• Program Structure & Basic Principles
• Programming Constructs - Loops, Functions, Arrays, etc.
• An Introduction to Version Control, Git, Command-line Scripting
• Basic HTML, CSS

OBJECT-ORIENTED PROGRAMMING

• Object-Oriented Paradigms of Java Programming (Classes, Objects, etc.)
• Object-Oriented Design
• Exception Handling, Collections, Concurrency, etc.

DATA STRUCTURES

• Linear Data Structures (Arrays, Strings, Stacks, Queues, Linked Lists, etc.)
• Binary Trees and Binary Search Trees, Tree traversals

ALGORITHMS

• Basic Algorithms: Recursion, Searching and Sorting Algorithms, Greedy Algorithms
• Analysis of Algorithms and Evaluating the right algorithm for a problem
• Advanced algorithms – Graphs, Dynamic Programming, Hashing Algorithms

DATABASE DESIGN & SYSTEMS

• Processing, Storing & Organizing Data: Data Models,
• Tables, Views, SQL Queries - Simple & Complex
• Database Schemas, Normalization, Keys, Indexes
• JDBC
• Introduction to NoSQL databases

SERVER-SIDE DEVELOPMENT & FRAMEWORKS

• Spring MVC Architecture
• Backend Development Using Springboot Framework
• ORM & Hibernate
• REST APIs

FRONT-END DEVELOPMENT – HTML & CSS

• HTML & CSS Interaction, CSS: Styling, Selectors, Box Model, Border, Margin, Padding, etc
• Bootstrap 3
• Advanced CSS and Bootstrap 4
• Migrating to Bootstrap 5

FRONT-END DEVELOPMENT – JAVASCRIPT

• JavaScript Fundamentals, Hoisting, Callbacks, Promises, Asynchronous JavaScript, DOM Manipulation, JSON, AJAX Calls, Communication with Server, Event Listeners, Local and Session Storage, etc.
• Advanced JavaScript –ES6, Let & Const, Arrow Functions, Array Destructuring, Async/Await, Babel, Webpack, etc

JAVASCRIPT FRAMEWORKS – Angular

• Overview
• Angular Services, Routing and Single Page Applications
• Angular Forms, Angular and Reactive JavaScript
• Client-Server Communication

JAVASCRIPT FRAMEWORKS – REACT

• React Introduction, React Router, Components and Single Page Applications
• React Forms, Flow Architecture
• Redux & Client-Server Communication, etc

INTRODUCTION

• Introduction to mobile applications
• Embedded systems
• Market and business drivers for mobile applications
• Publishing and delivery of mobile applications
• Requirements gathering and validation for mobile applications.

BASIC DESIGN

• Introduction Basics of embedded systems design
• Embedded OS
• Design constraints for mobile applications, both hardware and software related
• Architecting mobile applications
• User interfaces for mobile applications
• touch events and gestures
• Achieving quality constraints – performance, usability, security, availability and modifiability.

ADVANCED DESIGN

• Designing applications with multimedia and web access capabilities
• Integration with GPS and social media networking applications
• Accessing applications hosted in a cloud computing environment
• Design patterns for mobile applications.

ANDROID

• Introduction Establishing the development environment
• Android architecture
• Activities and views
• Interacting with UI
• Persisting data using SQLite
• Packaging and deployment
• Interaction with server-side applications
• Using Google Maps, GPS and WIFI –Integration with social media applications.

IOS

• Introduction to Objective C
• iOS features
• UI implementation
• Touch frameworks
• Data persistence using Core Data and SQLite
• Location-aware applications using Core Location and Map Kit
• Integrating calendar and address book with social media application
• Using WIFI
• iPhone marketplace.

VIRTUALIZATION

• Basics of Virtual Machines - Process Virtual Machines
• System Virtual Machines –Emulation – Interpretation
• Binary Translation - Taxonomy of Virtual Machines. Virtualization –Management Virtualization
• Hardware Maximization – Architectures
• Virtualization Management – Storage Virtualization – Network Virtualization.

