FACULTY OF ENGINEERING, TECHNOLOGYAND BUILTENVIRONMENT

F A C U LT Y O F E N G I N E E R I N G , T E C H N O L O G Y A N D B U I LT E N V I R O N M E N T02

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FACULTY OF ENGINEERING, TECHNOLOGY AND BUILT ENVIRONMENT

F A C U LT Y O F E N G I N E E R I N G , T E C H N O L O G Y A N D B U I LT E N V I R O N M E N T 05

Established in 1992, the Faculty of Engineering, Technology and Built Environment is one of the strongest faculties at UCSI University. A confluence of practical studies and theoretical learning, the Faculty has developed a range of innovative programmes that are recognised by both local and international bodies like the Malaysian Qualifications Agency (MQA), the Malaysian Engineering Accreditation Council (EAC), and the Board of Engineers Malaysia (BEM). With Malaysia as a signatory of the Washington Accord, our programmes are also recommended for recognition by member countries including Australia, Canada, Ireland, New Zealand, UK and US.

Adding to its renown is its expertise – which is extensive. Students learn from esteemed academics – a rich mix of industry practitioners, professors and informed researchers – who have established lasting bonds with the industry and leading-edge universities across the globe. The academics build on two vital qualities: An eagerness to share their knowledge and a desire to engage students in the Faculty's research projects. Supported by its very own custom-built campus where students will have access to industry-standard facilities and engineering software and technology, the Faculty continues to assert its role as a place of creativity and exceptional learning and teaching.

This has led to tie-ups with partner universities across the globe, enabling the Faculty to make headway in high impact research collaborations. Our top students are sent abroad annually for research attachments at some of the best universities in the world such as Imperial College London in the UK and Tsinghua University in China.

Each of these features is woven into the Faculty's long-standing tradition of excellence, where its sterling reputation is matched only by the many achievements of its teaching staff, students and graduates. Your studies here will be insightful. But more than that, it will be meaningful. Theory will lead to cutting-edge practice. Your enthusiasm will lead you to achievements. And your work will be challenging and impactful.

Engineer your future with us today.

HIGH IMPACTRESEARCHYearly researchattachments at

prestigious universitieslike Imperial College

London.

INDUSTRYCOLLABORATIONS

Regular site visits and talks by industry movers.

AWARD WINNINGFACULTY

Staff and studentsregularly receive

accolades.

DIVERSIFIEDPROGRAMMES

Comprehensive coursesinvolving

7 ENGINEERINGAREAS.

STATE-OF-THE-ARTFACILITIES

Emphasis placedon technical experience.

GLOBALLYRECOGNISED

Malaysia is asignatory of the

Washington Accord.

Selected to advance high impact research at Tsinghua University in 2016.

Started with the Foundation in Science.Alumna, BEng (Hons) Chemical Engineering.

TEO XSU LI

Benefit from lessons thatstimulate and encourage

critical thinking.

Be taught bynotable professors

from day one.

Enjoy a well-resourcedand supportive learning

environment.

Tailor-made coursesthat cater to specialised

career pathways.

Utilise exceptionalsubject-specific facilities.

Enjoy strong exposure toindustry trends and

developments.

GET THE IDEAL START WITH UCSI’SSPECIALISED FOUNDATION PATHWAYS

Entry RequirementsAcademic Qualification SPM: Minimum 5 credits, including one Mathematics

and one pure Science subject

English Requirement A distinction (A+, A or A-) in English Language course at SPM /UEC level; or MUET Band 5; or TOEFL score of 196 (computer-based) / 525 (written-based) / 69-70 (internet-based); or IELTS Band 5.5.

Additional English course(s) must be taken at UCSI University concurrently with the undergraduate programme if English Language requirements are not fulfilled.

F A C U LT Y O F E N G I N E E R I N G , T E C H N O L O G Y A N D B U I LT E N V I R O N M E N T06

Foundation in Sciencewith Engineering pathwayKR 9776; 01/2019

The demand for engineers is a constant one. From time immemorial, engineers have contributed pivotal technologies that have transformed the spheres of manufacturing, communications, healthcare, energy, business and IT. And as we stand at the onset of the Fourth Industrial Revolution, engineers will play a starring role in the era of smart factories, the industrial internet of things, next-generation robotics and self-learning AI. If you want to play a role in engineering the future, you’ll need to acquire a fundamental understanding in science, technology, engineering and mathematics (STEM). We provide that at UCSI through our foundation pathway in engineering. And with a special focus on engineering design and advanced engineering technology, we provide a pre-university environment that allows you to pursue your affinities and delve deep into your preferred field of study from day one. At UCSI, you will learn from esteemed professors and academics who work on solutions that address global problems. Their guidance will expand your horizons and you will see first-hand how the best engineering solutions are derived not only through technical excellence, but through creativity, innovation, cultural awareness and entrepreneurial know-how. You will also take part in industry visits and you will enjoy avenues to apply your knowledge at state-of-the-art laboratories and facilities. This dynamic environment is what you can look forward to during your pre-university years. And as you lay the groundwork for further studies in Engineering, you will appreciate how this is more than a prep course. It’s a springboard to a consequential career. Join us and engineer the future.

