> Ranked in the UK’s Top 50 in the Guardian’s 2017 League Table (The Guardian University Guide 2017)

> Ranked Top 150 Universities under 50 (Times Higher Education World University Ranking 2016)

> Flexible learning structure with integrated learning and practical application for Information Technology industries

> Student can apply for British Computer Society (BCS) UK membership

Bachelor of Science (Honours)(Top-up Degree)> ForensicComputing> SoftwareEngineering

Full-timeProgrammes

Bachelor of Science (Honours) 02

THE DEAN’S WELCOME MESSAGE

Professor Djamel Ait BoudaoudPhD, CEng, FIET

Dean of the Faculty of Technology, University of Portsmouth

Studying for a degree is a life-transforming experience that will have a significant impact on your future. Deciding on the right programme is just as important and we hope that you will think carefully and choose the programmes that we are offering in collaboration with our partner in Singapore, Kaplan. As digital technologies continue to develop, their impact on our lives, our communities and the economies of the world will also grow and change. Connectivity, usability and cybersecurity will be key issues in the advancement and adoption of the technology of the future, from smart devices to smart buildings; autonomous vehicles to Artificial Intelligence.By studying our exciting programmes in Forensic Computing, Software Engineering and Web Technologies, you will be able to pursue diverse and rewarding careers. What you learn over the coming months will qualify you to forge a career among the fastest growing in the global job market, with skills that will be highly prized by technology companies, businesses, education, healthcare, agriculture, media, retail, research and development.On behalf of the University of Portsmouth, may I thank you for considering and choosing to study our programmes and I look forward to welcoming you when you join us.

ABOUT KAPLAN IN SINGAPORE

KAPLAN HIGHER EDUCATION ACADEMY

Kaplan in Singapore is part of Kaplan Inc., one of the world’s most diverse education providers and is the largest subsidiary of Graham Holdings, formerly The Washington Post Company. Its three entities in Singapore, namely Kaplan Higher Education Academy, Kaplan Higher Education Institute and Kaplan Learning Institute (comprising Kaplan Financial and Kaplan Professional) serve more than 30,000 learners from across 30 countries worldwide and it is the only education provider in Singapore to be awarded the 4-year EduTrust certification for all three of them.

Today, thousands of students are enrolled into Kaplan Higher Education Academy in Singapore, pursuing full-time programmes that range from Diplomas to Bachelor’s and Master’s Degrees.

Through strategic collaborations with prestigious universities from Australia, Ireland and the UK, Kaplan offers career- oriented academic programmes designed to provide students with skills necessary to qualify them for employment and to meet the demands of the industry.

Disciplines available:

• Accounting & Finance • Business & Management • Communication & Media • Hospitality & Tourism Management • Humanities & Social Sciences • Information Technology• Law• Nursing & Allied Health

Together, Kaplan Higher Education Academy and Kaplan Higher Education Institute form one of the largest private education institutions in Singapore, spanning more than 140,000 sqft across Kaplan City Campus @ Wilkie Edge and @ PoMo.

The campuses are located in the heart of the city, all within walking distances from 5 MRT stations across major train lines.

All our campuses are strategically located to provide students with convenience and conducive study environments, including state-of-the-art classrooms and computer laboratories, WIFI access, student lounges, well-resourced library and food & beverage outlets on campus.

Kaplan City Campuses Location Map

*Subject to meeting entry requirements. #Terms and Conditions apply. Subject to bank‘s approval.

JobsCentral Learning, Training & Education Development Awards 2016

Kaplan Higher Education Academy

Kaplan Higher Education Institute

Kaplan Learning Institute

UEN 199409389HValidity: 20/05/2014 to 19/05/2018

UEN 198600044NValidity: 17/08/2014 to 16/08/2018

UEN 199701260KValidity: 20/05/2014 to 19/05/2018

AsiaOne People’s Choice AwardsVoted consistently the Top 3 “Best Private Institute” from 2013 to 2016

Registered with the Committee for Private Education (CPE), part of SkillsFuture Singapore (SSG)

HRM Asia Readers’ Choice Awards 2016Voted “Best Corporate Learning & Development Provider” for Kaplan Professional, part of Kaplan Learning Institute

Best Private Education InstitutionAwarded to Kaplan Higher Education Academy for Computer Science & IT and Communications & Media