VIRTUALIZATION INFRASTRUCTURE

• Comprehensive Analysis Resource Pool – Testing Environment
• Server Virtualization – Virtual Workloads – Provision Virtual Machines
• Desktop Virtualization – Application Virtualization
• Implementation levels of virtualization – virtualization structure
• virtualization of CPU, Memory and I/O devices
• Virtual clusters and Resource Management – Virtualization for data centre automation.

CLOUD PLATFORM ARCHITECTURE

• Cloud deployment models: public, private, hybrid, community
• Categories of cloud computing: Everything as a service: Infrastructure, platform, software
• A Generic Cloud Architecture Design
• Layered cloud Architectural Development
• Virtualization Support and Disaster Recovery
• Architectural Design Challenges - Public Cloud Platforms: GAE, AWS
• Inter-cloud Resource Management Tentative

PROGRAMMING MODEL

• Introduction to Hadoop Framework - MapReduce, Input splitting, map and reduce functions, specifying input and output parameters, configuring and running a job
• Developing Map Reduce Applications –
• Design of Hadoop file system –Setting up Hadoop Cluster
• Cloud Software Environments -Eucalyptus, Open Nebula, Open Stack, Nimbus

CLOUD SECURITY

• Cloud Infrastructure security: network, host, and application-level
• aspects of data security, provider data and its security,
• Identity and access management architecture,
• IAM practices in the cloud, SaaS, PaaS, IaaS availability in the cloud
• Key privacy issues in the cloud
• Cloud Security and Trust Management

CLOUD AND DEVOPS

• DevOps: Motivation-Cloud as a platform-Operations-
• Deployment Pipeline: Overall Architecture Building and Testing-Deployment- Case study: Migrating to Microservices
• Origin of DevOps - The developers versus operations dilemma
• Key characteristics of a DevOps culture – Deploying a Web Application - Creating and configuring an account
• Creating a web server - Managing infrastructure with Cloud Formation
• Adding a configuration management system

INFORMATION SECURITY MANAGEMENT

• Scope of Information Security Management
• Domains of Information Security
• Threat - Common Attacks - Impact of Security Breaches
• Protecting Mission Critical Systems
• Information Security from the Ground Up
• Physical Security
• Data Security
• Network and System Security
• Wireless Security; Security Monitoring and Effectiveness

HACKING METHODOLOGY

• History of Hacking
• Recognizing Web Application Security
• Threats – Preventing Break-ins by thinking like a Hacker.
• How to Avoid Becoming a Code Grinder: Thinking Creative When Coding
• Building Functional and Secure Web Applications

CODE AUDITING AND REVERSE ENGINEERING

• Introduction
• How to Effectively Trace through a Program
• Auditing and Reviewing Selected Programming Languages
• Looking for Vulnerabilities

SECURING JAVA CODE

Introduction

• Overview of the Java Security Architecture
• How Java Handles Security
• Potential Security Weakness in Java

DEVELOPING SECURITY-ENABLED APPLICATIONS

• Introduction
• The Benefits of using Security Enabled Applications
• Types of Security used in Applications
• Basics of PKI
• Using PKI to secure Web Applications
• Testing your Security Implementation

INTRODUCTION

• Software is new product development
• Iterative development
• Risk (Driven and Client (Driven iterative planning
• Time boxed iterative development
• During the Iteration, No changes from external stakeholders –Evolutionary and adaptive Development (Evolutionary requirements analysis
• Early “Top Ten” high (level requirements and skilful analysis Evolutionary and adaptive planning
• Incremental delivery
• Evolutionary delivery
• The most common mistake
• Specific iterative and Evolutionary methods.

AGILE AND ITS SIGNIFICANCE

• Agile development
• Classification of methods
• The agile manifesto and Principles
• Agile project management
• Embrace communication and feedback
• Simple practices and project tools
• Empirical Vs defined and prescriptive Process
• Principle (based versus Rule (Based – Sustainable discipline: The human touch
• Team as a complex adaptive system
• Agile hype – Specific agile methods. The facts of change on software projects
• Key motivations for iterative Development
• Meeting the requirements challenge iteratively
• Problems with the Waterfall. Research evidence
• Early historical project evidence
• Standards (Body evidence
• Expert and thought leader evidence
• A Business case for iterative development
• The historical accident of waterfall validity.

