Java – An Integrated Approach Chapter.

• Introduction to Java Chapter
• First Step Towards Java Programming Chapter
• Naming Convensions and Data Types Chapter
• Operators in Java Chapter
• Control Statement in Java Chapter
• Input and Output Chapter
• Arrays Chapter
• Strings Chapter
• StringBuffer and StringBuilder Chapter
• Introduction to Oops Chapter
• Classes and Objects Chapter
• Inheritance Chapter
• Polymorphism Chapter
• Type Casting Chapter
• Abstract Classes Chapter
• interfaces Chapter
• Packages Chapter
• Exceptional Handling Chapter
• Wrapper Classes Chapter
• The Collection framework Chapter
• Streams and Files Chapter
• Threads Chapter
• Applets Chapter
• Generic Types Chapter
• Enumarations and Annotations

Course Information

• Duration: 30 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

This course is designed make the participant proficient in Hadoop, Map-reduce with hands-on. It also covers various Eco-Systems (Hive, Pig, Sqoop, Flume)

Pre-Requisites

• Any of the following are the pre-requisites for Hadoop Development course. Core java with collections
• Linux commands
• SQL

Module 1: Bigdata Concepts

• Understand big data, challenges, distributed environment.
• Aware of hadoop and sub projects.
• Introduction
• Data
• Storage
• Bigdata
• Distributed environment
• Hadoop introduction
• History
• Environment
• Benefits
• Hadoop Components / Eco-Systems
• Cluster Deployment
• Pseudo Vs Fully Distributed
• Arranging cluster for practice
• Cloudera cluster environment

Module 2: HDFS

• Should aware of HDFS Components, Name node, Data node
• Aware of storing and maintaining data in cluster, reading and writing data to/from cluster.
• Able to maintain files in HDFS
• Able to access data from HDFS through java program
• HDFS Architecture
• HDFS Shell
• Name Node
• FS Shell Commands
• Data node
• Uploading & Downloading
• Fault Tolerence
• Directory Handling
• Read & Write operations
• File Handling
• Interfaces (Command line interface, JSP,API)
• Use cases
• Using Hue for browsing data

Module 3: Map-Reduce (for Java Programmers)

Understand Map-Reduce paradigm and Yarn Architecture. Analyze a given problem in map-reduce pattern. Able to Implement map-reduce applications

• Map-Reduce Introduction
• Yarn Architecture
• Map-Reduce Architecture
• Designing and application on MR
• Work Flow of MR Program
• Implementation
• Placement of components on cluster
• Detailed description of M-R Methods
• MR on HDFS
• key/value pairs

Module 4: Data Ingestion

Understand the Data ingestion and types

• Recognize various Data Ingestion tools
• Hive Architecture
• Introduction
• Types of Data Ingestion
• Ingesting Batch Data
• Ingesting Streaming Data
• Use Cases

Module 5: Apache Sqoop

Understand Sqoop architecture and uses

• Able to load real-time data from an RDBMS table/Query on to HDFS
• Able to write sqoop scripts for exporting data from HDFS onto RDMS tables
• Introduction Sqoop-importall Sqoop Architecture Integrating with Hive Connect to MySQL database Export Sqoop - Import Eval Importing to specific location Joins Querying with import Use Cases

Module 6: Apache Flume

Understand Flume architecture and uses

• Able to create flume configuration files to stream and ingest data onto HDFS
• Introduction
• Creation of Flume configuration files
• Flume Architecture
• Streaming local disk
• Flume master
• Streaming web / Social Networking
• Flume Agents
• Examples
• Flume Collectors
• Use Cases

Module 7: Data transformation (PIG)

• Understand data types, data model, and modes of execution.
• Able to store the data from a Pig relation on to HDFS.
• Able to load data into Pig Relation with or without schema.
• Able to split, join, filter, and transform the data using pig operators Able to write pig scripts and work with UDFs.

• Introduction
• Pig Data Flow Engine
• Map Reduce Vs. Pig
• Data Types
• Basic Pig Programming
• Modes of execution in PIG
• Loading
• Storing
• Group
• Filter
• Join
• Order
• Flatten
• Cogroup
• Illustrate
• Explain
• Parameter substitution
• Creating simple UDFs in Pig
• Use Cases.

Module-8: Hive & HCatalog

Understand the importance of Hive, Hive Architecture

Able to create Managed, External, Partitioned and Bucketed Tables Able to Query the data, perform joins between tables Understand storage formats of Hive Understand Vectorization in Hive

• Introduction
• Hive Vs. RDBMS
• HiveQL and Shell
• Data Types
• Schemas
• Hive Commands
• Hive Tables
• Managed Tables
• External Tables
• Loading
• Queries
• Inserting from other tables
• Partitions
• Loading into partitions
• Dynamic partitioning
• Bucketing
• Joins
• Views
• SortBy
• Distribute by
• HCatalog
• Using HCatStorer
• HCatLoader
• Use Cases

Module-9: Introduce other Eco-systems

• Able to migrate to other eco-systems
• Hue
• Oozie
• Architecture
• Script
• Use Cases
• Zoo-Keeper
• Architecture
• Use Cases

Course Information

• Duration: 35 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Module1: Introduction to DevOps and its Necessity

Contents

• History of DevOps
• Configuration management
• What is DevOps
• Why DevOps
• Dev and Ops problem
• DevOps as a solution
• DevOps' Advantages
• Continuous Integration
• Continuous Testing
• Continuous Deployment
• Continuous Delivery
• DevOps Skills

Module 2: Virtualization

Contents

• Virtualization and Vagrant Concepts
• Hypervisors - Type 1 and Type 2 hypervisors
• Pros and Cons of virtualization
• Setting up and configuring VM using Oracle Virtual box and Vagrant

Module 3: Version Control Tools

Contents

• Version Control tools - GIT
• Basics GIT commands
• Setting up github account

Module 4: Continuous Integration using Jenkins

Contents

• Basic of Jenkins
• Installation of Jenkins
• Running Jenkins
• Authentication and Authorization with Jenkins
• Configuring github with Jenkins
• Setting up Jenkins Pipeline

Module 5: Containerization using Docker

Contents

• Introduction to containerization and Docker
• Installing Docker on VM
• Docker images and containers
• Integrating Docker with Jenkins
• CI/CD using Docker and Jenkins

Module 6: Configuration Management tools (Chef)

