- Safety attitude development of the trainee by educating them to use Personal Protective Equipment (PPE) such as use of gloves and goggles.
- First Aid Method and basic training.
- Safe disposal of waste materials like cotton waste, metal chips/burrs, etc.
- Hazard identification and avoidance.
- Safety signs for Danger, Warning, caution & personal safety messages.
- Preventive measures for electrical accidents & steps to be taken in such accidents.
- Use of Fire extinguishers.
- Practice and understand precautions to be followed while working in fitting jobs.
- Safe use of tools and equipment used in the trade by using tweezers for all purposes and handle scrappers.
| - Develop a concept of an innovative product to reduce human effort.
- Define the complete product lifecycle.
- Use product development phases to develop a new innovative product.
- Developing a new product concept considers the function, aesthetics, production costs, and usability of products with the help of an industrial design study.
| - Improve the perceived quality of the product with the help of cite research & Ergonomics.
- List out Practical demonstrations of ergonomic principles
- Evaluate human factors and ergonomics ranged from simple questionnaires to complex.
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- Foundation buildup using the SCOPE tool.
- Generate multiple ideas through brainstorming.
- Develop a product using SCAMPER tool (Substitute, Combine, Adapt, Modify, Magnify, Minify, Eliminate, Reverse &Rearrange)
| - Develop a concept model from Analogous Inspiration.
- Develop a concept model by deconstructing & Reconstructing material tools.
- Refinement and Evaluation of Ideas.
| - Develop a concept model by sharing & integrating all ideas.
- Draws the touch-point of your idea and describe the activities with the help of story boarding tool.
- Develop a common understanding of reviewing all the user feedback and Finalize the big idea.
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- List out the virtual testing platform as per application.
- Create/Prepare Innovative product concept design with Digital mock-up (DMU).
| - Identify the drawing projection method.
- Use of Geometric dimensions & Tolerances as per assembly prospect.
- Preparation of Bill of Material.
- Perform basic engineering calculations.
| - Prepare a list of appropriate materials by interpreting detailed drawings and determine quantities of such materials.
- Explain Different manufacturing processes.
- List out the benefits of Additive manufacturing technology.
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- Perform linear measurements using Vernier Caliper, Vernier height gauge, and Micrometer.
- Draw the system with an indication of geometrical tolerances
- Perform Angular Measurement.
- Inspection data was recorded to analyze with given drawing/measurement.
| - Customize the layout of artisan software.
- Customize the toolbars of the artisan software module.
- Creation and selection of work directory.
- Selection of units and screen resolution for a new model
| - Customize the Docking Toolbars, Panels, and Themes for artisan software.
- Use of shortcut keys &Mouse buttons application, Picking and selecting & Additional functions like Import, export, save, new model, cut, pest, etc.
- Selection of working plane.
- Importing and aligning the existing model.
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- Create Standard Geometries by using lines, circles, Arcs, and Text, etc.
- Create standard geometries Square, Rectangle, Parallelogram, Rhombus, Trapezium, etc.
- Create smooth curves by using the node editing median smooth curve option.
- Create smooth curves by using the node editing virtual midpoint option.
- Create vector layers by using Recess, window, outside, and default layer options.
- Perform shapes creation operation.
- Node Mode to convert the spans to Arcs. Convert Spans/Arcs to free-flow shapes.
| - Restore the toolbar for basic geometry.
- Select the appropriate toolbar and create a 2D design (use size, corner, or center of geometry options)
- Rotate the 2D design into a specific angle.
- Use of vector tool to align the model to left, right, top, bottom, and center.
- Create the vector text with the help of the style tool.
- Editing the existing text like changing the size & style of vector text.
- Use of vector text spacing tool to edit the existing artwork model.
- Create the duplicate mirror design by using the mirror tool (Horizontal/vertical)
- Constraint the complete model using the constraint tool.
- Create and Edit mode the geometrics by using artisan software.
- Scale the geometrics by using artisan software.
- Create &break the vectors and re-join.
- Create artwork by using Vector Layers
- Exercises on Vector Preview – Print for approval.
| - Setting up the software for Basic 2D Machining
- Create 2D art shapes for machining
- Createan area clearance toolpath on 2D geometry.
- Selection of vector and cutting depth for 2D machining.
- 2D Machining parameter selection from the library.
- Selection of tool from the library for 2D machining.
- Create a 2D Roughing path for curve & square path using 2D machining tools.
- Create a Drilling operation setup and generate 2a D tool path.
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- List out the Basic 3D Modelling functionalities
- Create & edit the Shape Spherical, Conical, Flat
- Importing of 3D model and placement on working plane
- Use 3D boundary frame from existing library and adjust according to the model
- Add & Subtract the 3D geometries in artisan software.
- Create merger by Using Tool Merge High and Merge Low
- Create Smooth Relief & generate the profile.
- Perform Sculpting operation and create Tool profile.
| - Import the model and select the whole tool for texturing.
- Import the model and select the selected vector tool for texturing.
- Use of standard texture Sphere, Ellipse, Cone, Pyramid, etc.
- Create 2 Rail Sweep &leaf shape.
- Create star shape.
- Change the height of art work using boundary relief option
| - Create smooth boundaries of art work using boundary relief option
- Setting up the machine area by using machine relief option.
- Selection of vectors to create machine tool relief.
- Perform the texture Relief operation.
- Exercise on Texture Flow tool
- Exercise on Texture scale up and Flow Spacing
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- Create the cylindrical surface of the model by considering manufacturing constraints.
- Create & edit the ring side vector.
- Create & edit the Bannister.
- Create & edit the roller dies.
| - Import the tool library for roughing to finishing operation.
- Create and update the Tool Database.
- Create and update the Cutting Parameters.
- Selection of Tools and editing the parameters as per 3D art work operation.
| - Perform Roughing operation set up in artisan software.
- Create End mill and Finishing set up of Ball Nose
- Generate Machine Relief Toolpaths artisan software.
- Setting up the material thickness and model position of in material.
- Export toolpath summary information of finalize toolpath.
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- Import the model and set to the co-ordinate.
- Select the model or 3D art wok and set the tooling data for simulation.
- Run the simulation tool and virtually verification of tool path.
- Export the 3D generated tool path for future references.
- Generate the NC code of art work design.
- Export the NC code for machining purpose.
| - Modify the tool path by changing tooling and reference points.
- Update the tool library and tooling database.
- Virtual verification of machining by using simulation tool to confirm the tooling data and machining relief
- Create complex product by using artisan software and generate the NC code by using advanced 3D machining toolbar.
| - Performing Rotary Machining Setup
- Use of sub commands Ring Design.
- Develop Pillar Design and perform machining setup
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- Export 3D model to various CAD file formats.
- Prepare 3D printing machine (Material loading, Nozzle selection and calibration of work plate).
- Prepare and optimize the model design using Slicing software.
- Create the physical product by using Additive manufacturing machine
| - Prepare the CNC & VMC machine (Loading of cutting tools, machine and tool offset referencing.
- Create the physical product by using CNC/VMC Machine for Artisan.
- Prepare laser cutting machine (Setting of cutting parameters and adjusting of work holding device)
- Create the physical product by using Laser cutter equipment’s.
- Perform Preventive maintenance and basic troubleshooting of 3D printing, CNC, VMC and laser cutting machine.
- Maintaining drawing, document and performing print operation.
| - Finish the component using post processing tools.
- Setting up the paint booth.
- By using paint booth apply the paint to make product/ work of art is aesthetically good and adds value.
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