F A C U LT Y O F E N G I N E E R I N G , T E C H N O L O G Y A N D B U I LT E N V I R O N M E N T 07

Start Focused. Stay Ahead.UCSI’s specialised foundation pathway helps you acquire a much stronger grasp of your chosen field of study while covering the overall reach of a standard foundation programme. Apart from helping you immensely as you progress to degree studies, UCSI’s foundation programme also provides you with an early taste of what the industry expects.

Core Subjects

• General Chemistry I • General Chemistry II• General Physics I• General Physics II / General Biology I

• Introduction to Engineers in Society• Introduction to Advanced Engineering Technology• Elementary Engineering Design

Bachelor of Engineering (Hons)Chemical EngineeringBachelor of Engineering (Hons)Petroleum EngineeringBachelor of Engineering (Hons)Mechanical EngineeringBachelor of Engineering (Hons) inMechatronic EngineeringB. Eng (Hons) Civil EngineeringB. Eng (Hons) Communication andElectronic EngineeringB. Eng (Hons) Electrical and ElectronicEngineeringOther related degree programmes

•

•

•

•

••

•

•

• Accounting Practice• Fundamentals of Mathematics • Algebra and Trigonometry• Calculus• Introduction to Probability and Statistics• Introduction to Business• Computing Essentials

Core Subjects Special Focus On Bachelor Degrees

+

Guidance From The BestLearn from a team of acclaimed professors and academics who are at the forefront of their respective disciplines. Work with them, be mentored by them and benefit from their wealth of experience.

Dean, Faculty of Engineering, Technology andBuilt Environment

Associate Professor IrDr Jimmy Mok Vee Hoong

Head of Postgraduate Studies

Assistant Professor Dr Ammar Abdulaziz Majeed Al-Talib

Professor of Environmental ManagementProfessor Dato’ Dr Ahmad Bin Ibrahim

Professor of Industrial Chemistry andPetroleum Refining

Professor Dr Hikmat Said A.AL, Salim

Assistant ProfessorAssistant Professor Ir Dr Mahmud Iwan Solihin

Head of Department, Civil Engineering Assistant Professor Ir Dr Deprizon Syamsunur

Head of Department, Electrical and Electronics Engineering Assistant Professor Dr John Tan Teng Hwang

Deputy Dean, Chemical EngineeringAssistant Professor Dr Kiew Peck Loo

BEng (Hons) Electrical and Electronic Engineering(UMIST, UK), PhD in Microwave Engineering(UMIST, UK)

BSc (Special Honors) Chemistry (London)PhD Industrial Surface Chemistry (City)

BEng Electrical (Gadjah Mada University, Indonesia)MSc Mechatronics (IIUM), PhD Engineering (IIUM)

BEng (Hons) Electrical and Electronic Engineering(LJMU,UK), MSc Electronic Engineering (QUB, UK)PhD Electrical and Electronic Engineering (QUB, UK)

B Chemical Engineering (USM)PhD Chemical Engineering (USM)

B Chem Eng (Monash)PhD Wastewater Engineering (Newcastle)Fellow Academy of Sciences Malaysia

BSc Mechanical Engineering (UOF, Iraq)MSc Mechanical Engineering/Thermo-fluids (UOF, Iraq)PhD Solar and Renewable Energy (UPM)

PhD Highway and Transportation Engineering (UKM)MSc Highway and Transportation Engineering (UKM)ST Highway and Transportation Engineering(Universitas Islam, Indonesia)

Best Student AwardThe Institution of Engineers Malaysia (IEM) 2015

RAYSON CHOT CHUN YUAN

Gold Medal and Best AwardAgriculture, Environmental andRenewable Energy Category 6th International Engineering Invention and Innovation Exhibition 2015 (i-ENVEX)

PUA ENG HOCK (left), SHARGUNAN PUNUSAMY (middle) and DHEENAKHARHAN VIJAKUMAR (right)

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BEng (Hons)Chemical EngineeringA8663 (R/524/6/0024; 05/2018)

This four-year programme combines the three basic physical sciences – chemistry, physics and biology – with mathematics, which makes it one of today’s most versatile engineering fields. This allows room for specialisationin a very broad spectrum of fields – from nanotechnology and oil refining to conversion of biomass or waste valuable products. At UCSI, students are exposed to a myraid of new technologies that are rapidly reshaping the society we live in.

The Faculty is known to regularly win awards at competitions organised at the home front and internationally. Since 2014, UCSI’s chemical engineering students have bagged a total of 14 awards.

