GEOMETRICAL DIMENSIONING & TOLERANCING (GD&T)

1. Introduction of GD&T
2. Definition on GD&T
3. Datumand Relevant Selection
4. Common Symbols used in GD&T

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BASIC CMM MEASURING OPERATIONS

1. Start Up Procedure
2. Set Up Workpiece
3. Probe Calibration
4. Measure work piece using single and learn more

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INTERMEDIATE CMM MEASURING OPERATIONS 

1. Introduction To GD&T
2. Datum and Relevant Selection
3. Set Up Workpiece
4. Probe Calibration
5. Measure Work Piece Using Single and Learn Mode
6. Measure GD&T Using CMM Tolerance
7. Element Measure Workpiece Using Edit Mod Program
8. Measure Workpiece Using Repeat Mode Program (CNC, CMM)
9. Measure Mass Workpiece Using Program in CMM

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SOLIDWORKS APPLICATION LEVEL 1

1. Software interface and file handling
2. Sketching using parametric
3. 3D part modelling fundamentals
4. Symmetry and Draft, Patterning
5. Revolved Features, Shelling and Ribs
6. Detail drawings

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SOLIDWORKS APPLICATION LEVEL 2

1. Insert component into an assembly using all available techniques
2. Add mating relationships between components
3. Utilize the assembly-specific aspects of the Feature Manager design tree to manipulate and manage the Assembly
4. Insert sub-assemblies
5. Perform mass properties calculation
6. Create an exploded view of an assembly
7. Add explode lines
8. Generate a bill material for an assembly  

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SOLIDWORKS APPLICATION LEVEL 3

1. Insert component into an assembly using all available techniques
2. Add mating relationships between components
3. Utilize the assembly-specific aspects of the Feature Manager design tree to manipulate and manage the Assembly
4. Insert sub-assemblies
5. Perform mass properties calculation
6. Create an exploded view of an assembly
7. Add explode lines
8. Generate a bill material for an assembly

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MASTERCAM APLICATION LEVEL 1

1. Getting Started with Master CAM
2. Graphical user Interface
3. Create Point Position, Create Rectangles, Cr Create Lines, Create Fillets, Trim Commands, Arc, Polar-Arc, Tangent-Arc
4. Create Arcs, Creating Arcs Polar, X form Mirror, X form Translate, Break, Join, X form Offset, X form Rotate, Tangent Arcs, Tangent Lines
5. CAM Operation Manager, Machine Definition, Properties, Contour Toolpath, Back Plotting the Toolpath, Stock Setup and Simulation Toolpath Back Plotting

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MASTERCAM APLICATION LEVEL 2

1. Getting Started with Master CAM
2. Graphical user Interface
3. Create Point Position, Create Rectangles, Create Lines, Create Fillets, Trim Commands, Arc, Polar Arc, Tangent-Arc
4. Create Arcs, Creating Arcs Polar, X form Mirror, X form Translate, Break, Join, X form Offset, X form Rotate, Tangent Arcs, Tangent Lines
5. CAM operation Manager, Machine Definition, Properties, Contour Toolpath, Back plotting The Toolpath, stoke setup and Simulation Toolpath Back plotting
6. Add Depth Cuts and Multi passes
7. 3D rough pocket toolpath, 3D finish contour toolpath, 3D finish shallow toolpath

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MASTERCAM APLICATION LEVEL 3

1. Getting Started with Master CAM GUI
2. Create the wireframe needed to create the surfaces.
3. Surface creation commands such as draft surface, curve one edge,flat boundary and fillet surfaces will be used.
4. Set up the stock size to be used and the clamping method used.
5. A Surface rough pocket toolpath will be created to rough out the part
6. Surface finish shallow, flowlines, contour and project toolpath will be created to machine the finishing surfaces.
7. The Back plot will be used to simulate a step by step process of the tool’s movements
8. The Verify will be used to watch a tool machine the part out of a solid model
9. The Student will then post process the file to obtain an NC file containing the necessary code for the machine.  

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BASIC CNC LATHE OPERATIONS

1. Introduction to CNC Lathe and Application.
2. Safety in using CNC Lathe Machine.
3. Features and component of CNC Lathe Machine.
4. Work-piece and tool clamping system.
5. Types of cutting.
6. CNC Machine controller.
7. CNC Basic Programming Codes
8. Tools and workpiece setting techniques.
9. Hands on operation
10. Inspection techniques and Evaluation.

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INTERMEDIATE CNC LATHE OPERATIONS

1. Introduction to CNC Lathe and Application.
2. Safety in using CNC Lathe Machine.
3. Features and component of CNC Lathe Machine.
4. Work-piece and tool clamping system.
5. Types of cutting.
6. CNC Machine controller
7. CNC Programming Codes:
   Program structure
   • Sub-program
   • Fixed cycle program
8. Tools and workpiece setting techniques.
9. Transferring program using DNC techniques and Program editing
10. Hands on operation
11. Inspection techniques and evaluation

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BASIC CNC MILLING OPERATIONS

1. Fundamentals of CNC milling
2. Fundamentals of CNC programming
3. Part programming techniques
4. Familiarization of control
5. Machining practice on CNC Milling

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INTERMEDIATE CNC MILLING OPERATIONS

1. Introduction to Canned cycle program
2. Set up jig on CNC Milling
3. Transfer program
4. Direct Numerical Control (DNC)

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BASIC CNC WIRE-CUT OPERATIONS

1. Introduction to EDM
2. Interpret detail drawing
3. Select CNC Electrical Discharge Machine (EDM) Wire Cut machine
4. Set up workpiece
5. Set up wire electrode
6. Generate CNC Electrical Discharge Machine (EDM) Wire Cut program
7. Execute CNC Electrical Discharge Machine (EDM) Wire Cut Operation
8. Inspect finished product

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INTERMEDIATE CNC WIRE-CUT OPERATIONS

1. Interpret detail drawing
2. CNC Programming of EDM machine
3. Select CNC Electrical Discharge Machine (EDM) Wire Cut machine
4. Set up workpiece - Carry out workpiece alignment flatness, squarnes, parallelism
5. Set up wire electrode – material, size, wire alignment and “wire edging” (reference point)
6. Generate CNC Electrical Discharge Machine (EDM) Wire Cut program
7. Execute CNC Electrical Discharge Machine (EDM) Wire Cut Operation – no of cut, 2D & taper cutting, machine parameters, dielectric fluid and CNC EDM Wire Cut operation checking
8. Inspect finished product

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7QC TOOLS FOR CONTINUOUS IMPROVEMENT

1. Introduction
2. Check Sheet
3. Flow Chart
4. Pareto Chart
5. Fish-Bone Chart A.K.A Cause and Effect Diagram
6. Histogram
7. Data Stratification
8. Scatter Diagram
9. Control Chart
10. QCC Implementation

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CNC MULTIAXIS MACHINING (MAZATROL PROGRAMMING)

1. Outline of The Machine Structure Turning headstock
   • Milling head unit
   • Lower turret
   • Lower turret (with milling function) (option)
   • Feed mechanisms
   • Tailstock
   • ATC, tool shifter and magazine
   • Cutting tools
2.  Operating Panels
   • Layout of Operating Panels
   • NC Operating Panel and Machine Operating Panel
   • Preparation for Operation

3. USB Interface Panel 

   • Magazine Operating Panel
   • Chip Conveyor Switch
   • Machine Set Up Switch

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ARDUINO ESSENTIAL TRAINING 

1. The Arduino Platform and C Programming
2. Arduino Programs
3. Getting Started with Arduino

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FLEXIBLE MANUFACTURING SYSTEM WITH FMS200

Functional Analysis

Start-up

Electrical Analysis

Pneumatic Analysis

Hydraulic Analysis

Installation/assembly and fine-tuning

Flow chart Assembly

Maintenance Activity

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HYDRAULIC ENGINEERING SYSTEM

Day 1
Stationary Hydraulics.
• Component, Graphic and Circuit Symbol of Hydraulic System
• Introduction to Fluid Sim.

Day 2
Practice on basic hydraulic system.

Day 3
Introduction to Electro-Hydraulic System.
• Practice on electro-hydraulic system.

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INDUSTRIAL ROBOT APPLICATION (Mitsubishi RV-E2/RV-2AJ)

1. Industrial Robot Overview in Automation System
2. Industrial Robot Parts and Configuration
3. By Nas Simulation Software Overview
4. Type of Robot Coordinate Motion
5. Robot Programming (MELFA/MOVEMASTER)
6. Overview of Mitsubishi Industrial Robot
7. Type of Jog Operation (Teach Through, Lead Through,Online /Offline)
8. Position define (Online/Offline)
9. Industrial robot application: Palletizing (Project)

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INDUSTRIAL ROBOT MAINTENANCE (Mitsubishi RV-E2/RV-2AJ)

1. Industrial Robot Overview in Automation System
2. Industrial Robot Maintenance and Importance
3. Overview of Mitsubishi Industrial Robot Parts and Configuration
4. Maintenance period and inspection item of Industrial Robot
5. Industrial Robot safety level and precautions
6. Maintenance activities and inspection procedures (PM and CM)
7. Maintenance Project: - testing, periodic inspections, cleaning, lubrication, part replacements, training employees

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INDUSTRIAL SENSOR AND APPLICATION