AGILE METHODOLOGY

• Method overview
• Lifecycle – Work products, Roles and Practices values
• Common mistakes and misunderstandings
• Sample projects
• Process mixtures
• Adoption strategies – Fact versus fantasy
• Strengths versus “Other” history.

SCRUM

• Concepts –deliverable and methods. XP:
• Concepts –deliverable and methods Unified process:
• Concepts- deliverable-methods. EVE: Concepts- Methods-deliverable.
• EVO: Method Overview, Lifecycle, Work Products, Roles and practices, Common mistakes and Misunderstandings, Sample Projects.

AGILE PRACTICING AND TESTING

• Project management
• Environment
• Requirements
• Test
• The agile alliances
• The manifesto
• Supporting the values
• Agile testing
• Nine principles and six concrete practices for testing on agile teams

INTRODUCTION

• Why Design? - Four Questions, Ten Tools
• Principles of Design Thinking
• The process of Design Thinking
• How to plan a Design Thinking project.

UNDERSTAND, OBSERVE AND DEFINE THE PROBLEM

• Search field determination
• Problem clarification
• Understanding of the problem
• Problem analysis
• Reformulation of the problem
• Observation Phase
• Empathetic design
• Tips for observing
• Methods for Empathetic Design
• Point-of-View Phase
• Characterization of the target group
• Description of customer needs.

IDEATION AND PROTOTYPING

• Ideate Phase
• The creative process and creative principles
• Creativity techniques
• Evaluation of ideas
• Prototype Phase
• Lean Startup Method for Prototype Development
• Visualization and presentation techniques.

TESTING AND IMPLEMENTATION

• Test Phase
• Tips for interviews
• Tips for surveys
• Kano Model
• Desirability Testing - How to conduct workshops
• Requirements for the space
• Material requirements
• Agility for Design Thinking.

FUTURE

• Design Thinking meets the corporation
• The New Social Contract
• Design Activism
• Designing Tomorrow.

PMP > 5 yrs Exp

Creating A High Performing Team

• Build A Team
• Define Team Ground Rules
• Negotiate Project Agreements
• Empower Team Members and Stakeholders
• Train Team Members and Stakeholders
• Engage And Support Virtual Teams
• Build Shared Understanding About a Project

Starting The Project

• Determine Appropriate Project Methodology/Methods And Practices
• Plan And Manage Scope
• Plan And Manage Budget And Resources
• Plan And Manage Schedule
• Plan And Manage Quality Of Products And Deliverables
• Integrate Project Planning Activities
• Plan And Manage Procurement
• Establish Project Governance Structure
• Plan And Manage Project/Phase Closure

Doing The Work

• Assess And Manage Risks
• Execute Project To Deliver Business Value
• Manage Communications
• Engage Stakeholders
• Create Project Artifacts
• Manage Project Changes
• Manage Project Issues
• Ensure Knowledge Transfer for Project Continuity

Keeping The Team On Track

• Lead A Team
• Support Team Performance
• Address And Remove Impediments, Obstacles, And Blockers
• Manage Conflict
• Collaborate With Stakeholders
• Mentor Relevant Stakeholders
• Apply Emotional Intelligence to Promote Team Performance

Keeping The Business In Mind

• Manage Compliance Requirements
• Evaluate And Deliver Project Benefits and Value
• Evaluate And Address Internal and External
• Business Environment Changes
• Support Organizational Change
• Employ Continuous Process Improvement

Foundation

• Introduction to PRINCE2^® and Project Management
• The 7 Principles of PRINCE2^®
• The 7 Themes of PRINCE2^®
• The 7 Processes of PRINCE2^®
• The Tailoring of PRINCE2^®

PRACTITIONER

• Starting Up a Project (SU)and its products
• Initiating a Project (IP) and its products
• Managing Stage Boundaries (SB) and its products
• Closing a Project (CP)and its products
• The Tailoring of PRINCE2^®