GIORGI-FERMI vocational school. Knowledge and skills to be acquired by the student/trainee during his training

Transcription

1 GIORGI-FERMI vocational school Knowledge and skills to be acquired by the student/trainee during his training

2 Electrical course Electrical circuits and networks Programmable Logic Controller PLC (Siemens) Computer Aided design programs for Electrotechnics Design and manufacturing process of printed circuits General knowledge of regulations for electrical safety 2

3 Electrical SKILLS interpret wiring diagrams, identify the electronic and electromechanical make measurements and tests using the basic electronic instrumentation perform maintenance of installations and electrical systems; find, repair/ replace faulty assemble devices design simple electrical circuits and automation systems use computer programs for drawing, simulation, graphical representation to support his work create software for PLC and microprocessor draw up a general technical report on the work carried out understand handbooks and technical specifications of basic instrumentation 3

4 Electronic course Electronic circuits and analog/digital systems Computer Aided Design programs for electronics C and Assembler Programming for µ processor and µ controller systems Design and manufacturing process of printed circuits General knowledge of technical standards (CEI, EMC, CE) General knowledge of electrical and electronics safety rules 4

5 Electronic SKILLS interpret wiring diagrams, identify the electronic make measurements and tests using the basic electronic instrumentation design simple electronic circuits for specific use use software tools or computer programs to support his work assemble circuitry for electronic equipment draw up a general technical report on the work carried out understand handbooks and technical specifications of basic instrumentation perform maintenance of electronic systems; find, repair/ replace faulty Create microprocessor software 5

6 Mechanical course Machine Tool Theory and Practice Welding practice (Electric arc, Oxy-acetylene) Electro, Pneumatic and Hydraulic Systems Analog and digital instrumentation Mechanical Measurement and Inspection Techniques Geometric Dimensioning and Tolerances Use of CAD 2D e 3D Operation of pumps and hydraulic turbines Health and Safety in the Engineering Workplace 6

7 Mechanical SKILLS manufacture simple on traditional machine tools - Operation and Maintenance of Mechanical Systems and Components apply Welding Processes (Electric arc, Oxy-acetylene) assemble mechanical and/or engines carry out Laboratory tests to measure tensile/compressive/stre ngth, hardness perform dimensional measurements of parts and produce 2D- 3D CAD detail drawings of analyse mechanical movements and produce an Assembly drawing with CAD 3D design mechanical parts/assembled systems inspect and test the materials, semi-finished and finished products construct an electro-pneumatic system with automatic control and spring return or double acting pneumatic actuator 7

8 Maintenance & Technical Assistance Electrical circuits and networks Computer Aided Design Analog and digital instrumentation - PLC and µ controllers Information sources: drawings, manuals, diagrams Fault-finding procedures & Fault analysis Dismantling/assembly sequence Cost analysis Waste of Electric and Electronic Equipment UE directives Health and safety standards relating to the activity 8

9 Maintenance & Technical Assistance SKILLS interpret wiring diagrams, identify the electronic and electromechanical make measurements, inspections and tests using the basic electronic instrumentation understand handbooks and technical specifications perform maintenance of installations and electrical systems; find, repair/ replace faulty use software tools or computer programs to support his work assemble circuitry for electronic equipment dismantle/ assemble devices, mechanical and/or engines Give an estimate of materials and labor cost Draw up handbooks and maintenance documents 9