continuous transformation model for engineering universities

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Transformation Model for Engineering Colleges and Technical Universities Full Commitment and Involvement of Faculty, Staff, and Administrators V.Thanikachalam, B.E., M.Tech., Ph.D., M.S, FIGS, FIE

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This paper provides a continuous transformation model for engineering universities and autonomous colleges. This model could be used by the educational administrators and leaders.

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Page 1: Continuous Transformation Model for Engineering Universities

Continuous Transformation Model for

Engineering Colleges and Technical Universities

Full Commitment and Involvement of Faculty, Staff,

and AdministratorsV.Thanikachalam,

B.E., M.Tech., Ph.D., M.S, FIGS, FIE

Page 2: Continuous Transformation Model for Engineering Universities

Envision

Develop vision for the Engineering, Arts, and Science Universities and the Colleges

Establish Centers of Excellence Institutionalize Centers of Innovation Build Awareness and Communicate Vision Prepare Mission Statement Establish Executive Steering Committee

Page 3: Continuous Transformation Model for Engineering Universities

Vision for the University HRD needs of the State, Nation, & Region Meeting the Labor Market Demands Select Educational Strategy for High Performance Accord Autonomous Engineering Departments Establish Govt.-Industry-National Labs-Univ.-

Community-Partnership Empower Faculty and Provide Facilities for

Consultancy Plan Innovation Centers

Page 4: Continuous Transformation Model for Engineering Universities

Build Awareness and Communicate Vision

Provide Training and Develop Faculty/Staff

Use Academic Consultants Proselytize Demonstrate Belief, and Confidence Network with Government, Higher

Institutes, R&D Labs, and Industries Display Vision Statements

Page 5: Continuous Transformation Model for Engineering Universities

Evolve Mission Statement Develop Mission Statements Relate to Vision Establish Constancy of Purpose Make Long –Term Organization Commitment Create Outstanding Learner Focus Plan Outreach Programs to Industry and

Community Develop Hugh Quality Products

Page 6: Continuous Transformation Model for Engineering Universities

Establish Executive Steering Committee

Vice Chancellor/President, Deans, Directors, HOD s/Chairs, Advisors from Industry/ National Labs

Lead Improvement Effort Enable Achievement of Vision and Mission Involve Resource Persons from

Networked Institutions/ Organizations

Page 7: Continuous Transformation Model for Engineering Universities

Enabling the Faculty & the Staff to Achieve

Utilize Administrators Commitment Shape the Institute’s Environment Provide Resources and Resources

Persons Empower the Institute and Faculty Establish Faculty Development Center Establish Student Services Center

Page 8: Continuous Transformation Model for Engineering Universities

Utilize Administrators Commitment

Obtain UGC, AICTE , State and Central Government’s Commitment

Establish Leadership Cultivate Outstanding Leaders Work from the Bottom up Offer Academic, Administration &

Financial Autonomy

Page 9: Continuous Transformation Model for Engineering Universities

Curriculum Development

Plan Outcome Based Curriculum Industry/Society Relevant Programs Basic, Core, Applied, Advanced Courses Flexible to meet the Learners Career Needs Plan Program Educational Objectives to

meet the Modern Industry’s Human Resource Needs

Page 10: Continuous Transformation Model for Engineering Universities

Curriculum Development… Course Outcomes to meet the Mission Encourage Outcome Based Learning Support Plan Instructional Schedule to Enhance

Field Application Select Case Studies from the Field Plan visits to Industries, Science and

Technology Museums and national Labs Evaluate the Problem Solving Ability

Page 11: Continuous Transformation Model for Engineering Universities

Curriculum Evaluation

Joint Evaluation through the Employers Feedback from the Students, Alumni and

Faculty Internal Self Evaluation for Accreditation Remarks from the External Evaluators Remarks from Social Media Criticism from the Administrators

Page 12: Continuous Transformation Model for Engineering Universities

CIPP Model Context of National Economy Input needed for Implementation Ensure Competent Products Educational Change Process- Adopt Problem Based Learning- Ensure Outcomes to meet the Industries needs- Incorporate Project Based Learning- Use Flipped Classes Approach- Implement Product Design Methodologies

Page 13: Continuous Transformation Model for Engineering Universities

CIPP Model…

Products- Graduates with Skills and Competencies- Problem Solving Skills- Critical Thinking- Creative Abilities- Design of Innovative Products- Leadership Abilities

Page 14: Continuous Transformation Model for Engineering Universities

Institutional Development

Establishment of Consultancy & Innovation Centers

Focus on Centers for Excellence Facilitate the Undertaking of Sponsored

Projects and Programs Ensure Competency for Bidding Global

Projects and Programs under International Development Projects

Page 15: Continuous Transformation Model for Engineering Universities

Policy Guidelines forInternal Revenue Generation & Utilization

Obtain Support for Development Initiatives and Creativity

Obtain the Commitment for Continued Support from Resource Institutes

Facilitate Internal Revenue Generation through Consultancy, Royalty, License Fee and Sponsored Research

