MS in Information - Software Engineering
Explore our MS in Information Technology Software Engineering specialization
The Software Engineering specialization prepares you to develop the technology solutions organizations need to solve problems, seize new opportunities, and leverage their full potential. Learn to create complex, high-quality software products on time and on budget. Discover the relationship between process and product quality. Explore the quality, cost, and effectiveness of alternative software design techniques and take the opportunity to learn to apply proven software engineering design principles.
Master of Science (MS) in Information – Software Engineering
The Master of Science in Information – Software Engineering (MSISE) at Washington Global University is a forward-focused graduate program designed to prepare the next generation of software innovators, architects, and technology leaders. Combining advanced theory with hands-on application, this program equips professionals to design, develop, and manage complex software systems that power global industries.
Students gain deep expertise in software architecture, programming paradigms, systems integration, and agile development methodologies—while mastering critical areas such as cloud computing, cybersecurity, data analytics, and artificial intelligence. The curriculum emphasizes strategic problem-solving, technical excellence, and innovation, enabling learners to engineer scalable, secure, and high-performing solutions that meet the evolving demands of a digital economy.
Through project-based coursework, real-world simulations, and mentorship from industry experts, learners enhance their ability to lead software teams, manage enterprise projects, and implement emerging technologies with confidence and creativity.
Innovate. Engineer. Lead the Future of Software Systems.
Design. Develop. Secure. Lead the Digital Future.
The Master of Science (MS) in Information – Software Engineering at Washington Global University is an advanced program that integrates software development, systems design, and organizational technology management. It is designed for professionals seeking to master the technical, analytical, and leadership skills needed to innovate and lead in today’s rapidly evolving digital world.
Through a balance of theoretical knowledge and applied practice, students gain expertise in modern programming, database systems, enterprise software design, and cybersecurity—while understanding how information technology drives business transformation globally. Graduates emerge as forward-thinking software engineers, system architects, and technology leaders capable of building scalable solutions that power innovation across industries.
Specializations
Information Technology in the Organization
This specialization focuses on the strategic role of IT in business and organizational success. Students explore how technology infrastructure supports operations, communication, and decision-making within enterprises. Coursework emphasizes IT governance, systems integration, project management, and the alignment of technology strategy with organizational goals—preparing students to lead IT initiatives that enhance efficiency and innovation.
Computer Networking and Operating Systems
Gain in-depth knowledge of computer networks, operating systems, and the foundational technologies that connect modern digital environments. This specialization develops practical skills in network design, system configuration, virtualization, and cloud-based infrastructure. Students learn how to secure and optimize systems to support reliable, scalable, and high-performance enterprise operations.
The Global Technology Environment
In an interconnected digital economy, understanding global technology dynamics is critical. This specialization examines international technology trends, cross-border data governance, and emerging innovations such as AI, blockchain, and IoT. Students learn how global markets, policies, and ethics influence technology adoption and software development strategies across industries and regions.
Enterprise Database Design
Data is the core of modern information systems. This specialization equips students with the skills to design, implement, and manage complex enterprise databases. Topics include data modeling, SQL optimization, data warehousing, and database security. Learners also explore the integration of big data analytics and cloud-based data management to support data-driven business intelligence and decision-making.
Principles of Programming
This specialization builds advanced programming proficiency through a focus on software design principles, algorithms, and development methodologies. Students master object-oriented and functional programming languages, testing frameworks, and version control systems. Emphasis is placed on writing efficient, maintainable, and secure code that supports enterprise-grade applications and digital transformation.
Specialization in Health Informatics
Where technology meets healthcare innovation. This specialization prepares students to develop and manage digital systems that improve healthcare delivery and patient outcomes. Topics include electronic health records (EHR), health data analytics, interoperability, and data privacy compliance. Learners gain the technical and analytical expertise to design secure, data-driven health information systems for hospitals, public health agencies, and health technology firms.
Innovate with purpose. Engineer solutions that connect, protect, and transform the world.
Join Washington Global University’s MS in Information – Software Engineering program and lead the next generation of digital transformation.
Featured (MS) in Information – Software Engineering Courses
The Information Systems specialization prepares students to integrate the information technology solutions and business processes required to help businesses and organizations thrive. Through their coursework, students cover developing and managing web-based applications, object-oriented approaches to defining systems requirements, creation of web-based and cloud-based applications and services, and best practices in information assurance and security.
This specialization prepares students to develop complex software products on time and budget at high levels of quality. Students will learn to develop technology solutions to meet complex organizational needs; apply sound requirements engineering and proven software engineering design principles; understand the relationship between process quality and product quality; and measure the quality, costs, and effectiveness of alternative software designs.
Within this course, students can learn the concepts of computer operating systems, including the main functions, similarities, and differences. Students can explore a variety of topics, including configuration, file systems, security, administration, interfacing, multitasking, and performance analysis. In addition, they can further their understanding of computers through the study of computer networks by learning key networking concepts, components, and the design of information and communication infrastructure solutions.
