About Program

India has all the potential to become the next manufacturing hub. The concept of Industry 4.0 revolution is all set to enter the manufacturing society in India through the advancement of IoT, Cyber physical systems, Big data analytics and other related key technologies. On the other side, Industry 4.0 requires a strong base of enterprise asset management for its successful implementation. The traditional knowledge and conventional skill sets do not fit into the scope of Industry 4.0. Altogether, the modern manufacturing system is experiencing a paradigm shift and the academia has to cope with this dynamically changing industrial environment.

Advanced Manufacturing Systems (AMS) – a PG program offered by the School of Mechanical Engineering has the ingredients to equip students to meet the demanding expectations of the emerging industry 4.0 scenario. The school witnesses that new recruits with ability to apply the theoretical knowledge to real industrial problems fare better in career in the upcoming industrial scenario. Accordingly, the school on consultation with the experts both from industry and institutes of higher learning has developed an extensive practice based curriculum that has courses interwoven around two niche areas: Product Lifecycle Management (PLM) and Enterprise Resource Planning (ERP). All courses have immersive learning experience component for students to get ‘industry like exposure’. The lead organizations: Dassault Systemes Foundation, 3D PLM, EDS Technologies, Intelizign, VedhaSoft Technology – a development partner to SAP India and other leading industries and organizations are actively and continuously associated with the University for upgrading the curriculum,  training the students and faculty as per today’s industrial requirements. Industry partners are also part of course delivery and assessment process.

Eligibility

BE ( Mechanical Engineering, Industrial and Production Engineering, Automobile Engineering)

Program Overview

  1. Graduates will demonstrate technical competence in design of products, processes and systems to address identified problems through focused research directed by guiding principles of technical documentation and evaluation with due consideration to sustainability principles incorporating modern computing tools.

 

  1. Graduates will be competent as leaders committed to strive towards attainment of professional and organizational goals with due adherence to professional ethics team expectations and sensitivities of cultural diversity.

 

  1. Graduates will practice of engineering profession in corporate and governmental settings to meet prevailing stake holder needs, thereby contributing to societal development.

 

  1. Graduates will get updated to actively adopt new professional development through suitable application of domain knowledge and compete for new career openings evolving in the ever-changing global enterprises.
  1. Research Skills:An ability to independently carry out research /investigation and development work to solve practical problems.

 

  1. Communication: An ability to write and present a substantial technical report/document

 

  1. Scholarship of Knowledge:Students should be able to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program

 

  1. Project Management and Finance: Ability to plan and execute projects considering economical and financial factors

 

  1. Modern Tool Usage:Ability to use and develop modern tools in modelling, simulation and analysis of manufacturing/ management related problems
Program Education Objectives (PEO's)
  1. Graduates will demonstrate technical competence in design of products, processes and systems to address identified problems through focused research directed by guiding principles of technical documentation and evaluation with due consideration to sustainability principles incorporating modern computing tools.

 

  1. Graduates will be competent as leaders committed to strive towards attainment of professional and organizational goals with due adherence to professional ethics team expectations and sensitivities of cultural diversity.

 

  1. Graduates will practice of engineering profession in corporate and governmental settings to meet prevailing stake holder needs, thereby contributing to societal development.

 

  1. Graduates will get updated to actively adopt new professional development through suitable application of domain knowledge and compete for new career openings evolving in the ever-changing global enterprises.
Program Outcomes (PO's)
  1. Research Skills:An ability to independently carry out research /investigation and development work to solve practical problems.