Awarded to Kaplan Higher Education Institute for Business Management and MarketingPrivate Education Institution

Corporate Training Provider

Best Corporate Training ProviderAwarded to Kaplan Learning Institute for Computer Science & IT, Finance Management and Leadership

Bachelor of Science (Honours) 04

UNIVERSITY OF PORTSMOUTH

04

The University is situated in the vibrant waterfront city of Portsmouth located along the south coast of England. It is a modern university with a strong reputation for teaching and research. Many of its academics are international leaders in their fields and students learn from experts who are pushing forward the boundaries of knowledge.The University has 25,000 plus students, including 4,000 from over 140 countries and these students are supported by over 2,500 members of staff. The University of Portsmouth is a research-active university with a wide range of activities across many subjects. Areas of international excellence include the Institute of Biomedical and Biomolecular Sciences, the Centre for European and International Research and the Institute of Cosmology and Gravitation. The University also has well-developed strengths in applied research with business, industry and the public and voluntary sectors.The School of Computing has four key research groups; the Centre for Health Modelling and Informatics, Cyber Security, Computational Intelligence and Robotics and Information Systems. Our research and innovation is funded by a variety of external bodies including; NIHR, British Council, Department of Health, Wellcome Trust, Portsmouth Hospital NHS Trust, EU, EPSRC, and Innovate UK. The most recent national assessment of research found that 100% of our impact was rated as either outstanding or as being very considerable in terms of reach and significance. Our research outputs were rated world leading, with 60% being either world leading or internationally excellent.

Why Choose University of Portsmouth?

• Ranked in the World’s Top 100 Universities under 50 years old by Times Higher Education Top 100 under 50 Rankings 2017.• Ranked Top 50 in the Guardian University Guide 2017.• The National Student Survey 2015 ranked the University of Portsmouth at 89%, higher than the UK national average for student satisfaction.• University of Portsmouth is recognised by the UK government. Candidates with a degree from a university accredited by the home government of the country will be considered for appointment into Singapore Public Service. Source: http://www.ifaq.gov.sg/PSD/apps/fcd_faqmain.aspx#FAQ_186707

• The Chartered Institute for IT (BCS)• Institution of Engineering and Technology (IET)

Professional Accreditations and Memberships

PROGRAMME STRUCTURE & CONTENT

Programme Management

The Bachelor of Science (Honours) programme is managed by a professional programme management team at Kaplan Higher Education Institute. The team ensures that in addition to classes, students will receive regular programme newsletters via email, academic support via email or other online resources and study notes. Programme managers will also provide assistance with scheduling, study group formation, Kaplan City Campus library membership, assignment and examination management, student liaison and organisation, and others.

Forensic ComputingThis unit provides a core background in computing whilst building a solid foundation to the principles, techniques and processes essential for you to become a computer forensics investigator. Apart from applying your skills to real-life practical problems, you will also learn to design and develop software, hardware and networks for a variety of fields such as digital forensics and artificial intelligence. On graduating from this programme, you’ll be fully equipped to take your first steps towards a career in the computer forensics field. Possible employers include law enforcement agencies, government agencies, security and/or computer forensics consultants, specialised solution companies or in a business environment, particularly where the illegal use of digital equipment or the use of digital equipment to store illegal content is suspected. Software EngineeringSoftware engineers are the people that create, support and analyse the computer applications and systems we use today. This programme will give you the skills to become a highly competent practitioner in technical management. You will be able to implement, understand and manage effectively the software systems in most types of organisations such as software houses, communications companies and data warehouses to name a few.In this unit, you will study programming techniques and software engineering principles. You will also be encouraged to put theory into practice, while applying various software technologies to solve complex problems.

Aims & Objectives

• IT Management• Digital Forensics• Software Engineering• Computer Programming• Web Development• System Analyst• Business Continuity Analyst• Network Design• Cyber Security Specialist• Penetration Tester

Future Career Opportunities

There are several assessment methods. Many units use a combination of formal examinations and coursework assessment. Coursework can be the analysis of topical case studies, written reports or essays and formal presentations. The assessed work you complete from the start of the programme counts towards the class of degree you will be awarded.The university also has a range of online support facilities that you can access if you need to. Programmes are managed by teams of academic and administrative staff as well as a number of tutors who work together to provide a high level of support.

