Bachelor of Computer Science (Big Data)

Degree Summary

Program Outcomes

Program Structure

Faculty

Accreditation

Admission Requirements

Duration

3 Years Bachelor Degree
(24 subjects)

4 Years Bachelor Degree
with Integrated Freshman Year (32 subjects)

Classes commence

September (Autumn)

January (Winter)

April (Spring)

Yearly Fees*

AED 57,551 / USD 15,681
*VAT 5% inclusive
Note: Yearly fees will vary depending
on number of subjects enrolled in

Companies around the world are becoming data-driven, and rely on data analytics to make informed decisions and become competitive in the market. Being able to analyze large volumes of data coming from different sources is essential for understanding consumers’ needs, market trends, competitors’ capabilities, and sentiments about the offered products and services. Such insights are critical for supporting decision making in organizations. In this program, students will gain knowledge and skills on the use of advanced big data analysis & data science methods and tools, leveraging statistical sciences, machine learning technologies and industry-specific datasets, to implement unique data models that can solve challenging problems across all industries.

Our Bachelor of Computer Science major in Big Data, will prepare students to understand the need for data analytics, the ability to understand multiple programming languages used in big data collection, how to analyse large amounts of data to identify trends to aid business decisions and much more.

If you are interested in becoming the next Data Analyst, Data Miner, Data Engineer, Big Data Architect, Machine Learning Engineer, our Bachelor of Computer Science major in Big Data is for you.

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Program Selection Guide

UOWD's Bachelor of Computer Science (Big Data)

Entry Requirements

Students who have excelled academically at school and meet our advance entry requirements can finish their bachelor's degree in three years, instead of the existing four-year programs. Any prospective student that does not directly qualify for an advance entry three-year program, is still able to enrol in any of our bachelor’s degree, through a one-year Freshman Year.

Admission requirements for UOWD depends on the type of high school curriculum you have followed. The requirements based on the most common high school curricula are listed below:

School System	Bachelor Degree Advanced Entry (3 Years)	Bachelor Degree Direct Entry (4 Years)
UAE Al-Thanawiyya Al-Aama	N/A	Elite or Advanced Track 70%, General Track 75%
Arab Countries Al-Thanawiyyah Al-Aama	N/A	70%
American High School Diploma	Overall average grade of C (70% or 2.5/4.0) + SAT 1100	Overall average grade of C (70% or 2.5/4.0)
Bangladesh HSC	GPA of 4.0 / 5.0	GPA of 3.0 / 5.0
Brazil Brazil Higher Secondary Certificate	N/A	60%
British GCE Curriculum	Minimum 5 IGCSE/GCSE subjects and Minimum of “CCD” in A levels	Minimum 5 IGCSE/GCSE subjects and 2AS/ 1A level subject(s)
Chinese Senior High School	80%	60%
Colombia Título de Bachiller Académico	N/A	3 out of 5 or 6 out of 10
International Baccalaureate Diploma	25 Points	21 Points
India CBSE & ICSE, Grade 12	65%	50%
Iran Pre-University Certificate	14	11
Japan Upper Secondary School Diploma	3.8 out of 5	2.5 out of 5
Kenya	60	31
Mexico	N/A	6 out of 10
Nepal School Leaving Certificate Examination	3 out of 4	2.3 out of 4
Nigeria WAEC & NECO	N/A	Minimum of 7 subjects with no more than 1 “Pass”
Pakistan Higher Secondary School Certificate	60%	50%
CIS Countries Attestat	N/A	Average 3/5
South Korea CSAT	77.5%	70%

Notes:

All students applying for these programs are required to have an EmSAT in Mathematics with a score of 600 or equivalent.
Students with qualifications from other curriculum should contact the Student Recruitment and Admissions department at UOWD to determine their eligibility.
All students applying from non UAE MoE curriculum must provide an equivalency of their Secondary School Certificate from the Ministry of Education, UAE; stating the completion of Grade 12.
A student who does not satisfy the criteria for Equivalency of Secondary School Certificate, may be subject to conditional admission, based on receiving a Letter of No Objection to Conditional Admission issued by the Ministry.