Page 16: Continuous Transformation Model for Engineering Universities

Shape the Institute’s Educational Environment

Establish Support Systems from AICTE/UGC, State Government, and MHRD

Identify the Barriers, Bottlenecks, and Constraints

Provide Strategies to Overcome the Barriers Recognize the Achievements of the

Students and Faculty Reward the Outstanding Performers

Page 17: Continuous Transformation Model for Engineering Universities

Reward System

Reassess Reward and Recognition System for the Faculty and Students

Drive Out Fear from their Minds Cultivate Good Climate and Culture Develop High Performing Teams Sponsor for Staff Development Programs

Page 18: Continuous Transformation Model for Engineering Universities

Provide Resources and Resource Persons

Develop Course Specific Faculty Development Programs

Release the Faculty and Staff for Programs Support Improvement for Implementation Engage Facilitators Optimize Procurement Recruit Outstanding Faculty and Staff Encourage Lifelong Learning

Page 19: Continuous Transformation Model for Engineering Universities

Empower the Colleges, Departments and Faculty

Involve every Faculty and Staff Provide Authority to Deans, Directors and

Chairpersons Focus the Effort to Achieve the Vision and

the Mission

Page 20: Continuous Transformation Model for Engineering Universities

Focus the Efforts and the Activities on the Goals/ Mission

Establish Program Educational Goals and Objectives

Deploy Goals and Policy Involve Clients, Stakeholders and

Resource Institutes

Page 21: Continuous Transformation Model for Engineering Universities

Plan Institutional Development Process

Curriculum Planning Unit Instructional Design and Production on

Learning Packages Educational Research Outreach programs Self Study Placement of Students Consultancy Programs and Innovation Centers

Page 22: Continuous Transformation Model for Engineering Universities

Development Process

Periodically Revise Program Educational Objectives, and Course Objectives to meet the demands of Modern Industries

Review the Achievements Periodically Improve Development Processes Discuss with the Stakeholders and

Implement

Page 23: Continuous Transformation Model for Engineering Universities

Evaluate Vision, Mission, Goal and Objectives Get Feedback from the Learners, Faculty,

Employers, and Alumni Compare the Curricula against the Global

Universities Prepare Academic Audit Report every year Review the Performance and Facilitate

Improvements

Page 24: Continuous Transformation Model for Engineering Universities

Develop University/College as a Learning Organization

Identify Learning Needs Identify the Bottlenecks, Resistances for

Development Investigate Alternate Administrative

Processes Develop Project Implementation Units Develop Implementable Solutions Implement, Monitor and Improve

Page 25: Continuous Transformation Model for Engineering Universities

High Performing Team Building Form High Performance Project Teams in

Accordance with the Mission Integrate Natural Work Groups Form Cross Functional Teams Pursue Process Improvement Activities Delegate Empower Provide Autonomy

Page 26: Continuous Transformation Model for Engineering Universities

Programs for Institutional Development

Implementation of Autonomy Establishment of Examination Cell Formation of Govt.- National. Lab.- Univ.-

Institute- Partnership Cell Continuing Education Center Consultancy Cell Community Development through Extension

Centers

Page 27: Continuous Transformation Model for Engineering Universities

Centers Under Autonomy

Academic Council Boards of Studies Advisory Committee Student Services Guidance and Counseling Cell Career Guidance Cell Professional Associations for The students LRDC

Page 28: Continuous Transformation Model for Engineering Universities

Advanced Instructional Delivery System

Curriculum Specific Instructional Materials Smart Class Rooms & Flipped Classes Blended Programs Case Studies from the Indian Companies & MNCs Field Oriented Design Problems Project based Field Visits Planned Industrial Training Industry Based Projects, Dissertation and

Research Programs

Page 29: Continuous Transformation Model for Engineering Universities

Student Advisors Counseling before Course Registration Career Guidance Supervisory/ Management Development/

Intrapreneurship/ Leadership Programs Student Seminars and Product Display Action Research Programs and Term Papers Rewards for Excellence

Page 30: Continuous Transformation Model for Engineering Universities

In– House Faculty Development Programs For the newly recruited faculty Plan Induction and orientation programs Plan Instructional design and delivery techniques using ICT tools, You

tube & MOOCs Introduce high end measurement and evaluation techniques Plan Instructional materials , MML Packages Introduce case studies, games and simulations Expose to modern industrial production practices

Page 31: Continuous Transformation Model for Engineering Universities

Academic Audit

Annual Performance Review against the Planning

Get feedback from the Students, the faculty, the employers and the alumni

Investigate the Shortcomings Plan Remedial Measures

Page 32: Continuous Transformation Model for Engineering Universities

Participatory Planning

Review of the feedback Identify of priority areas Develop action/ implementation plans Establish Quality Circles (QC) in education Empower the QC members to analyze the

problems Review the best solution(s) and implement

Page 33: Continuous Transformation Model for Engineering Universities

Develop a model for continuous process improvement in skills and competencies of the graduates of program.

What are the key performance activities? How will you evaluate the outcome of the

graduates? How will you effect changes in the program

planning? Conduct tracer studies

Page 34: Continuous Transformation Model for Engineering Universities

Thank you,

Your questions, please

Page 35: Continuous Transformation Model for Engineering Universities

There is NO

END for EXCELLENCE

SUSTAIN THE EXCELLENCE THROUGH PROGRAMS AND

PROJECTS