1. Design, function, characteristic of inductive sensor
2. Design, function, characteristic of capacitive sensor
3. Design, function, characteristic of thru beam sensor
4. Design, function, characteristic of diffuse sensor
5. Design, function, characteristic of retro reflective sensor
6. Maintenance, adjustment and output of sensor

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PROGRAMMABLE LOGIC CONTROLLER APPLICATION WITH ELECTRO PNEUMATICS SYSTEM

1. Day 1
   What is the PLC
   • PLC's Function
   • Programming Method
   • Introduction to CX-Programming
2. Day 2
   How to Design a Control Circuit, and Change its Operation
   • Electro Pneumatics Application using

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PROGRAMMABLE LOGIC CONTROLLER PROGRAMMING, INSTALLATION AND TROUBLESHOOTING

1. Day 1
   What is the PLC
   • PLC's Function
   • Programming Method
   • Basic Command I
2. Day 2
   Basic Command II
   • How to Design a Control Circuit, and Change its Operation Introduction to CX-Programming Robot Application using CX-Programming

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SEQUENCE CONTROL WITH MULTIPLE RELAY

1. Outline of Control
2. Switches
3. Sequence Circuits
4. Relays
5. Timers
6. Counters

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MECHANICAL MACHINE MAINTENANCE

1. Lecture on lubrication
2. Lecture on the appropriate oil viscosity
3. Lecture on Re-lubrication interval
4. Lecture on types of belting
5. Lecture on belt inspection.
6. Lecture on belt tensioning.
7. Lecture on coupling
8. Lecture on types of coupling
9. Lecture on coupling selection
10. Lecture on misalignment
11. Lecture on offset misalignment
12. Lecture on angular misalignment
13. Lecture on measuring misalignment

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PREDICTIVE MAINTENANCE FOR ROTATING MACHINERY

1. Machine condition monitoring
2. Principles of vibration + EXERCISE
3. Understanding Signals + EXERCISE 2
4. Signal Processing + EXERCISE 3
5. Time Waveform Analysis + Data Acquisition
6. Diagnosing Unbalance/Misalignment/Looseness
7. Diagnosing Bearing
8. Practical Unbalance
9. Practical Misalignment
10. Practical Looseness
11. Practical Bearing

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INTRODUCTION TO LINUX OS

1. The Linux Foundation
2. Linux Philosophy and Concepts
3. Linux Basics and System Start up
4. Graphical Interface
5. System Configuration from the Graphical Interface
6. Common Applications
7. Command Line Operations
8. Finding Linux Documentation
9. Processes
10. File Operations
11. Text Editors
12. User Environment
13. Manipulating Text
14. Network Operations

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COMPUTER NETWORKING 

 Ø  Introduction to Computer Networking

Ø  Network Design

Ø  Computer Network Installation

Ø  Computer Network Configuration

Ø  Sharing Network Resources

Computer Troubleshooting

Course Content

Introduction to Computer Networking

Network Design

Computer Network Installation

Computer Network Configuration

Sharing Network Resources

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PHOTOSHOP: IMAGE EDITING

1. Exploring Photoshop
2. Selection
3. Correcting an image
4. Re-touching Image
5. Filter, Painting, Drawing
6. Working with Layer
7. Working with text
8. Special Effect
9. Saving Files
10. Printing and Optimizing Documents

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PC ASSEMBLE

1. Introduction to PC Component/Hardware
2. Theory on hardware assemble technique
3. Practice on assemble hardware for Personal Computer
4. Basic installation of Operating System

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INTRODUCTION TO EMBEDDED SYSTEM

1. Getting basic knowledge of 'embedded system' technology
2. Obtaining knowledge to control Arduino board.
3. Obtain knowledge to integrate software (Arduino operating programming language) and 'Arduino board'

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PCB DESIGN & FABRICATION  

1. Introduction to Printed Circuit Board Design
2. The Ulti board Interface
3. Beginning a Design
4. Setting Up Your Design
5. Working with Parts
6. Placing Traces and Cooper
7. Auto routing
8. Preparing for Fabrication
9. Project

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RASPBERRY PI USING IOT PLATFORM

1. Introduction to Raspberry Pi
2. Setting up Raspberry Pi Environment
3. Applications of Raspberry Pi
4. Making project using Raspberry Pi

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ELECTRONICS TROUBLESHOOTING TECHNIQUES AND REPAIR

1. Principles of troubleshooting
2. Inside of electronic equipment
3. Tools and electronic test equipment
4. Soldering and de soldering and technique
5. Electronic components & their testing
6. Project

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BUILD CONTROL CIRCUIT USING RELAY, TIMER AND COUNTER

1. Introduction to sequence control
2. Basic Components (switch, relay, timer and counter)
3. Basic sequence control circuitry
4. Application of sequence control in automation

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Introduction To Iot And Its Applications

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