Contents

• Introduction to Configuration management tools (Chef, Puppet and Ansible)
• Setting up Chef DK, Chef client and workstation,
• Chef commands, recipes, cookbooks, templates
• Bootstrapping chef client using knife

Module 7: Cloud Computing – an overview

Contents

• Cloud Computing at a glance
• DevOps on the cloud : IaaS, PaaS and SaaS
• Types of cloud – private, public, hybrid
• Introduction to AWS

Course Information

• Duration: 35 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Contents

• Introdcution to Data Science
• Introduction to R and hands-on
• Foundations of statistics for Data Science - Ses 1
• Foundations of statistics for Data Science - Ses 2
• Foundations of statistics for Data Science - Ses 3
• Introduction to Python for Data Science
• Data Pre-processing
• Hands-on session on R
• Hands-on session on python
• Methods and Algorithms in Machine Learning
• Model Building for previous session
• Methods and Algorithms in Machine Learning
• Model Building for previous session using R/Python
• Methods and Algorithms in Machine Learning
• Model Building for previous session using R/Python
• Methods and Algorithms in Machine Learning
• Model Building for previous session using R/Python
• Methods and Algorithms in Machine Learning
• Model Building for previous session using R/Python
• Methods and Algorithms in Machine Learning
• Model Building for previous session using R/Python
• Methods and Algorithms in Machine Learning
• Model Building for previous session using R/Python
• Text Mining and search methods
• Model Building for previous session using R/Python
• Text Mining and search methods
• Model Building for previous session using R/Python
• Exercise on Model building
• Review & QA session on exercise

Course Information

• Duration: 40 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Salesforce Admin + Developer Course Contents

Duration of course – 7 to 8 weekends Syllabus:-

Day 1

Course Overview

The Course consists of the following modules which include theory and practical sessions

Module 1

• Introducing the concept of Cloud Computing
• Introduction of cloud vendors (Salesforce, MS etc.)
• Overview of each of three building blocks in cloud applications SAAS (Salesforce.com)
• PAAS (Force.com)
• IAAS
• QUESTIONS (?)

Module 2

• Overview of Database Concepts
• Database structure
• Normal (Excel based) Database Vs. Relational (Salesforce) Database
• Benefits & Use of Relational Database
• QUESTIONS (?)

Module 3

• Introducing the Force.com Platform
• Understanding of Standard Objects
• Standard Object Flow (SAAS)
• Creation of a Free Developer account
• http://www.developerforce.com/events/regular/registration.php (This org will be used to develop and test the application during the entire Course)

Day-2 Module 4

• Building a Simple App
• Becoming familiar with the Force.com Setup Area
• Introduction of Standard Objects
• Introduction of Custom Objects
• Introduction of Tabs, Standard & Custom Fields, Detail Page and Related Lists
• QUESTIONS (?)

Module 5

• Enhancement of the App
• Relationships
  • Types of Relationship
  • Understanding of each Relationship with a use business case
  • Differentiation between One-to-Many and Many-to-Many
• Introduction of Primary-Keys & Foreign-Keys (Conceptual Knowledge)
• Roll-up Summery Field
• Formula & Cross Object Formula Field
• Guidance & Hand-on with Date, Text and number formulas
• QUESTIONS (?)

Module 6

• Securities in Salesforce App
• Object Level Securities
• Describe different object-wise permissions and their impact
• Difference between Read Vs. View All, Edit Vs. Modify All
• Record Level Securities
• Describe OWD (Organization-Wide Default)
• Record sharing using Roll-Hierarchy
• Describe Sharing Rules
• Manual Sharing
• Field Level Securities
• Field Properties
• Unique property
• External Id (Considered in Data Management)
• Required property
• QUESTIONS (?)

Day -3 Module 7

• Business Logic Implementation
• Rules for Automation:
  • Validation Rule (Run on highest priority for the App)
  • Workflow (Time-Dependent & Time-Independent)
  • Process Builder
  • Assignment Rule
  • Auto-Response Rule (Live example with Web-to-Lead functionality)
  • Escalation Rule
• Introduction and use of Record Type
• Introduction and use of Different Page-Layouts using Record-Type
• QUESTIONS (?)

Module 8

• Approval Process:
  • Single-step Approval
  • Multi-steps Approval
• Differentiation between Workflow rule & Approval process
• Email to approve the request
• Understanding the order of Execution of all the rules
• QUESTIONS (?)

Day-4 Module 9

• SOQL & SOSL
• Introduction of SOQL & SOSL
• Introduction of Queries traversing from Child to Parent Object
• Introduction of Queries traversing from Parent to Child Object
• Introduction of aggregate Queries
• Introduction of Semi-Join & Anti-Join
• Field Semi-Join & Anti-Join
• Reference Semi-Join & Anti-Join
• QUESTIONS (?)

Module 10

• Complex Business Logic Implementation
• Introduction of Apex
• Introduction of Collection Types, Loops & DML Statements
• Understanding of Traditional FOR LOOP & Advance FOR LOOP
• Understanding of Loops with SOQLs
• Implementation of Apex-Trigger
• Understanding & Use of Trigger Context Variables
• QUESTIONS (?)

Day- 5 Module 11

• Data Management
• Introduction Import-Wizard
  • Few Standard Objects and All Custom Objects will be supported o De-Duplication as default behaviour
  • Use of External IDs
• Introduction & Use of Apex Data-Loader
• Use of different actions (Call) like Import, Update, Upsert, etc.
• Support by CLI
• Difference between Import-Wizard & Data-Loader
• QUESTIONS (?)

Module 12

• Introduction of MVC Architecture
• Data Model
• View
• Controller
• QUESTIONS (?)

Day- 5 Module 13

• Report & Dashboard
• REPORT
• Introduction of Report Types (Standard Report Type & Custom Report Type)
• Introduction of Types of Report
  • Tabular Report
  • Summary Report
  • Matrix Report
  • Join Report
• Feature of the SFDC Report
• Custom Summary Formula field
• Bucket Filed
• Condition High-lighting
• Scheduling report for future run
• DASHBOARD
  • Introduction of different dashboard components and their usage
  • Selection of the Component to meet the given requirement
  • Dashboard Settings
  • Formatting of the Different Graphs (Components)
  • Drill down to the source report while click on the graphs
  • Dashboard Running User concept

Day- 7 Module 14

• Building a Visualforce (Custom) Page for the App:
• Introduction of Visualforce Pages
• Difference between Standard Controller & (Custom) Controller
• Hands-on to Create a List-view, Detail-Page, Copy the page as PDF when click a Button or Link
• Hands-on to display data in Table format, enabling pagination, calling action on a Button or Link, etc
• Use of JavaScript in VF-pages. (Adding dependencies, etc.)
• QUESTIONS (?)

