XAML
Unit 3 : Layout
Unit 4 : Dependency Properties & Routed Events
Unit 5 : Elements
Unit 6 : The Application Model
Unit 7 : Shapes & Geometries
Unit 8 : Brushes & Transforms
Unit 9 : Animation
Unit 10 : Sound, Video & Deep Zoom
Unit 11 : Styles, Templates & Custom Controls
Unit 12 : Browser Integration
Unit 13 : ASPNET & Web Services
Unit 14 : Data Binding
Unit 15 : Isolated Storage
Unit 16 : Multithreading
Module 7: SQL Server 2008
Eikon Technologies in association with a team of corporate trainers is conducting Java training sessions for a limited period.
If you're a fresher looking for a career in Java j2ee technologies, you have come to the right place. We teach you the in & out of Java basics and train you on all the advanced technologies
Java Course is an object-oriented programming language (OOP) for web browsers. It is organized around data rather than actions. Java is used for both server and client processing. Java was released in 1995 by Sun Microsystems. Java is very similar to the popular C++ programming language. They both are object-oriented programming, using similar syntax and general forms for commands. However, Java is more secure since it doesn’t support pointers, which hold the address of other variables. It emerged with more self-contained variables.
Java Courses provide an ideal entry into application development or software project management careers. Importance of java as a coherent platform independent object oriented language is widely recognized.
Today, Java is in use by 5 million software developers and operates in 2.5 billion devices including PCS, mobile phones, smart cards, web cams, games, market simulators, and car navigation devices, just to name a few.
Java technology's versatility, efficiency, platform portability, and security make it the ideal technology for network computing. From laptops to data centers, game consoles to scientific supercomputers, cell phones to the internet, java is everywhere!
Detailed course content of Java diploma program
Level 1 : Core Java
Unit 1 : Introduction to Java
Unit 2 : Java Language Fundamental
Unit 3 : Oops Concepts
Unit 4 : Exception handling
Unit 5 : Multi-threading
Unit 6 : File handling (i/o streams)
Unit 7 : Collection framework
Unit 8 : Applet and Swing
Unit 9 : Event handling
Unit 10 : JDBC (java database connectivity)
Level 2: J2ee architecture and JSP
Unit 1 : J2ee architecture
Unit 2 : Understanding XML
Unit 3 : Generating XML data
Unit 4 : Examining XML parsers
Unit 5 : Java API for XML processing
Unit 6 : JAXB binding between XML schema and Java classes
Unit 7 : Java Servlets
Unit 8 : Security
Unit 9 : Internationalization
Unit 10 : What's new in the servlet 2.4 specification
Unit 11 : JSP (java server pages)
Level 3 : SQL
Unit 1 : SQL server 2005
Unit 2 : Introduction to SQL statement
Unit 3 : SQL is a standard
Unit 4 : T-SQL enhancements for developers
Unit 5 : T-SQL enhancements for DBMS
Level 4 : Struts
Level 5 : Hibernate
Level 6 : Spring framework
We provide Embedded Robotics Course. The Embedded Robotics Course involves making of a robot from scratch. During the workshop you will be exposed to programming in 8051 Microcontroller, PIC microcontroller & Embedded Linux. At the end of the Training you would have constructed your own robot. The Training clears concepts related to embedded systems, artificial intelligence, robotics and automation. The Training is a flagship workshop of Appin. Students interested to make their career in Robotics or Embedded Technologies always join the type of training. In Embedded Robotics Course, our main focus would be as to How we can interface Various Devices using microcontrollers. Microcontrollers have a vast number of applications. This course would expand ones potential to explore and develop new devices interfaced using the microcontrollers. Embedded Systems & Robotics The course involves making of a robot from scratch. During the workshop you will be exposed to programming in 8051 Microcontroller, PIC microcontroller & Embedded Linux. At the end of the Training you would have constructed your own robot. The Training clears concepts related to embedded systems, artificial intelligence, robotics and automation. The Training is a flagship workshop of Appin. Students interested to make their career in Robotics or Embedded Technologies always join the type of training. In this course our main focus would be as to How we can interface Various Devices using microcontrollers. Microcontrollers have a vast number of applications. This course would expand ones potential to explore and develop new devices interfaced using the microcontrollers. In the future almost all electronic products will include microprocessors in their design. Utilization of microprocessors microcontrollers in a hardware design augments the design's capabilities while simplifying the design's implementation. Due to this it is important that students of Electrical Engineering and Computer Science or in any other undergraduate course must have Knowledge of microcontrollers. However most of the times it is difficult, for universities and colleges to provide an adequate microcontroller lab due to limited lab space and budget restrictions. Embedded Robotics Course is ideal for the student, engineer, technician, and hobbyist. The course will help embedded systems engineers working in industry, technicians, electronic hobbyists, undergraduate and graduate students developing embedded systems projects who have knowledge of the basic principles of PIC microcontrollers and want to develop more advanced applications. It will enhance the confidence of students in developing applications based on interfacing AVR, ARM and other microcontrollers with different devices. Students will have hands on programming in Embedded C. They will also develop a good understanding how Electronic systems are controlled. Level 1 (60hrs (27+3=30) days) Unit 1 : Basic Electronics Unit 2 : Basics of C Unit 3 : Basics of Systems Unit 4 : Types of Systems Unit 5 : Basics of Embedded Systems Unit 6 : Input Devices Unit 7 : Output Devices Unit 8 : Features of 8051 Microcontroller Unit 9 : Embedded C Unit 10 : Interfacing Peripherals with 8051 Unit 11 : Robotics- Mini Project LEVEL 2(120hrs(59+1=60)days) Unit 1 : C Unit 2 : C++ Unit 3 : AVR Microcontroller Unit 4 : PIC Microcontroller Unit 5 : Robotics- Project LEVEL 3(90hrs (41+4=45)days) Unit 1 : ARM Processors Unit 2 : Basics of OS Unit 3 : Linux Unit 4 : RTOS Unit 5 : RTLinuxVXWorks Unit 6 : Major Project Note : A student can take up various courses content in the following manner: Level - 11 month (Basic) Level-(1+2) - 3 months (Intermediate) Level-(1+3) - 3 months (Advance) Level-(1+2+3) - 6 months (Complete) Apart from this, a student can also select a specific level or even individual modules according to hisher convenience.
