This course will require the student to propose a capstone project that is parallel with the research agenda of the institution- Security, which will be useful in the development of advanced IT solutions on organizational or societal problem.   This may be but not limited to system development that focuses on software engineering process or an application design that focuses on effective testing procedure or a study on application development process, with the integration of multiple IT solutions using advanced, customized and systematic methodologies. The proposed capstone project should be presented in a panel of experts in a form of Title Defense. The student concerned must hold key responsibilities toward the completion of the first phase of the capstone project.

This course is focused on teaching advanced methods, techniques and tools for project management in a real-life IT setting, such that it can be applied in the workplace in successfully managing simple to complex IT projects. The topics were organized into six (6) interwoven modules: (1) PLC, Scope and Project Charter, (2) Project Work Planning, Scheduling and its Human aspects, (3) Realistic Project Applications, (4) Cost Estimation, Quality and Risk Management, (5) Dialogue with the Industry, and (6) Project Implementation and Evaluation. The course will also use ICT tools such as, ProjectLibre or Microsoft Project (whichever is available). By the end of this course, students will develop a project management plan from a scenario build upon a real-life project.

This course covers topics on the concepts and applications of Linux operating systems in the field of virtualization and networking.

• Exam/Project

• Participation in the discussion
• Quizzes
• Learning Tasks (Lab activities)

This course exposes students to the theoretical principles and concepts, practical skills, as well as research issues underlying advanced database systems. It will cover selected topics on the fundamentals of database storage and representation, and the trade-offs among data systems on indexing, query processing, and query optimization. At the same time, this course also explores how to extract information from object-relational (PostgreSQL) and object-oriented databases (MongoDB) by writing SQL from joining, aggregating, and filtering results. Students will undertake a semester project that involves designing and implementing a database system, emphasizing the design choices by experimental evidence.

This course is a continuation of the MITC6104 (Technology and Project Management), which deeply focuses on enterprise network design to advance the knowledge and skills needed to evaluate and plan the implementation and maintenance of an organization’s network environment. In particular, foundational aspects of both enterprise and architectural thinking, including the software-to-technology-to-solution architecture continuum, the role of enterprise architecture in business and IT alignment, and architectural styles and techniques for capturing and documenting architectures, will be discussed. A final case study project will allow the students to practice the techniques for analyzing the framework models and apply those models to a detailed corporate network business plan. 

This course is focused on teaching advanced methods, techniques and tools for project management in a real-life IT setting, such that it can be applied in the workplace in successfully managing simple to complex IT projects. The topics were organized into six (6) interwoven modules: (1) PLC, Scope and Project Charter, (2) Project Work Planning, Scheduling and its Human aspects, (3) Realistic Project Applications, (4) Cost Estimation, Quality and Risk Management, (5) Dialogue with the Industry, and (6) Project Implementation and Evaluation. The course will also use ICT tools such as, ProjectLibre or Microsoft Project (whichever is available). By the end of this course, students will develop a project management plan from a scenario build upon a real-life project.

This course exposes students to the theoretical principle and concepts, practical skills, as well as research issues underlying advanced database systems. It will cover selected topics on the fundamentals of database storage and representation, advanced indexing, query processing, and query optimization. At the same time, this course also explores the advanced topics beyond traditional relational database systems, such as distributed database systems, defensive database programming and Web data analytics. Students will undertake a semester project that involves the design and implementation of a database system, with emphasis on the design choices by experimental evidences.

This course covers topics on the concepts and applications of modern operating systems in the field of virtualization, cloud, distributed, and embedded systems. The course also covers the study of the common network operating systems such as Linux and Windows, with special emphasis on distributed file systems, deployment, failures and recovery management, and support for Internet-scale computing.

• Research paper

• Participation in the discussion
• Quizzes
• Learning Tasks (Literature Review, Practical/Lab activities)