SARAN J

Mobile: +91-770*******

E-Mail : adh7yr@r.postjobfree.com

LinkedIn : https://www.linkedin.com/in/saran-jayasankar-724278188 JOB OBJECTIVE

A Young and Vibrant Engineer looking for an opportunity to build my carrier in CAD/CAE field to utilize my knowledge and learn new things in dynamic environment and to progress professionally and personally.

SUMMARY

• Worked as a CAE trainee in Femlogic Technologies for 6 months.

• Excellent communication skill with good technical knowledge and problem-solving ability.

• Good Designing and Meshing skill.

• Perfect team player.

• Punctual person with learning attitude.

• Good in handling stress situations.

WORK EXPERIENCE

AUG 2019 – FEB 2020 : FEMLOGIC TECHNOLOGIES PVT LTD., CHENNAI Position: Computer Aided Engineer, Trainee

SOFTWARE SKILLS

• AutoCAD (v2015)

• Solidworks (v2018)

• Hypermesh (v2014)

• Abaqus (v2019)

COURSES COMPLETED

• Geometric Dimensioning and Tolerancing (GD&T) in Linkedin Learning (SEP 2020)

• Autodesk Certified User: AutoCAD from Autodesk (Feb 2017)

• Solidworks Complete Course in Udemy (Nov 2020)

PROJECTS EXECUTED:

2D COMPONENTS:

SHEETMETALS – REINFORCEMENT DOOR - Tool Used: HyperMesh Description:

• After Importing Geometry, its clean-up was done. Extracting mid-surface from the geometry by manual mid-surface extraction method. After generating manual mid-surface again re- correcting the mid surface errors and connecting the surfaces which are not connected. As soon as mid-surface is ready mixed mesh was carried out on the component of element size as 4. First mesh is carried out from complicated region that is from narrow portion. After that quality-check is done on the meshed portion.

OTHER SHEETMETAL COMPONENTS: Glove Box, Roof Member PLASTIC COMPONENTS - PILLARS (B, D & Q) MODEL - Tool Used: HyperMesh Description:

• After Geometric clean-up was done. Extracting mid-surface from the geometry by auto mid- surface. After generating mid-surface again re-correcting the mid surface errors. As soon as mid- surface is ready mixed mesh was carried out on the model of element size 3. First mesh is carried out with complicated region like dog house features and rest of the component is followed the meshed flow. After that quality-check is done on the meshed portion. 3D COMPONENTS:

TETRA MESH - PISTON BLOCK – Tool Used: Hypermesh

Description:

• After Importing the Geometry, the dimension of the component was analysed and component was studied carefully. Then Geometry clean up was done. After this the skin mesh was carried out using Trias and R-Trias. Initially the mesh was carried out in critical regions. After this quality-check is done on the entire component. After this tetramesh was executed and chord deviation was checked.

OTHER TETRA MESH COMPONENTS : Four Wheeler Axle, Crank Housing, Turbine Blade HEXA MESH - ARM BRACKET - Tool Used: Hypermesh

Description:

• After Importing the Geometry, the geometry must be analysed quickly about that component and the skin mesh was carried out in quad element only. Then using solid map option the skin mesh was carefully draged to the other lines or surface to get the 3D Solid map. Finally the edge deviation and free edges are checked and if there any mistakes to be found. It will be resolved using equvalance option.

OTHER HEXA MESH COMPONENS: Solid Map

ACADEMIC PROJECTS AND TRAINING

Mini Project

Design and Fabrication Of Solar Water Pump

Area: Manufacturing Technology Role: Leader

Main Project

Analysis of Natural Composites

Area: Manufacturing Technology Role: Leader

EDUCATION

2015 – 2019 Bachelor of Engineering, Mechanical

Dhanalakshmi Srinivasan Engineering College, Perambalur with 71% 2013 – 2015 Higher Secondary Certificate (HSC) (12TH Grade)

St. Antony’s Matric Higher Sec School with 76%

2012 – 2013 Secondary School Leaving Certificate (SSLC) (10th Grade)

St. Antony’s Matric Higher Sec School with 91%

DECLARATION

I hereby declare that the above mentioned details are true and correct to the best of my knowledge. Place: Chennai

Date:

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