Through a review of modern computer systems and the social and economic issues related to their use, students in this course are introduced to the conceptual foundations for designing, developing, and deploying large-scale management information systems. Students investigate the role of information technology in an organization—particularly the collection, storage, and distribution of information for operations, planning, and decision making.
In this course, students discuss the design, implementation, and operation of databases using a principal relational database management system (DBMS). Many fundamental topics are covered in this course including: data modeling using entity-relationship diagrams; data storage, manipulation, and queries using structured query language (SQL); functional dependencies, normalization concepts, data warehouse architectures, data warehouse modeling, and data analytics.
Earn an Accredited Master of Science in Information – Software Engineering
Advance your career in technology and innovation with a Master of Science in Information – Software Engineering (MSISE) from Washington Global University, an accredited institution recognized by the Federal Commonwealth, the U.S. Department of State, and approved by the student’s embassy for international validation. To ensure transparency and peace of mind, students have the option to provide a financial guarantee through www.escrow.com until verified copies of the official certificates and accreditation documents are securely delivered. This guarantees a credible, accredited, and globally respected degree designed to prepare software engineers for leadership in advanced information systems and technology development.
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Earn Career-Focused Credentials With Immediate Impact
Innovate Systems. Engineer Solutions. Lead the Digital Transformation.
Master of Science (MS) in Information – Software Engineering
The Master of Science (MS) in Information – Software Engineering is a comprehensive graduate program designed to prepare innovative, analytical, and future-ready professionals to lead in the fast-evolving world of technology and digital systems. This program integrates advanced software development, data management, cybersecurity, and organizational IT strategy—empowering learners to design and manage technology solutions that drive innovation, efficiency, and global connectivity.
Rooted in both theory and applied practice, the MS in Information – Software Engineering develops technical mastery and leadership acumen. Students gain a deep understanding of enterprise systems, software design, and the ethical implications of emerging technologies while learning to apply analytical thinking and agile methodologies to real-world challenges.
Through hands-on learning, collaborative projects, and research in specialized areas of information systems, graduates become expert problem-solvers capable of developing secure, scalable, and intelligent digital infrastructures for modern organizations.
Graduates of this program are prepared for advanced careers in software engineering, information systems management, IT consulting, health informatics, and data-driven enterprise innovation. They emerge not only as skilled engineers but as strategic leaders who can align technology with business goals, drive organizational growth, and advance digital transformation on a global scale.
Engineer with Insight. Lead with Innovation. Transform the Future of Technology.
Take the Next Step Toward Your Future –
Don’t Wait – Secure Your Place in the Program Today!
6 Modul - 24 Part – Master of Science (MS) in Information – Software Engineering -100 Hours
Module 1: Foundations of Software Engineering and Information Systems (16 Hours)
Objective: Build a strong foundation in software engineering principles, systems thinking, and the strategic role of information systems in modern organizations.
Part 1 – Introduction to Software Engineering Principles (4 hrs)
Examine the evolution, methodologies, and best practices of software development in a global context.
Part 2 – Information Systems in the Enterprise (4 hrs)
Explore how software systems support business processes, innovation, and decision-making in organizational environments.
Part 3 – Software Development Life Cycle (SDLC) Models (4 hrs)
Study traditional and agile models, emphasizing planning, design, implementation, and iterative improvement.
Part 4 – Ethical and Professional Issues in Software Engineering (4 hrs)
Understand ethical frameworks, professional conduct, and regulatory compliance in technology development and data management.
Module 2: Principles of Programming and Algorithmic Design (18 Hours)
Objective: Strengthen technical proficiency in software design, programming, and algorithmic problem-solving across diverse computing environments.
Part 1 – Programming Fundamentals and Logic (4 hrs)
Review programming concepts, data types, control structures, and logic development.
Part 2 – Object-Oriented Programming and Software Design (4 hrs)
Apply object-oriented principles, encapsulation, inheritance, and polymorphism to scalable software solutions.
Part 3 – Algorithms and Data Structures (6 hrs)
Analyze algorithm efficiency, sorting/searching methods, and data organization techniques.
Part 4 – Software Testing, Debugging, and Version Control (4 hrs)
Learn systematic testing, debugging, and use of Git-based version control systems for collaborative development.
Module 3: Enterprise Database Design and Management (16 Hours)
Objective: Develop expertise in designing, implementing, and managing enterprise-level databases for data-driven decision-making.
Part 1 – Database Fundamentals and Architecture (4 hrs)
Understand relational and non-relational database models, schemas, and data storage structures.
Part 2 – SQL Programming and Query Optimization (4 hrs)
Master SQL queries, joins, indexing, and performance optimization for large datasets.
