Assistant Professor In Mechanical Engineering Resume Example Company Name

ASSISTANT PROFESSOR IN MECHANICAL ENGINEERING

Summary

Ten years of teaching and research experience in CAD/CAM, Robotics, and Automation. Three and half years of research experience in design, manufacture and testing of polymeric composites and nanocomposites.

Experience

Assistant Professor in Mechanical Engineering
January 2008 to August 2012Company Name － City

Established in 1887, is one of the most renowned, and best in the state among 375 institutes).
Taught Computer Integrated Manufacturing, Industrial Robotics, Theory of Machines.
Taught Laboratory courses - CATIA (Modules- Modeling, Assembly and Machining), CNC Programming using EMCO CNC Lathe and Milling Trainer, Machine Drawing using AutoCAD.
Took additional responsibility of Controller of Examinations for two years - Lead the team of 10 staff members in handling activities of examination section - Tasks involved -Coordination with departments, Scheduling of Examinations, Procurement of Materials, declaration of results for nearly 2500 students (9 undergraduate & 17 Masters programs).
Worked as Faculty Mentor for - Society of Robotics and Automation (sra.vjti.info/) - Helped the group of robotics enthusiastic students to set up this organization.
The goal of the organization is to create awareness among students about robotic by organizing workshops and seminars, and, to motivate students to pursue career in robotics.
Worked as Program Coordinator for Masters in CAD/CAM and Automation.

Lecturer in Production Engineering
July 2005 to January 2008Company Name － City

Courses Taught - CAD/CAM, Manufacturing Engineering, Engineering Design, and Computer Integrated Manufacturing.
Laboratory courses - NX-Unigraphics (Modules- Modeling, Machining, Assembly), Mechatronics (Hydraulic, Pneumatic, Electro-pneumatic circuits, PLC), Pro-Engineer (Modeling).
Conducted 4 week (30 hours) certificate program "UG NX for Designers".
Edited proceedings of National Conference on Advanced Manufacturing, NCAM 2007.
Guided 5 industry projects for senior students during their six month industrial training Lecturer in Mechanical Engineering.

Lecturer in Mechanical Engineering
November 2002 to July 2005Company Name

Courses Taught- CAD/CAM, Robotics, Engineering Metrology, Machine Drawing and Fluid Power.
Laboratory Courses- CATIA (Modeling and Assembly), AutoCAD.
Worked as In-charge for Engineering Metrology Laboratory, prepared laboratory manuals.
Guided Undergraduate students projects and Presented 3 papers at conferences.

Research Assistant
January 2008 to August 2012Company Name － City, State

Effect of Silane Treatment of Interleaved Nanofibers on Mode I Fracture Toughness of Glass/Epoxy Composite Silane treatment of electrpspun glass nanofibers mat is performed by two different methods namely-liquid and vapor phase.
Mode I fracture toughness is characterized as per ASTM D5528.
Project 2: In-situ SEM Mechanical Characterization of Glass Nanofiber Elastic Modulus of elctrospun glass nanofibers is obtained by conducting in-situ tensile test on individual nanofiber using MEMS device.
Project 3: Mechanical Properties of Silane treated Glass Nanofibers-Epoxy Interphase using Molecular Dynamics Atomistic model of interphase as created by modeling interphase as interpenetrating network of silane in epoxy.
The properties of the interphase are predicted by conducting MD simulation using Materials Studio software.
Project 4: Design and Manufacture of Constant Stress Composite Cantilever Beam Constant stress composite beam is designed using beam theory.
FE analysis is done using ANSYS.
Beam is fabricated from glass /epoxy prepregs using ply drop approach.
Experiment was performed to measure stress by measuring strain values along beam span.
2 Project 5: Force Modulation Atomic Force Microscopy to Study Effect of Silane Treatment on Properties of Nanofiber-Epoxy Resin Interphase In this project, we investigated nanofiber epoxy resin interphase using force modulation microscopy.
The objective is to characterize the effect of silane treatment on mechanical properties of interphase.

Education

Graduate : Spring 2016Ph.D , Nanoengineering, North Carolina A&T University － City, StateDissertation- Fatigue Behavior of Polymeric Nanocomposite Materials

M.Tech : Manufacturing Engineering, 2002Indian Institute of Technology, Madras － City, IndiaGPA: GPA: 7.94/10

Manufacturing Engineering GPA: 7.94/10

B.E : Mechanical EngineeringMechanical Engineering

Government Engineering College, Aurangabad,2000, First Class Teaching Interests Computer Integrated Manufacturing, Robotics and Automation, Composite Materials