English Language Requirements

At UOWD, all classes are taught in English and in order to enrol in a bachelor’s degree you will need to submit one of the following certificate of English language proficiency:

English Language Testing	Bachelor Degree Advance Entry (3 Years)*	Bachelor Degree Direct Entry (4 Years)**
IELTS Academic	Overall IELTS (Academic) score of 6.0 & Minimum score of 6.0 in Reading & Writing Minimum score of 5.0 inListening & Speaking	Overall IELTS (Academic) score of 5.0 & Minimum score of 5.0 in Reading & Writing
TOEFL Internet-based	79 with not less than 20 in Writing, 18 in Reading, 17 in Listening, 16 in Speaking	61
TOEFL Computer based	213 with a 4.0 TWE/Essay Writing	173
TOEFL*** International paper based	550 with a 4.0 TWE/Essay Writing	500
EmSAT Achieve – English	1400	1100

Notes:

* Students with a minimum overall score of 6.0 in academic IELTS and no more than one score (either in reading or writing) between 5.0 and 6.0 will be given the opportunity to complete a remedial subject in the first semester as a condition for progression.

** Students with a minimum overall score of 6.0 in academic IELTS (or equivalent) and a minimum score of 6.0 in reading and writing(or equivalent) are eligible for advanced standing for English Language subjects.

*** Students admitted under this criterion must complete the test at AMIDEAST.

Credit for Prior Learning

If you are seeking advanced standing status, please submit an official academic transcript showing all courses studied and the grades achieved, syllabus details (including information on course content) for the courses you have completed and an explanation of the grading system.

To make an application for your chosen program, complete the online application form and submit it along with all your supporting documentation (see below) prior to the application deadline.

Late applications may be accepted subject to the availability of places but applicants are encouraged to apply as early as possible.

Supporting Documentation

Please ensure that all these documents accompany your application for admission form submittal:

An original or certified copy of your secondary school records
A Statement or Certificate of Completion of secondary school
Proof of your English language proficiency

(Note: Results from IELTS & TOEFL tests may be sent to the University directly from the IELTS or TOEFL testing centres quoting the UOWD institution code IELTS: AE109 / TOEFL: 7907)

UAE ID (if applying from within the UAE)
A copy of your passport (and Residence Visa, if resident in the UAE).

Additionally, if you are seeking advance standing in your chosen program:

Certified copies of official academic transcripts showing all courses studied and grades obtained, syllabus details (including information on course content) of the courses you successfully completed and an explanation of the grading system.

Applicants who completed secondary schooling within the UAE

All applicants for admission who have completed the Thanaweya Al-Amma must get their certificates attested by the UAE Ministry of Education.

Applicants from all other curriculum, who have completed their high school from UAE, are required to obtain equivalency of their high school qualifications from the UAE Ministry of Education.

In these circumstances, you will be provisionally admitted to the University and permitted to commence the first semester of study, subject to you obtaining the required attestation/equivalency.

Applicants who completed secondary schooling outside the UAE

You must have your secondary school records and Certificates of Completion certified by:

The issuing Board of Secondary Education OR a recognised authority for secondary education
The Ministry of Foreign Affairs in the host country
The UAE Embassy in that host country OR the Embassy of the host country in UAE must attest the authenticity of the documents and attestations and the UAE ministry of Foreign Affairs

In special cases where complying with conditions (2) and (3) are not feasible, the certificates may be verified against originals by Embassies in the UAE and the UAE Ministry of Foreign Affairs.

In these circumstances, you will be provisionally admitted to the University and permitted to commence the first semester of study.

If you are unable to secure the attestations as outlined above you will be asked to sign a “Consent to Provide Documents” form agreeing to secure the equivalency. You will be permitted to commence your studies at UOWD, but will be given a maximum of one semester to obtain the attested certificate(s). UOWD reserves the right to take appropriate action against any applicant who cannot secure the appropriate documentation in this time, which may result in the termination of the student’s enrolment at UOWD.

For more information or assistance on attesting documents from outside UAE, click here.

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Program Structure

To qualify for award of the degree of Bachelor of Computer Science (Big Data), a candidate shall accrue an aggregate of at least 144 credit points (cp) which include core, electives and general education subjects and final year project.

