International Diploma in Software Engineering

Master the skills to design, develop, test, and deploy professional software applications.

Duration: 12 Months 12 Courses 340 Practical Hours 100H Capstone

About the Program

The International Diploma in Software Engineering is a comprehensive, industry-aligned program designed to equip learners with the knowledge and practical skills required to design, develop, test, and deploy professional software applications. The curriculum follows international best practices and prepares students for careers in software development, quality assurance, and software project management.

Program Specifications
Qualification: International Diploma in Software Engineering
Duration: 12 Months (4 Terms)
Total Learning Hours: 720 Hours
Theory Hours: 280 Hours
Practical Labs: 340 Hours
Capstone Project: 100 Hours
What You Will Learn
Programming Fundamentals

Master Python programming and object-oriented concepts.

Database Design

Design and manage SQL and NoSQL databases.

Web Development

Build modern web applications with front-end and back-end technologies.

Software Testing & QA

Implement comprehensive testing and quality assurance strategies.

Cloud & DevOps

Deploy applications using cloud platforms and CI/CD pipelines.

Software Security

Build secure applications following secure SDLC practices.

Graduate Learning Outcomes

1. Analyze software requirements.
2. Design software systems using modern engineering principles.
3. Develop desktop, web, and cloud-based applications.
4. Apply object-oriented programming concepts.
5. Design and manage databases.
6. Implement software testing and quality assurance.
7. Apply Agile and DevOps methodologies.
8. Deploy applications in cloud environments.
9. Manage software projects effectively.
10. Develop complete software products from concept to deployment.

Program Modules

TERM 1: Programming Foundations

Description: Introduces computing fundamentals, software engineering concepts, software development careers, and the software lifecycle.

Modules:
  • Introduction to Computing - Computer systems, Hardware and software, Operating systems
  • Introduction to Software Engineering - What is software engineering?, Disciplines, Career pathways
  • Software Development Life Cycle (SDLC) - Waterfall, Incremental, Spiral, Agile
  • Software Development Teams - Roles and responsibilities, Software documentation
  • Emerging Technologies - Cloud computing, Artificial Intelligence, Mobile applications
Labs: Software project analysis, SDLC case studies

Modules:
  • Python Basics - Variables, Data types, Operators
  • Program Control - Conditions, Loops
  • Functions and Modules - Function design, Modular programming
  • Data Structures - Lists, Dictionaries, Sets, Tuples
  • File Handling - Reading files, Writing files
  • Exception Handling - Error management, Debugging
Labs: Programming exercises, Mini applications

Modules:
  • Discrete Mathematics - Sets, Relations, Functions
  • Logic - Propositional logic, Predicate logic
  • Algorithms Mathematics - Complexity concepts, Mathematical reasoning
  • Graph Theory - Trees, Graph structures
  • Computational Thinking
Labs: Problem-solving exercises, Algorithm design activities
TERM 2: Software Design and Development

Modules:
  • OOP Concepts - Classes, Objects, Encapsulation
  • Inheritance - Polymorphism, Abstraction
  • Design Principles - SOLID principles, Reusability
  • Design Patterns - Singleton, Factory, Observer
  • Application Development
Labs: OOP projects, Design pattern implementation

Modules:
  • Database Fundamentals - Relational databases, Database architecture
  • Database Design - ER Diagrams, Normalization
  • SQL Programming - Queries, Joins, Views
  • Advanced Databases - Transactions, Stored procedures
  • NoSQL Databases - Document databases, Key-value databases
Labs: MySQL/PostgreSQL development, MongoDB exercises

Modules:
  • HTML5
  • CSS3
  • JavaScript Fundamentals
  • Responsive Design
  • Front-End Frameworks
  • Backend Development Basics
  • REST APIs
Labs: Dynamic websites, API integration projects
TERM 3: Advanced Software Engineering

