Course variations
| Study mode | Duration | Tuition fees | Start date | Venue |
| Full Time | 2 Year(s) | S$ 3,440 (US$ 2,845) a year | Contact provider |
School of Engineerin...
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Course summary
This course provides students with the skills and knowledge to carry out technical support functions in mechanical engineering research, design, manufacture, operations and maintenance under the direction of mechanical engineers, technologists and associates in all stages of planning, design, maintenance and production. This course is mainly focused on Product Engineering specialisation.
Program modules
The course includes the following modules: Core Modules (42 credits): ME4001PA Mathematics and Programming 75 hrs (T) 45 hrs (P) Credit: 7 (Equivalent Codes - ME4001P), ME4002PA Computer Aided Drafting 30 hrs (T) 90 hrs (P) Credit: 5 (Equivalent Codes - ME4005P), ME4003PA Machining and CNC Technology 30 hrs (T) 90 hrs (P) Credit: 6, ME4004PA Automation and Controls 45 hrs (T) 75 hrs (P) Credit: 6 (Equivalent Codes - ME4006P), ME5001PA Materials and Process Technology 75 hrs (T) 45 hrs (P) Credit: 7 (Equivalent Codes - ME5001P), ME5002PA Engineering Design and Mechanics 60 hrs (T) 60 hrs (P) Credit: 7 (Equivalent Codes - ME4002P), ME5003PA Project 30 hrs (P) Credit: 4 (Equivalent Codes - ME5003P); Specialisation Modules (13 credits): Group A - Tooling Design: ME5101PA CAD/CAM Technology 30 hrs (T) 90 hrs (P) Credit: 6 (Equivalent Codes - ME5101P), ME5102PA Tool Design 60 hrs (T) 60 hrs (P) Credit: 7 (Equivalent Codes - ME5102P) or Group B - Industrial Automation: ME5111PA Industrial Automation and Robotics 60 hrs (T) 60 hrs (P) Credit: 6 (Equivalent Codes - ME5202P), ME5112PA Digital Controls 60 hrs (T) 60 hrs (P) Credit: 7 (Equivalent Codes - ME5201P) or Group C - Quality Engineering: ME5121PA Quality Assurance 60 hrs (T) 60 hrs (P) Credit: 6 (Equivalent Codes - ME5301P), ME5122PA Quality Control Techniques 60 hrs (T) 60 hrs (P) Credit: 7 (Equivalent Codes - ME5302P) or Group D - Product Engineering: ME5131PA Product Design 30 hrs (T) 90 hrs (P) Credit: 6, ME5132PA Micro-Controller Applications 60 hrs (T) 60 hrs (P) Credit: 7; Elective Modules (4 credits): ME49070 Visual Basic Programming 20 hrs (T) 25 hrs (P) Credit: 2 (Equivalent Codes - ME49060), ME49080 Jig and Fixture Design 20 hrs (T) 25 hrs (P) Credit: 2, ME49090 Hydraulic Controls 20 hrs (T) 25 hrs (P) Credit: 2, ME49100 Product Prototyping 20 hrs (T) 25 hrs (P) Credit: 2 (Equivalent Codes - ME59120).
Entry requirement for international students
Students should have completed GCE 'O' level grades in English language, mathematics and one approved science subject, with Grade 1 - 8 in English language and in an approved science subject, Grade 1 - 7 in mathematics (elementary or additional); or GCE 'N(A)' level passes in English language, mathematics and three other subjects, with Grade 1-4 in English language and mathematics, Grade 1-5 in three other subjects; and a total of 19 points or less for English, mathematics and three other subjects (ELMAB3).
Qualification
Higher NITEC
Awarding body
ITE College Central
While Hotcourses makes every effort to ensure course information is correct at time it is submitted, all information is indicative only and course details are subject to change. Please check all details with ITE College Central