This subject uses Python language to introduce students with fundamental programming concepts such as procedural programming, variable, data type, array, recursive function, conditional expression, selection statement, repeating instruction. This subject also develops student skills in the design and implementation of well-structured algorithms to a range of mathematical problems.

This subject aims to equip students with an understanding of fundamental computing knowledge. In addition, the subject aims to introduce students to key cyber security concepts and principles. To achieve these aims, topics covered in this subject include fundamental computing content such as the history of computing and the evolution of technology; concepts in information processing, computer architecture, and operating systems; and cyber security topics including forms of attack, detection, and prevention, cyber security policy and risk assessment.

This subject provides an introduction to different techniques and technologies for understanding and specifying what a computer based information system should accomplish. It examines the complementary roles of systems analysts, clients and users in a system development life cycle. Students will learn different fact-finding techniques to elicit system requirements and how to develop business models, data and process models, and object models representing a system. Students will also make use of a Computer Aided Software Engineering (CASE) tool to build those models that capture the specifications of a system.

The subject investigates three major areas of modern data management systems: data modelling, data processing, and data security. The goal of the subject is to learn the fundamental concepts in data management including conceptual modelling, the relational data model, processing of relational data with Structured Query Language (SQL), enforcing the concepts of data confidentiality, integrity, and availability data management systems. The subject develops the skills in the design, implementation, processing, and security of data management systems. The subject covers the following topics in data security: discretionary access control, user management, enforcing data security and integrity. The subject also explains the important ethical issues associated with responsible disclosure, responsibility, liability, security weaknesses, and privacy in data management systems.

The aims of this subject are to consolidate and extend student's knowledge and skills in structured programming and to develop their understanding and practice of object oriented programming. To achieve this aim the subject will provide students with an opportunity to develop further programming skills and good coding style; develop skills in using the object oriented concepts of encapsulation, inheritance, polymorphism, access control, overloading and messaging; develop and display competency in the design and implementation of object oriented programs to solve business problems.

This subject introduces students to the fundamentals of data communications and computer networks. Topics covered include: different types of data and the history of data communications; signals; modulation and multiplexing, switching and routing, network architectures: LANs, WANs and the Internet; Internet services and protocols; and emerging topics. The subject explains computer networking models that interconnect diverse communication systems, including the OSI reference model and the TCP/IP protocol Suite.

This subject introduces students to fundamental web technologies that underlie the World Wide Web and its commercial applications. Topics include an overview of internet communications, an introduction to the web-browser/web-server client-server systems, HTML5/CSS/XHTML/XML markup languages, web forms and client side scripting. Students will build working web-sites with dynamic content. The subject explains the differences between client-side and server-side Web development, and demonstrates how to build simple applications using scripting and other tools. The subject also covers current Web standards and future W3C recommendations.

Advanced Programming
This subject develops a thorough understanding of advanced programming features, and how to implement them in modern C++. It consists of three primary components, namely procedural programming, object-based/object-oriented programming, and generic programming. In addition to the core of each of those components, this subject addresses topics including resource management tied to RAII, in particular the management of dynamic memory; the use of the standard template library; profiling and debugging; programming for efficiency including concepts such as moving; exception handling; C++ RTTI; and recent additions to C++.

Java Programming
The aims of this subject are to consolidate students' knowledge and skills in object-oriented programming and to develop their understanding and practice of Java programming. To achieve these aims, the subject will provide students with opportunities to develop their Java programming skills using concepts such as class encapsulation, inheritance, polymorphism, interface, exception handling, files, input/output streams, JavaFX GUI, and Lambdas and streams.

The subject presents advanced topics in the modern relational database technology and it introduces the new non-relational (NoSQL) database technologies. The relational database technology component of the subject includes database normalization, introduction to indexing in relational database systems, programming of relational database server with stored PL/SQL procedures, functions, and triggers, concurrency control and database recovery techniques, design and programming of distributed database systems. The non-relational (NoSQL) database technology component of the subject includes a review of non-relational data models such as the key-value data model, document-oriented model, column-family stores, and graph data model. The non-relational component of the subject presents the new approaches to database design, data distribution, consistency preserving, and transaction processing in distributed and clustered database systems. Programming of NoSQL database server includes the new data definition and data manipulation languages, a new query language, indexing, design and implementation of replication and sharing.