SUBJECT LISTING

Organic ChemistryCalculus and Analytical Geometry IIMaterial EngineeringPhysical ChemistryMathematical Methods for Engineers IEngineering PhysicsEngineering Graphics and Design Chemical Engineering Laboratory IChemical Engineering Laboratory II

YEAR

Mathematical Methods for Engineers IIElectrical PrinciplesFluid MechanicsIntroduction to Chemical Engineering ProcessesNumerical MethodsMass TransferIntroduction to Material and Energy BalancesThermodynamics Chemical Engineering Laboratory IIIChemical Engineering Laboratory IVChemical Engineering Laboratory VCo-operative Placement 2

1YEAR

2Chemical Process Simulation and DesignEngineers in SocietyProcess Dynamics and ControlsHeat TransferSeparation Process Environmental EngineeringSurface Chemistry and CatalysisReaction Engineering Process Instrumentation and Instrumental AnalysisChemical Engineering Laboratory VIChemical Engineering Laboratory VII

YEAR

3Engineering Management and EconomicsFinal Year Project AFinal Year Project BPlant and Safety EngineeringProcess Equipment DesignPlant Design Project IPlant Design Project IIPetroleum Refining EngineeringChemical Process Design and OptimizationFuels and Combustion (Elective)Polymer Technology (Elective)Natural Gas Engineering (Elective)Petrochemical Industries (Elective)Corrosion (Elective)Nanotechnology (Elective)Biochemical Engineering (Elective)Petroleum Geoscience (Elective)Co-operative Placement 4

*General Courses (MPU) are compulsory for all students. Please refer to page 15.

YEAR

4

DID YOU KNOW?

BEng (Hons) Chemical Engineering

BEng (Hons) Chemical Engineering

Career Opportunities:Process Engineer | Product Engineer | Environmental Engineer | Design Engineer | Production Engineer | Quality Engineer | Service Engineer | Health and Safety Engineer | Risk Engineer | Project Engineer | Material Engineer | Research Engineer | Cost Engineer | Lab Engineer | Instrumentation Engineer | Process Control Engineer

*Terms and conditions apply

International Degree Pathway*University of Queensland (2+2/2+2.5)BEng (Hons) Chemical EngineeringRoyal Melbourne Institute of Technology (1.5+2.5)BEng (Hons) Chemical Engineering

First Runner-UpSchlumberger Enhanced Oil Recovery Contest

BEng(Hons) Petroleum Engineering

One of the top five finalists of the Petrobowl Competition (Asia Pacific region) 2015 organised by the Society of Petroleum Engineers

Represented the Asia Pacific region at the SPE World Petrobowl Championship 2015 in Houston, USA

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BEng (Hons)Petroleum EngineeringA8931 (R/524/6/0025; 05/2018)

Under a well-balanced curriculum that aims to provide both breadth and depth across petroleum engineering specialisations, students will build a solid foundation in oil and gas exploration, production and development as they master core topics in petroleum geology, petroleum economy and well completion.

At the Faculty, students will have access to well-equipped laboratories and sophisticated computers equipped with licensed engineering software such as ECLIPSE, PETREL and other commercial reservoir simulation software. Industrial-based projects will also open the way for insights from industry experts. By the end of this four-year programme, they will have learned to address pressing issues and design innovative solutions that benefit society and organisations.

SUBJECT LISTING

Organic Chemistry Calculus and Analytical Geometry IIMaterial EngineeringPhysical ChemistryMathematical Methods for Engineers IEngineering PhysicsIntroduction to Petroleum EngineeringEngineering Graphics & DesignPetroleum Engineering Lab I

YEAR

Mathematical Methods for Engineers IIPhysical GeologyThermodynamicsNumerical MethodsFluid MechanicsComputing for EngineersDrilling EngineeringSafety in Oil and Gas IndustryPetroleum Engineering Lab IIPetroleum Engineering Lab IIIPetroleum Engineering Lab IVCooperative Placement 2

1YEAR

2Engineers in SocietyTransport PhenomenaElements of Reservoir Rock and Fluid PropertiesPetroleum GeologyReservoir EngineeringOil and Gas Production OperationsWell CompletionEngineering Management & EconomicsEnvironmental EngineeringPetroleum Engineering Lab VPetroleum Engineering Lab VIField Trip

YEAR

3Final Year Project AEnhanced Oil RecoveryNatural Gas EngineeringFormation EvaluationReservoir SimulationField Development IField Development IIPetroleum EconomyWell Diagnosis and TreatmentFinal Year Project B Petroleum Refining Engineering (Elective)Geophysics (Elective)Cooperative Placement 4

YEAR

4

*General Courses (MPU) are compulsory for all students. Please refer to page 15.

DID YOU KNOW?

Career Opportunities:Drilling Engineer | Production Engineer | Field Engineer | Reservoir Engineer | Operation Engineer | Project Development Engineer | Mud Engineer |Well Completion Engineer | Cost Engineer | Workover Engineer | Process Engineer | Subsea Engineer | Offshore Engineer | Simulation Engineer | Health and Safety Engineer

GOH HWEI SIONG AND CHAN Y LOON

BEng(Hons) Petroleum Engineering

SHEILLA MINERVA, TER BOON WAY, DHAIEF ALLAH DHAIEF ALLAH AHMED AL-SAIEDY, SAIF MANSOOR SAIF MOQBEL AL-QOTEBI AND FARZOK FAROOQI

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BEng (Hons)Mechanical EngineeringA8666 (R/521/6/0054; 05/2018)

This programme offers a comprehensive range of core engineering science courses and practical projects to ensure it is highly integrated and industry-relevant. As they progress, students will be well-equipped to not only design mechanical components and systems but also solve engineering problems by applying different techniques and strong analytical skills. They will be exposed to the latest advances in engineering technologies and with the emphasis on experimental work, students will gain the skills needed to take on the challenge of designing products and process that are faster, more versatile and environmentally friendly.

SUBJECT LISTING

Calculus & Analytical Geometry IIEngineering Graphics & Design Mathematical Methods for Engineers ITechnical CommunicationCircuit Theory 1Engineering Statics Electrical PowerMaterial Science Mechanical Drawing & Assembly Techniques Mechanical Lab I

YEAR

Mathematical Methods for Engineers IIComputing for Engineers Engineering DynamicsFluid MechanicsManufacturing Processes Thermodynamics IElectrical MachineSystem DynamicsIntroduction to MicroprocessorMechanical Lab II Mechanical Lab III Mechanical Lab IV Cooperative Placement 2

1YEAR

2Engineers in Society Engineering Management & EconomicsNumerical AnalysisInstrumentation and MeasurementControl SystemsIntroduction to Production & ManufacturingStress Analysis and DesignElements of Heat TransferThermodynamics IIMechanics of MachineMechanical Engineering DesignMechanical Lab V Mechanical Lab VI Mechatronic Lab VCooperative Placement 4

YEAR

3

Mechanical VibrationsDesign ProjectFinal Year Project AFinal Year Project BEnvironmental Engineering

Elective Subject (Select any four):Mechatronic System DesignMechanical Design With Finite Element MethodsHeating, Ventilating & Air ConditioningPower PlantsInternal Combustion EnginesAcoustics And Noise Control

YEAR

4*General Courses (MPU) are compulsory for all students. Please refer to page 15.

Career Opportunities:Process Engineer | Product Engineer | Environmental Engineer | Design Engineer | Production Engineer | Quality Engineer | Service Engineer | Health and Safety Engineer | Risk Engineer | Project Engineer | Material Engineer | Research Engineer | Cost Engineer | Lab Engineer | Instrumentation Engineer | Process Control Engineer

The Faculty's Head of Postgraduate and Research, Assistant Professor Dr Ammar Ali Al Talib, is working hand-in-hand with a team of academicians and students to research new ways of harvesting palm oil using laser technology.

DID YOU KNOW?

*Terms and conditions apply

International Degree Pathway*University of Manitoba (up to 2+2)BSc Mechanical EngineeringBSc Mechanical Engineering (Aerospace Option)BSc Mechanical Engineering (Manufacturing Option)University of Queensland (2+2)BEng (Hons) Mechanical EngineeringRoyal Melbourne Institute of Technology (1.5+2.5)BEng (Hons) Mechanical EngineeringBachelor of Engineering(Aerospace Engineering)

Second Runner-Up (Poster Presentation)10th Malaysian ChemE Car Competition 2015

First Runner-Up (Car Performance)9th Malaysian ChemE Car Competition 2014

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BEng (Hons)Mechatronic EngineeringA11950 (MQA/FA 3421; 06/2020)

Integrating three major engineering disciplines, this programme places its main emphasis on the domains of mechanical engineering, electrical and electronic engineering and software engineering. Students will constantly analyse and design complex systems to meet challenges posed by emerging technologies. They will also learn a combination of mechanical, electronic and computer science techniques that will help them design, fabricate, assemble and maintain automation and modern manufacturing systems.

Expect to develop a solid understanding of the social, cultural, global and environmental responsibilities of the professional engineer while gaining high-level technical skills essential in managing modern engineering tasks.

SUBJECT LISTING

Calculus & Analytical Geometry IIEngineering Graphic & DesignMathematical Method for Engineers ITechnical CommunicationCircuit Theory IDigital Electronics IAnalogue Electronic IAdvanced Circuit Theory & Transmission LinesEngineering StaticsElectrical PowerMaterial ScienceMechatronic Lab I Mechatronic Lab II

YEAR

Mathematical Method for Engineers IIComputing for EngineersElectronic Manufacturing IndustryEngineering Software & ApplicationsEngineering DynamicsFluid MechanicsManufacturing ProcessesThermodynamics IElectrical MachineMechatronic Lab III Mechanical Lab III Mechanical Lab IV Cooperative Placement II

1YEAR

2Engineers in Society Engineering Management & EconomicsDigital Electronics IINumerical AnalysisMicroprosessor SystemsEmbedded System Design Instrumentation & Measurement Fluid Power & DrivesControl SystemsStress Analysis & Design Mechatronic Lab IV Mechatronic Lab V Mechanical Lab V Cooperative Placement IV

YEAR

3

Power ElectronicsRobotic SystemsMechatronic System DesignMechatronic Lab VI Mechatronic Lab VII Final Year Project AFinal Year Project B

Elective Subject (Select any four):Digital Signal ProcessingIntelligent SystemsModern Control Systems

YEAR

4*General Courses (MPU) are compulsory for all students. Please refer to page 15.

BEng (Hons) Mechatronic Engineering

CHONG JEUNN HAO

BEng (Hons) Chemical Engineering

SOH WEI MING, HO LUP FAIand TAN KUAN LEONG

Career Opportunities:Mechatronics Engineer | Robotics Engineer | Software Engineer | Industrial Designer | Mechanical Systems Engineer | Mechanical Engineer | Mechanical Design Engineer | Project Engineer | Electro-mechanical Engineer

The Malaysian ChemE Car Competition is an annual competition organised by the Institution of Engineers Malaysia. It challenges students to design and build a model car powered by a chemical reaction that will carry a load to the finish line within a given time.

