manufacturing program

DEPARTMENT	PROGRAM
PRODUCT DESIGN AND DEVELOPMENT DEPARTMENT	PRODUCT DESIGN & DEVELOPMENT
MACHINING DEPARTMENT	PRODUCT DESIGN & MANUFACTURING
ADDITIVE MANUFACTURING DEPARTMENT	AUTOMOTIVE PLASTIC INJECTION MOLDING
PRESS TOOL DESIGN AND DEVELOPMENT DEPARTMENT	PRESS TOOL DESIGN AND MANUFACTURING
REVERSE ENGINEERING DEPARTMENT	SMART MANUFACTURING
Major Project in each Program

To give shape to the idea, concept design and controlling the geometrical shape of the designed component.
To create 3D model of the design concept, understanding the part designing requirements that fulfill the design needs of various modules like CAE, CAM, CMM, Tool Designing, Drafting, 3D Printing.
To understand, create, and 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 drawing.

To learn the plastic part design requirements, mold design and its various aspects
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 white light 3D Scanning process for data processing analysis and modeling.
To learn the mechanism design procedure and connection between the components
To learn the mechanism simulation process and adding dynamic entities.
To learn Computer Aided Manufacturing using 4 Axis machining centre.

This enables the students to demonstrate mould making process as well as to work on different types of moulds.
Will be capable to design various injection molding set up components like core, cavity etc.
Understanding & Interpreting results and melding parameters. Also Troubleshooting moulding problems.
This enables to analyse scanned data for various purpose like checking interference between the components, developing new components etc.
This enables to configure the motion, evaluate the analysis results.
This helps to analyze the mechanism of the model.
It enables to understand various Lathe Machining Processes and creating NC Sequences for milling.

Design of Automotive and Aerospace Plastic Component for New Product development Design of Injection Mould Component
Manufacturing of Injection Mould
Production of Plastic Components

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 to Press Tool, Die sets, Guidelines for Design of Press Tools
To learn rapid prototyping or additive manufacturing, RPT Data Processing,
Data Post Processing, Solid based rapid manufacturing processes.

Demonstrate various press working 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
Provides exposure to various rapid prototyping, 3D printing and ease to manufacture complicated physical products

Key Indicator	Extended Profile
1.1	Number of students year wise during last five years
2.1	Number of full time teachers during last five years
3.1	Expenditures excluding salary component year wise during last five years

Key Indicator	Criterion7–Institutional Values and Best Practices	100
7.1	Institutional Values and Social Responsibilities	50
7.2	Best Practices	30
7.3	Institutional Distinctiveness	20

Key Indicator	Criterion 6- Governance, Leadership and Management	100
6.1	Institutional Vision and Leadership	10
6.2	Strategy Development and Deployment	10
6.3	Faculty Empowerment Strategies	35
6.4	Financial Management and Resource Mobilization	15
6.5	Internal Quality Assurance System	30

Key Indicator	Criterion 5- Student Support and Progression	140
5.1	Student Support	50
5.2	Student Progression	30
5.3	Student Participation and Activities	50
5.4	Alumni Engagement	10

Key Indicator	Criterion 4 – Infrastructure and Learning Resources	100
4.1	Physical Facilities	30
4.2	Library as a learning Resource	20
4.3	IT Infrastructure	30
4.4	Maintenance of Campus Infrastructure	20

Key Indicator	Criteria 3- Research, Innovations and Extension	110
3.1	Resource Mobilization for Research	10
3.2	Innovation Ecosystem	15
3.3	Research Publication and Awards	25
3.4	Extension Activities	40
3.5	Collaboration	20

Key Indicator	Criteria 2- Teaching- Learning and Evaluation	350
2.1	Student Enrolment and Profile	40
2.2	Student Teacher Ratio	40
2.3	Teaching- Learning Process	40
2.4	Teacher Profile and Quality	40
2.5	Evaluation Process and Reforms	40
2.6	Student Performance and Learning Outcome	90
2.7	Student Satisfaction Survey	60

Key Indicator	Criterion 1 – Curricular Aspects	100
1.1	Curricular Planning and Implementation	20
1.2	Academic Flexibility	30
1.3	Curriculum Enrichment	30
1.4	Feedback System	20