This subject provides key mathematical and statistical knowledge and skills for students in both computer science and information technology. The subject is split into two strands, namely Discrete Mathematics and Data Analysis.

In the discrete mathematics strand students will develop basic skills in propositional logic, predicate logic, formal proof, set theory, graph theory, as well as the theory of relations and functions, with a focus on skills required for learning computing. Further, students will study elements of pre-calculus and calculus that support the data analysis strand.

The data analysis strand focuses on knowledge to support analysis in the IT workplace. It begins with a review of fundamental probability, followed by exploratory data analysis for univariate data, leading into correlation and simple linear regression for bivariate data. Study continues with discrete probability distributions including binomial and Poisson; and continuous probability distributions including the normal and exponential. Final topics include sampling distributions, an introduction to confidence intervals and hypothesis testing for means and proportions. These topics will be taught with appropriate statistical computing software.

Approaches to analysing algorithm complexity and implementation efficiency will be introduced; and used to motivate the development of appropriate abstract data types. Students will be taught to recognise the role of abstract data types and algorithms in solving real-world problems; and given the opportunity to implement solutions to such problems.

The subject provides students with an understanding of Human Computer Interaction (HCI) principles and practices, and how to apply them in the context of developing usable interactive computer applications and systems. The subject also emphasises the importance of taking into account contextual, organisational, and social factors in the design of computer systems. Students will be taken through the analysis, design, development, and evaluation of user interfaces. They will acquire hands-on design skills through an interaction design project. The subject will cover topics including user-centred design, the development process, prototyping, usability testing, measuring and evaluating the user experience and accessibility.

The primary aim of this subject is to acquaint students with the methodologies and processes associated with the task of managing information technology and software development projects. Topics may include: stakeholder and impact analysis, setting project objectives and conflict resolution, project planning and the selection of appropriate project approaches, software project effort estimation, cost-benefit analysis, activity planning and scheduling, risk management, contract management, quality assurance, professional and ethical responsibilities, and case studies.

The subject introduces to students modern methodologies for software development. Topics may include software development life cycle activities, the role of software process models, different types of evolutionary models, Unified Process and UML, agile principles of software development, Dynamic Systems Development Method (DSDM), Scrum and extreme programming, test driven software development, the Capability Maturity Model Integration (CMMI), software engineering knowledge management, software architecture, and emerging trends in software development processes.

This subject is the capstone project for undergraduate students in the School of Computing and Information Technology it aims to provide students with: practical experience in complete systems development. The projects connect groups of students with supervisors and clients that are facing an ICT-based problem for which the students are required to find innovative and creative solutions. Working in groups, students design, implement, and document a system. This involves: project planning and scheduling, seminars and individual presentations, group coordination, research of proposed application domain, use of design methodologies, design documentation, coding, module and system integration, testing, verification, and implementation. Teams will meet weekly with supervisors to discuss progress and problems.

The core of the internship program is a six to eight weeks period of work placement spent in supervised work in environment-related work during the summer. The summer internship is not compulsory and when carried out as per the regulation of the College of Informatics and Computer Science can be counted as one of the elective courses only, so it cannot substitute for any required course. While the precise nature of internship will vary considerably, students will normally gain experience in some of the following areas: Software/hardware analysis, design, development and testing; The use and application of Software/Hardware tools in the design, development and implementation of problem solutions; Database design and development; Database implementation and maintenance; Installation and testing of hardware/software systems; Systems maintenance; Customer support; Software support for research projects; Software/Hardware evaluation and re-engineering. The internship requires a good deal of planning and arrangements from both the student side and the University side and have to be made in advance for it to serve its purpose. Students interested in the internship program must i) secure an internship position, and ii) approach the college before the beginning of the summer semester and submit an internship proposal. The university will do its best through the career advisor office and the College to secure internship positions every summer but it does not guarantee a placement for students. The internships available through the university will be distributed on a merit base and with consultation with external partners.

