Software Engineering

The mission of the Master Program in Software Engineering (MScSE) is to provide a quality education in software engineering, to prepare students, in Palestine, to become professional software engineers, entrepreneurs and leaders that are able to develop competitive solutions that are innovative yet reliable so that they may contribute to developing the software industry in the country and/or pursue a more advanced research degree by providing them with advanced concepts, knowledge, skills including global virtual teamwork skills, best practices, and the ability to continue to advance professionally in the global software engineering discipline.

http://www.jmse.ps/MScSE

 

  1. To train students with current and advanced relevant software engineering skills and practices, that enable them to compete effectively at a global level.
  2. To instil among students the professional ability to analyze, assess and understand software engineering codes of conduct, legal and ethical values.
  3. To improve students’ ability to work and function productively and effectively in teams including interdisciplinary teams, and demonstrate effective leadership skills.
  4. To prepare students for doctoral programs in software engineering by developing the ability to carry out and evaluate theoretical and applied research in software engineering.
  5. To develop technical leadership capabilities and project management skills to enable students pursue entrepreneurship and productive careers in software engineering.
  6. To enrich students with applied technical communication skills to demonstrate the ability to effectively communicate ideas and outcomes, both orally and in writing, in a logical manner.   
  7. To develop self and independent study in students to demonstrate the ability and inclination to maintain professional currency in the rapidly changing field of software engineering.
  8. To apply appropriate software engineering fundamentals and practices in software development that demonstrate technically applied capabilities and current knowledge and practices.
  9. To train students with research skills and abilities to create new opportunities for postgraduate research in Software Engineering, addressing both local and international challenges.
  10. To collaborate with industry to develop ICT products, systems and services that address key needs.
  • Possesses a thorough understanding of the theoretical foundations that formed the software engineering discipline.
  • Possesses a thorough understanding of the software development including requirements, design, validation and evolution.
  • Possesses a thorough understanding of the theoretical concepts and methods for Software Engineering Management.
  • Analyze the concepts of modern software engineering and their implementation during the study and then professionally.
  • Assess the human role in software development, and the importance of collaboration between various stakeholders in order to develop a successful solution.
  • Know the importance of the engineering approach in software development
  • Apply appropriate software engineering theory and practice to the development of software artefacts at all phases of software development
  • Apply software engineering management techniques to software development projects, such as team formulation, task allocation and project planning.
  • Apply appropriate methods to design the architecture of large and complex software systems
  • Ability to communicate technical issues in an effective manner, both in written format and orally
  • Possesses effective project and time management, with commitment to the deadlines.
  • Apply problem solving skills within software engineering context

Graduate Expected Career

  • Follow-up on academic achievement and pursue a PhD degree in software engineering or related fields.
  • Researcher in academic or public institutions or research centers that address research challenges in computing in general or software engineering in particular.
  • Professional ICT expert with specific expertise in software engineering
  • Architect, analysts and/or software engineer.
  • Software/system quality auditor
  • Project Manager of software projects and/or as a software development team leader

Program Requirements

A student should successfully finish 36 credit hours credit hours to fulfil the requirements for the degree of Master in Software Engineering. The program structure is divided into three categories: 18 credit hours of Compulsory courses, 12 credit hours of elective courses, in addition to either 6 credit hours for thesis or two seminars 3 credit hours each, depending on the chosen path. Path A is the thesis path while Path B is the seminar path.

 

Compulsory Courses: (18 credit hours)

Course No.

Course Title

Prerequisite(s)

SWEN6301

Software Construction 

 

SWEN6302

Research Methods in Software Engineering

 

SWEN6303

Software Requirements Engineering

 

SWEN6304

Software Design and Architecture

 

SWEN6305

Software Engineering Management

 

SWEN7301

Software Testing and Quality Assurance

SWEN6301

 

Elective Courses: (12 credit hours)

Course No.

Course Title

Prerequisite(s)

SWEN6306

Global Software Engineering Team

SWEN6305

SWEN6307

Service-Oriented Software Engineering

 

SWEN6308

Software Engineering of Internet-based Application

 

SWEN7302

Secure Software Development

SWEN6301

SWEN7303

Software Engineering for Distributed Systems

 

SWEN7305

Human Computer Interaction (HCI)

SWEN6303

SWEN7304

Software Maintenance and Evolution

SWEN6301

SWEN7306

Software Engineering in Mobile Computing

 

SWEN7307

Data Mining and Knowledge Discovery

 

SWEN7310

Knowledge Engineering

 

SWEN7311

Advanced Research Topics in Software Engineering

SWEN6302

SWEN7312

Software Engineering Team Project

 

SWEN7308 

Special topics

Program Committee Approval

SWEN7309

Independent Study

Program Committee Approval

 

Path A or B: 6 credit hours: either Thesis or two Seminars

 

Course Title

Prerequisite(s)

Track A

SWEN860

As instructed by the academic regulations for Graduate Studies in force in the university

Track B

SWEN830

As instructed by the academic regulations for Graduate Studies in force in the university

Track B

SWEN831

As instructed by the academic regulations for Graduate Studies in force in the university

 

Remedial courses:The student to take a maximum of 9 hours from the following courses

Course No.

Course Title

STAT231

Introduction to Statistic 

COMP231

Advanced Programming

COMP232

Data Structure

COMP333

Database Management Systems

 

Conditions continue in the program
Fulfill the continuation conditions as stated by the university academic regulations