Four students from the Faculty edged out over 60 participating teams from local public and private universities to clinch first runner-upat the 9th Malaysia ChemE Car Competition. They made a repeatachievement in the following year when they were named second runner-up in the poster presentation category.

DID YOU KNOW?

*Terms and conditions apply

International Degree Pathway*University of Queensland (2+2.5)BEng (Hons) Mechatronic EngineeringRoyal Melbourne Institute of Technology (1+3)BEng (Hons) Advanced Manufacturing and Mechatronics

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BEng (Hons)Civil EngineeringA10263 (06/2019)

The buildings we frequent, the bridges we cross, the roads we drive on; every structure, surface and support system is grounded in civil engineering. In this programme, students will learn how to design, construct and maintain structures in the 'built environment'. Students will read a wide range of courses that includes structural analysis, geomatics, and hydraulics, highway and traffic, as well as water and sewerage systems – all of which emphasise engineering and managerial skills at the same time. This will ensure they have the ability to apply what they learn to real-life projects where financial and ethical issues are taken into account. By the end of the programme, students will be well prepared to devise high impact solutions and change lives for the better.

SUBJECT LISTING

Calculus & Analytical Geometry 2GeomaticsGeomatics Field WorkComputing for EngineersEngineering Graphics & DesignMathematical Methods For Engineers 1Mathematical Methods For Engineers 2Engineering StaticsElectrical Principles

YEAR

Fluid MechanicsTheory Of StructureCivil Lab 1 (Fluid Mechanics & Theory of Structure)Stress Analysis & DesignEngineering DynamicsMechanical Lab 5 (Stress Analysis & Designand Eng Dynamics)Materials In Civil EngineeringSoil MechanicsCivil Lab 2 ( Materials in Civil Eng & Soil Mechanics)Numerical AnalysisCooperative Placement 2

1YEAR

2Geotechnical Materials & Analysis*Structural AnalysisWater And Waste-Water Engineering*Reinforced Concrete Design 1HydraulicsGeotechnical DesignEngineers In SocietyReinforced Concrete Design 2Structural Steel And Timber DesignCivil Lab 3 (Steel & Reinforced Concrete Design 1)Cooperative Placement 4

YEAR

3Final Year Project AHighway Engineering*Project Construction & ManagementContract & EstimationCapstone Design Project 1Construction TechnologyFinal Year Project BEnvironmental Engineering Analysis & DesignEngineering HydrologyCapstone Design Project 2Engineering Management & Economics

Elective Course (Any one course):Groundwater HydrologyFinite Element AnalysisTransportation EngineeringTechnopreneurship

YEAR

4

*General Courses (MPU) are compulsory for all students. Please refer to page 15.

Career Opportunities:Building Control Surveyor | Consulting Civil Engineer | Contracting Civil Engineer | Nuclear Engineer | Site Engineer | Structural Engineer | Water Engineer | Environmental Engineer | Geotechnical Engineer | Materials Engineer | Structural Engineer | Transportation Engineer

*Terms and conditions apply

International Degree Pathway*Deakin University (1.5+2.5)B Civil Engineering (Hons)University of Manitoba (up to 2+2)BSc Civil EngineeringBSc Civil Engineering (Environmental Option)University of Queensland (2+2.5)BEng (Hons) Civil EngineeringRoyal Melbourne Institute of Technology (1.5+2.5)BEng (Hons) Civil and Infrastructure

First Runner-Up ABB Intervarsity Innovation Challenge 2016

MUHAMMAD HAFIDZKHAIRUDIN, GANESH KUMAR TINAKARAN ANDRIFAYET ASHRAF

First Runner-Up IET Present Around the World Competition 2015

RecipientIEM Gold Medal Award 2016

BEng (Hons) Communication andElectronic Engineering

WONG SOON KHEN

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BEng (Hons)Communication and ElectronicEngineeringR/523/6/0219; 23/11/2019

Electronic communications underpin our everyday technologies, from TV and mobile phones to air travel. This programme integrates practical work and taught material infused with state-of-the-art technology, covering areas like analogue and digital communications, mobile and satellite communications, and electromagnetic waves. Students will also learn CST Microwave Studio, an industry development tool recognised around the world.

Global Engineering Network

SUBJECT LISTING

Calculus & Analytical Geometry IICircuit Theory I Digital Electronics I Analogue Electronic I Mathematical Methods for Engineers ITechnical CommunicationElectromagnetic Theory I Electronic Laboratory 1AElectronic Laboratory 1B

YEAR

Advanced Circuit Theory &TL Engineering Design Mathematical Methods for Engineers IIElectronic Manufacturing Industry Engineering Softwares & Applications Electrical Power Computing for Engineers Co-operative Placement 2Analogue Electronics II Digital Electronics II Electronic Laboratory 2AElectronic Laboratory 2B

1YEAR

2Communication Circuits Electromagnetic Theory IICommunication Theory Numerical AnalysisData Communication &Networks Microprocessor Systems Environmental Engineering Optical Communication Engineering & Management & EconomicsEngineers in SocietyElectronic Laboratory 3ACommunication Laboratory 3B Embedded Systems Design

YEAR

3

Communication Systems Communication Sub-System DesignMicrowave System DesignAntennas & EMCDigital Signal processing Design ProjectDigital Systems & HDLs Final Year Project AFinal Year Project BMobile & Satellite CommunicationCo-operative Placement 4Electronic Laboratory 4ACommunication Laboratory 4B

YEAR

4

*General Courses (MPU) are compulsory for all students. Please refer to page 15.