Module 15

• Overview of other force.com capabilities
• Different type of Sandboxes and their usage
• Enable Web-to-Lead (or Web-to-Case) for the org
• Introduction of Site.Com and creation of site using it
• Introduction of Debug Logs
• QUESTIONS (?)

Day-8 Module 16

• Learning Apex & Deployment Tools
• Introduction of Apex Classes
• Invoke a class or its method via Triggers
• Use as a Controller for a VF page
• Difference between Controller & Extension
• Introduction of test class & methods to cover Apex
• Deployment Tools:
  • Force.com IDE (Eclipse Plugin)
  • Force.com Migration Tool (Ant Based)
• One live Force.com Project:- (Two weeks)

Course Information

• Duration: 40-45 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Week -1

• About Mule standalone server, Anypoint Studio
• Mule Standalone server structure, directory structure
• Mule variable flow variable and session variable, Message Routing, Debugging Mule Application
• About file endpoint, flow, sub flow, private flow and its use ,Mule Expresson Language (MEL)
• DB Generic Connector , MySQL Connector , HTTP Connector and endpoint, DB select operations
• Mule Message Structure and its use, Mule Message Transformation API (Abstract and Abstract Message Transformer)
• About Mule callable API with example

Week -2

• Polling Messages with endpoints and Property Type
• Endpoints File Transfer
• Consuming Rest Application
• Consuming SOAP services
• Publishing Rest Services
• Publishing SOAP Service
• Routers, Components, Connectors
• Filters

Week -3

• VM End points
• JMS Endpoints description and uses
• Connecting Mule ESB with Third party applications
• Data conversion xml and JSON
• Error Handing
• MEL Examples
• API with RAML Part 1

Week -4

• API with RAML Part 2
• API Management basics
• Basic Design priniciples
• Deploying Mule ESB application
• DataWave 1
• DataWave 2
• Maven setting
• Decryption and encryption
• Mini Project 1

Week -5

• Mini Project 2
• Extra Queries

Course Information

• Duration: 40 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Part 1

• Business Analysis Overview
• What is Business Analysis?
• Stages in Business Analysis
• Roles and responsibilities of BA
• BA Attributes
• Key Concepts and Techniques
• BA methodologies
• Software Development life Cycle
• Waterfall Model
• Spiral Model
• V Model
• BA workflow
• Rational Unified Process

Part 2

• The Business Architecture and framework
• SOA
• MVC MODEL VIEW CONTROLLER
• Defining the Project scope
• Initial Risk Assessment
• Data Modeling and Data Mapping
• Data Flow Diagrams (DFDs)
• Requirement Elicitation
• Elicitation Techniques
• Interviews
• Brainstorming
• Focus Groups
• Requirements Workshops
• Observation
• Document Analysis
• Prototyping
• Engineering & Reengineering

Part 3

• Requirement Documentation
• BRD
• SRS
• Design documents
• Use Case Documents
• UAT/Functional Test Cases
• Traceability Matrix
• UML Model Diagrams& Documentations
• Activity Diagram
• Sequence Model
• Use case diagram

Part 4

• BA Tools Overview
• MS Visio
• Rational Rose
• Artifacts Overview
• Project estimation using Use Case Point
• Testing Methodologies
• Business Process Improvement (BPI)
• Service Level agreement (SLA)
• QA testing
• ERP, CRM - Overview
• Cloud Computing - Overview
• Key Performance Indicators

Part 5

• Design and facilitate a Requirements-Gathering session
• Developing Use Cases, Use Case Diagram & Use Case Documentation
• Create and develop a complete case (including assignments)
• Creation of all forms of artifacts starting from Business Requirement Document up to UAT Test Plan
• Project estimation using Use Case Point
• Hands on experience on MS Visio, Rational Rose, rational requisite pro
• An Exam to evaluate
• Resume preparation review
• Interview preparations
• Analytical Thinking and Problem Solving Process

Course Information

• Duration: 40 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Tableau Intro

• Datawarehousing & Business Intelligence primer
• Data Analysis
• Data visualization
• How does Business Reporting Work
• About Tableau
• Tableau Components
• Tableau Desktop, Server, Reader, Online and Public
• Tableau reporting architecture
• Measures & Dimensions

Getting data in

• Flat files (Excel, Acces)
• Database (SQL, Oracle)
• Webservices, Cloud Salesforce CRM
• Live, Extract & Hyper
• Why Extracts
• Incremental Extracts
• Tableau Server Data Sources

Saving & Publishing

• Tableau Workbook
• Tableau Packaged workbook
• Tableau Data Extract
• Publishing data and Reports, Dashboard to Server

Visualizations

• Line Charts
• Lines (continous) charts
• Lines (discrete) charts
• Dual lines
• Bar Charts
• Horizontal bar charts
• Stacked bar charts
• Side-by-Side bar charts
• Text tables
• Heat maps
• Highlight tables
• Symbol maps
• Filled Maps
• Pie Charts
• Tree maps
• Circle views
• Side-by-Side Circle views
• Area Charts
• Area Charts (Continuous)
• Area Charts (Discrete)
• Combination charts
• Scatter Plots
• Histogram
• Box Plots
• Gantt charts
• Bullet Charts
• Packed bubble charts

Customize Charts

• Dual Axis
• Donnut Chart
• Waterfall Chart
• Bump Chart
• Parreto chart

Dashboards

• Creation of Dashboards
• Types of Dashboards
• Real time based dashboards
• Dash board Actions
• Button on Dashboard to dashboards actions

Actions

• Worksheet Actions
• Dashboard Actions

Types of action

• Filer Actions
• Highlight Actions
• URL Actions

Filter Types

• Normal Filter
• Quick filter
• Cascading filter
• Global filter
• Data Source Filter
• Context Filter
• User Filters

Joins & Data Blending & cross Joining

• Types of Join
• Types of data blending
• Types of Querrys
• Custome SQL
• VIZ QL
• Combine data
• Groups
• Sets
• Constant set and Computed set
• Combined set
• Top & Bottom data
• Bins

Parameters

• Types of Parameters
• Use of parameter
• Global Parameter
• diff b/w filters and parameter
• Show Hide (Sheet Filter)
• TopN and Bottom N records

