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Software Engineering Training

Online Instructor-led (1 days)

Online Self-paced (8 hours)

Systems Engineering Training​ Course Outline

Module 1: Introduction to System Engineering

  • Introduction to Systems
  • Types of Systems
  • Systems Engineering
  • Examples of Systems Requiring Systems Engineering
  • Power of Systems Engineering

Module 2: Systems Engineering Landscape

  • Viewpoint
  • Perspectives
  • Systems Domains
  • Systems Engineering Fields
  • Approaches
  • Activities and Products

Module 3: Structure of Complex Systems

  • System Building Blocks and Interface
  • Hierarchy of Complex Systems
  • System Environment
  • Interaction

Module 4: Holistic Requirements Model (HRM)

  • What is HRM and What Does It Do?
  • Where and When to Use It?
  • How to Do It?

Module 5: Engineering Design

  • Implementing the System Building Blocks
  • Requirements Analysis
  • Functional Analysis and Design
  • Component Design
  • Design Validation
  • CM

Module 6: System Concepts Formulation and Development

  • Conceptualisation of System Operations
  • System Operational Model
  • Formulating and Developing the System Concept

Module 7: System Development Strategies

  • System Development Workflow Strategy
  • System Design Strategy

Module 8: System Verification and Validation (V&V) Strategies

  • System Practices
    • Verification
    • Validation
  • Applying V and V to System Development Workflow Processes
  • Independent Verification and Validation

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Prerequisites

There are no formal prerequisites for this Introduction to Systems Engineering Training course.

Audience

This Introduction to Systems Engineering Training course is suitable for everyone who wants to gain deep knowledge of systems engineering fundamentals.

Systems Engineering Training​ Course Overview

Systems engineering introduces innovation into the planning and development stages by using information from various science and engineering sources. It gives organisations to comply with market demands, apply the best model for systems development, and improve time to market. System engineering is beneficial to reducing design lead time, improving reliability, improving traceability of decision making, managing risk, etc. Studying this training will help learners to gain comprehensive knowledge of systems engineering and design to production, development, and management. Pursuing this training course will help individuals get the required information regarding systems engineering that will excel their career prospects in senior job roles.

In this 1-day Introduction to Systems Engineering Training course, delegates will attain a thorough understanding of the fundamental concepts of systems engineering. During this training, delegates will learn about various system development and design strategies. They will also learn about system domains, system engineering fields, approaches, activities, and products. Our highly professional instructor with years of teaching experience will conduct this course and help delegates to understand the essentials of system engineering.  

Delegates will also cover various topics, such as:

  • Introduction to system engineering
  • System building blocks and interface
  • Hierarchy of complex systems
  • Functional analysis and design
  • System operational model

After attending this Introduction to Systems Engineering Training course, delegates will be able to use the Holistic Requirements Model (HRM). They will also be able to implement system building blocks and analyse the requirements.

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  • Delegate pack consisting of course notes and exercises
  • Courseware
  • Experienced Instructor

Show moredown

Online Instructor-led (2 days)

Online Self-paced (16 hours)

Java Programming and Software Engineering Fundamentals Training​ Course Outline

Module 1: Introduction to Java

  • What is Java?
  • How does Java Run?
  • Java Basics
  • Importance of Java
  • Advantages of Java

Module 2: Java Basics

  • Java Basic Syntax
  • First Java Program (Hello World)
  • Datatypes in Java
  • Difference Between Primitive and Non-Primitive Datatypes
  • Java Identifiers
  • Operators in Java
  • Java Variables
  • Scope of Variables
  • Wrapper Classes in Java

Module 3: Flow Control in Java

  • Decision Making
    • If Statement
    • If-Else Statement
    • If-Else-If ladder
  • Loops
    • For loop
    • While Loop
    • Do While loop
    • For Each loop
  • Continue Statement
  • Break Statement
  • Usage of Break
  • Return Statement

Module 4: Operators in Java

  • Arithmetic Operator
  • Unary Operator
  • Assignment Operator
  • Relational Operator
  • Logical Operator
  • Ternary Operator
  • Bitwise Operator

Module 5: Arrays in Java

  • Introduction to Arrays in Java
  • Arrays Class in Java
  • Multi-Dimensional Array in Java
  • How to Declare and Initialise 2D Arrays?
  • Array in Java
    • Jagged
    • Final
    • Reflect
  • Difference Between util.Arrays and reflect.Arrays
  • Java Array Programs

Module 6: List in Java

  • ArrayList in Java
  • Class in Java
    • Vector
    • Stack
  • LinkedList in Java
  • AbstractList
  • AbstractSequentialList
  • CopyOnWriteArrayList
  • Custom ArrayList in Java

Module 7: Files and I/O

  • Stream
  • Standard Streams
  • Reading and Writing Files
  • Directories in Java