Major Subjects

The subject addresses the problems of managing and processing of extremely large data sets in a single-server centralized computing systems and in multi-server clustered and distributed computing systems. The topics related to processing of large data sets in centralized environments include the techniques based on the classical data warehouse technologies … For more content click the Read More button below. The subject addresses the problems of managing and processing of extremely large data sets in a single-server centralized computing systems and in multi-server clustered and distributed computing systems. The topics related to processing of large data sets in centralized environments include the techniques based on the classical data warehouse technologies such multidimensional data model, data warehouse architecture, data warehouse design both at conceptual and logical levels, and data warehouse processing with appropriate specialised query operations. The topics related to processing of large data sets in distributed environments include the techniques that can be implemented on the clusters of inexpensive computing nodes using MapReduce programming model. The subject introduces the students to the real time analytical processing of large data sets with analytical cluster-based distributed data processing systems. Discussion and hands on exercises related to these topics will equip students to meet the challenges in Big Data environments and appreciate the added challenges of dealing with unstructured data. Students will be presented with opportunities to do hands-on work with appropriate commercial tools.

The subject considers the problems related to data mining techniques and implementation in Big Data environment. The topics include data pre-processing techniques, pattern, association and correlation discovery, classification and clustering, stream and real-time processing techniques and post-processing techniques like outlier detection, statistical and, proximity, and clustering base approaches. Laboratory classes and hands-on programming exercises related to these topics will provide the students with the abilities to design and implement Big Data algorithms and to use already existing software libraries. The subject also addresses the problems of scalability, selection of appropriate implementation techniques, and performance aspects when mining Big Data.

The subject addresses the problems related to performance tuning of relational database systems. The subject presents the principles and methods of database performance tuning and software tools used for performance evaluation and tuning. Three groups of solutions are investigated: structural, operational, and architectural. The structural solutions presented in the subject include data modelling related solutions, denormalizations, indexing, clustering, partitioning, and materializations. The operational solutions include application of specialized SQL statements, transformation of SQL statements, transformations of stored procedures, function and database triggers and improvements in performance through application of appropriate SQL implementation techniques. The architectural solutions consider performance tuning through the appropriate application and configuration of the traditional and the new architectures of database systems based on modern hardware such as main memory database systems, Graphical Processing Unit (GPU) database systems, Non-Volatile Memory (NVM) database systems.

This subject introduces students to the advanced theories, algorithms and applications in the modern development of AI. For each topic covered, its important concepts and principles will be presented to help students gain an essential understanding. Advanced approaches, methods and algorithms will be introduced to show how artificial intelligence is realised. State-of-the-art applications, tools, and platforms will be demonstrated and analysed to connect theories with practices. This subject will equip students with advanced knowledge of modern AI and enhance their skills to appropriately choose and apply AI techniques to resolve practical problems.

Introduction to Data Mining, Knowledge Discovery, and Big Data with coverage of Data Structures, role of Data Quality and per-processing, Association Rules, Artificial Neural Networks, Support Vector methods, Tree Based Methods, Clustering and Classification Methods, Regression and Statistical Methods, Overfitting and Inferential issues, Evaluation, Use of Data Mining packages with … For more content click the Read More button below.

Take 1 Arabic Language Subject or Challenge Test

Language is key to everything we do. From verbal communication and the way, we talk, to non-verbal communication and the emojis we use in our text messages, to the visuals we use to construct compelling visual stories, language is how we communicate. Living, studying and working the UAE, having a basic understanding of Arabic language can give you a huge competitive advantage. This introductory subject provides some of the basics of Arabic language, and you’ll leave this subject able to communicate on a basic, conversational level.

Final General Elective

This course aims to provide students with critical thinking perspectives about the relationship between history, religion and culture, in this case, the formation of Islamic culture(s). A sociological introduction to the study of Islamic culture will introduce students to the emergence of Islam in its 7th century historical context, its relationship to the other monotheistic traditions of the region, its growth into the dominant cultural paradigm of the Near East by the 9th century, alongside its impact and contribution to key fields of medieval science and knowledge. A historical approach will help students acquire familiarity with key Islamic texts, institutions, concepts of authority, traditions of jurisprudence and spirituality, artistic expressions, as well as milestones in Islamic history. The course wraps up with a discussion of issues central to contemporary debates relating to Islamic culture, such as identity, gender, multiculturalism, pluralism, secularism and religiosity.