Statstical Part

• Forecasting
• Reference Bands
• Reference Lines
• Show Missing Values
• Trend Lines
• Legend Highlighting
• Highlight Actions
• Visually Grouping Data

Calculations

• Table Calculations
• Computing Totals
• Functions
• Data Calculations
• LOD Expresions(fixed, Exclude & Include)

Tableau Server

• Tableau Server Installations and Configurations
• Tableau Server Architecture
• Users Creations
• User Role types
• Group creation
• Assign Users to Group
• Project Creations
• Site creations

Publishing

• Publishing Worksheets
• Publishing Dashboards
• Publishing Data Base

Permission settings

• Permission Types
• Worksheet permissions
• dashboard Permissions
• Workbook Permissions
• Data base permissions

Scheduling

• Typers of Schedulings
• Priority Task
• Assign the schedules to Data base
• Assign the schedules to Worksheets
• Assign the Schedules to Workbook
• Commands Line
• Tab CMD
• Tab ADMIN

Course Information

• Duration: 35 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Manual Testing

Software testing definitions

• Verification
• Validation
• Quality assurance
• Quality control
• Static testing
• Dynamic testing
• Lifecycle models
• Waterfall models
• V model
• Agile methodology
• Spiral model
• Testing types
• Blackbox testing
• Whitebox testing
• Testing Levels
• Unit testing
• Module testing
• Integration testing
• System testing
• Acceptance testing

Different testing types

• Smoke testing
• Sanity testing
• Regression testing
• Retesting
• Adhoc testing
• Monkey testing..etc.,

Defect management

• Definition of defect
• Defect life cycle
• How to report bugs
• Bug severity and priority explained

Test cases

• What is a test case
• How to write a test case
• Best practices for wiring test cases

Test Management

• Test plan
• Test strategy
• Traceability matrix
• Overview of Test management and bug tracking tools

Introduction to automation and tools

• Basics of automation testing – why, when and how to perform automation testing
• Factors for choosing a particular tool
• An overview for the major functional testing tools

Selenium Web driver course syllabus

Java Concepts

• Basic concepts like loops, conditions, variables, objects, inheritance, method overloading,exceptions……etc..,

Basics of Automation

• An overview of the basics of what we need to understand to automate web applications: Navigation,
• Interrogation, Manipulation and Synchronization.

TestNG

• An introduction to TestNG and effective assertion practices.
• A More detailed look at annotations like @BeforeTest, @AfterTest, @BeforeClass, @AfterClass
• Exercises and Examples involving simple Java to explore TestNG assertions and annotations

Implementing Navigation using web driver

• The basic navigation commands
• An overview of the WebDriver Class
• Exercices and Examples

Implementing Interrogation using web driver

• Simple driver level interrogations like getTitle, getCurrentUrl, etc.
• Exercises and Examples

Object selection methods of selenium web driver

• Basics of objects selectors
• Plugins for Firefox and Chrome
• Exercices and Examples

XPath Location

• Basics of XPath
• Exercises and Examples

Dealing with forms and Simple HTML Elements

• SendKeys method explored
• Exercises and Examples

Implementing User Interactions with webdriver

• Actions sequence methods explored
• Keyboard and mouse actions
• Exercises and Examples

Dealing Frames and Windows

WebDriver methods explained

• Frames Examples
• Frames Exercises
• Windows Explained
• Windows Example
• Windows Exercises

Manipulating the browser window

• Synchronisation Strategies
• Exercise and Examples
• WebDriverWait explained in more detail
• ExpectedConditions explained
• Exercises

Use of Different Browsers

• Firefox
• Google Chrome
• Opera
• IE

Integrating Selenium with ant

• Introduction to ANT
• Running selenium tests using ant
• Generating reports with ant

Integrating Selenium and Maven

• Introduction to Maven
• Running selenium test using maven
• Generating reports with maven

Framework design and Implementation

• Introduction to framework and its design
• Simple framework design
• Exercise
• Introduction to page objects
• Simple framework using page objects
• Exercise
• Introduction to page factory
• Simple framework using page factory
• Exercise
• Data driven framework using page factory
• Introduction to keyword driven and hybrid frameworks

QTP

• Introduction to QTP & ADD - Ins
• First Look Flight Reservation Application
• How to use QTP IDE
• Record & Run Settings | Recording the Script
• Object Identification (Must Watch)
• Understanding Expert View
• Understanding Recorded Script
• Replay | Run Settings
• Test Results for QTP
• Parametrization
• Checkpoints - Standard CheckPoints
• OutPut Values
• If & Else Loop
• Reporter.Report Event | Results Formatting
• Actions
• SMART Identification
• Object Property Modification
• Ordinal Identifiers
• Local Object Repository
• Develop Script in EXPERT View
• Recording Modes in QTP
• User Defined Functions
• Transactions
• Recovery Scenarios
• Optional Step
• GetROProperty | Object Spy
• Descriptive Programming
• Test Automation Frameworks
• Creating Automation Frameworks with QTP
• Using Excel with QTP

Course Information

• Duration: 35-40 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Introduction

Cloud computing is the on-demand delivery of IT resources and applications via the Internet with pay-as-you-go pricing. Whether you run applications that share photos to millions of mobile users or deliver services that support the critical operations of your business, the cloud provides rapid access to flexible and low-cost IT resources.

In 2006, Amazon Web Services, Inc. (AWS) began offering IT infrastructure services to businesses in the form of web services. Today, AWS provides a highly reliable, scalable, and low-cost infrastructure platform in the cloud that powers hundreds of thousands of businesses in more than 190 countries around the world.

