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FACULTY

Dr. Shanawaz Patil Associate Professor and Head - Department of Aerospace Engineering

School of Mechanical Engineering

Dr. Shanawaz Patil

Specialization

Manufacturing Science and Engineering

Areas Of Interest

Advanced Aerospace Materials, Advanced Nano Composites, Characterization, AIML

Programs Organised

National Space Day

Qualification

Ph.D.

Teaching Experience

13

Awards & Recognition

  • Received Best Researcher Award 2023 for overall excellence in research activities at REVA University- Bengaluru,
  • Received Best Teacher Award 2021 for overall excellence in teaching and institutional activities at REVA University- Bengaluru,
  • First Prize for securing FIRST RANK in First Semester M.Tech., Manufacturing Science & Engineering at Ghousia College of Engineering- Ramanagara during 2011.
  • First Prize for securing FIRST RANK in Second Semester M.Tech., Manufacturing Science & Engineering at Ghousia College of Engineering- Ramanagara during 2012.

Linkedin

FDP’s

25

Workshops

2

Conferences FDP's

10

Seminars

2

Workshops

Number of workshops organized: 2

Number of workshops attended: 25

FDP’s

Number of FDP’s organized: 5

Number of FDP's attended: 20

Workshops / FDP's

12

Training programs

1

Vidwan ID/Profile URL

https://vidwan.inflibnet.ac.in/profile/229933

Scopus ID/Google Scholar ID


https://www.scopus.com/authid/detail.uri?authorId=57211343683

Funded Project (amount sanctioned)

NIL

PhDs Guided/PhDs Guiding

3

Publications In Refereed Journals

30

Publications In Conferences

10

Patents Copyrights

3

Books Published

3

UG / PG Projects

20

Research Publication

25

Participation in Seminars/Conferences/Symposium

20

Research Project

Effect of T6 Heat Treatment on Microstructure and Mechanical Properties of Graphene Nanoplatelets and Beryl Reinforced 7075 Aluminum Nano Hybrid Matrix Composites Investigations on Machinability behavior of Al7075-Graphene-Beryl Hybrid nano composites.

  • Effect of Rolling on Mechanical Properties Aspects of Aluminum metal matrix composites.
  • Investigations on Tribological aspects of Al7075-Graphene-Beryl Hybrid nano composites.
  • Studies on Effect of Cutting Parameters on Surface Roughness of Al7075-Graphene-Beryl Hybrid nano composites: An Statistical Analysis approach using Taguchi technique.

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