Part 3 – Data Modeling and Normalization (4 hrs)
Design logical and physical data models that ensure data integrity, scalability, and security.
Part 4 – Data Warehousing and Cloud Database Systems (4 hrs)
Explore enterprise data warehousing, cloud integration, and distributed database management.
Module 4: Computer Networking, Cybersecurity, and Operating Systems (18 Hours)
Objective: Gain comprehensive understanding of computer networks, system architectures, and security strategies in digital ecosystems.
Part 1 – Fundamentals of Computer Networks (4 hrs)
Study network architectures, protocols, and communication models (TCP/IP, DNS, VPN, etc.).
Part 2 – Operating Systems Design and Management (4 hrs)
Examine OS principles, memory management, process scheduling, and file systems.
Part 3 – Cybersecurity Principles and Threat Management (6 hrs)
Analyze information security frameworks, risk assessment, encryption, and network defense techniques.
Part 4 – Cloud Computing and Virtualization (4 hrs)
Explore cloud architecture, virtualization, and secure deployment of virtual environments.
Module 5: Advanced Topics in the Global Technology Environment (16 Hours)
Objective: Explore emerging global technology trends, innovation strategies, and the cultural and ethical dimensions of global IT ecosystems.
Part 1 – Global IT Infrastructure and Emerging Technologies (4 hrs)
Examine global digital transformation trends including AI, IoT, blockchain, and edge computing.
Part 2 – Technology Policy, Governance, and Regulation (4 hrs)
Understand global IT policies, data protection laws (GDPR, HIPAA), and intellectual property rights.
Part 3 – Cross-Cultural Management and Global Collaboration (4 hrs)
Study cultural intelligence and communication strategies for managing international IT teams.
Part 4 – Sustainable and Ethical Technology Development (4 hrs)
Analyze environmental sustainability, ethical AI, and responsible innovation practices.
Module 6: Health Informatics and Applied Software Integration (16 Hours)
Objective: Apply software engineering expertise to healthcare technology systems and interdisciplinary applications.
Part 1 – Introduction to Health Informatics (4 hrs)
Explore the intersection of healthcare, data science, and software systems for improved patient care.
Part 2 – Healthcare Information Systems and EHRs (4 hrs)
Study design and management of electronic health record (EHR) systems and data interoperability.
Part 3 – Data Analytics and Decision Support Systems (4 hrs)
Learn to apply analytics and AI to healthcare data for clinical and operational insights.
Part 4 – Capstone Project: Applied Systems Design (4 hrs)
Integrate knowledge from all modules to design and present a real-world software solution for a healthcare or enterprise environment.
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Record of Completed Courses
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Academic Transcript
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Accredited Credentials
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Embassies & Consulates (if required)
After a document is notarized, authenticated by the Secretary of State, and (if necessary) approved by the U.S. Department of State, the foreign embassy or consulate provides the final legalization. This confirms to the receiving country that the document has been properly verified by all U.S. authorities.
The applicant for the Specialized Master's Degree receives a scholarship package, which includes:
University Admission Letter
Official confirmation of acceptance into the specialized Master's program.
Accreditation Authority Report
A document verifying that the program meets academic accreditation standards.
Scholarship Certificates
Proof of awarded academic scholarships supporting the student’s study.
Certificates of Excellence and Academic Achievement
Recognition of outstanding performance and scholarly accomplishments.
Scientific Competency Report
An evaluation confirming the applicant’s readiness and qualification for the program.
Scientific Verification Certificate
A document validating the authenticity of the applicant’s academic credentials.
Specialization Course Transcript
detailed record of the courses and subjects covered in the chosen major.
Scientific Membership Card
Identification confirming the applicant’s membership in the academic body.
Scholarship Package in Arabic
A full set of scholarship certificates issued in Arabic for additional recognition
Registration Procedures for the MS in Information: Software Engineering
Basic Steps for Enrollment at Washington Global University in the United States
- No application fee
- You are 21 years of age or older.
- Complete the application form with your personal and academic information.
- Upload a copy of your educational qualification: Accredited Bachelor's Degree
- Upload a valid proof of identity (Passport – National ID Card – Personal Identification Document).
- Once your application is reviewed, you will be contacted via email.
- An online interview or a written test may be required.
- Receive the official admission letter.
- Pay the tuition fees (either in full or partially, depending on the plan).
- Obtain your login credentials for the online learning platform.
Work one-on-one with an Enrollment Specialist who’ll guide you through every step—from choosing the right program to paying for your education.
- Attend online lectures (live or recorded).
- Submit assignments through the platform.
- Participate in online forums and virtual discussions.
Take the Next Step Toward Your Future –
Don’t Wait – Secure Your Place in the Program Today!
Whatever your question is, we’ve got you covered
Whatever your question is, we’ve got you covered.
Washington Global University Enrollment Specialists are trained to help you research, plan, and get started on your academic journey.
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