National Institute of Technology Rourkela

राष्ट्रीय प्रौद्योगिकी संस्थान राउरकेला

ଜାତୀୟ ପ୍ରଯୁକ୍ତି ପ୍ରତିଷ୍ଠାନ ରାଉରକେଲା

An Institute of National Importance

Faculty Profile

ORCID ID
Scopus ID
Researcher ID
Google Scholar ID

EXPERTISE INFORMATION

Research Group
  • Product Modelling, Design and Analysis , Innovative Product Design
Areas of Interest
  • PRODUCT DESIGN AND DEVELOPMENT, CONDITON MONINORING OF ROTATING MACHINERIES
  • ERGONOMICS

Mohit Lal Assistant Professor Grade-I

Industrial Design

lalm@nitrkl.ac.in

0661 - 246 2856

Biosketch

29

PUBLICATIONS

2

SPONSORED PROJECTS

3

DOCTORAL STUDENTS

4

CONTINUING EDUCATION

PERSONAL INFORMATION

Mohit Lal

Assistant Professor Grade-I

Industrial Design

Room Number: ID-108

Department of Industrial Design, National Institute of Technology Rourkela, Sundargarh, Odisha, India - 769008

2013

Ph.D.
Machine Design
Indian Institute of Technology Guwahati

2007

B.E
Mechanical Engineering
Pt. Ravi Shankar Shukla University Raipur

Teaching Experience
  • Industrial Design,  NIT Rourkela,   01 Jul 2015 - present
  • Mechanical Engineering,  OIST Bhopal M. P.,   05 Jan 2015 - 27 Jun 2015
  • Mechanical Engineering,  RSR RCET Bhilai C. G.,   01 Jun 2013 - 31 Dec 2014

Design and fabrication of acoustic vector sensor applied to underwater localization of healthy coral reefs based on bio-acoustic imaging. IIT Guwahati Technology Innovation and Development Foundation
  • Principal Investigator
  • 24
  • Running   Sponsored
Modelling & simulation of 3D wake geometry and bubble distribution and estimation of back scattering strength due to wake of marine vessels at sea. NSTL-DRDO
  • Principal Investigator
  • 12
  • Completed   Sponsored

9
GOOGLE SCHOLAR H-INDEX 9
GOOGLE SCHOLAR I10-INDEX 0
SCOPUS H-INDEX
Total Publications: 29
View All Publications

M. Lal and R. Tiwari,"Experimental identification of shaft misalignment in a turbo-generator system", Sadhana, vol.43, no.80, Springer, May 2018, 10.1007/s12046-018-0859-1       Article

M. Lal and R. Tiwari,"Multi fault identification in simple rotor-bearing-coupling systems based on forced response measurements", Mechanism and Machine Theory, vol.51, pp.87-109, Elsevier, May 2012, 10.1016/j.mechmachtheory.2012.01.001       Article

M. Lal and R. Tiwari,"Quantification of multiple fault parameters in flexible turbo generator systems with incomplete rundown vibration data", Mechanical Systems and Signal Processing, vol.41, no.1-2, pp.546-563, Elsevier, June 2013, 10.1016/j.ymssp.2013.06.025       Article

M. Lal,"Multiple fault parameter estimation of a fully assembled turbo generator system", Archive of Mechanical Engineering, vol.65, no.2, pp.233-252, Polish Academy of Science, February 2018, 10.24425/123023       Article

M. Lal and M. Satapathy,"Estimation of speed dependent fault parameters in a coupled rotor-bearing system", Archive of Mechanical Engineering, vol.65, no.3, pp.327-347, Polish Academy of Science, May 2018, 10.24425/124485       Article

Design Strategies for Noise and Vibration Control in Production (DS-NVC 2024) Industrial Design (Conference)
Occupational Health and Workspace Acoustics Mechanical Engineering (Short-term Course)
Modern Perspectives in Sustainable Ambient Energy Harvesting Mechanical Engineering (Workshop)
  • Co-Coordinator
  • 20 Jun 2022 - 24 Jun 2022
  • Brochure
Vibration Problems in Rotating Machines: Diagnosis and Rectification (171030L02) Industrial Design (Short-term Course)

  • ID2106 : Communication Design {Theory}
  • ID2202 : Materials and Processes for Design {Theory}
  • ID2204 : 2D and 3D Visualization and Rendering {Theory}
  • ID221 : Elements of Design {Theory}
  • ID3102 : Visual Design {Theory}
  • ID312 : Material Selection for Design {Theory}
  • ID3203 : Introduction to Ergonomics {Theory}
  • ID321 : Ergonomics in Design {Theory}
  • ID4101 : Photo Communication {Theory}
  • ID411 : Product Design {Theory}
  • ID423 : Visual Design {Theory}
  • ID6103 : Form Studies {Theory}
  • ID611 : Advanced Product Design and Development {Theory}
  • ID613 : Elements of Design {Theory}
  • ID6202 : Advanced Ergonomics {Theory}
  • ID6235 : Optimization Methods in Industrial Design {Theory}
  • ID639 : Applied Ergonomics {Theory}
  • ID273 : Art, Design andAesthetic Laboratory {Practical}
  • ID368 : Product Development Laboratory – II {Practical}
  • ID3703 : Ergonomics Laboratory {Practical}
  • ID373 : Design Workshop – III {Practical}
  • ID375 : Ergonomics Simulation Laboratory {Practical}
  • ID4703 : Simulation Laboratory- II {Practical}
  • ID471 : Analysis and Simulation Laboratory – I {Practical}
  • ID472 : Analysis and Simulation Laboratory – II {Practical}
  • ID473 : Product Design Laboratory {Practical}
  • ID474 : CAM Laboratory {Practical}
  • ID6272 : Advanced Ergonomics Laboratory {Practical}
  • ID674 : Craft, Creativity and Post-Modernism Laboratory {Practical}
  • ID791 : Software Laboratory – I {Practical}
  • ID792 : Software Laboratory – II {Practical}

Ph.D. Students [3]
Biomechanical Modelling and Biodynamic Response Analysis of Seated Occupants under Whole Body Vibration
Veeresalingam Guruguntla
Enrolled: Jul 2018
Graduated :  Jul 2023
Supervisor
Multiple Fault Parameters Estimation of an Active Magnetic Bearing Integrated Coupled Rotor-Bearing System
Kuppa Sampath Kumar
Enrolled: Jan 2016
Graduated :  Aug 2021
Supervisor
Compound fault diagnosis and failure prognosis of wind turbine gear box using deep learning
Jayaram Pandia
Enrolled: Aug 2019
Continuing
Supervisor
M.Tech by Research Students [1]
Simultaneous Estimation of Speed Dependent Dynamic Parameters and Residual Unbalances in Rotor-Bearing-Coupling Systems
Monalisha Satapathy
Graduated :  Jul 2018
Supervisor