Publications

Journal Articles 1. Vinod B. Suryawanshi, and Ajit D. Kelkar, "Design and Development of Constant Stress Cantilever Beam, International Journal of Civil, Environmental, Structural, Construction and Architectural Engineering Vol. 9, No. 2, 2015 2. Namita Maiti, S. Mukherjee, Bhunesh Kumar, U. D. Barve, V. B. Suryawanshi, and A.K.Das, "Design and development of indirectly heated solid cathode for strip type electron gun," Review of Scientific Instruments, 81, 013302 ,2010 Selected Conference Papers 1. Vinod B.Suryawanshi, Ajit D. Kelkar, Mechanical Properties of Silane Treated Glass Nanofiber Epoxy Interphase Using Molecular Dynamics Simulation, Proceedings of the ASME 2015 International Mechanical Engineering Congress & Exposition, IMECE2015, November 13-19, 2015, Houston, USA 2. Namita Maiti, Atul Tak, Yashodhan Khabade, Vinod Suryawanshi, A.K.Das, Modeling of Vapor Transport of Electron Beam Evaporation Based Coating System, American Institute of Physics, Conference Proceedings, Volume 1451, Issue 1, 2011, p.304-306 3. Milind Kirkire, V.B.Suryawanshi, Knowledge Based Parametric Approach for Design of Gear Box, International conference on Advanced Manufacturing and Automation, Kalashalingam university (INCAMA2009), March,26-28, 2009, 4. Manoj Palsodkar, V.B.Suryawanshi, Milind Kirkire, Evaluation of Lean Manufacturing System by Discrete Event Simulation, 9th Conference of Asia Pacific Operational Research Societies ( APORS 2009), Dec 06-09,2009 5. Vijay Agale, V.B.Suryawanshi, Implementation of Artificial Neural Network Based Process Selection for Cylindrical Surface Machining, Fourth International Conference on Advances in Mechanical Engineering, SVNIT Surat, July 2010 6. V.B.Suryawanshi, Ravindra Savangouder, "Predictions on Surface Finish in Extrude Honing Process Based on Neural Network Models," The International Conference on Recent Advances in Mechanical & Materials Engineering (ICRAMME2005), Malaysia. 7. V.B.Suryawanshi, V.V.Chaudhari, "Modeling of Mechatronics System: A Bond Graph Approach," National Conference on Recent trends in Mechatronics, MIT, Aurangabad, Maharashtra, 2004 3 Professional Training Programs Attended 1. "Recent Advances in Manufacturing and Micromachining Techniques, at VJTI Mumbai, 1 week, 2011. 2. "Build people to Build Institute", by Life Skill Academy at VJTI, 2 weeks, 2009 3. "Motion Control and Automation" at Integrated Drive Systems Pvt. Ltd, Mumbai, 2 weeks, 2009 4. "Nastran-Hypermesh" at Finite to Infinite Pune, 1 week, 2008 5. "ERP-Materials Management," Hi-Tech Technologies Ltd., Mumbai, 4 weeks, 2008 6. "Imagineering Connect", Larson & Tubro , Ltd. , Mumbai, 2 weeks, 2007 7. "Industry training to Academics" at Hindustan Aeronautics Limited (HAL), Nashik, 2 weeks,2006 8. "IDEAS ( CAD software) " at NITTTR, Goa, 2 weeks, 2004 9. "Advances in Manufacturing systems and Automation," at K.K.Wagh Engg. CoE Nashik, 1 week, 2003 Training Programs Organized 1. Two day training program on "Effective role execution for Professors and assistant Professors", March, 4-5, 2009, VJTI, Mumbai, India 2. Software Training program "NX3 for Designer", July-Nov, 2007, at Fr.CRCE, Bandra, Mumbai, India Graduate Thesis Guided (Name of student, (Year), Thesis Title 1. Aziz Patvegar,(2007),"CAD Surface Creation using Carpeting Technique" 2. Manoj Palsodkar,(2009),"Manufacturing System Simulation using ARENA to Improve Throughput" 3. Milind Kirkire,(2009),"Design Automation using Knowledge based Parametric Approach" 4. Bhunesh Kumar,(2009),"Design of Indirectly Heated Cathode for EB-PVD System" 5. Vaibhav Hase,(2009), "Feature Recognition from STL file" 6. Vipul Shinde, (2010), "Application of Finite Element Simulation for the Design & Optimization of Forging Process Parameters to Manufacture a Crank Shaft" 7. Pravin Patil, (2011), "Design and development of indirectly heated cathode for non-uniform heat flux 8. Vijay Agale, (2011), " CFD Modeling of EB-PVD of Yttrium oxide (Y2O3 ) Coating" 9. Sonal Sali, (2010), " Design and Analysis of Solid & hollow impellers for Aero Engine Applications 10. Tushar Takwale, (2011), "FEA based Analysis & Optimization of Duct Frequency & Support Locations 11. Deepak Patil, (2011), "Inverse Kinematics Solutions of Robotic Arm using Adaptive Neuro Fuzzy Inference System" ************************************** 4

Skills

ANSYS, approach, AutoCAD, Automation, CAD/CAM, CATIA, CNC, conferences, Controller, Engineering Design, Experiment, Government, Drawing, Lathe, Lecturer, Machining, Materials, Mechanical, Mechanical Engineering, Mentor, 2000, Modeling, network, organizing, PLC, Pro-Engineer, Procurement, Programming, Robotics, robotic, Scheduling, seminars, simulation, Teaching, Trainer, Unigraphics, workshops

Resume Overview

School Attended

Ph.D , Nanoengineering, North Carolina A&T University
Indian Institute of Technology, Madras

Job Titles Held:

Assistant Professor in Mechanical Engineering
Lecturer in Production Engineering
Lecturer in Mechanical Engineering
Research Assistant

Degrees

Graduate : Spring 2016
M.Tech : Manufacturing Engineering , 2002
B.E : Mechanical Engineering
Government Engineering College, Aurangabad,2000, First Class Teaching Interests Computer Integrated Manufacturing, Robotics and Automation, Composite Materials

Assistant Professor in Mechanical Engineering Resume Example

Resume Score: 90%

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