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Diploma of Engineering Technology (Security Engineering) - North Melbourne Institute of TAFE |
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TEL: 0207 193 7932
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| CRICOS: 062063E/062064D Certificate III in Locksmithing
National Code MEM30805 Diploma of Engineering Technology (Security Engineering)
National Code: 21621VIC | | Course Description This course has been designed after extensive consultation with the Locksmithing industry nationally. The course has been developed to provide extensive relevant training for students applying from oversees and seeking employment in the Locksmithing industry in Australia. The Certificate III in Locksmithing trains you to achieve the skills outlined for the occupation of Locksmith (ASCO number 4115-15). | | Career Opportunities Graduates of this course may gain employment as qualified tradespeople in the field of locksmithing with-in Australia. Graduates of this course are of a high standard and are greatly recognised internationally as competent and worthy tradespeople. | | Course Duration 2 Years | | Course Commencement Dates For 2008 - commencing in July
From 2009 - commencing in February and July | | Entrance Requirements Australian year 12 (or recognised equivalent) or relevant work experience. IELTS 5.5 or higher (or recognised equivalents). Mature Age. | | Course Fee AU$10,800 | | Skills Recognition - Exemptions/Transfers Students may be eligible for exemptions/transfers on the basis of previous qualifications. | | Pathways to Further Study International students embarking on a course in the Locksmithing industry will firstly be completing a Certificate III Level qualification, once this has been achieved a further six months training will enable them to achieve a Diploma Level qualification. Once both qualifications have been achieved students may be interested in specialising in a particular area of the trade. There are short courses available, aimed at updating tradespeople with new skills as well as specialised and more in-depth training. | | Course Outline: Certificate III in Locksmithing - MEM30805 | MEM12.23A | Perform engineering measurements | | MEM12.24A | Perform computations | | MEM13.14A | Apply principles of occupational health and safety in the work environment | | MEM 16.7A | Work with others in a manufacturing engineering or related environment | | MEM5.7C | Perform manual heating and thermal cutting | | MEM9.2B | Interpret technical drawing | | MEM 18.1C | Use hand tools (20 hrs) | | MEM18.2B | Produce keys | | MEM20.1A | Apply quality procedures | | MEM20.2A | Assemble and test lock mechanisms | | MEM20.6A | Maintain and service mechanical locking devices | | | | | MEM14.4A | Plan to undertake a routine task | | MEM15.24A | Apply quality procedures | | MEM20.3A | nstall and upgrade locks and hardware | | MEM20.4A | Gain entry | | MEM20.5A | Install and maintain door control devices/systems | | MEM20.7A | Plan and prepare a masterkey system | | MEM20.8A | Develop and implement a masterkey system | | MEM20.10A | Gain entry and reinstate automotive locking systems | | MEM20.12A | Service and repair mechanical automotive locking systems | | MEM20.13A | Service automotive transponder systems | | MEM20.14A | Perform a site security survey | | | | | MEM14.5A | Plan a complete activity | | MEM15.2A | Apply quality systems | | MEM16.6A | Organise and communicate information | | MEM16.8A | Interact with computing technology | | MEM17.3A | Assist in the provision of on the job training | | MEM5.13C | Perform manual production welding | | MEM20.9A | Service and repair fire and security containers | | MEM20.11A | Service and repair fire and security containers | | PRSTS202A | Install security equipment/system | | PRSTS302A | Program security equipment/system | | | Diploma Engineering Technology - Security Engineering - 21621VIC | BSBMKG406A | Build Client Relationships | | VBP230 | Scientific Principles | | VBN770 | Apply basic fabrication techniques | | VBP778 | Design & Prototype Components | | VBN769 | Perform Basic Machining Processes | | | | Lock fitting | | Analyse, Plan and Develop Mechanical Security for Buildings | | Design Mechanical Access Control Systems | | Evaluate and Maintain Security Containers | | Evaluate and Maintain Automotive Security Systems | | | Assessment Methods Assessment will be based on one or more of the following: - Written assessments
- Assignments
- Practical demonstrations
- Observation
- Group or individual presentations
| Materials - Flat Blade screwdriver #1 & #2.
- Phillips screwdriver #1 & #2
- Cross Pein hammer. (Medium)
- Hacksaw with 2 blades 24” & 32”
- Combination Square
- Vernier callipers (Reasonable Quality - Digital)
- 12” Bastard file
- 4” Warding file (2 Off)
- 6” Warding file
- Scriber
- Ruler
- Round file
- Needle files
- Centre Punch. (Small)
- Impressioning File
- Chisels x 4 sizes (6mm/12mm/20mm/25mm)
- 150mm Vice Grips
- Side Cutters (Cheap for Auto Work)
- Small Cross Pein Hammer (Tack Hammer)
- Circlip Pliers (Multi Purpose / Internal / External)
- 2 (two) 201 or 570 Cylinders required for drilling exercise
- Small & Medium Electrical Screw Drivers (Flat Blade & Phillips)
- Side Cutters (Electrical Work)
- Safety boots (compulsory)
- Safety glasses (compulsory)
- Ear muffs (compulsory)
These tools will be purchased on your behalf by NMIT before you start classes at a cost of $500 | | Qualification As part of the Australian Qualifications Framework this course is nationally recognised. |
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