 

  1. Communication: An ability to write and present a substantial technical report/document

 

  1. Scholarship of Knowledge:Students should be able to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program

 

  1. Project Management and Finance: Ability to plan and execute projects considering economical and financial factors

 

  1. Modern Tool Usage:Ability to use and develop modern tools in modelling, simulation and analysis of manufacturing/ management related problems

Course Curriculum

Semester I

Sl. No.CourseL-T-PCreditsContact HoursISAESATotalExam Duration
1PLM Fundamentals2-0-020250501003 hours
2Engineering Data Management3-0-030350501003 hours
3Product Design and Development3-0-030350501003 hours
4Enterprise Resource Planning – I3-0-030350501003 hours
5Elective-I3-0-030350501003 hours
Design for Additive Manufacturing
Industrial Robotics
Plant Layout and Work Flow Management
Supply Chain Management
6Collaborative Design-Modeling Lab0-0-551080201002 hours
7PLM Functional Lab0-0-330680201002 hours
8ERP Functional Lab0-0-330680201002 hours
TOTAL14-0-112536

 

Note: L: Lecture T: Tutorials, P: Practical, ISA: In Semester Assessment, ESA: End Semester Assessment, PJ-Project, PC-Programme Core, PE-Programme Elective

Semester II

Sl. No.CourseL-T-PCreditsContact HoursISAESATotalExam Duration
TOTAL13-2-102536
1PLM Advanced2-0-020250501003 hours
2Enterprise Resource Planning – II3-0-030350501003 hours
3Project Feasibility and Analysis3-0-040550501003 hours
4Research Methodology2-1-0304100–100–
5Elective-II3-0-030350501003 hours
Additive Manufacturing
Manufacturing Systems and Automation
Manufacturing Execution System
Robust Design Optimization
6PLM Technical Lab0-0-220480201002 hours
7ERP Technical Lab0-0-220480201002 hours
8Product Automation Lab0-0-330680201002 hours
9Mini Project0-0-330650501002 hours

 

Note: L: Lecture T: Tutorials, P: Practical, ISA: In Semester Assessment, ESA: End Semester Assessment,  PJ-Project, PC-Programme Core, PE-Programme Elective

Semester III

Sl. No.CourseL-T-PCreditsContact HoursISAESATotalExam Duration
TOTAL0-0-181854
1Industrial Training/Mini Project0-0-10101050501002 hours
2Project Work Phase I0-0-88850501002 hours

Note: L: Lecture T: Tutorials, P: Practical, ISA: In Semester Assessment, ESA: End Semester Assessment,                              PJ-Project, PC – Programme Core, PE – Programme Elective

NOTE:

  • Industrial Training: The student shall undergo industrial training for a period of 08 weeks.

Preliminary Report Submission and Evaluation after 8th week of Industrial training to be carried out by the Joint evaluation by Internal Guide of the University and Industry mentor for 50 marks.

Final Report Submission and Evaluation after 9th week of Industrial training to be carried out by the Internal Guide of the university and a senior faculty of School/ External examiner.

  • Project Phase I:

Problem formulation and submission of Synopsis within 10 weeks from the commencement of 3rd semester in consultation with Guide of Industry or internal guide from University, which shall be evaluated for 50 marks by the committee constituted by the Head of the School/Department comprising the guide, senior faculty of the department with Head as Chairman. Design methodology and Solution model need to be completed by 12 weeks and shall be evaluated by guide and external examiner with senior faculty / Head as chairman for 50 marks.

  • Project Phase I and Phase II must be a Research Project

Mini Project is independent of Project.

Evaluation of ISA is based on Rubrics.

Semester IV

Sl. No.CourseL-T-PCreditsContact HoursISAESATotalExam Duration
TOTAL0-0-202040
1Project Work Phase II0-0-20204050501002 hours

Note: L: Lecture T: Tutorials, P: Practical, ISA: In Semester Assessment, ESA: End Semester Assessment, PJ-Project, PC-Programme Core, PE-Programme Elective

 

Project Work Phase I and Phase II must be a Research Project

Evaluation of ISA is based on Rubrics.

Admissions

Admission Opens At

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Contact Details

  • E-mail
    info@kletech.ac.in
  • Phone number
    HOD : 0836 2378280
    Office : 0836 2378281

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