Chapter 1

• Introduction to AWS
• What Is Cloud Computing?
• AWS Fundamentals
• AWS Cloud Computing Platform

Chapter 2

• Amazon Simple Storage Service (Amazon S3) and Amazon Glacier Storage
• Introduction
• Object Storage versus Traditional Block and File Storage
• Amazon Simple Storage Service (Amazon S3) Basics
• Buckets
• Amazon S3 Advanced Features
• Amazon Glacier

Chapter 3

• Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Elastic Block Store (Amazon EBS)
• Introduction
• Amazon Elastic Compute Cloud (Amazon EC2)
• Amazon Elastic Block Store (Amazon EBS)

Chapter 4

• Amazon Virtual Private Cloud (Amazon VPC)
• Introduction
• Amazon Virtual Private Cloud (Amazon VPC)
• Subnets
• Route Tables
• Internet Gateways
• Dynamic Host Configuration Protocol (DHCP) Option Sets
• Elastic IP Addresses (EIPs)
• Elastic Network Interfaces (ENIs)
• Endpoints
• Peering
• Security Groups
• Network Access Control Lists (ACLs)
• Network Address Translation (NAT) Instances and NAT Gateways Amazon Web Services – Course content
• Virtual Private Gateways (VPGs), Customer Gateways (CGWs), and Virtual Private Networks (VPNs)

Chapter 5

• Elastic Load Balancing, Amazon CloudWatch, and Auto Scaling
• Introduction
• Elastic Load Balancing
• Amazon CloudWatch
• Auto Scaling

Chapter 6

• AWS Identity and Access Management (IAM)
• Principals
• Authentication
• Authorization
• Other Key Features

Chapter 7

• Databases and AWS
• Database Primer
• Amazon Relational Database Service (Amazon RDS)
• Amazon Redshift
• Amazon DynamoDB

Chapter 8

• SQS, SWF, and SNS
• Amazon Simple Queue Service (Amazon SQS)
• Amazon Simple Workflow Service (Amazon SWF)
• Amazon Simple Notification Service (Amazon SNS)

Chapter 9

• Domain Name System (DNS) and Amazon Route 53
• Domain Name System (DNS)
• Amazon Route 53 Overview

Chapter 10

• Amazon ElastiCache
• Introduction
• In-Memory Caching
• Amazon ElastiCache

Chapter 11

• Additional Key Services
• Introduction
• Storage and Content Delivery
• Security
• Analytics
• DevOps

Chapter 12

• Security on AWS
• Introduction Shared Responsibility Model
• AWS Compliance Program
• AWS Global Infrastructure Security
• AWS Account Security Features
• AWS Cloud Service-Specific Security

Chapter 13

• AWS Risk and Compliance
• Introduction Amazon Web Services – Course content
• Overview of Compliance in AWS
• AWS Controls
• AWS Risk and Compliance Program
• AWS Reports, Certifications, and Third-Party Attestations

Chapter 14

• Architecture Best Practices
• Introduction
• Design for Failure and Nothing Fails
• Implement Elasticity
• Leverage Different Storage Options
• Build Security in Every Layer
• Think Parallel
• Loose Coupling Sets You Free
• Don’t Fear Constraints.

Course Information

• Duration: 35 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

C# - .Net

• Introduction to C# and .Net
• What is CLR
• First program on Visual Studio
• Debugging
• OOPS Introduction
• Classes and Objects
• Constructors
• Value Types
• Reference Types
• Static Keyword
• Assemblies
• Passing parameters
• ref and out param
• Arrays
• Methods
• Properties
• Events
• Delegates
• Abstract Classes
• Interfaces
• Collections
• Exception Handling

ASP.Net MVC

• Introduction
• MVC Vs WebForms
• MVC Design Pattern
• Routing
• Controllers
• Views
• Testing
• Request Processings
• Icontroller Demo
• Default Controller Factory
• Using Container
• Actions
• Model Binding
• Action Filters
• Action Results
• HTTP Refresher
• MasterPages
• View Content
• Listing items
• HTML Helpers
• View Data
• Partial Views
• Validation
• Anti-Forgery Token
• Models
• Model Binders
• Form Collection
• Parameters and Model Parameters
• Security

ASP.Net WebAPI

• Introduction
• WebAPI Vs WCF
• Model Binding and Formatters
• Content Negotiation
• Configuration
• Uniform interface
• REST
• URIs
• API Controller
• verbs to Attributes
• HTTP Request Message
• HTTP Response Message
• HTTP Client Model
• Media Types
• Sending Data
• HTTP Content Types
• Http client handler
• Security
• Authentication
• Authorization

Course Information

• Duration: 40-45 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Chapter 1: Introduction to Android

• What is Android?
• Setting up a development environment
• Dalvik Virtual Machine & .apk file extension

Fundamentals

• Basic Building blocks – Activities, Services, Broadcast Receivers & Content providers
• UI Components – Views & notifications
• Components for communication-Intents& Intent Filters
• Android API levels (versions & version names).

Chapter 2: Application Structure (in detail)

• xml
• uses-permission & uses - sdk
• Resources & R.java
• Assets
• Layouts & Drawable Resources
• Activities and Activity lifecycle
• First sample Application

Chapter 3:Emulator-Android Virtual Device

• Launching emulator
• Editing emulator settings
• Emulator shortcuts
• Logcat usage
• Introduction to DDMS
• Second App:- (switching between activities)
• Develop an app for demonstrating the communication between Intents

Chapter 4: Basic UI design

• Form widgets
• Text Fields
• Layouts
• [dip, dp] versus px
• Examples

Chapter 5: Intents (in detail)

• Explicit Intents
• Passing data between activities
• Implicit intents
• Examples

Chapter 6: UI design

• Images and media
• Composite
• AlertDialogs & Toast
• Examples

Chapter 7: Styles & Themes

• XML
• drawable resources for shapes, gradients (selectors)
• style attribute in a layout file
• Applying themes via code and manifest file
• Examples

Chapter 8: Content Providers

• SQLite Programming
• SQLiteOpenHelper
• SQLite database
• Cursor
• Reading and updating Contacts
• SQLite Manager tool
• Example: Develop an App to demonstrate database usage. CRUD operations must be implemented

Chapter 9: Adapters and Widgets

• Adapters
• ArrayAdapters
• BaseAdapters
• ListView and ListActivity
• Custom listview
• GridView using adapters
• Gallery using adapters
• Examples

Chapter 10: Notifications

• Broadcast Receivers
• ServicesL
• Toast
• Examples

Chapter 11: Threads

• Threads running on UI thread (runOnUiThread)
• Worker thread
• Examples

Chapter 12: Advanced

• XML Parsing
• JSON Parsing
• Client-Server Communication
• Consuming web services
• Accessing Phone services (Call, SMS, MMS)
• Network connectivity services

Course Information

• Duration: 40 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

1.Introduction

• a.Blue Prism’s Robotic Automation

2.Process Studio

• a.Running a Process
• b.Basic Skills
• c.Process Validation
• d.Decision Stage
• e.Calculation Stage
• f.Data Items
• g.Review

3.Process Flow

• a.Circular Paths
• b.Controlling Play
• c.Set Next Stage
• d.Breakpoints
• e.Collections and Loops
• f.Layers of Logic
• g.Pages for Organization
• h.Review

4.Input and Output

• a.Input Parameters
• b.Stepping and Pages
• c.Data Item Visibility
• d.Data Types
• e.Output Parameters
• f.Start Up Parameters
• g.Control Room
• h.Process outputs
• i.Review

5.Business Objects

• a.Object Studio
• b.Business Objects
• c.Action Stage
• d.Inputs and Outputs
• e.The Process Layer
• f.Review

6.Object Studio

• a.Creating a Business Object
• b.Application Modeler
• c.Spying Elements
• d.Attributes
• e.Attribute Selection
• f.Launch
• g.Wait
• h.Timeouts
• i.Terminate
• j.Write
• k.Press
• l.Attach and Detach
• m.Read
• n.Actions
• o.Action Inputs and Outputs
• p.Data Items as inputs
• q.Review

7.Overview of Error and Case Management Error Management

• a.Exception Handling
• b.Recover and Resume
• c.Throwing Exceptions
• d.Preserving the current exception
• e.Exception Bubbling
• f.Exception Blocks
• g.Exception Handling in Practice
• h.Review

8.CaseManagement

• a.Work Queues
• b.Queue Items
• c.Work Queue Configuration
• d.Defer
• e.Attempts
• f.Pause and Resume
• g.Filters
• h.Reports
• i.Review

9.Additional Features

• a.Collection Actions
• b.Choice Stage
• c.Logging
• d.Log Viewer
• e.System Manager
• f.Process Grouping
• g.Export and Import
• h.Release Manager – Packages and Releases

10.Consolidation Exercise

• a.Order System Process
• b.Consolidation Exercise Checklist
• c.Submitting Your Completed Solution

11.Advanced Features

• a.Undefined Collections
• b.Data Item Initialization
• c.Data Item Exposure
• d.Casting
• e.Code Stage
• f.Run Mode
• g.Initialize and Cleanup
• h.Attribute Match Types
• i.Dynamic Attributes
• j.Active Accessibility
• k.Application Manager Mode
• l.Global Clicks and Keys
• m.Credentials
• n.Environment Locking
• o.Command Line
• p.Resource PC

12.Further Application Types

• a.Mainframe Applications
• b.Java Applications
• c.Match Index and Match Reverse
• d.Surface Automation

Course Information

• Duration: 40-45 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

Networking Essentials:

• What is the use of Networking?
• Types of Networks (LAN, WAN, MAN)
  • Requirements to setup LAN
  • Server & Client
  • Features of Network Interface Card / Ethernet card
  • Types of cables & connectors
  • Crimping –Straight & cross cables
  • Topologies (bus, ring, star, mesh & tree)
  • Differences between Hub & Switch
  • Network Protocols (TCP /IP)
  • IP Address classes (A , B, C ,D & E)
  • Public IP & Private IP Address
  • What is subnet mask?
  • Subnetting Class A,B & C
  • VLSM – CIDR
  • Using of ipconfig – ping – tracert –netstat

ROUTER:

• Introduction to Router
• Use of Router
• Router Models
• Router IOS Modes
• Working Router ISO Modes
• Internal & External Ports & Interfaces of Router
• Configuring IP Address for Router Interfaces
• Configure IP Address for Router Interfaces
• Enabling “telnet” for Router / Switch
• Enable telnet for Router / Switch
• Access Router from Computer using putty (using telnet)
• Access Router / Switch from Remote computer using putty-through telnet

ROUTING:

• What is Routing?
• Types of Routings
• Static & Default Routing
• Differences between Static & Default Routing
• Configuring Static Routing between Two Routers
• Configuring Static Routing between Multiple Routers
• Configuring Default Routing between multiple Routers

Dynamic Routing – Routing Protocols:

• Advantages of Dynamic Routing over Static Routing
• Routing Protocols –IGP & EGP

Differences between IGP Protocols

• Distance Vector
• Link State
• Hybrid

RIP

• Features of RIP
• RIP Timers
• Configuring & Verifying RIP
• Configuring & Verifying RIP V2

EIGRP

• Features of EIGRP
• Configuring & Verifying EIGRP

OSPF

• Features of OSPF
• Seven phases of OSPF
• Multiple Areas of OSPF
• Configuring & Verifying OSPF Single area
• Configuring & Verifying OSPF Multiple Areas
• Configuring & Verifying Router ID

ACL (Access Control List):

• Need of ACL
• Types of ACLs (Standard & Extended ACLs)
• Differences between Standard & Extended ACL
• Configuring & Verifying Standard ACL
• Configuring & Verifying Extended ACL to deny (ftp , www ..etc) ports
• Configuring & Verifying Extended ACL to deny ICMP (ping)
• Removing ACLs

NAT-PAT:

• Need of NAT-PAT
• Types of NAT
• Static NAT
• Dynamic NAT
• Configuring & verifying Static NAT –PAT
• Configuring & Verifying Dynamic NAT

WAN Protocols :

• Need of WAN Protocols
• Types of WAN Protocols (HDLC & PPP)
• Differences between HDLC & PPP
• Verifying Encapsulation Protocol
• Configuring & Verifying PPP
• Configuring & Verifying PAP Authentication

Router Redundancy Protocols:

• What is FHRP?
• Need of FHRP
• Types of Router Redundancy Protocols
  • HSRP
  • GLBP
  • VRRP
• Differences between HSRP , VRRP & GLBP
• Configuring & Verifying HSRP
• Configuring & Verifying VRRP
• Configuring & Verifying GLBP

SWITCHING:

• What is a Switch?
• Different types of Switches
• Different Switching Modes
• ARP
• MAC-ADDRESS TABLE

VLAN (Virtual LAN):

• What is VLAN?
• Need of VLAN
• Creating & Verifying VLANs
• Assigning interface(s) to VLAN

VTP (Virtual Trunking Protocol)

• Describe & verify switching concepts
• MAC learning & aging, Frame switching, Frame flooding, MAC address table
• Interpret Ethernet frame format
• Troubleshoot interface & cable issues (collisions, errors, duplex, speed)
• Configure, verify, and troubleshoot VLANs (normal/extended range)
• spanning multiple switches
• Access ports (data & voice), Default VLAN
• Configure, verify, and troubleshoot inter switch connectivity
  • Trunk ports, Add & remove VLANs on a trunk
  • DTP, VTP (v1 & v2), and 802.1Q Native VLAN

Inter VLAN Routing:

• Need of Inter VLAN Routing
• Configuring & Verifying Inter VLAN Routing
• Configure, verify, & troubleshoot STP protocols
• STP mode (PVST+ and RPVST+), STP root bridge selection
• Configure, verify & troubleshoot STP related optional features Port Fast, BPDU guard

Ether Channel:

• What is Ether channel?
• Need of Ether Channel
• Ether Channel Protocols (PAgP & LACP)
• Differences between PAgP & LACP
• Configuring & Verifying LACP
• Configuring & Verifying PAgP

DHCP Server:

• What is DHCP Server?
• How does DHCP Server works?
• Configuring & Verifying DHCP Server & Client

DNS :

• What is DNS ?
• Need of DNS
• Configuring DNS Client in Router/Switch/ASA Firewall

BACKUP & RESTORE :

• Why do require backup & Restore?
• Configuring TFTP Server
• Taking Backup & Restoring Backup file
• Breaking Password

CDP (Cisco Discovery Protocol):

• What is CDP?
• Verifying Neighbor Device Details using CDP
• Disabling & Enabling CDP on Specific Device
• Enabling & Disabling CDP on specific port

IP V6 :

• Why do you require IPV6?
• IPV6 Format
• Types of IPV6 Addresses
• Configuring IPV6 Address
• Configuring & Verifying IPV6 Static Routing
• Configuring & Verifying Routing Protocols RIPng
• Configuring & Verifying OSPF V3
• Configuring & Verifying EIGRP in IPV6

IP Summarization:

• What is an IP Address summarization?
• Calculating Summary IP Address
• Configuring & Verifying IP Address summarization

Route Filtering Methods:

• Route Filtering Methods using Passive Interface
• Configuring & Verifying Passive Interface
• Route Filtering Methods using Distribution List
• Differences between Passive Interface & Distribution List
• Configuring & Verifying Distribution List to deny selected Networks to OUTSIDE
• Configuring & Verifying Distribution List to deny selected Networks to INSIDE
• Route Filtering Methods using Prefix-list
• Configuring & Verifying Prefix-List
• Route filtering using Route Map

Redistribution

• Redistribution between RIP , EIGRP & OSPF
• Configuring & Verifying Redistribution between RIP & EIGRP
• Configuring & Verifying Redistribution between RIP & OSPF

OSPF LSA Types

• OSFP LSA Types (Type 1 to 5)
• OSPF DR/BDR
• OSPF Virtual –links
• Configuring & Verifying DR/BDR
• Configuring & Verifying OSPF-Virtual Links

BGP:

• IGP & EGP
• What is AS
• What is BGP?
• BGP Speaker & peers
• IBGP & EBGP
• Configuring & Verifying IBGP
• Configuring & Verifying EBGP

VPN:

• What is VPN?
• Advantages of VPN
• VPN Protocols
• Configuring SITE to SITE VPN in Router

MPLS (Multiprotocol el Switching)

• What is MPLS?
• Advantages of MPLS
• How does MPLS Works?
• Configuring & Verifying MPLS

CISCO ASA FIREWALL (SECURITY):

Introduction to Firewall

• Need of Firewall
• Adding ASA Firewall image to GNS3
• Configuring Interfaces for ASA Firewall device
• How does ASA Firewall works?
• Configuring & Verifying security levels in ASA Firewall (Inside to Outside)

ACL in firewall:

• Types of ACLs
• Standard ACL
• Extended ACL
• Named ACLs
• Configuring & verifying ACL in firewall to allow specific traffic from outside to inside

ASDM (Adaptive Security Device Manager):

• What is ASDM
• Advantages of ASDM
• Configuring ASDM in ASA Firewall
• Working on ASDM

DHCP:

• Need of DHCP
• DHCP Server & Client
• How to configure ASA Firewall as DHCP Server
• How to configure ASA Firewall as DHCP client

NAT:

• What is NAT?
• What is PAT?
• Types of NATs
• Static & Dynamic NAT
• Creating Network objects
• Configuring & Verifying Static NAT
• Configuring & Verifying Dynamic NAT

VPN:

• What is VPN?
• Need of VPN
• VPN Protocols
• Components of IPSec
• VPN Phases (Phase 1 & Phase 2)
• Types of VPN
• SITE to SITE VPN
• Remote Access VPN
• Configuring & Verifying Site to Site VPN in ASA Firewall
• Configuring & Verifying Remote Access VPN

AAA Authentication :

• What is local & Remote Authentication?
• Roles of AAA
• Types of AAA Servers (RADIUS & TACACS Server)
• Configuring TACACS Server
• Configuring & Verifying Router authentication to TACACS Server

BIG F5 IP LTM :

• What is load balancing?
• Need of Load Balancing
• Installing BIG IP LTM (Local Traffic Manager)
• Configuring Licensing for BIG IP LTM
• Configuring Internal & External Self IPs & Floating IPs
• Creating Pools
• Configuring Load Balancing HTTP Servers

Packet Capturing & Analyzing using Wire Shark

CCNP Security

Introduction to Firewall :

• Need of Firewall
• LAB : Adding ASA Firewall image to GNS3
• LAB : Adding ASA Firewall image to GNS3
• LAB : Configuring Interfaces for ASA Firewall device
• How does ASA Firewall works?
• LAB :Configuring & Verifying security levels in ASA Firewall (Inside to Outside)

ACL in firewall :

• Types of ACLs
• Standard ACL
• Extended ACL
• Named ACLs
• LAB : Configuring & verifying ACL in firewall to allow specific traffic from outside to inside

ASDM (Adaptive Security :

• What is ASDM
• Advantages of ASDM
• LAB : Configuring ASDM in ASA Firewall
• LAB : Working on ASDM

DHCP :

• Need of DHCP
• DHCP Server & Client
• LAB : How to configure ASA Firewall as DHCP Server
• LAB : How to configure ASA Firewall as DHCP client

NAT:

• What is NAT?
• What is PAT?
• Types of NATs
• Static & Dynamic NAT
• LAB : Creating Network objects
• LAB : Configuring & Verifying Static NAT
• LAB : Configuring &; Verifying Dynamic NAT

VPN :

• What is VPN?
• Need of VPN
• VPN Protocols
• Components of IPSec
• VPN Phases (Phase 1 & Phase 2)
• Types of VPN
• SITE to SITE VPN
• Remote Access VPN
• LAB : Configuring & Verifying Site to Site VPN in ASA Firewall
• LAB : Configuring & Verifying Remote Access VPN

AAA Authentication :

• What is local & Remote Authentication?
• Roles of AAA
• Types of AAA Servers (RADIUS & TACACS Server)
• LAB : Configuring TACACS Server
• LAB : Configuring & Verifying Router authentication to TACACS Server

Advanced concept for Real time :

BIG F5 IP LTM

• What is load balancing?
• Need of Load Balancing
• LAB : Installing BIG IP LTM (Local Traffic Manager)
• LAB : Configuring Licensing for BIG IP LTM
• LAB : Configuring Internal & External Self IPs & Floating IPs
• LAB : Creating Pools
• LAB : Configuring Load Balancing HTTP Servers

Course Information

• Duration: 45 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy

SAP Financial Accounting (FI) is an important core module where in live-time, the financial processing transactions are all captured to provide the basis via which data is drawn for external reporting. This SAP FI Module is integrated with many parallel modules that enable a company to unify processes that may have needed the utilization of many software packages.