Module 8: Introduction to Software Engineering

  • What is Software Engineering?
  • Software Evolution
  • Software Evolution Laws
  • E-Type Software Evolution
  • Software Paradigms
  • Need for Software Engineering
  • Characteristics of a Good Software Engineer

Module 9: Software Development Life Cycle (SDLC)

  • SDLC Activities
  • Software Development Paradigms

Module 10: Software Project Management

  • Software Project
  • Need for Software Project Management
  • Software Project Manager
  • Software Management Activities
  • Project Scheduling
  • Resource management
  • Project Risk Management
  • Risk Management Process
  • Project Execution and Monitoring
  • Project Communication Management
  • Configuration Management
  • Project Management Tools

Module 11: Software Design

  • Software Requirements
  • Design Basics
  • Analysis and Design Tools
  • Design Strategies
  • User Interface Design
  • Design Complexity

Module 12: Software Implementation and Testing

  • Structured and Functional Programming
  • Programming Style
  • Software Documentation
  • Implementation and Challenges
  • Testing
  • Maintenance

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Prerequisites

There are no formal prerequisites for attending this Java Programming and Software Engineering Fundamentals Training course.

Audience

This training course is suitable for everyone who wants to understand the core concepts of Java programming and the software development domain.

Java Programming and Software Engineering Fundamentals Training​ Course Overview

Java is an object-oriented and class-based programming language in which written code is compiled to run on all platforms. Java applications can run on any Java virtual machine that is compiled to byte code. It is platform-independent, robust, secure, and flexible to add classes. Software engineering concerns scientific principles, procedures, and methods associated with software development. This training course will help learners write programs to solve complex problems and software engineering to tackle real-world problems, from designing algorithms to debugging programs. Holding onto the programming skills and knowledge of software engineering will help individuals get higher designations, such as Software Developers, Software Engineers, Coders, Software Testers, and Software Designers.

In this 2-day Java Programming and Software Engineering Fundamentals Training course, delegates will get comprehensive knowledge of the primary concepts of Java and software engineering. During this training, they will learn about decision-making statements to make decisions in real life and loops to execute multiple statements repeatedly. They will learn about software project management, including management activities, estimation techniques, and communication management. Our highly skilled and expert trainer will conduct this training, who has years of experience in teaching technical courses.

Course Objectives

  • To learn about Java operators for manipulating variables.
  • To understand Java Arraylist that provides dynamic arrays.
  • To acquire knowledge of stream defined as a sequence of data.
  • To know about software development lifecycle activities.
  • To come in touch with software implementation challenges.
  • To get familiar with software testing to evaluate requirements.

After attending this training course, delegates will be able to develop software using Java programming language that can be reusable and modular. They will also be able to develop a software product as per user requirements.

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  • Delegate pack consisting of course notes and exercises
  • Courseware
  • Experienced Instructor

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Online Instructor-led (1 days)

Online Self-paced (8 hours)

Software Design and Architecture Training​ Course Outline

Module 1: Introduction of Software Architecture and Design

  • Software Architecture
  • Software Design
  • Goals of Architecture
  • Role of Software Architect
  • Quality Attributes
  • Quality Scenarios

Module 2: Key Principles

  • Architectural Style
  • Common Architectural Design
  • Types of Architecture
  • Architecture Design Process
  • Key Architecture Principles
  • Key Design Principles

Module 3: Architecture Models

  • UML
  • Architecture View Model
  • Architecture Description Languages (ADLs)

Module 4: Object-Oriented Paradigm

  • Introduction to Object-Oriented Paradigm
  • OO Analysis
  • Object-Oriented Design

Module 5: Data Flow Architecture

  • Batch Sequential
  • Pipe and Filter Architecture
  • Process Control Architecture

Module 6: Data-Centred Architecture

  • What is Test Design?
  • Types of Components
  • Repository Architecture Style
  • Blackboard Architecture Style

Module 7: Hierarchical Architecture

  • Main-subroutine
  • Master-Slave
  • Virtual Machine Architecture
  • Layered Style

Module 8: Interaction-Oriented Architecture

  • Model-View-Controller (MVC)
  • Presentation-Abstraction-Control (PAC)

Module 9: Distributed Architecture

  • Client-Server Architecture
  • Multi-Tier Architecture (n-tier Architecture)
  • Broker Architectural Style
  • Service-Oriented Architecture (SOA)

Module 10: Component-Based Architecture

  • What is a Component?
  • Principles of Component−Based Design
  • Component-Level Design Guidelines
  • Conducting Component-Level Design

Module 11: User Interface

  • Graphical User Interface
  • Design of User Interface
  • User Interface Development Process
  • Design Considerations of User Interface

Module 12: Architecture Techniques

  • Iterative and Incremental Approach
  • Architecture Review
  • Communicating the Architecture Design

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Prerequisites

There are no prerequisites for this training course, any software professional can go through this training to get a bigger picture of how high-quality software applications and products are designed.