Assessment Methods

Bachelor of Science (Honours) 06

Students who successfully complete the programme will be awarded the prestigious Bachelor of Science (Honours) degree from the University of Portsmouth. The degree will be the same as that awarded to the students studying on-campus at Portsmouth. Graduates will be allowed to use the title BSc (Hons) after their names. Students are able to attend the graduation ceremony at the University of Portsmouth, or attend a local awards ceremony in Singapore.

Graduation and Recognition

Students who successfully complete the programme will be awarded the prestigious Bachelor of Science (Honours) degree from the University of Portsmouth. The degree will be the same as that awarded to the students studying on-campus at Portsmouth. Graduates will be allowed to use the title BSc (Hons) after their names. Students are able to attend the graduation ceremony at the University of Portsmouth, or attend a local awards ceremony in Singapore.

Graduation and Recognition

PROGRAMME STRUCTURE & CONTENTBACHELOR OF SCIENCE (HONS) IN FORENSIC COMPUTING

Programme Structure and Content

There are 2 stages to this programme and each stage contains 6 units. A unit is a self contained programme of study in 1 subject area which has a value of 20 credits attached to it. To progress from stage 1 (University level 5) to stage 2 (University level 6) of the programme you must gain 120 credits and to complete the degree you must gain 240 credits. Below is the programme structure:

BSc In Forensic Computing

Data Structures and AlgorithmsForensics Fundamentals

Business Information Systems SecurityForensics Investigations

Web-Script ProgrammingComputer Operating Systems and Intermediate Networking

Malware ForensicsSecurity and Cryptography

Data Warehousing and MiningSystem Security

Final Year Engineering Project

• Completion in a minimum of 18 months• Apply your skills to real-life practical problems as part of the department’s partnership scheme with charities, local and global organisations• Design and develop software, hardware and networks for a variety of fields such as digital forensics and artificial intelligence• Understand the principles and techniques for conducting forensics investigations

Why choose BSc (Hons) in Forensic Computing

PROGRAMME STRUCTURE & CONTENTBACHELOR OF SCIENCE (HONS) IN SOFTWARE ENGINEERING

Programme Structure and Content

There are 2 stages to this programme and each stage contains 6 units. A unit is a self contained programme of study in 1 subject area which has a value of 20 credits attached to it. To progress from stage 1 (University level 5) to stage 2 (University level 6) of the programme you must gain 120 credits and to complete the degree you must gain 240 credits. Below is the programme structure:

Data Structures and AlgorithmsAdvanced Programming Concepts

Getting Usability into Development EnvironmentsIntroduction to Software Engineering

Web-Script ProgrammingDiscrete Mathematics and Functional Programming

Reliable and Secure SystemsAdvanced Software Engineering

Data Warehousing and MiningDistributed Systems and Parallel Programming

Final Year Engineering Project

BSc In Software Engineering

• Completion in a minimum of 18 months• Apply your skills to real-life practical problems as part of the department’s partnership scheme with charities, local and global organisations• Use our fully equipped multi-platform suites and computer labs to enhance your learning experience• Understanding the fundamentals and underlying theory of software engineering, computer science, computer architectures, programming, operating systems, networks, database systems, and web engineering

Why choose BSc (Hons) in Software Engineering

Bachelor of Science (Honours) 08

FACULTY SUPPORT

Lecturers from University Of Portsmouth

I am a lecturer in human computer interaction (human factors) and project management. My PhD research was in remote working and learning and I have continued to have an interest in this in research into e-learning, mobile learning, e-government and mobile usability. I put this knowledge into practice as a programme leader for an online programme and I teach online modules in project topics.

Prior to doing my degree and PhD as a mature student, I have worked in sales, public relations, marketing and a variety of roles in industry. I am now in the fortunate position that I have a sound working knowledge of commercial working practices to augment my growing knowledge and skills in the academic arena.

I have recently been made a senior fellow of the Higher Education Academy and I am a member of the British Computer Society.

Dr Kate DingleyBSc (Hons), PhD, PgCertHE

Principal Lecturer, School of ComputingFaculty of Technology

I am a lecturer in digital forensics and human computer interaction. My first degree was in Psychology, and my PhD research was in human factors applied to interaction design. I have an interest in how people use computers (for good or ill). A particular interest has been how we use technology in teaching, and the use of simulation to support learning.

