Higher Nitec in Civil & Structural Engineering Design - Institute of ...

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Nitec in Mechatronics (Automation Technology) COURSE SYNOPSIS On completion of the course, students should be able to • Install, maintain and service pneumatic/electro-pneumatic and hydraulic/electro-hydraulic controlled systems. • Construct and assemble mechanical support. • Prepare and interpret electrical and mechanical drawings. • Install and test electrical systems. • Install and test peripheral devices and microcomputer controlled systems. • Troubleshoot electronics systems. • Set up industrial automation systems, modify PLC program and troubleshoot a simple automated production system at module level. JOB OPPORTUNITIES COURSE STRUCTURE Module Title Module Code Credits CORE MODULES Electronics MC2009PA 6 CAD and Mechanical Maintenance MC2010PA 6 Electrical Installation MC2011PA 6 Fluid Power MC2012PA 6 Motors Principles and Controls MC3009PA 6 Project MC3008PA 10 SPECIALISATION MODULES Industrial Automation MC3104PA 6 Electronics and Microcomputer MC3105PA 6 Nitec in Mechatronics (Automation Technology) graduates are employed by companies in the high-technology manufacturing and servicing industries. Some of the job titles held by graduates include Automation Technician, Automated Equipment Maintenance Technician and Mechatronics Technician. There are excellent opportunities for career advancement to supervisory positions and beyond. The challenge is for students to prepare themselves by upgrading their technical skills and knowledge by taking up higherlevel courses. CERTIFICATION Credits required for certification Core Modules : 40 Specialisation Modules : 12 Life Skills Modules : 14 Elective Modules : 6 Total : 72 LIFE SKILLS MODULES Life Skills for Personal Development EM22030 8 Life Skills at the Workplace EM22040 4 Sports and Wellness I EM21070 1 Sports and Wellness II EM31070 1 ELECTIVES COURSE SPECIFIC Advanced PLC Applications MC39040 2 Microcontroller Applications MC39050 2 Vacuum Technology MC29050 2 Production Control System and Applications MC29060 2 Technical Mathematics EC29090 3 276
SCHOOL OF ENGINEERING COURSE STRUCTURE Module Title Module Code Credits GENERAL Communicative English (Level 1 to 8) - 3 English Language ‘O’ I to IV - 2 or 3 Mathematics (Level 1 to 10) - 3 Mathematics ‘O’ I to IV - 2 or 3 Overseas Experiential Programme EP29040 2 Overseas Experiential Programme EP29050 3 Overseas Experiential Programme EP39060 2 Overseas Experiential Programme EP39070 3 Overseas Work Attachment OWA29040 3 Note: The offer of electives is subject to the training schedule of respective ITE Colleges. Students are advised to check with their Class Advisors on the availability of the elective modules they intend to pursue. MODULE OBJECTIVES Core Modules Electronics On completion of the module, students should be able to check and test industrial electronic components and simple electronic circuits using common test instruments; and construct prototype electronic project on printed board. CAD and Mechanical Maintenance On completion of the module, students should be able to read, interpret and produce geometrical, mechanical and electrical drawings using Computer-Aided Drafting (CAD) software; and fabricate metal parts according to specifications in working drawing and work samples and carry out maintenance to service, adjust and align mechanical elements. Electrical Installation On completion of the module, students should be able to carry out installation of lighting and power circuits safely and use testing instruments for the maintenance of the installation. Fluid Power On completion of the module, students should be able to install, maintain and troubleshoot pneumatic, electro-pneumatic, hydraulic and electro-hydraulic systems. Motor Principles and Controls On completion of the module, students should be able to install, maintain, troubleshoot and modify AC and DC motor control circuits. Project On completion of the module, students should be able to work in groups to design and fabricate and commission a suitable mechatronics project. Specialisation Modules Industrial Automation On completion of the module, students should be able to carry out installations, operations and troubleshooting of industrial automation system comprising programmable logic controller, process control instruments and robots. Electronics and Microcomputer On completion of the module, students should be able to repair a microcomputer system at card or module level, install and test control cards/peripheral devices including network interfacing card, and construct a simple prototype industrial electronic circuit. Life Skills Modules Life skills in broad terms are the foundation skills and personal qualities that an individual can transfer from one job setting to another to manage and adapt to changes in technology and work environments. Electives (Course Specific) Advanced PLC Applications On completion of the module, students should be able to install and troubleshoot a PLC-controlled production system. Microcontroller Applications On completion of the module, students should be able to program in assembly language and interface microcontroller with external devices. 277
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