Audience

This training course is designed for all software professionals, architects, and senior system design engineers. Managers of architecture teams will also benefit from this Software Design and Architecture training course.

Software Design and Architecture Training​ Course Overview

Software Design and Architecture is the process of creating reusable and flexible software applications and systems using design principles, patterns, and architectures. It is used to negotiate system requirements, and to set expectations with customers, marketing and management personnel. Software design and Architecture are necessary for organisations because it’s easy to make a decision for the whole process. Studying this Software Design and Architecture training help learners to effectively gain knowledge about how they fit and work together to fulfil the requirement of the system. It helps to individuals in Defining a solution to meet requirements, giving you the ability to predict software system qualities, and Providing a reusable model. Pursuing this training will help individuals to improve their skill set and that is beneficial for their career enhancement. 

This 1-day Software Design and Architecture training course will enlighten delegates’ expertise to create high-quality software. In this training course, delegates will get a quick overview of the necessary architecture and design concepts such as static and dynamic quality attributes, domain, reduce risk and model to analyse, naming conventions, composition or aggregation etc. Our highly expert trainer with abundant knowledge will teach delegates about the object-oriented paradigm and user interface that can help them enhance the quality and design of the software.

It also accommodates the delegates with other fascinating concepts, such as:

  • Business strategy
  • Design
  • Quality attributes
  • IT environment
  • Human dynamics

At the end of this training course, delegates will be able to identify the goals and objectives of software design and architecture. They will also get knowledge about architecture models which is very useful in software design and architecture.

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  • Delegate pack consisting of course notes and exercises
  • Courseware
  • Experienced Instructor

Show moredown

Online Instructor-led (2 days)

Online Self-paced (16 hours)

Software Development Lifecycle Training​ Course Outline

Module 1: Introduction to Software Development Life Cycle

  • What is the Software Development Life Cycle?
  • Why is Software Development Life Cycle Important?
  • How Does the SDLC Work?
  • Benefits of the SDLC
  • Examples of SDLC
  • Need of SDLC
  • SDLC Roles

Module 2: SDLC Models

  • Waterfall Model
  • RAD Model
  • Spiral Model
  • V-Model
  • Incremental Model
  • Agile Model
  • Iterative Model
  • Big Bang Model

Module 3: SDLC Phases

  • Requirement Gathering and Analysis
  • Design
  • Implementation or Coding
  • Testing
  • Deployment
  • Maintenance

Module 4: Software Testing in SDLC

  • Testing Phases in SDLC
  • Role of Testing in Software Development
  • Models of Software Testing in SDLC
  • Types of Testing in SDLC

Module 5: Software Development Methodologies

  • Agile Development Methodology
  • DevOps Deployment Methodology
  • Waterfall Development Method
  • Rapid Application Development

Module 6: Predictive Vs Adaptive SDLC Models

  • Predictive SDLC
  • Adaptive SDLC
  • Which one to use?
    • When Predictive SDLC is the Best?
    • When Adaptive SDLC is the Best?

Module 7: Guidelines for Secure Software Development Life Cycle

  • Introduction
  • Phases of Secure Software Development Life Cycle
    • Security Requirement
    • Security Design
    • Security Development
    • Security Testing
    • Security Deployment
    • Security Maintenance

Module 8: Agile Software Development

  • What is Agile Software Development?
  • Scrum and Other Leading Agile Methods
  • Scrum
  • Lean
  • Kanban
  • Dynamic Systems Development Method (DSDM)
  • Extreme Programming
  • Feature Driven Development (FDD)

Module 9: Lean Software Development (LSD)

  • What is Lean Software Development?
  • Principles Lean Development
  • Applying Lean in the Software Development Lifecycle
  • Benefits of Lean Software Development

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Prerequisites

In this Software Development Lifecycle training course, there are no formal prerequisites.

Audience

This Software Development Lifecycle training course is ideal for anyone who wants to enhance their knowledge and ability to build high-quality and secure software using SDLC.

Software Development Lifecycle Training​ Course Overview

The Software Development Life Cycle (SDLC) is a method used by the software industry to design, build, and test high-quality software. It contains a complete plan that describes how to create, maintain, replace, update, or improve specific software. SDLC aims to deliver high-quality software that meets or exceeds customer expectations and demands. SDLC helps organisations improve software quality and the overall development process efficiently. This interactive training will help individuals to build high-quality and secure software using SDLC methodologies such as agile, lean, and traditional/waterfall. Pursuing this Software Development Lifecycle training course will help individuals climb up the ladder of success in value and career opportunities.