Choose 1 UAE Studies Subject

The societies and places in which we live are very complex, and the interactions of individuals, as well as social institutions, have a direct impact on the life path we take. This course provides an engaging and accessible introduction to urban sociology and the study of cities, with particular focus on the experience of the UAE and Dubai. We’ll examine a number of substantive urban topics, including but not limited to the growth of cities and urban spaces in the UAE, sustainable development and practices, and the ‘built’ environment.

This course will introduce Public Health as an interdisciplinary science concerned with topics central to the population of U.A.E and on a wider scale of GCC region with regard to their physical, mental, and social well- being. The course focuses on current pertinent public health problems, assessing causation and examining intervention and management strategies at personal, social, and organizational levels.

This course offers an overview of the UAE’s rapidly emerging significance and its increased roles in global networks of international relations and diplomacy. Within that overview, the course examines the internal dynamics of the UAE, in particular, the priorities that emerge from a specific workforce dependency, a construction and tourism industry that looks ‘East’ as much as it does ‘West’. Thus the new ‘Look East’ policy complements the country’s historical partnership with the Western states. With the expansion of its global ties and relations, the UAE also becomes more sensitive to transnational issues, such as immigration, fluctuations in international markets or terrorism.

This subject aims to provide an understanding of relations and interactions between society and environment, including impact of societies on the Earth and its processes. Topics covered include the agricultural, industrial and urban revolutions; governance of environments; Indigenous land management; climate change; sustainability; and environmental impacts in the context of the Anthropocene.

Program Outcomes

The growing importance of big data in the global economy has created a strong demand for specialists who can secure the information assets of commercial organizations. Graduates of this major enter professions such as:

Data Scientist
Data Engineer
Machine Learning Engineer
Data Analyst
Data Mining Engineer
Analytics Architect
Business Intelligence Analyst
Business data analyst

Accreditation and Recognition

All degrees at the University of Wollongong in Dubai are accredited by the Commission for Academic Accreditation (CAA) of the UAE Ministry of Education and are licensed by the Knowledge and Human Development Authority (KHDA). In addition, the degree is quality assured by UOW, which is registered with the Tertiary Education Quality and Standards Agency (TEQSA), the national regulator of the higher education sector in Australia.

Students will be issued a UOW Australia degree upon graduation.

Professional Accreditation

Australian Computer Society (ACS)

ACS promotes quality in ICT-related higher education to meet future industry needs. ACS sets graduate standards, drives improvements and refinements, and gives recognition to quality programs. ACS also ensures that new specialist courses build key skills for critical emerging fields.

Dr Soly Mathew Biju

Associate Professor
Discipline Leader

Dr Soly Mathew Biju's research interests include software testing, cryptography, e-learning, innovations in teaching, agile software development and programming techniques. She has several years experience in network administration and software development.

Bachelor of Computer Science (Big Data)

Degree Summary

Program Outcomes

Program Structure

Faculty

Accreditation

Admission Requirements

Duration

Classes commence

Yearly Fees*

Enquire Now

Program Selection Guide

Download Program Structure

Program Structure

Fundamental Programming with Python

Computing Fundamentals

System Analysis

Data Management and Security

Object Oriented Design and Programming

Networks and Communications

Introduction to Web Technology

Advanced Programming OR Java Programming

Database Systems

Mathematics for Computing

Algorithms and Data Structures

Human Computer Interaction

IT Project Management

Software Development Methodologies

Project

Internship

Big Data Management

Big Data Mining Techniques and Implementation

Database Performance Tuning

Modern Artificial Intelligence

Data Mining and Knowledge Discovery

Arabic Language

Muslim Societies Across the Ages: Tradition, Secularism & Modernity

Urban Sociology

Public Health

UAE and International Relations

Society and Environment – Resources, Challenges, Futures

Program Outcomes

Accreditation and Recognition

Professional Accreditation

Australian Computer Society (ACS)

Dr Soly Mathew Biju

Faculty

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