My main role in the School of Computing is the management of our portfolio of postgraduate programmes. I have certifications in Digital Forensics Investigation, and I am a member of the British Computer Society, the British Psychological Society and a fellow of the Higher Education Academy.

My research Interests include the following:• Human Computer Interaction• Technology Supported Learning• Second Life and Virtual Worlds in Education• Digital Forensics Education

Dr Jonathan Crellin, PhDPrincipal Lecturer and Postgraduate Programmes Coordinator

School of ComputingFaculty of Technology

I am a principal lecturer in Software Engineering specialising in the area of Data Structures and Algorithms. I have also taught Programming Languages and some Mathematics. I have taught at all levels from first year undergraduate through to postgraduate. My degree is in Mathematics. My interest in Computer Science developed during my degree in the 1960s and continues to this day.

My role in the School of Computing, of recent years, is in the support of students and staff on our collaborative programmes. From 2007 to 2013, I was Head of School of Computing.

I am a Chartered Engineer, Chartered IT Professional, Member of the British Computer Society and a Fellow of the Higher Education Academy.

Mrs Annette WilsonBSc (Hons), CEng, CITP, MBCS, FHEA

Principal Lecturer, School of Computing

Faculty of Technology

UNIT OUTLINEBACHELOR OF SCIENCE (HONS) IN FORENSIC COMPUTING

The unit involves the study, implementation and applications of fundamental data structures (lists, trees and graphs). This unit explores and analyses the use of data structures in problem solving. Throughout this unit, consideration will be given to both the practical effects and efficiency of different implementation choices of data structures in the design of algorithms.

Data Structures and Algorithms

This unit introduces students to Client-side programming (that is, inside a web browser), by embedding program scripts in the HTML to be displayed; using those scripts to dynamically modify the HTML and CSS; asynchronous reading of information from the server (known as “Ajax”); Server-side programming (that is “across the web”), by writing server-side scripts accessing server-side files and databases. The reasons for these two forms of programming, and the underlying theory are studied. Throughout, particular emphasis will be placed on the need to produce contemporary sites, using best practices from industry, and bearing in mind the needs of the various clients of a website and the desirability of network efficiency.

Web-Script Programming

This unit concentrates on developing the students’ understanding of the value of corporate resources (such as data) and why it is at risk. It looks at the varied security threats to business and the impact this can have on a business or organisation and looks at solutions to these threats. The unit explores the changes in the variety and nature of threats to security due to new technologies being introduced such as the use of mobile devices and cloud computing. Students will be introduced to the importance that technical components such as operating systems, networks and databases have on design of secure solutions as well as application level security. The contribution of human factors to the security of an organisation’s information is covered.

Business Information Systems Security

Students will be exposed to the theoretical and practical concepts related to Computer Forensics investigations. Starting from a familiarity with the basic concepts and tools, they will learn how to collect, preserve, analyse, and critically interpret digital evidence.

Forensics Fundamentals

This unit covers practical aspects of conducting forensics investigations by exposing students to different general forensics tools, methodologies, common good practices, and also by stressing the importance of the professional presentation of the results.

Forensics Investigations

This unit covers computer systems, including implementation of operating systems, instruction set and microprocessor architectures, and computer internetworking, including routing, mobility, and security protocols.

Computer Operating Systems and Intermediate Networking

This unit covers practical and theoretical aspects of conducting forensics malware investigations. We expose students to different tools and methodologies, including practical cases.

Malware Forensics

Students on this unit will study processes and techniques to support the development of systems that have exceptionally high security requirements (e.g. safety critical systems). The unit also provides knowledge and exposure to cryptographic techniques and tools, as well as steganography.

Security and Cryptography

This unit is based on the requirement for a student to produce a substantial individual piece of work, using the skills and techniques, appropriate to their pathway acquired throughout the degree programme.

Final Year Engineering Project

The unit will teach the students how to effectively use databases for decision support. The unit has two main components. First, the students will learn how to design a data warehouse. This will provide hands-on experience on modelling and implementing a data warehouse. Second, the students will learn data mining techniques; how they work and how to use them. The students will also have hands-on experience using data mining toolkits, including how to visualise and interpret the results.