In this 2-day Software Development Lifecycle training course, delegates will gain in-depth knowledge about Software Development Lifecycle (SDLC) and how it works. During this training course, delegates will learn various concepts such as software development, SDLC, the importance of SDLC, SDLC models, phases of secure software development life cycle, principles lean development, iterative model, rapid application development, etc. Our highly experienced trainer with years of experience providing interactive training courses will teach this course.

They will also cover various essential concepts such as:

  • Software Development Life Cycle
  • Agile software development
  • SDLC models
  • How does the SDLC work?
  • SDLC roles
  • Feature-driven development

At the end of this training course, delegates will be able to apply effectively agile practices and processes for software development. They will also be able to efficiently plan, manage, and execute software development life cycles in real-life projects.

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  • Delegate pack consisting of course notes and exercises
  • Courseware
  • Experienced Instructor

Show moredown

Online Instructor-led (1 days)

Online Self-paced (8 hours)

Introduction to Systems Engineering Training Course Outline

Module 1: Introduction to System Engineering

  • Introduction to Systems
  • Types of Systems
  • Systems Engineering
  • Examples of Systems Requiring Systems Engineering
  • Power of Systems Engineering

Module 2: Systems Engineering Landscape

  • Viewpoint
  • Perspectives
  • Systems Domains
  • Systems Engineering Fields
  • Approaches
  • Activities and Products

Module 3: Structure of Complex Systems

  • System Building Blocks and Interface
  • Hierarchy of Complex Systems
  • System Environment
  • Interaction

Module 4: Holistic Requirements Model (HRM)

  • What is HRM and What Does It Do?
  • Where and When to Use It?
  • How to Do It?

Module 5: Engineering Design

  • Implementing the System Building Blocks
  • Requirements Analysis
  • Functional Analysis and Design
  • Component Design
  • Design Validation
  • CM

Module 6: System Concepts Formulation and Development

  • Conceptualisation of System Operations
  • System Operational Model
  • Formulating and Developing the System Concept

Module 7: System Development Strategies

  • System Development Workflow Strategy
  • System Design Strategy

Module 8: System Verification and Validation (V&V) Strategies

  • System Practices
    • Verification
    • Validation
  • Applying V and V to System Development Workflow Processes
  • Independent Verification and Validation

Show moredown

Prerequisites

There are no formal prerequisites for this Introduction to Systems Engineering Training course.

Audience

This Introduction to Systems Engineering Training course is suitable for everyone who wants to gain deep knowledge of systems engineering fundamentals.

Introduction to Systems Engineering Training​ Course Overview

Systems engineering introduces innovation into the planning and development stages by using information from various science and engineering sources. It gives organisations to comply with market demands, apply the best model for systems development, and improve time to market. System engineering is beneficial to reducing design lead time, improving reliability, improving traceability of decision making, managing risk, etc. Studying this training will help learners to gain comprehensive knowledge of systems engineering and design to production, development, and management. Pursuing this training course will help individuals get the required information regarding systems engineering that will excel their career prospects in senior job roles.

In this 1-day Introduction to Systems Engineering Training course, delegates will attain a thorough understanding of the fundamental concepts of systems engineering. During this training, delegates will learn about various system development and design strategies. They will also learn about system domains, system engineering fields, approaches, activities, and products. Our highly professional instructor with years of teaching experience will conduct this course and help delegates to understand the essentials of system engineering.  

Delegates will also cover various topics, such as:

  • Introduction to system engineering
  • System building blocks and interface
  • Hierarchy of complex systems
  • Functional analysis and design
  • System operational model

After attending this Introduction to Systems Engineering Training course, delegates will be able to use the Holistic Requirements Model (HRM). They will also be able to implement system building blocks and analyse the requirements.

Show moredown

  • Delegate pack consisting of course notes and exercises
  • Courseware
  • Experienced Instructor

Show moredown

Not sure which course to choose?

Speak to a training expert for advice if you are unsure of what course is right for you. Give us a call on +44 1344 203999 or Enquire.

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Software Engineering Training FAQs

FAQ's

Software Engineering is a discipline of engineering concerned with the growth of software products through the use of well-defined scientific concepts, methodologies, and procedures.
Software Engineering is required to manage large software, enable more scalability, cost management, manage the dynamic nature of software, and for better quality management.
Software Engineering plays an important role in business as a customised software is required in practically every sector, business, or function. If something goes wrong with the application portfolio, Software Engineering techniques can enable various procedures to provide rapid, efficient, and effective remedy as quickly as feasible.
Software Development helps the organisations to get them their required software solutions, secure their systems, minimise data security risks, support digital transformation, and scale up their business operations.
Software Engineering is a rewarding career with a multitude of growth opportunities. A Software Engineer is a highly creative field that requires logical skills, teamwork, provides many learning opportunities and huge growth in this field.
The Knowledge Academy is the Leading global training provider in the world for Software Engineering Training.
The price for Software Engineering Training certification in Philippines starts from $.

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