SMART MANUFACTURING
| DEPARTMENT | PROGRAM |
|---|---|
| Product Design Department | Product Design |
| Manufacturing Department | Product Manufacturing |
| Advance Manufacturing Department | Smart Manufacturing |
| Mold Design & Manufacturing Department | Injection Mold Design & Manufacturing |
| Analysis Department | Product Analysis |
| Press Tool Design & Development Department | Press Tool Design & Manufacturing |
1. PRODUCT DESIGN
| SCOPE |
|---|
| Design Engineer |
| Product Development Engineer |
| Entrepreneur |
| PROJECTS |
|---|
| New Product Development |
| Excavator Design |
| Designing of Automobile Parts & Assemblies |
OBJECTIVES
- To learn the Sketcher Workbench.
- To learn Part Modelling and Designing.
- To learn Wireframe and Surface Designing.
- To learn Assembly Designing.
- To learn Drafting Workbench.
- To learn Product Development Process.
OUTCOMES
- To give shape to the idea, concept design, and controlling the geometrical shape of the designed component.
- To create 3D model of the designed concept, understanding the part designing requirements that fulfil the design needs of various modules like CAM, CAE, Tool Designing, Drafting, 3D printing.
- To understand, create, control the complex shape geometries.
- To design & develop a new product from the existing one.
- To design assemblies, mechanism for validation.
- To understand the industrial drafting standards and generating industrial drawings.
2. PRODUCT MANUFACTURING
| SCOPE |
|---|
| Production Engineer |
| CAM Engineer |
| CNC Supervisor |
| Entrepreneur |
| PROJECTS |
|---|
| Manufacturing of machine tools |
| Manufacturing of automobile parts |
OBJECTIVES
- To learn different manufacturing process.
- To learn Computer Aided Manufacturing (CAM).
- To learn integrated design and manufacturing.
- To learn CNC programming and machining.
- Manufacturing process optimization.
- To learn jigs and fixtures design.
- To learn Computer Aided Manufacturing using 4 Axis machining centre.
OUTCOMES
- To give shape to the idea, concept design and controlling the geometrical shape of the designed component for manufacturing.
- Geometric and Dimensional Tolerance.
- Understanding process planning.
3. SMART MANUFACTURING
| SCOPE |
|---|
| IIOT Designer |
| IIOT Developer |
| IIOT Analyst |
| IIOT Tester |
| PROJECTS |
|---|
| Converting existing machine into smart machine |
| Machine maintenance analysis |
| Development of Smart Machinery |
| AI for maintenance and overhauling |
OBJECTIVES
- To learn the concepts of IIOT.
- To learn the concept of Industry 4.0
- To identify different technology.
- To learn different applications in IIOT
- To learn different protocols used in IIOT.
- To learn the concepts of smart manufacturing development in IIOT.
- To learn the use of IIOT for Predictive Maintenance and Production Control.
OUTCOMES
- Apply the concepts of IOT.
- Identify the different technology.
- Apply IOT to different applications using Thingworx.
- Analysis and evaluate protocols used in IOT.
- Design and develop smart machines in IOT using Thingworx.
4. MOLD DESIGN AND MANUFACTURING
| SCOPE |
|---|
| Mold Design Engineer |
| Plastic Mold Designer |
| CNC Program Engineer |
| Entrepreneur |
| PROJECTS |
|---|
| Design & manufacturing of molds for plastic components. |
| Design of injection mold. |
| Manufacturing of injection molds for different industries. |
OBJECTIVES
- To learn the plastic part design requirements.
- To learn the procedure of mold design and its various parameters.
- To validate the design of mold design setup, analysing part design for best gate location and analysis of mold flow.
- To learn the mechanism design procedure and connection between the components.
OUTCOMES
- This enables the students to demonstrate mold making process as well as to work on different types of molds.
- Will be capable to design various injection molding set up components like core, cavity etc.
- Understanding & interpreting results and molding parameters, and also troubleshooting molding problems.
- To analyze scanned data for checking interference between the components etc.
- This enables to configure the motion, evaluate the analysis results.
- It enables to understand various machining processes and creating NC sequences for milling.
5. PRODUCT ANALYSIS
| SCOPE |
|---|
| Product Analyst-Engineer |
| Product Development Engineer |
| Product Manager |
| PROJECTS |
|---|
| Reverse engineering on disk brakes using thermal analysis. |
| Product analysis of automobile parts. |
| Static structural analysis of plastic parts made from 3D printer. |
OBJECTIVES
- To learn simulation of product design and conduct different kinds of analysis.
- To understand pre processing.
- To understand convergence.
- To understand post processing.
OUTCOMES
- Ensures that the product is ready to manufacture and achieves the desired results.
- Ensure the product does, what the company claims it does by sustaining in practical application.
- Provide alternative designs options and study cost effective while meeting the customer requirements.
- The results can aid the business in manufacturing, QA, logistics, and sales.
6. PRESS TOOL DESIGN & MANUFACTURING
| SCOPE |
|---|
| Sheet Metal Designer |
| Tool and Die Designer |
| Entrepreneurship |
| PROJECTS |
|---|
| Design of sheet metal component for machine design & electronics industry. |
| Tool design for sheet metal component. |
| Manufacturing of press tool. |
OBJECTIVES
- To learn sheet metal model fundamentals, creating primary and secondary sheet metal wall features.
- To learn bending and unbending sheet metal models, form features and modifying sheet metal models.
- To learn the process of sheet metal setup and tools and detail sheet metal designs.
- Design of blanking, piercing, progressive and compound dies.
- Introduction & guidelines for design of press tools.
OUTCOMES
- Demonstrate various press machine operations for mass production of sheet metal parts.
- This enables to understand the mechanism behind the effective designing and modifying of the models.
- Prepare working drawings and setup for economic production of sheet metal components.
- Illustrate the principles and blank development in bent & drawn components.
- Identify press tool requirements to build concepts pertaining to design of press tools.