Data Warehousing and Mining

This unit concentrates on the identification of the vulnerabilities that may exist in a computer system. These vulnerabilities may exist in software, protocols or policies. The risks associated with these vulnerabilities and the methods to mitigate them will be assessed. In this unit you will further develop your understanding of computer systems and network protocols from a security point of view. Your knowledge of programming and software design will also be developed in relation to security.

System Security

Bachelor of Science (Honours) 10

FEE SCHEDULE & APPLICATION

Please refer to the insert for the information on: • Tuition Fee • Non-tuition Fee • Refund Policy• EduTrust CertificationFor more information, please contact our programme consultant or email to info.sg@kaplan.com

Fee Schedule

The BSc (Hons) programme accepts a wide range of qualifications:• Polytechnic Diploma• Kaplan Diploma• Other Private Diplomas and/or Foreign qualifications will be assessed on a case by case basis• In all cases the final admissions decision to the programme rests with the universityApplicants admitted to the BSc programme may be required to undertake additional programmes, in order to fulfil the required credit points. The final decision rests with University of Portsmouth.Applicants are required to meet University of Portsmouth’s English Language requirements.As the programme involves regular use of Internet, email etc. Students must possesses or have convenient access to a personal computer with at least Windows 7 and an Internet connection to enable them to access materials electronically from the University and to participate in appropriate pedagogic interaction

Entry Requirements & Application

You can finance your programme fees through study loans with affordable monthly instalment payments.Study loans are available with most banks and financial institutions. Interested candidates may contact: Maybank : 1800 629 2265 www.maybank.com.sgOCBC Bank : 1800 363 3333 www.ocbc.com.sg*Only applicable for local students.

Study Loans*

Closing Dates

Application deadlines can be confirmed with the programme consultant. Potential students are advised to apply at least 8 weeks before the commencement of each intake. Finalised start dates and timetables are dependent on approval by the University.

Documents required for the programme application:• Duly completed application form• Certified copy of highest qualification certificates & transcripts• Latest CV (if applicable)• 2 passport-size photo• Programme application fee• Copy of IC or passportThe application form needs to be completed by the applicant listing their qualifications, employment experience and major work achievements.Proof of the applicant’s qualification (a certified copy of the official transcript is acceptable), a resume and the first instalment must also be included.Please note that applications are not complete without all of the above items.

How to Apply

The Immigration and Checkpoints Authority (ICA) of Singapore requires all foreign students to hold a valid Student Pass for their full-time study in Singapore. A minimum of 90% attendance must be attained to protect the interest of foreign students.Documents required for application of Student Pass: • Completed Student Pass application Form 16 and Form V36• Certified/Notarised copy of highest qualification certificates & transcripts, birth certificate and bank statement• Employer’s letter certifying applicant’s occupation and salary (if applicable) • Employer’s letter certifying parents’ occupation and salary• Photocopy of passport • 1 passport-sized photograph• Student pass processing fee Applications must be submitted to Kaplan Higher EducationAcademy at least 1 month before the start of programme intake.

International Students

For enquiries on this programme, SMS UOPBSC02<space> Name <space>Email Address to 8338 1333. By sending the code via SMS, you have given your consent to have a representative from Kaplan contact you regarding your request.

For other information on University of Portsmouth’s programmes, please contact:Telephone : 6733 1877Facsimile : 6225 3605Email Address : info.sg@kaplan.comKaplan Website : www.kaplan.com.sgUoP Website : www.port.ac.uk

Who to Contact

University of Portsmouth and Kaplan Higher Education Academy reserve the right to alter, amend or delete any programme fee, programme, admission requirement, mode of delivery or other arrangements without prior notice.The information contained in this brochure is correct at time of printing (June 2017).Registered with Committee for Private Education (CPE), part of SkillsFuture Singapore (SSG). UEN 199409389H: Validity 20/5/2014 to 19/5/2018

The full application package should be sent to:Director, University of Portsmouth Bachelor of Science ProgrammesKaplan Higher Education AcademyKaplan City Campus @ Wilkie Edge8 Wilkie Road, #02-01, Singapore 228095

UNIT OUTLINEBACHELOR OF SCIENCE (HONS) IN SOFTWARE ENGINEERING

This unit will build on students’ existing programming skills by covering advanced aspects of object-oriented inheritance and polymorphism, event-driven programming, graphical user interface construction, exception handling and multi-threaded applications. Understanding of programming is further developed via a study of programming language design and implementation concepts including language evaluation, syntax specification, compilation, control structures and abstraction facilities.

