JITHIN TOM JAMES

CAREER OBJECTIVE:

I look forward for an experience which is both intellectually and professionally valuable. I would like to grow as a professional and will prove myself to be beneficial to the organization and being an asset of the firm.

FEA SKILL HIGHLIGHT:

Proficient in FE modeling and simulation of automotive components by using advanced CAE tools like Hypermesh, Optistruct, LS-Dyna, Ansys Workbench and Seating system design using LS-Dyna.

WORK EXPERIENCE:

1. Intern (Online), Simulation Lab, Pune, Maharashtra. May 2020 - July2020

A contra rotating propeller for optimizing thrust. (Solid Works and Ansys) 2. Intern, Techzilon Training Solutions, Bangalore, Karnataka. Nov 2019 – Dec 2019

Meshing and crash analysis of an electronic sensor device. (1 months)

Experience in analysis of stress and strain effect on mechanical structure.

Meshing of cellular phone using auto meshing techniques for drop test.

Drop test of the meshed cellular phone model using Radioss FEA MODELING PROJECTS:

1. Project Title: FE modeling of plastic component with dog house. Tool Used: Hypermesh (Optistruct-solver)

Description:

Extraction of mid surface and performing geometry cleanup to remove unnecessary surface fillets, edge fillets and free edges.

Performing a 2D mixed mesh and checking if for connectivity and 2D quality.

Assigning midmesh thickness and checking the thickness properties.

Learned to perform manual mid mesh without creating mid surface. 2. Project Title: Coupled thermal analysis of tube with hot air at 500 0

C.

Tool Used: Hypermesh (Optistruct-solver), HyperView (post-processor) Description:

Create geometry and mesh it with 3D hexa mesh.

Create material and assign properties to those materials.

Performing steady state thermal analysis and coupling it with linear static analysis to find the behavior of the component under thermal loading. 3. Project Title: Modal analysis and crash test of bike chassis. Tool Used: Hypermesh (meshing) and Ansys (analysis). M.Tech in Thermal Power

Engineering.

Phone: +918*********

E-mail: adh75z@r.postjobfree.com

LinkedIn:

http://www.linkedin.com/in/jithin-

tom-james-83bb09121

Current Address :

Dhayari Phata

Benkar Nagar

Pune

Maharashtra

Willing To Relocate Pan India

4. Project Title: Light alloy wheel impact test

Tool Used: Solid works and LS-Dyna

Description:

Created model using Solid works and meshed in LS-Dyna

Wheel is placed at an angle of 13

0

Vertical and a striker is placed above it at a distance of 230mm.

Using LS-Dyna post processor we checked the amount of visible fracture(s) penetrate through a section of a centre member of the wheel assembly and checked whether the centre member separates from the rim.

5. Project Title: Quasi-static analysis on automotive vehicles – rear underrun protective device Tools Used: Solid works (modeling) and LS-Dyna (solver) Description:

Imported model and meshed using LS-Dyna

Assigning materials, property definition and load is applied at different position of RUPD.

Using LS-Dyna post processor we checked how RUPD resists the longitudinal forces applied. 6. Project Title: Modal analysis of grappler arm.

Tool Used: Hypermesh (Optistruct-solver), HyperView (post-processor) Description:

Performing geometry cleanup to remove unnecessary surface fillets, edge fillets and free edges.

Meshing the components using 1D, 2D (Mid-surface meshing) and 3D elements and maintaining connectivity using 1D connectors (bolts and rigids).

Assigning linear isotropic material and Solid property to the components.

Performing Free-Free and Constrained Modal analysis to extract the first 15 modes using Real Eigen Value Lanczos Method.

Post processing and interpreting the results.

Learned about assembly mesh.

Seating System Design Using LS-Dyna.

ECE R17 Head restrain performance test.

ECE R14 Seat belt anchorage test

ECE R94 Frontal collision

ECE R21 Head impact

ACADEMIC PROJECTS:

1. Numerical analysis of fuel spray angle and swirl ratio on the emission reduction characteristics in a diesel engine.

Numerically Simulated and analyzed how spray angle and the swirl ratio affects in emissions in diesel engine and choose the best spray angle and the swirl ratio for the proper combustion and thereby reduces the emission.

Software’s- STAR- CD v-4.20, Solid Works.

2. CFD Analysis of an aircraft delta wing.

Analysis of the lift and drag coefficient by changing the mesh element and attack angle.

Software’s- Ansys v-15.

CERTIFICATE TRAINING:

1. LS-Dyna July 2020

2. Simcenter Star CCM+ May 2020

3. Matlab Onramp (Beginner) April 2020

4. Master Diploma in Computer Aided Engineering from Techzilon Oct 2019 Training solution, Bengaluru, Karnataka.

5. PG. Diploma in Process Piping Engineering as per ASME B 31.3 Aug 2016 ACADEMIC QUALIFICATION:

Course School/College Specialization Year of Passing Percentage/ CGPA

M.Tech Mar Athanasius

College of

Engineering, Kerala

Thermal Power

Engineering

2018 8.12

B.Tech Loyola Institute of

Technology and

Science, Tamil Nadu

Mechanical

Engineering

2016 7.31

Higher

Secondary

St. Mary’s HSS,

Kerala

2012 76%

Tenth-High

School

St. Mary’s HSS,

Kerala

2010 80%

SOFTWARES:

LS-Dyna STAR-CCM+ Hypermesh

SolidWorks Ansys Workbench

RESEARCH, PUBLICATIONS:

Numerical Analysis of Fuel Spray Angle on the Emission Reduction April 2018 Characteristics in a DI Diesel Engine

International Research Journal of Engineering and technology, Volume 5, Issue 4, e-ISSN: 2395-0056, p-ISSN: 2395-0072 LANGUAGES:

Malayalam (Mother Tongue), English (Fluent), Hindi

(Conversational), Tamil (Conversational)

PERSONAL PROFILE:

Date of birth : 14-11-1994

Gender : Male

Marital status : Single

Father’s name : James V Samuel

Permanent address : Vazhathottathil, Sagara 30\1,

Kudappanakunnu,

Thiruvananthapuram, Kerala, India

Pin Code-695043

I hereby declare that all the details furnished here are true to the best of my knowledge Jithin Tom James Date: 24-11-2020

Pune

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