Product Design and Manufacturing

12 weeks (24 Jan' 22 - 15 Apr' 22)

@VTU COE

5.0
(2) 599 Students
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What you will learn

  • Mechanical Engineering

In the last few decades, the product development process has undergone a noticeable change, which is due to the global competition, international markets, and increasing customer needs. Managing the product development process, right from idea generation to final product manufacturing has to be systematic and effective to meet the customer needs, while incorporating the time-to-market constraint as well. Thiscourse presents an overview of the productdesign and development process, along with the manufacturing aspects. The concepts Design for Manufacturing and Assembly, analytical tools for development, costing and manufacturing would help the students and practitioners learn to conceptualize, design, and manufacture competitively-priced quality products. Prototyping and simulation using soft tools are also incorporated make the students learn the modern tools in manufacturing.

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CHANDAN BM

hi sir , i take this course but i wont get any notification about joining this course can you tell me what i do now

1 year ago
5
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PRASHANT JIRGE

Hi

10 months ago
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PRASHANT JIRGE

Hi

10 months ago
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PRASHANT JIRGE

Hi

10 months ago
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PRASHANT JIRGE

Hi

10 months ago
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PRASHANT JIRGE

Hi

10 months ago
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Mudhasir Pasha

Design for Manufacturing Material selection Manufacturing process used (casting, molding, machining, etc.) Simple shapes to reduce cost Standardization of parts Tolerance considerations Design for Assembly Minimum number of parts Ease of handling parts Symmetry of parts Reduced assembly time Use of sub-assemblies Product Breakdown a) Parts List major individual components b) Sub-assemblies Group of parts assembled together before final assembly Fastening Techniques Screws / bolts and nuts Rivets Welding Snap-fit Adhesive bonding

2 weeks ago
0
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Mudhasir Pasha

Design for Manufacturing Material selection Manufacturing process used (casting, molding, machining, etc.) Simple shapes to reduce cost Standardization of parts Tolerance considerations Design for Assembly Minimum number of parts Ease of handling parts Symmetry of parts Reduced assembly time Use of sub-assemblies Product Breakdown a) Parts List major individual components b) Sub-assemblies Group of parts assembled together before final assembly Fastening Techniques Screws / bolts and nuts Rivets Welding Snap-fit Adhesive bonding

2 weeks ago
0
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Mudhasir Pasha

Design for Manufacturing Material selection Manufacturing process used (casting, molding, machining, etc.) Simple shapes to reduce cost Standardization of parts Tolerance considerations Design for Assembly Minimum number of parts Ease of handling parts Symmetry of parts Reduced assembly time Use of sub-assemblies Product Breakdown a) Parts List major individual components b) Sub-assemblies Group of parts assembled together before final assembly Fastening Techniques Screws / bolts and nuts Rivets Welding Snap-fit Adhesive bonding

2 weeks ago
0
img
Mudhasir Pasha

Design for Manufacturing Material selection Manufacturing process used (casting, molding, machining, etc.) Simple shapes to reduce cost Standardization of parts Tolerance considerations Design for Assembly Minimum number of parts Ease of handling parts Symmetry of parts Reduced assembly time Use of sub-assemblies Product Breakdown a) Parts List major individual components b) Sub-assemblies Group of parts assembled together before final assembly Fastening Techniques Screws / bolts and nuts Rivets Welding Snap-fit Adhesive bonding

2 weeks ago
0
img
Mudhasir Pasha

Design for Manufacturing Material selection Manufacturing process used (casting, molding, machining, etc.) Simple shapes to reduce cost Standardization of parts Tolerance considerations Design for Assembly Minimum number of parts Ease of handling parts Symmetry of parts Reduced assembly time Use of sub-assemblies Product Breakdown a) Parts List major individual components b) Sub-assemblies Group of parts assembled together before final assembly Fastening Techniques Screws / bolts and nuts Rivets Welding Snap-fit Adhesive bonding

2 weeks ago
0

5.0

2 Reviews

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Preetham A.S

1 week ago

good

user
MANJUNATHA M B

1 week ago

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Meet Your Instructor

Instructor
3.2 Rating
72106 Students
986 Courses
About Instructor

VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.

video

Free

  • Course Duration
    33 h 2 m 4 s
  • Course Level
    Intermediate
  • Student Enrolled
    599
  • Language
    English
This Course Includes
  • 33 h 2 m 4 s Video Lectures
  • 2 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion