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About Us

Jyothi Engineering College prepares students to become T-Shaped professionals, i.e., professionals who have in-depth expertise in their discipline as well as a breadth of competencies required in the twenty-first century. Industry seeks engineers with these skills. The vertical bar on the T-shaped professional is an indication of the depth of knowledge and skills in their chosen engineering stream whereas the horizontal bar represents the person's competencies in interdisciplinary areas and life skills. This contextual knowledge helps in giving students a broader perspective. T-shaped skills – or a T-shaped professional – has qualities that make that personnel more versatile and valuable as they possess excellent knowledge and skills in specific areas and are good at working with others in a collaborative way.

In order to train our students to become “T” shaped professionals, so that they are “future ready”, we have set up an incubation Centre, Integrated Industrial Incubation Centre (IIIC), in association with TATA Technologies.

Strategy & Consulting

Business Process

Marketing Rules

Partnerships

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5m+ Trusted

Global Customers

32

k+

Project Complete

21

+

Years Of Experience

97

+

Team Members

Facilities

Facilities

News

News

Gallery

Gallery

Our Team

Our Tata IIIC Dedicated Team Member

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Dr. Shaji James

ASSOCIATE DIRECTOR

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Er. Annie P Joseph

MANAGER

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Er. Jinesh K J

MANAGER (IEC)

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Dr. S Krishnanunni

SENIOR TRAINER

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Er. Navin Sam

TRAINER

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Er. C Sumesh

INSTRUCTOR

Activities

Activities

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Courses

Courses

  • Overview of Product Design and Development Process
  • Market Research & Competitive Strategy,
  • Demand Pattern for the product and Current trends
  • Benchmarking with competitors’ products
  • Customer Needs Requirements
  • Quality Function Deployment
  • Define Product Specifications & Success Criteria
  • Monitoring tools and Techniques
  • Develop a Cost Model of the Product
  • Making Trade-Offs Wherever Necessary
  • Collection of ideas and Selection criteria
  • Screening new products (Inventions & Innovation)
  • Creativity and problem-solving Methods
  • Concept Design, Selection & Testing
  • Understanding of Industrial Design
  • Ergonomics & Perceived Quality
  • Detail Design and Engineering
  • Material Selection & Design Considerations
  • Concurrent Engineering
  • Manufacturability (Metals, Plastics & Composites) etc.
  • DFM, DFA, DFMEA, PFMEA.
  • Prototyping, Verification & Validation
  • Program Management
  • Gateway Process of Product Development
  • Product Lifecycle Management
  • Case Studies of Japanese & European OEMs.
  • Importance of Service (Maintenance& Repair)
  • Product Up-gradation,
  • Change & Obsolescence Management

  • Concept & Importance of Design Thinking
  • Brainstorming
  • IDEA Generation & Refinement
  • Divergence and Convergence of Design Thinking Process
  • Field Work Research
  • Concept Generation
  • Concept Selection and Testing
  • Product Design and Development (PDD)
  • Introduction to Design Tools (Computer Aided Design Software)
  • Design for Assembly and Design for Manufacturing
  • Design failure mode and effect analysis (DFMEA)
  • Kinematic Analysis
  • Product Drawing Creation,
  • Bill of Materials (BOM)

  • Introduction to Finite Element Analysis (FEA).
  • Why FEA?
  • Application of FEA
  • Advantages of FEA in different fields
  • Basic Equation
  • Introduction to meshing
  • Finite Element Analysis Process
  • Types of Analysis
  • Concept of Pre-processing,
  • Concept of Solving
  • Concept of Post Processing
  • Interpretation of Results
  • FEA Tools by using computer aided engineering tools

  • Introduction to Finite Element Analysis (FEA).
  • Why FEA?
  • Application of FEA
  • Advantages of FEA in different fields
  • Basic Equation
  • Introduction to meshing
  • Finite Element Analysis Process
  • Types of Analysis
  • Concept of Pre-processing,
  • Concept of Solving
  • Concept of Post Processing
  • Interpretation of Results
  • FEA Tools by using computer aided engineering tools