Programme
Bachelor in Information Technology (Hons) [KPT / JPS. /KR 7533/482/6/0009]
Professional Recognition
Malaysian Qualification Agency (MQA)
Intake
January / June / August
Duration
3 and 1/2 Years
Fees
RM26 850.00
Entry Requirements
Recognised Matriculation or Foundation with CGPA 2.0 AND credit in Mathematics at SPM Level;
Or
Pass Sijil Pelajaran Malaysia (SPM) or equivalent with credit in Mathematics AND Pass Sijil Tinggi Pelajaran Malaysia (STPM) with 2 full passes (inclusive of Pengajian Am) or equivalent with
minimum CGPA of 2.0;
Or
A Diploma in Computer Science, Information Systems, Information Technology, Software Engineering or
Equivalent with a minimum CGPA of 2.5. Candidates with CGPA below 2.5 but above 2.0 may be
admitted subject to a rigorous internal assessment process;
Or
Any other Diploma with with minimum CGPA of 2.5 with credit in Mathematics at SPM level.
Or
Pass Sijil Tinggi Agama Malaysia (STAM) with at least Jayyid (Good) Level AND
Pass Sijil Pelajaran Malaysia (SPM) or equivalent with at least three (3) credits, inclusive of Bahasa Melayu and Mathematics;
Overview
Program Learning Outcomes
Programme Structure
| Year 1 | |
| Course Code | Course |
| IAS1233 IAS1113IAS1253 IAS1123 IAS2133IAS2153IAS1323 IAS1313 ZES1133 ZES1243 HKU1111 Hxx1211 MPW2113 MPW2143 FMS1113 PFS3233 IASxxxx ZLUxxxx |
Operating SystemIntroduction to Web Design
Computer Fundamental Programming Methodology Software Engineering Computer Networking Information System Object Oriented Programming Technical English 1 Technical English 2 Leadership Cocurriculum 2 Bahasa Kebangsaan Pengajian Islam/Moral Mathematics Entrepreneurship Free Elective Compulsory Elective |
| Year 2 | |
| Course Code | Course |
| IAS2223IAS2143
IAS2263 IAS2163 IAS1223 IAS2173 IAS2343 IAS3133 IAS2273 IAS3383 IAS2243 IAS3213 IASxxxx FMS1323 MPW2133 |
Human Computer InteractionDatabase System
System Analysis & Design Visual Programming Data Structure & Algorithm ICT Driven Revolution to Society Managing IT Project Management Operation Research Modelling & Simulation Web Application & Development E-Commerce Major Elective Statistics Pengajian Malaysia |
| Year 3 | |
| Course Code | Course |
| ITS4123ITS4153
ITS4143 ITS4113 ITS4133 *IAS3143 *IAS3233 *ITS4223 *ITS3233 IAS3232 IAS3244 IAS3316 |
Total Quality Control (MAJORING IC)Manufacturing Planning & Control System (MAJORING IC)
Automation Manufacturing (MAJORING IC) Production Opeartion Management(MAJORING IC) CAD CAM System (MAJORING IC) Data Mining & Data Warehouse (MAJORING IS) Expert System (MAJORING IS) System Information Strategic Planning (MAJORING IS) Knowledge Management System (MAJORING IS) Business Intelligence (MAJORING IS) Final Year Project 1 Final Year Project 2 Industrial Training |
Core Course Description
| Industrial Computing (IC) | ||
| Course Code | Course | Synopsis |
| ITS4133 | CAD CAM System | The usages of computer technologies in producing engineering products have been successfully applied starting from the conceptual design to the actual manufacturing. The combination between the computer-aided design and manufacturing system with the computer numerical control machine has assisted in realizing the execution of computer-integrated manufacturing concept. This integration enables the machining process to be performed automatically and reduces time, cost, and energy as well. |
| ITS4153 | Manufacturing Planning & Control System | The production system is the collection of people, equipment and procedures organized to accomplish the manufacturing operations of a company. Production system can be divided into two categories those are facilities and manufacturing support systems. The facilities of the production system consist of the factory, the equipment in the factory and the way the equipment is arranged. The latter is the set of procedures used by the company to manage production and solve the technical and logistics problems encountered in ordering materials, moving work through the factory and ensuring that products meet quality standards. Product design and certain business functions are incorporated among the manufacturing support systems. |
| ITS4143 | Automation Manufacturing | The contents of course embrace four main parts, namely manufacturing systems, automation and control technologies, material handling technologies, and manufacturing support systems. The manufacturing systems are systems functioning to execute one or more processing and assembly operations on raw materials and work parts. These processing and assembly operations are carried out by using automation technologies without human interventions. The automation technologies such as robot and programmable logic controller are implemented through the programs incorporated with the control systems to perform the instructions. The material handling technologies are material movement, storage, protection, and control technologies encompassing manufacturing and distribution processes such as conveyor, automated storage and retrieval system, forklift, and automated guided vehicle. The material handling must be done safely, efficiently, on cheaper cost, punctually, on correct quantity and location, and free of failure. The final part is the manufacturing support systems referring to computerized systems applied to manage the production and solve logistical and technical problems such as warehouse management system, logistics management system etc. |
| ITS4123 | Total Quality Control | Total Quality Control also called Total Quality Management, is an approach that extends beyond ordinary statistical quality control techniques and quality improvement methods. Through Quality Management it involves flows such as process, information material and flows of funds. It implies a complete overview and re-evaluation of the specification of a product, rather than just considering a more limited set of changeable features within an existing product. If the original specification does not reflect the correct quality requirements, quality cannot be inspected or manufactured into the product. For instance, the design of a pressure vessel should include not only dimensions, but also operating, environmental, safety,reliability and maintainability requirements, and documentation of findings about these requirements. In this course, students wil be able to solve problems using TQM tools and be aware of the customer concept in the all production, service and public sector. |
| ITS4113 | Production Operation Management | Operations management is an area of business that is concerned with the production of goods and services, and involves the responsibility of ensuring that business operations are efficient and effective. It is also the management of resources, the distribution of goods and services to customers, and the analysis of queue systems. Efficient implementations of the operations can improve performance, reduce development effort, and improve software quality. |
| Information System (IS) | ||
| Course Code | Course | Synopsis |
| IAS3143 | Data Mining & Data Warehouse | The course covers the techniques and technology applies for data mining and data warehousing in order to find hidden data. Exploration process and identification of data warehouse components shall help student to understand how IT Manager and Database Administrator can support Business Manager in identifying patterns of data to be used to generate business opportunities. |
| ITS4243 | Knowledge Management System | This course is to introduce the concept of knowledge management. Within this context particular attention will be given to knowledge, and knowledge management life cycle. |
| ITS3233 | Business Intelligence | Business intelligence (BI) refers to technologies, applications and practices for the collection, integration, analysis, and presentation of business information. The purpose of business intelligence is to support better business decision making. This course provides an overview of the technology of BI and the application of BI to an organization’s strategies and goals. |
| ITS4223 | System Information Strategic Planning | Strategic Information System Planning (SISP) is the basis for making information technology (IT) and development decisions. This course presents a systematic approach to achieving this. Students will learn how to derive information strategy and plans from their business/ organisational needs. Students will also learn how to develop a common information architecture that can be used to jump start development projects. The ISP project plan identifies a schedule of projects, defined to support all levels of needs. |
Career Opportunities
Expected Salary
Source Universiti Selangor