CNC Precision Technology

  • Programme Brief
  • Core Study Area
  • Job Opportunity
The Diploma in CNC Precision Technology (CPT) programme focuses on essential knowledge and skills in Computer Numerical Control (CNC) precision machining technologies and processes. Applications of CNC precision machining includes CNC milling 2 & 3 axis, CNC milling 5 axis, CNC turning and CNC grinding where the programme will cover the concept of CNC machining and machine setup. Computer software programmes such as CATIA and Powermill will be used to design parts and create programmes to run the CNC machines performing production runs and job set-ups in a manufacturing environment. The students will be able to demonstrate an understanding of fundamental manufacturing methods, industrial processes and safe use of equipment as well as determine common programming codes and program format. Students gain real-world experience using actual full-size CNC machines to perform real production runs and job set-ups in the technologically-advanced era. Upon completion of study, graduates will be able to apply the CNC precision machining processes for precision engineering production. This includes the application of suitable machining process, tool selection and parameters for CNC precision machining. Graduates are prepared for employment in both large manufacturing corporations and small precision machining companies such as automotive, aviation, military defence, aerospace and other types of advanced manufacturing facilities. Graduates can continue their education in industrial technology, engineering or business programs leading to jobs in management.
1.
Engineering Drawing
2.
CAD/CAM 2 & 3 Axis
3.
CAD/CAM 5 Axis
4.
CNC Milling 3 Axis
5.
CNC Milling 5 Axis
6.
CNC Turning Technology
7.
CNC Grinding
8.
Jigs & Fixtures Design
9.
Jigs & Fixtures Manufacturing
10.
Electrical Discharge Machining Technology
1.
CNC Milling Machinist
2.
CNC Turning Machinist
3.
CAM Programmer
4.
CNC Milling Programmer
5.
CNC Turning Programmer
6.
CAD Draftsman
7.
CNC Trainer
8.
CNC Technician
9.
Jig & Fixture Designer
10.
Assistant Manager
11.
Assistant Application Engineer
12.
Assistant Production Engineer
13.
Production Executive

Quick Info

Program Code:

JPT/BPP(K) 1000-600/B293 JlD.5(1)(R2/521/4/0232)(A 7164) 8/2022

Program Status:

Accredited

Fees:

RM28,980

Study Mode:

Full Time

Duration:

6 Semester / 3 Years

Intake:

January / April / July

Contact Person:

The Diploma in CNC Precision Technology (CPT) programme focuses on essential knowledge and skills in Computer Numerical Control (CNC) precision machining technologies and processes. Applications of CNC precision machining includes CNC milling 2 & 3 axis, CNC milling 5 axis, CNC turning and CNC grinding where the programme will cover the concept of CNC machining and machine setup. Computer software programmes such as CATIA and Powermill will be used to design parts and create programmes to run the CNC machines performing production runs and job set-ups in a manufacturing environment. The students will be able to demonstrate an understanding of fundamental manufacturing methods, industrial processes and safe use of equipment as well as determine common programming codes and program format. Students gain real-world experience using actual full-size CNC machines to perform real production runs and job set-ups in the technologically-advanced era. Upon completion of study, graduates will be able to apply the CNC precision machining processes for precision engineering production. This includes the application of suitable machining process, tool selection and parameters for CNC precision machining. Graduates are prepared for employment in both large manufacturing corporations and small precision machining companies such as automotive, aviation, military defence, aerospace and other types of advanced manufacturing facilities. Graduates can continue their education in industrial technology, engineering or business programs leading to jobs in management.

1.
Engineering Drawing
2.
CAD/CAM 2 & 3 Axis
3.
CAD/CAM 5 Axis
4.
CNC Milling 3 Axis
5.
CNC Milling 5 Axis
6.
CNC Turning Technology
7.
CNC Grinding
8.
Jigs & Fixtures Design
9.
Jigs & Fixtures Manufacturing
10.
Electrical Discharge Machining Technology
1.
CNC Milling Machinist
2.
CNC Turning Machinist
3.
CAM Programmer
4.
CNC Milling Programmer
5.
CNC Turning Programmer
6.
CAD Draftsman
7.
CNC Trainer
8.
CNC Technician
9.
Jig & Fixture Designer
10.
Assistant Manager
11.
Assistant Application Engineer
12.
Assistant Production Engineer
13.
Production Executive

Produce graduates who are:

1.
Able to demonstrate skills in industrial design practices particularly in areas related to consumer products, transport and furniture design, thus contribute to local and global industry demands.
2.
Able to engage in lifelong learning and demonstrate good leadership quality through academic qualifications achievement and career advancement.
3.
Responsible to the community, cultures and environment through involvement with related organizations and society.
4.
Able to communicate effectively and demonstrate entrepreneurial skills

Semester 1:

1.
Machine Tool Operation
2.
Manufacturing Process
3.
Basic Cutting Process
4.
Effective Communication Skills
5.
Engineering Metrology
6.
Engineering Drawing
7.
Electrical & Electronics for Industry

Semester 2:

1.
Engineering Science
2.
Engineering Materials
3.
Geometrical Dimensioning & Tolerencing
4.
Computer Aided Design

Semester 3:

1.
CAD/CAM 2 & 3 Axis
2.
CNC Milling & Turning Technology
3.
Technical English
4.
German Language
5.
Jigs & Fixtures Manufacturing
6.
Jigs & Fixtures Design

Semester 4:

1.
CAD/CAM 4 & 5 Axis
2.
Reverse Engineering
3.
CNC Milling Multi Axis & Programming
4.
CNC Grinding
5.
CNC Turning Multi Axis & Programming
6.
Digital Entrepreneurship
7.
Industrial Management
8.
Welding

Semester 5:

1.
Industrial Training

Semester 6:

1.
EDM Technology
2.
Machine Tool Maintenance
3.
Pneumatics & Hydraulics
4.
CPT Final Project

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 PLO 3 Formulate solutions to well-defined technical problems .
3.
Assist in formulation of systems, components or processes to meet specified needs.
4.
Conduct investigations of well-defined problems .
5.
Apply appropriate techniques, resources and engineering tools to well-defined engineering activities, with an awareness of their limitation.
6.
Demonstrate an awareness of and consideration for societal, health, safety, legal and cultural issues and their consequent responsibilities.
7.
Communicate effectively with the engineering community and society at large .
8.
Function effectively in a diverse technical team.
9.
Demonstrate an understanding of professional ethics, responsibilities and norms of engineering technology practices.
10.
Demonstrate an awareness of management, business practices and entrepreneurship
11.
Demonstrate an understanding of the impact of engineering practices, taking into account the need for sustainable development
12.
Recognise the need for professional development and to engage in independent and lifelong learning.

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