Process Instrumentation & Control
- Programme Brief
- Core Study Area
- Job Opportunity
Process Instrumentation & Control Diploma in Engineering Technology provides students with sound theoretical and practical training in the operation and maintenance of automated process control and measurement systems to maintain a consistent product output. It is the art and science of measurement and control of process variables within a production, laboratory, or manufacturing area in the instance of typical process variables namely temperature, pressure, level and flow of industrial reactors may be controlled.
Student will install control equipment and use computer-based control systems including Programmable Logic Controller (PLC) and Distributed Control System (DCS) to monitor variables like flow, temperature, pressure, level and flow to ensure equipment and systems are functioning correctly, safely and at peak performance. The application software in instrumentation, process control systems design, Fieldbus™ SCADA, and interfacing of industrial microcomputer control systems with real processes are used in the laboratory facilities found in various sectors, including power production, oil and gas refining, processing, transportation, fertilizer production, pulp and paper, wood processing, petrochemical processing, food processing, mining and manufacturing.
1.
Data Acquisition Technology
2.
Industrial Process Control
3.
Instrument Calibration & Maintenance
4.
Distributed Control System
5.
Sensor and Transducer
1.
Field Assistant Engineer
2.
Control & Instrumentation Technologist
3.
Service Assistant Engineer
4.
Process Assistant Engineer
Quick Info
Program Code:
JPT/BPP(K) 1000-600/B293JLD3(23)(R/523/4/0244)(A 5002) 07/2020
Program Status:
Accredited
Fees:
RM28,980
Study Mode:
Full Time
Duration:
6 Semester / 3 Years
Intake:
January / April / July
Contact Person:
Programme Brief
Process Instrumentation & Control Diploma in Engineering Technology provides students with sound theoretical and practical training in the operation and maintenance of automated process control and measurement systems to maintain a consistent product output. It is the art and science of measurement and control of process variables within a production, laboratory, or manufacturing area in the instance of typical process variables namely temperature, pressure, level and flow of industrial reactors may be controlled. Student will install control equipment and use computer-based control systems including Programmable Logic Controller (PLC) and Distributed Control System (DCS) to monitor variables like flow, temperature, pressure, level and flow to ensure equipment and systems are functioning correctly, safely and at peak performance. The application software in instrumentation, process control systems design, Fieldbus™ SCADA, and interfacing of industrial microcomputer control systems with real processes are used in the laboratory facilities found in various sectors, including power production, oil and gas refining, processing, transportation, fertilizer production, pulp and paper, wood processing, petrochemical processing, food processing, mining and manufacturing.
Core Study Area
1.
Data Acquisition Technology
2.
Industrial Process Control
3.
Instrument Calibration & Maintenance
4.
Distributed Control System
5.
Sensor and Transducer
Job Opportunity
1.
Field Assistant Engineer
2.
Control & Instrumentation Technologist
3.
Service Assistant Engineer
4.
Process Assistant Engineer
Programme Educational Objectives
Produce graduates who are:
1.
Demonstrate skills and knowledge particularly in areas related to process automation and contribute to global industry demands
2.
Engage in lifelong learning and demonstrate good leadership quality through academic qualifications achievement and career advancement
3.
Perform services to the community, cultures and environment through involvement with related organizations and society
4.
Communicate effectively and demonstrate entrepreneurial skills
Subjects
Semester 1:
1.
CIT 0513 Computer & Programming
2.
EET 0113 Electrical Principles
3.
GEL 2312 German Language 1
4.
MAP 2163 Pre-Calculus
5.
MAP 2192 Engineering Science
6.
MPU 2222 Effective Communication Skills
7.
TEC 0532 Technical Drawing & CAD
Semester 2:
1.
EET 0123 Electronics
2.
EET 0133 Digital Systems
3.
ESP 2042 Technical English 1
4.
GEL 2322 German Language 2
5.
IEP 0763 Electronics Workshop
6.
MAP 2173 Calculus
7.
MPU 2163 Pengajian Malaysia 2
Semester 3:
1.
ECT 0323 Sensor & Transducer
2.
ECT 0313 Electrical Machines & Control
3.
ESP 2052 Technical English 2
4.
IAT 0913 Programmable Logic Controllers
5.
IAT 0953 Pneumatics & Hydraulics Technology
6.
MPU 2312 Dinamika Islam Di Malaysia
7.
MPU 2322 Etika & Moral Masyarakat Malaysia
8.
MPU 2412 Co-Curricular Activities & Community Services
9.
PCI 1113 Control Systems Application
Semester 4:
1.
COS 0632 Data Acquisition Technology
2.
EET 0142 Electrical Installation
3.
EP 0722PIC PIC Project Proposal
4.
PCI 1123 Process Measurement Technology
5.
IMT 2442 Digital Entrepreneurship
6.
PCI 1163 Process Technology System
7.
PCI 1193 Process Control Instrumentation
8.
IMT 2412 Industrial Management
Semester 5:
1.
ITG 1218 Industrial Training
Semester 6:
1.
ECT 0362 Power Electronics & Modern Drive Technology
2.
IEP 0734PIC PIC Final Project
3.
PCI 1133 Instrument Calibration & Maintenance
4.
MPT 0163 Basic Metal Work & Welding
5.
PCI 1153 Distributed Control System & Applications
Programme Learning Outcome
At the end of this programme, students will be able to:
1.
Apply knowledge of mathematics, science, engineering fundamentals and engineering specialisation principles to well – defined practical procedures and practices
2.
Analyse well-defined engineering problems in their discipline or area of specialisation
3.
Formulate solutions to well-defined technical problems
4.
Assist in formulation of systems, components or processes to meet specified needs
5.
Conduct investigations of well-defined problems
6.
Apply appropriate techniques, resources and engineering tools to well-defined engineering activities, with an awareness of their limitation
7.
Demonstrate an awareness of and consideration for societal, health, safety, legal and cultural issues and their consequent responsibilities
8.
Communicate effectively with the engineering community and society at large
9.
Function effectively in a diverse technical team
10.
Demonstrate an understanding of professional ethics, responsibilities and norms of engineering technology practices
11.
Demonstrate an awareness of management, business practices and entrepreneurship
12.
Demonstrate an understanding of the impact of engineering practices, taking into account the need for sustainable development
13.
Recognise the need for professional development and to engage in independent and lifelong learning
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