Introduction to SAP R/3: (1 hrs)

• Introduction to ERP, and S.A.P
• What are S.A.P / R/2-R/3 ARCHITECTURE?
• OVER VIEW OF FICO

Financial Accounting Basic Settings: (7 hrs)

• Definition of Client, transaction code, Sessions etc…
• Define of company
• Define of Company code
• Assignment of company to company code
• Definition of business area
• Chart of Accounts
• Assignment of Chart of Account to company code
• Accounts Groups
• Defining Retained Earnings Account
• Fiscal Years Variant
• Assign Fiscal year variant to company code
• Definition of posting period variant
• Assignment of posting period variant to company code
• Open and close posting period
• Defining document type & number ranges
• Field status variants and Field status groups
• Assignment of field status variant to company code
• Definition of tolerance groups for GL accounts
• Definition of tolerance groups for employees
• Assignment of tolerance groups to users

General Ledger Accounting: (10 hrs)

• Creation of General Ledger Master (with and without reference)
• Display/Change/Block/Unblock of general ledger master
• Document Entry posting normal postings and posting with reference
• Display and change of documents
• Display of GL balances
• Display GL account line items
• Parked documents
• Hold documents
• Creation of Sample Document and postings with sample documents
• Defining recurring entry document and postings with recurring doc.
• Creation of account assignment model and posting
• Configuration of line layouts for display of GL line items
• Reversal of individual documents, mass reversal , reversal of cleared items and reversal of accrual and deferral documents
• Defining Exchange Rate types and Translation ratios
• Define Exchange rates & posting of foreign currency transactions
• Interest calculations on term loans
• Month end provisions
• Open item Management
• Reversals. (Individual, reversal of reversals and mass reversals and cleared item of reversals)

Accounts Payable: (5 hrs)

• Creation of vendor account groups
• Creation of number ranges for vendor master records
• Assignment of number ranges to vendor account groups
• Creation of tolerance group for venders
• Creation of vendor master (display/change/block/unblock of vender master)
• Posting of vendor transactions (invoice posting, payment posting, credit memo)
• Settings for advance payments to parties (down payment) and clearing of down payment against invoices (special GL transactions)
• Posting of partial Payment & Residual Payment
• Creation of payment terms
• Creation of house banks and account ids.
• Creation of check lots and maintenance of check register
• Display check register
• Cancellation of unissued checks
• Creation of void reasons
• Cancellation of issued checks
• Posting of purchase returns
• Configuration of automatic payment program
• Payment to vendors through APP
• Defining correspondence & party statement of accounts

Accounts receivable: (5 hrs)

• Creation of customer account groups
• Creation of number ranges for customer master records
• Assignment of number ranges for customer account groups
• Creation of tolerance group for customers
• Creation of customer master (display/change/block/unblock of vender master)
• Posting of customer transactions (sales invoice posting, payment posting, debit memo)
• Settings for advance payment from parties (down payment)
• Configuration of settings for dunning
• Generating the dunning letters
• Defining correspondence and party statement of accounts
• Bills of exchange
• Posting of sales returns

Asset Accounting: (6 hrs)

• Defining chart of depreciation
• Creation of 0% tax codes for sales and purchased
• Assignment of chart of depreciation to company code
• Defining account determination
• Definition of screen lay out rules
• Definition of number ranges for asset classes
• Integration with General Ledger & Posting rules
• Defining Depreciation key
• Definition of multilevel methods
• Definition of period control methods
• Creation of main asset master records
• Creation of sub asset master records
• Acquisition of fixed assets
• Sale of fixed assets
• Transfer of assets
• Scrapping of assets
• Depreciation run
• Line item Settlement of assets under construction of capital work in progress

Cash Journals: (2 hrs)

• Creation of Master records
• Number ranges for cash journal
• Set up cash journals
• Set up business transactions
• Print Parameters

CONTROLLING: (5 hrs)

• CO Areas and Basic Settings for Controlling
• Cost Center Accounting
• No. of ranges for controlling documents
• Cross Company Code Postings
• Maintain Overhead structure
• Versions
• Cost element accounting(manual, automatic)
• Cost Centre Accounting
• Repost line items, repost of cost
• Actual overhead assessment
• Planning cost centre and cost element
• Budgeting and availability control

INTERNAL ORDER: (3 hrs)

• Order type
• Order, Statistical Key Figure
• Planning internal order wise
• View internal order wise report

PROFITABILITY ACCOUNTING (PCA): (4 hrs)

• Controlling settings
• Dummy profit centre actual data
• Profit centre assignment of revenue elements
• Choose account, creation of cost object
• Planning profit and loss items
• Planning balance sheet items

PROFITABILITY ANALYSIS (CO-PA): (3 hrs)

• Operation concern
• Profitability segments
• Assignment of controlling area to operating
• Activate profitability analysis
• Mapping of conditions to coop values
• Drill down report
• Report painter

INTEGRATION: (6 hrs)

• Transaction Key /Process Key
• Valuation Class
• Assignment of accounts
• MM Customization
• FI Consultant job in MM
• Assignment of Accounts for Automatic Postings(MM to FI)
• FI Consultant job in SD
• SD Steps

REPORTS: (3 hrs)

• Financial statement version
• GL reports
• Accounts payable reports
• Accounts receivable reports
• Assets
• Cash book reports
• Transport

Course Information

• Duration: 35-40 hrs
• Timings: Week days 1-2 Hours per day (or) Weekends: 2-3 Hours per day
• Method: Online/Classroom Training
• Study Material: Soft Copy