*Terms and conditions apply

Career Opportunities:Telecommunications Engineer | Broadcast Engineer | Computer Systems Engineer | Optics Engineer | Instrumentation and Controls Engineer | Biomedical Engineer | Optical Networks Technical Marketing Engineer | Satellite Communications Engineer | Electrical and Electronics Installer | Technical Support Engineer | Telecommunications Field Service Engineer

International Degree Pathway*Waterford Institute of Technology (2+2)BEng (Hons) in Electronic Engineering

The UCSI IET On Campus is a student chapter of the Institution of Engineering and Technology – one of the world’s largest engineering institutions with over 167,000 members in 150 countries. In 2015, the chapter received the IET Most Promising On Campus Award presented in recognition of its growing membership and beneficial activities. It continues to serve the student community with a wide range of industry visits, technical talks and competitive events.

DID YOU KNOW?

INFO 123 456789 | MAI AVENUE, ELITE TOWER, NY

Ir. Associate Professor Dr Rodney Tan Hean Gay is the recipient of the Mathworks Central Challenge Coin Award, presented in recognition of his contributions to MATLAB – a system used by engineers and scientists worldwide.

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BEng (Hons)Electrical and ElectronicEngineeringR/523/6/0218; 23/11/2019

Electrical and Electronic Engineering is one of the broadest engineering disciplines and this programme will cover multiple subject areas like analogue electronics, microelectronic chip design, digital signal processing, power generation, protection and distribution, C++ programming, instrumentation and measurements control, renewable energy systems, and more. Students will also have the chance to learn MATLAB, PSPICE and LABVIEW which are used to run simulations in projects and research.

SUBJECT LISTING

Calculus & Analytical Geometry IICircuit Theory I Digital Electronics I Analogue Electronic I Mathematical Methods for Engineers ITechnical CommunicationElectromagnetic Theory I Electronic Laboratory 1AElectronic Laboratory 1B

YEAR

Advanced Circuit Theory &TL Engineering Design Mathematical Methods for Engineers IIElectronic Manufacturing Industry Engineering Softwares & Applications Electrical Power Computing for Engineers Co-operative Placement 2Analogue Electronics II Digital Electronics II Electronic Laboratory 2AElectronic Laboratory 2B

1YEAR

2Communication Theory Numerical AnalysisInstrumentation & Measurement Data Communication &Networks Microprocessor Systems Electrical Machines Environmental Engineering Control Systems Engineering & Management & EconomicsEngineers in SocietyEmbedded Systems Design Electronic Laboratory 3AElectrical Laboratory 3BElectrical Laboratory 3C

YEAR

3

Digital Signal processing Digital Systems & HDLs Energy Conversion & High Voltage Power TransmissionPower Electronics Design ProjectFinal Year Project APower Systems Final Year Project BCo-operative Placement 4Power System ProtectionElectronic Laboratory 4AElectrical Laboratory 4BElective:Electromagnetic Theory IIIntroduction to Production and manufacturingVLSI DesignTechnopreneurship

YEAR

4

*Terms and conditions apply

*General Courses (MPU) are compulsory for all students. Please refer to page 15.

UCSI is home to the Institute of Electrical and Electronics Engineers-Eta Kappa Nu (IEEE-HKN) Student Chapter – and third in Asia Pacific. Through this Student Chapter, our students enjoy exciting events and opportunities to interact with top students at renowned universities across the globe such as Massachusetts Institute of Technology, Purdue University and the University of California, Berkeley. This Student Chapter has recently received Outstanding Student Chapter Award 2015.

DID YOU KNOW?

International Degree Pathway*University of Manitoba (up to 2+2)BSc Biosystems EngineeringBSc Biosystems Engineering (Environmental Option)BSc Computer EngineeringBSc Electrical EngineeringUniversity of Queensland (2+2.5)BEng (Hons) Electrical EngineeringWaterford Institute of Technology (2+2)BEng (Hons) in Electronic Engineering

Career Opportunities:Design Engineer | Project Engineer | R&D Engineer | System Design Engineer | Analog Design Engineer | Test Engineer | PCB Design Engineer | Electrical Engineer | Digital Design Engineer | Quality Control Engineer/Specialist | Research Engineer | Software Engineer | Sales Engineer | Product Engineer

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Diploma InElectrical and Electronic EngineeringR/523/4/0217; 10/12/2019

Students of this programme will receive a strong engineering foundation in electrical technology, telecommunication, control and instrumentation systems, as well as digital and analogue electronics. Expect plenty of hands-on training in cutting-edge laboratories as you hone your technical skills and tackle complex projects.

SUBJECT LISTING

Engineering Physics 1Engineering Mathematics 1Computer Applications (Computing Essentials)Electrical and Electronic Principles Engineering Physics 2Circuit Analysis 1 Engineering Mathematics 2Engineering DesignDigital Electronics

YEAR

Engineering PrinciplesApplied Computing (Computing for Engineers) Circuit Analysis 2 Electrical Technology 1 Electrical Technology 2 Engineering Mathematics 3Telecommunication Principles Industrial StudiesProject AAnalogue Electronics Co-operative Placement 2

1YEAR

2Control & Instrumentation Systems Microprocessor Based SystemsProject B

YEAR

3*General Courses (MPU) are compulsory for all students. Please refer to page 15.

Career Opportunities:Design Engineer | Project Engineer | R&D Engineer | System Design Engineer |Analog Design Engineer | Test Engineer | PCB Design Engineer | Electrical Engineer | Digital Design Engineer

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FACILITIESThe state-of-the-art facilities and laboratories that our students work and study in have played a significant role in preparing them for the real world. Here are some of them.

GEOMATIC AND CONCRETE LAB

ELECTRICAL AND ELECTRONIC LAB

MATERIAL SCIENCE AND PETROLOGY SOIL MECHANICS LAB

THERMO-FLUID LAB

This lab is equipped with all the necessary surveying equipment. Students use this equipment for land surveying, and to analyse data collected during assignments. Students can also perform engineering evaluations and experiments to test the qualities of building materials like concrete and other cementitious materials here.

Equipped with the state-of-the-art of fundamental Electrical and Electronic measurements, this lab allows students to run experiments related to Circuit Analysis, Digital and Analogue Electronics using multimeter, power supply, oscilloscope and function generators.

In this lab, students can develop further knowledge of materials structure, properties, performance and its processes by producing, transforming, and analysing materials. Students can also conduct experiments to process, test and determine soil properties here.

The lab allows students to conduct research in thermodnamics, fluid mechanics, and heat transfer. Students can also study a variety of complex engineering issues, such as electronics cooling, nanofluidics, micro-flow control, and bio-inspired fluid dynamics.

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POWER, MACHINE AND DRIVE LAB

INSTRUMENTATION LAB

PETROCHEMICAL LAB

ADVANCED CHEMICAL LABORATORY

In this lab, students study the courses related to power, machines and drives. This lab allows students to conduct experiments related to power system protection, power electronics, power transmission and distribution with AC machines, DC machines and an electrical transformer.

This laboratory has state-of-the-art equipment for teaching and research development. It includes an atomic absorption spectroscopy (AAS), Fourier Transform Infrared Spectroscopy (FTIR), UV-VIS spectroscopy with desktop computer, nano zeta sizer, titrator and tensiometer.

This lab has the necessary equipment for the analysis and characterisation of solid, liquid and gaseous substances which students can use to conduct testing and research in the areas of air and water pollution. The equipment available includes a viscometer bath, flashpoint tester, seta oil test centrifuge, rotary evaporator, colorimeter, jar test, and turbidity meter.

This laboratory has all the equipment for aspiring chemical engineers to conduct physical and chemical processes(fluid flow, heat and mass transfer). Equipment includes a PC-controlled and data logging system, a gas chromatography with a desktop computer, gas absorption demonstration unit, tubular flow reactor with a desktop computer, refractometer, continuous distillation column, batch reactor and CSTR in series.

F A C U LT Y O F E N G I N E E R I N G , T E C H N O L O G Y A N D B U I LT E N V I R O N M E N T18

GENERAL COURSES (MPU)COMPULSORY FOR ALL STUDENTS

• Ethnic Relations• Islamic Civilisation and Asian Civilisation

• U2 – University Life• U2 – Technical Communication• U3 – Malaysian Experiential Tourism/Malaysian Ethnic Food• U4 – Extra-curricular Learning Experience 1 to 3

• U2 – Study Skills and Employability • U3 – Malaysian Eco-Tourism/Malaysian Traditional Food • U4 – Extra-curricular Learning Experience 1 to 2

• Malaysian Studies • Communication in Bahasa Melayu 3

• Malaysian Studies • Communication in Bahasa Melayu 2

DEGREE PROGRAMMES

MALAYSIANSTUDENTS

INTERNATIONALSTUDENTS

MALAYSIANSTUDENTS

ALL STUDENTS ALL STUDENTS

INTERNATIONALSTUDENTS

DIPLOMA PROGRAMMES

SOME OF OUR MANY STUDENT ACHIEVERS

TEO XSU LIBEng (Hons) Chemical EngineeringAdvanced science at Tsinghua UniversityFurthered research in DNA nanotechnology with the aim of innovating protein crystallisation, a process which produces the crystals needed to study the molecular structure of protein for various pharmaceutical or biotechnological applications.

SOH WEI MING (left) and LEON TAN KUAN LEONGBEng (Hons) Chemical EngineeringAdvanced science at Imperial College LondonSelected for cutting-edge research programmes in nanoparticles and protein crystallisation. Upon their return, their research paper was subsequently accepted for the 2016 4th Asia Conference on Mechanical and Materials Engineering and will soon be published in a Scopus-indexed journal.

