BEng (Hons) In Chemical Engineering In SEGi UNIVERSITY Malaysia, Fees, Admission 2025

BEng (Hons) in Chemical Engineering Fees Structure, Admission, Intake, Deadline

Study Mode:FULL TIME

Duration:4 - 4 Â½ years

Level:UNDER-GRADUATE

Exam Accepted:N/A

Intake:

Tuition Fees:N/A

Apply Now View all courses

Overview

Overview of BEng (Hons) in Chemical Engineering in SEGi UNIVERSITY Malaysia

Chemical engineering works principally in the chemical industry to convert basic raw materials into a variety of products, and deals with the design and operation of chemical plant and Equipment.

The principle knowledge in chemical engineering includes design, manufacture and operation of industrial chemicals and related, development of new chemicals or adapted substances and processes for products ranging from foods and beverages to cosmetics, cleaners and pharmaceutical ingredients, also development of new technologies such as fuel cells, hydrogen power and nanotechnology.

The working in fields derived from chemical engineering includes material science, polymer engineering, and biomedical engineering, membrane technology, water and wastewater treatment industry.

The programmes objectives are to produce graduates who are able to:

Practice as engineer in industries related to chemical engineering
Pursue postgraduate studies
Register with the Board of Engineers Malaysia and subsequently become a professional chemical engineer

Programme Structure

Programme Structure of BEng (Hons) in Chemical Engineering in SEGi UNIVERSITY Malaysia

Year 1	Year 2
Mass and Energy Balances Physical and Organic Chemistry Engineering Mathematics I Engineering Drawing Material Science Chemical Engineering Laboratory I Fluid Mechanics Thermodynamics Strength of Materials Engineering Mathematics II Project Year I Chemical Engineering Laboratory II	Heat and Mass Transfer Separation Processes I Engineering Statistics Computer Aided Chemical Engineering Electrical Technology Chemical Engineering Laboratory III Chemical Engineering Thermodynamics Particle Technology Separation Processes II Engineers and Society Chemical Engineering Laboratory IV Project Year II
Year 3	Year 4
Process Control and Instrumentation Separation Processes III Chemical Reaction Engineering Environmental Management and Technology Chemical Engineering Laboratory V Biochemical Engineering Principle Chemical Process Safety Project Management and Economics Numerical Analysis Industrial Training Project Year III	Process and Plant Design Transport Phenomena Entrepreneurship Development Design Project I Research Methodology Fuel and Energy Utilisation Research Project Design Project II Bio-Separation: Recovery Processes (Biochemical Engineering) OR Water and Wastewater Engineering (Environmental Engineering) Bioreactor Engineering Design (Biochemical Engineering) OR Solid Waste Engineering (Environmental Engineering) **Elective Courses

Year 1

Year 2

Mass and Energy Balances
Physical and Organic Chemistry
Engineering Mathematics I
Engineering Drawing
Material Science
Chemical Engineering Laboratory I
Fluid Mechanics
Thermodynamics
Strength of Materials
Engineering Mathematics II
Project Year I
Chemical Engineering Laboratory II

Heat and Mass Transfer
Separation Processes I
Engineering Statistics
Computer Aided Chemical Engineering
Electrical Technology
Chemical Engineering Laboratory III
Chemical Engineering Thermodynamics
Particle Technology
Separation Processes II
Engineers and Society
Chemical Engineering Laboratory IV
Project Year II

Year 3

Year 4

Process Control and Instrumentation
Separation Processes III
Chemical Reaction Engineering
Environmental Management and Technology
Chemical Engineering Laboratory V
Biochemical Engineering Principle
Chemical Process Safety
Project Management and Economics
Numerical Analysis
Industrial Training
Project Year III

Process and Plant Design
Transport Phenomena
Entrepreneurship Development
Design Project I
Research Methodology
Fuel and Energy Utilisation
Research Project
Design Project II
Bio-Separation: Recovery Processes
(Biochemical Engineering)** OR
Water and Wastewater Engineering
(Environmental Engineering)**
Bioreactor Engineering Design
(Biochemical Engineering)** OR
Solid Waste Engineering
(Environmental Engineering)**

**Elective Courses

Entry Requirement

Entry Requirement of BEng (Hons) in Chemical Engineering in SEGi UNIVERSITY Malaysia

A-Level - 3 passes with UCAS point of 240 (include Maths & Physics / Chemistry / Biology)
STPM - 3 principal passes with Grade C grade point of 2.0 and above (include Maths & Physics / Chemistry / Biology)
UEC - 5 Bs (include Maths & Physics /Chemistry / Biology)
SAM - 60% (include Maths & Physics / Chemistry / Biology)
CPU - 60% (include Advanced Functions, Calculus & Vectors and Physics / Chemistry / Biology)
Foundation in Science / Engineering CGPA 2.00 or Pass (include Maths & Physics / Chemistry / Biology)
Any other equivalent qualification approved by MQA

Career Prospects

Career Prospects of BEng (Hons) in Chemical Engineering in SEGi UNIVERSITY Malaysia

As Chemical Engineers, you’ll have exciting career opportunities in areas including: Chemical and allied products, environmental engineering, contracting, oil and gas, consultancy, pharmaceutical, energy, water, food and beverage, materials and design.