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Syllabus Robotics and Automation

1) The document outlines the syllabus for a Robotics and Automation course, including 6 units that cover topics like CAD/CAM, finite element analysis, computer integrated manufacturing, SCADA systems, Industry 4.0, and digital manufacturing. 2) The course objectives are to give students an idea of where automation can be implemented in manufacturing and make them aware of different automation technologies used. 3) The syllabus provides learning outcomes for the course that include being able to list stages of the product cycle, describe supervisory control systems, understand current automation trends, and compare different manufacturing automation technologies.

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Bhagvan Shejul
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131 views1 page

Syllabus Robotics and Automation

1) The document outlines the syllabus for a Robotics and Automation course, including 6 units that cover topics like CAD/CAM, finite element analysis, computer integrated manufacturing, SCADA systems, Industry 4.0, and digital manufacturing. 2) The course objectives are to give students an idea of where automation can be implemented in manufacturing and make them aware of different automation technologies used. 3) The syllabus provides learning outcomes for the course that include being able to list stages of the product cycle, describe supervisory control systems, understand current automation trends, and compare different manufacturing automation technologies.

Uploaded by

Bhagvan Shejul
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Dr.

Babasaheb Ambedkar Marathwada University, Aurangabad


(Faculty of Science & Technology)
Syllabus of T. Y. B. Tech. (Mechanical Engineering) Semester V
Course Code: MED 904 Credits: 3-0-0
Course: Robotics and Automation Mid Semester Examination-I: 15 Marks
(Honor/Minor) Mid Semester Examination-II: 15 Marks
Teaching Scheme: Teacher Assessment: 10 Marks
Theory: 03 Hrs/week End Semester Examination: 60 Marks
Tutorial: 00 Hrs/week End Semester Examination (Duration): 3 Hrs

Prerequisite
1. To give an idea about various sectors of manufacturing where automation can
be implemented.
Objectives
2. To aware students about different technologies practiced in different sections
of manufacturing.
(6hrs)
Unit 1 CAD/CAM, Product cycle and CAD CAM in it, CAD- 3D modeling and its types,
CAM, and its technologies.
(6hrs)
Unit 2 Finite Element Analysis, Types of analysis, FEA procedure, Computer Integrated
Manufacturing, FMS and its types, FMS Components.
(6hrs)
Unit 3 SCADA System, SCADA architecture, DCS, Micro Electrical Mechanical Systems,
Applications of MEMS.
(6hrs)
Unit 4
Industry 4.0-History of industrial revolutions, Components of I4.0, IoT and its
architecture, applications of IoT - Energy sector, smart homes, and smart cities etc.
Concept of IIoT.
(6hrs)
Unit 5 Digital Manufacturing Industry, role of digital manufacturing in optimizing
production cost and time, difference between digitization and digitalization.
(6hrs)
Unit 6 Cyber physical systems, Cloud computing, Additive manufacturing, Big data
analytics etc.
1. CAD/CAM, M. P. Groower and E. W. Zimmer, Prentice hall of India.
Reference / 2. CAD/CAM, Zeid Ibrahim, R. Sivasubramanian, Tata McGraw Hill.
Text 3. The Internet of Things: Applications and Protocols, Oliver Hersent, David Boswarthick,
Books Omar Elloumi, Wiley publications.
1. Mechatronics, Robert H. Bishop, Tailor and Francis.
Course Outcomes
MED: Robotics and Automation (Honor/Minor)
CO No. Code Statement
CO 1 MED 904.1 List out the stages in product cycle, identify design and manufacturing
phase in product cycle.
CO 2 MED 904.2 Enlist the different technologies used in different stages of product cycle as
CAD and CAM.
CO 3 MED 904.3 Describe role of supervisory control systems used in industries for
monitoring of manufacturing processes.
CO 4 MED 904.4 Understand the evaluation of automation and current trends in industrial
automation.
CO 5 MED 904.5 Compare different manufacturing automation technologies according to
their evaluation and understand their functioning.
CO 6 MED 904.6 Apply the knowledge of different manufacturing automation technologies
to identify and relate a typical automated manufacturing setup in industry.

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