Modules:
  • Requirements Engineering - Requirements gathering, Requirements documentation
  • UML Modeling - Use case diagrams, Class diagrams, Sequence diagrams
  • Software Architecture - Layered architecture, Microservices architecture
  • System Design - Scalability, Maintainability
  • Design Documentation
Labs: UML projects, System design exercises

Modules:
  • Testing Fundamentals
  • Unit Testing
  • Integration Testing
  • System Testing
  • Automated Testing
  • Quality Assurance Standards
Labs: Test case development, Automated testing tools

Modules:
  • Agile Methodologies - Scrum, Kanban
  • Agile Project Management
  • DevOps Fundamentals
  • CI/CD Pipelines
  • Containerization
  • Infrastructure as Code
Labs: Git workflows, CI/CD implementation, Docker projects
TERM 4: Modern Software Engineering

Modules:
  • Cloud Computing Fundamentals
  • Cloud Application Architecture
  • Serverless Computing
  • Container Orchestration
  • Cloud Security Basics
Labs: Cloud deployments, Containerized applications

Modules:
  • Secure Software Development Lifecycle
  • Secure Coding Practices
  • Authentication and Authorization
  • Web Application Security
  • API Security
  • Security Testing
Labs: Secure coding exercises, Vulnerability assessment

Modules:
  • Project Management Fundamentals
  • Software Cost Estimation
  • Risk Management
  • Team Leadership
  • Software Product Management
  • Technology Entrepreneurship
Labs: Project planning, Startup software case studies
Specialized Development Tracks (Choose One)
Track A: Full Stack Web Development
  • Advanced JavaScript
  • React
  • Node.js
  • API Development
Track B: Mobile Application Development
  • Android Development
  • iOS Concepts
  • Cross-platform Frameworks
Track C: Cloud Software Engineering
  • Cloud Architecture
  • Kubernetes
  • Cloud Security
Track D: AI-Enabled Software Development
  • AI APIs
  • Generative AI Integration
  • Intelligent Applications
Capstone Graduation Project (100 Hours)

Students work individually or in teams to develop a complete software solution following industry-standard software engineering practices.

Project Stages:
  • Phase 1: Project Proposal - Problem identification, Requirements gathering
  • Phase 2: Analysis and Design - UML modeling, Architecture design
  • Phase 3: Development - Frontend development, Backend development, Database integration
  • Phase 4: Testing - Functional testing, Security testing, Performance testing
  • Phase 5: Deployment - Cloud deployment, Documentation
  • Phase 6: Final Presentation and Defense

Virtual Software Engineering Labs

Students receive access to:

Programming Lab Database Lab Web Development Lab Software Design Lab Testing and QA Lab DevOps Lab Cloud Engineering Lab Software Security Lab

Career Opportunities

Software Developer

Design, code, and maintain software applications.

Average Salary: $70,000 - $110,000

Web Developer

Build modern web applications and websites.

Average Salary: $65,000 - $105,000

Quality Assurance Engineer

Test software and ensure quality standards.

Average Salary: $60,000 - $95,000

DevOps Engineer

Manage CI/CD pipelines and cloud deployments.

Average Salary: $80,000 - $130,000

Database Developer

Design and optimize database systems.

Average Salary: $70,000 - $110,000

Software Project Coordinator

Manage software development projects.

Average Salary: $65,000 - $100,000

Program Details

  • Duration 12 Months (4 Terms)
  • Courses 12 + Capstone
  • Total Hours 720 Hours
  • Practical Labs 340 Hours
  • Capstone 100 Hours
  • Tuition $499
  • Delivery Fully Online
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Admission Requirements

  • High School Diploma or Equivalent
  • Basic Computer Literacy
  • Mathematics Proficiency
  • English Proficiency
  • Personal Statement
  • Programming Background Not Required

Assessment Structure

  • Assignments 15%
  • Quizzes 10%
  • Practical Labs 30%
  • Midterm Exams 15%
  • Final Exams 20%
  • Capstone Project 10%

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