Advanced Programming Concepts

This unit introduces the process and managerial issues of producing ‘difficult’ software – large, complex, time-critical, safety-critical etc. It covers the production of all software, not just administrative and bureaucratic software. Real-world impacts on Software Construction will be introduced in lectures using anecdotes relating to issues including Quality, Standards, Ethics, Legalities, Project Management and team-building.

Introduction to Software Engineering

This unit is based on Application Usability for Desktop and Mobile devices. The unit introduces the concepts of interactive GUI (Graphic User Interface) applications and design of effective, accessible and usable, interactive applications. Specifically, the unit introduces students to the Human Computer Interaction (HCI) principles and techniques required for construction of good GUIs applications.

Getting Usability into Development Environments

The unit involves the study, implementation and applications of fundamental data structures (lists, trees and graphs). This unit explores and analyses the use of data structures in problem solving. Throughout this unit, consideration will be given to both the practical effects and efficiency of different implementation choices of data structures in the design of algorithms.

Data Structures and Algorithms

This unit introduces students to Client-side programming (that is, inside a web browser), by embedding program scripts in the HTML to be displayed; using those scripts to dynamically modify the HTML and CSS; asynchronous reading of information from the server (known as “Ajax”); Server-side programming (that is “across the web”), by writing server-side scripts accessing server-side files and databases. The reasons for these two forms of programming, and the underlying theory are studied. Throughout, particular emphasis will be placed on the need to produce contemporary sites, using best practices from industry, and bearing in mind the needs of the various clients of a website and the desirability of network efficiency.

Web-Script Programming

The unit will teach the students how to effectively use databases for decision support. The unit has two main components. First, the students will learn how to design a data warehouse. This will provide hands-on experience on modelling and implementing a data warehouse. Second, the students will learn data mining techniques; how they work and how to use them. The students will also have hands-on experience using data mining toolkits, including how to visualise and interpret the results.

Data Warehousing and Mining

Students in this unit will study processes and techniques to support the development of systems that have exceptionally high reliability and/or security requirements (e.g. safety critical systems). Formal specification is used to specify and verify security protocols.

Reliable and Secure Systems

The aim of the unit is to build on students’ existing knowledge by covering advanced aspects of Software Engineering, including management of large software projects, capability maturity models, applying cost and effort estimation models, software quality control and assurance, software design and design patterns and mapping design with code. Students are encouraged to reflect on their experiences of software development, both academically and, where appropriate, professionally.

Advanced Software Engineering

This unit covers mathematical concepts relevant to software engineering and computer science, and introduces the student to the practice of functional programming and its underlying mathematical foundations.

Discrete Mathematics and Functional Programming

This unit is based on the requirement for a student to produce a substantial individual piece of work, using the skills and techniques, appropriate to their pathway acquired throughout the degree programme.

Final Year Engineering Project

Investigate the components that make up a distributed computing environment. In this unit, we examine the fundamental design issues required by distributed systems. In particular, we investigate those current and emerging hardware and software technologies that are used to support a range of distributed applications. The unit also includes a number of case studies where existing and emerging technologies are examined.

Distributed Systems and Parallel Programming

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Kaplan City Campus @ PoMo 1 Selegie Road Level 6, Singapore 188306Kaplan City Campus @ Wilkie Edge 8 Wilkie Road Level 2, Singapore 228095

PROGRAMME PATHWAY

List of All Bachelor’s Degree Programmes

Bachelor of Arts (Honours) (Top-up Degree)• Accountancy and Financial Management

Bachelor of Science (Economics) (Honours) (Top-up Degree)• Economics, Finance and Banking

Bachelor of Science (Honours) (Top-up Degree)• Forensic Computing• Software Engineering

Kaplan Diploma programmes are equivalent to Year 1 of the relevant University of Portsmouth Degree programmes

Diploma in Commerce• Business Administration• Business Economics• Finance and Banking• General Studies• Hospitality and Tourism Management• Human Resource Management• Logistics & Supply Chain Management• Marketing Management• Sales and Retail Management

Advanced Diploma in• Finance• Management• Marketing

Diploma in• Accountancy• Business and Information Management• Business and Law• Computer Forensic• Counselling• Events Management• Information Technology• Mass Communication• Legal Studies• Web Technologies• Health Services Management