Master of Science in Software Engineering (Professional Practice)

| Overview

The Master of Science in Software Engineering (Professional Practice) delivers a comprehensive curriculum that equips you with advanced expertise for a successful career in software engineering. This programme combines theoretical foundations with practical experience, ensuring you are well-prepared to meet the evolving challenges of the technology industry.

| Entry Requirement for the Master of science in Software Engineering

A bachelor’s degree in Software Engineering, Computer Science, or a related field.

Relevant professional experience in software engineering or related areas.
Non-traditional qualifications may also be considered, possibly requiring a portfolio of work or an interview.

If English is not your first language, need IELTS 6.0 with no less than 5.5 in any band.

| Benefits of the Programme

1. International Recognition: This Master programme is recognised globally, reflecting a high standard of academic excellence and making you a competitive candidate in the international job market.

2. Comprehensive Learning Experience: The curriculum covers a broad spectrum of advanced topics, providing a solid theoretical foundation and practical skills that directly apply to the industry.

3. Pathways to Further Education: Completing this MSc opens up opportunities for further academic pursuits, such as a PhD. It is widely accepted by universities worldwide for advanced studies.

4. Enhanced Career Opportunities: Graduates are well-prepared for various advanced roles, including Software Engineer, Systems Architect, AI Specialist, and more. Employers value the in-depth knowledge and skills gained through this program.

5. Global Career Mobility: The MSc qualification enhances your ability to pursue career opportunities globally. Multinational companies often prefer candidates with recognised advanced degrees.

6. Assured Quality: The programme adheres to stringent quality assurance standards, ensuring you receive a top-quality education that is both credible and valuable.

7. Flexible Learning Options: The programme offers flexible learning modes, including online resources and support, allowing you to balance your studies with other commitments.

| Required Documents for the Master of science in Software Engineering

The bachelor’s degree in Software Engineering, Computer Science, or a related field.

The bachelor’s degree Transcript.

Copy of CIN card (for Moroccan students)

Passport copy (for foreign students)

2 Photos

Cover letter

Resume

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Awarded By

University of Bolton

Delivered by:

WINC-Master of science in Software Engineering (Professional Practice)

HESTIM-Master of science in software engineering

In Partnership With

It's Britz-Master of science in Software Engineering (Professional Practice)

Delivery Method

Fulltime/ Face to face


Duration

1 Year


Assessment

Assessment through examination and coursework assignments.


Start Date

September


Units:

8 units


Credits:

120

Programme Structure

   Students must study the following modules:

+ Advanced Software Development:
Master modern software development practices, including agile methodologies, DevOps, and advanced programming techniques. This module equips you to handle complex software projects with efficiency and innovation.
+ Software Architecture and Design:
Delve into software architecture principles and design patterns. Learn to develop scalable and maintainable software systems that meet diverse requirements.
+ Data Structures and Algorithms:
Strengthen your understanding of critical data structures and algorithms, focusing on real-world applications. This module also addresses algorithm optimization and performance analysis.
+ Database Systems:
Explore advanced database technologies, including distributed databases and NoSQL. This module ensures you can design and manage sophisticated data systems effectively.
+ Software Testing and Quality Assurance:
Gain expertise in various software testing techniques and quality assurance practices. This module covers automated testing, test-driven development, and ensuring software quality.
+ Human-Computer Interaction:
Learn to design user-friendly interfaces and improve user experiences. This module includes usability testing and user-centered design principles.
+ Artificial Intelligence and Machine Learning:
Understand the fundamentals of AI and machine learning, including neural networks and natural language processing. Apply these techniques to create intelligent software solutions.
+ Cybersecurity:
Acquire knowledge in cybersecurity practices, including cryptography and secure software development. This module prepares you to safeguard software systems from various threats.

Master of science in Software Engineering (Professional Practice) benefits

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