LEE MAY YANBEng (Hons) Chemical EngineeringAdvanced science at Imperial College LondonDrove cutting-edge research in functional particles. Supervised by Imperial’s Dr Jerry Heng, May Yan optimised existing research on functional particles, specifically coal fly ash, in the bid to improve current methods of extracting cenosphere. Cenosphere is used to create lightweight cement.

F A C U LT Y O F E N G I N E E R I N G , T E C H N O L O G Y A N D B U I LT E N V I R O N M E N T 19

ENTRY REQUIREMENTS

ENGLISHREQUIREMENTS

INTAKES: JANUARY, MAY AND SEPTEMBER

DIRECT ENTRY INTO BACHELOR’S DEGREE (ALL ENGINEERING MAJORS EXCEPT CHEMICAL ENGINEERING)QUALIFICATIONS

STPM

* Chemistry is required for Chemical Engineering; Physics is required for all other programmes.

Note: Discretion is given to Dean/Deputy Dean to deal with other borderline Academic Requirements.

Minimum 2C including Mathematics and Physics

A-Levels Minimum 2D including Mathematics and Physics

UEC Minimum 5 credits including Mathematics and Physics

Local Matriculation Minimum CGPA of 2.0

Foundation from other University/ College Minimum CGPA of 2.0

WAEC/NECO Minimum 3 C’s; inclusive of Mathematics and Science

Certificates from Polytechnics from relevant field

Upon successful completion of the diploma programme, students will gain up to 30% of credit transfer of the total credits, depending on the chosen degree programme.

Minimum 50% average

WAEC/NECO Maximum aggregate of 15 points out of best 5 subjects, inclusive ofminimum B’s in Mathematics and Physics

Diploma/ Advance Diploma/ Degree/ equivalent Pass subject to school discretion after reviewing transcript and syllabus. Max credit transfer of 30% of the programme total credits

Other qualifications deemed equivalent to STPM/A-Level by Malaysian Qualifications Agency

Minimum overall average of 65%, inclusive of minimum 65% in Mathematics and Physics

International Baccalaureate Minimum 26/42 points from 6 subjects (inclusive Mathematics & Physics/Chemistry)

SAM Minimum average of 65% in 5 subjects, inclusive of minimum scores of 65% in Mathematics and Physics

CPU CPU – Minimum average of 60% in 6 subjects, inclusive of a minimum score of 60% in Mathematics and Physics

ACADEMIC REQUIREMENTS

DIPLOMA IN ELECTRICAL AND ELECTRONIC ENGINEERING / DIPLOMA IN ENGINEERING (MATERIALS SCIENCE)QUALIFICATIONS

SPM / O-Levels

• A distinction (A+, A or A-) in the English Language subject at SPM/UEC level; or MUET Band 5; or a score of 196 (computer-based) / 525 (writing-based) / 69-70 (internet-based) in TOEFL; or Band 5.5 in IELTS.

• In the event that the English Language Requirements are not met, student may be required to undertake additional English module(s) prior to or concurrently with the undergraduate programme, based on the University’s decision.

Minimum 3 credits inclusive of Mathematics and Science/Technical/Vocational (Pass is required for English)

UEC Minimum 3 credits inclusive of Mathematics and Science/Technical/Vocational (Pass is required for English)

Other qualifications deemed equivalent to STPM/A-Level by Malaysian Qualifications Agency

* Minimum overall average of 50% (inclusive of Mathematics and Science)

Other qualifications deemed equivalent to SPM/O-Level by Malaysian Qualifications Agency

* Minimum overall average of 50% (inclusive of Mathematics and Science)

ACADEMIC REQUIREMENTS

International students holding equivalent academic qualifications but which are not conducted in English, are required to sit for the English Placement Test, which may result in the taking of the English Enrichment Programme (1 to 10 months). Students who intend to pursue the above undergraduate programme directly, are advised to fulfil the above English requirements prior to commencing their studies at the University.

KUALA LUMPUR CAMPUS DU020(W)

NO.1, JALAN MENARA GADING, UCSI HEIGHTS (TAMAN CONNAUGHT) CHERAS, 56000 KUALA LUMPUR, MALAYSIA.T +(603) 9101 8880 F +(603) 9102 2614Latitude: 3.079548 (3° 4' 46.37'' N) Longitude: 101.733216 (101° 43' 59.58'' E)

SARAWAK CAMPUS DU020-02(Q)

LOT 2864 (P/L 1319), BLOCK 7, MUARA TABUAN LAND DISTRICT, ISTHMUS, TANJONG SEBERANG PENDING POINT, SEJINGKAT,93450 KUCHING, SARAWAK, MALAYSIA.T +(6082) 596 965 F +(6082) 596 975Latitude: 1.564448 (1°33’52.0”N) Longitude: 110.405258 (110°24’18.9”E)

TERENGGANU CAMPUS DU020-01(T)

BUKIT KHOR, PT 11065, MUKIM RUSILA, 21600 MARANG, TERENGGANU, MALAYSIA.T +(603) 628 1880 / 1889 F +(603) 628 1885Latitude: 5.216519 (5° 12' 59.47'' N) Longitude: 103.161621 (103° 9' 41.84'' E)

UCSI EDUCATION SDN BHD (185479-U)

enquiries@ucsiuniversity.edu.my | ucsiuniversity.edu.my