Summary
Work History
Education
Skills
Timeline
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LOGESHWARAN SUBRAMANIAM

LOGESHWARAN SUBRAMANIAM

Mechanical Engineer
Tirupur,TN

Summary

Dynamic engineering intern with hands-on experience at Kavitha Engineering, excelling in the design and optimization of injection molds. Proven ability to collaborate effectively and communicate technical concepts, while applying critical decision-making skills to enhance product reliability. Passionate about developing innovative solutions, demonstrated through successful projects in solar still design and advanced welding techniques.

Work History

Intern

Kavitha Engineering
  • Gained hands-on experience in the design, development, and production processes of mechanical components, with a particular focus on moldings.
  • Assisted in the design and testing of injection molds, learning to analyze and optimize mold designs for efficiency and cost-effectiveness.
  • Participated in quality control inspections and understood the importance of precision in the molding process to ensure product reliability.

Intern

Royal Enfield Service Centre
  • Gained practical experience in the mechanical department, focusing on the maintenance, repair, and servicing of Royal Enfield motorcycles.
  • Assisted in diagnosing mechanical issues, performing routine inspections, and troubleshooting engine components to ensure optimal performance.
  • Gained exposure to the logistics of parts ordering, inventory management, and ensuring that the mechanical department operated efficiently.

Project

Design and Fabrication of Solar Still
  • Successfully designed and developed a solar still system aimed at purifying saline or contaminated water using solar energy through evaporation and condensation processes.
  • Applied principles of thermodynamics and heat transfer to maximize water output efficiency by optimizing the angle, material selection, and insulation of the still.
  • Presented findings to faculty and peers, strengthening technical communication and presentation skills.

Project

Joining Methods for 3D Printed AlSi10Mg:FSW Vs.TIG
  • Conducted a feasibility study to join 3D printed AlSi10Mg alloy using Friction Stir Welding (FSW) and Tungsten Inert Gas (TIG) welding techniques.
  • Analyzed joint strength, microstructure, and defects to compare the performance of both welding methods.
  • Provided recommendations for optimal joining techniques for additive-manufactured aluminum components.

Education

Bachelor of Engineering - Mechanical Engineering

KPR Institute of Engineering And Technology
Coimbatore, India
04.2001 -

HSC -

Cambridge Matric Higher Secondary School
Tirupur, India
04.2001 -

SSLC -

Cambridge Matric Higher Secondary School
Tirupur, India
04.2001 -

Skills

Strong communication and interpersonal skills

Timeline

Bachelor of Engineering - Mechanical Engineering

KPR Institute of Engineering And Technology
04.2001 -

HSC -

Cambridge Matric Higher Secondary School
04.2001 -

SSLC -

Cambridge Matric Higher Secondary School
04.2001 -

Intern

Kavitha Engineering

Intern

Royal Enfield Service Centre

Project

Design and Fabrication of Solar Still

Project

Joining Methods for 3D Printed AlSi10Mg:FSW Vs.TIG

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LOGESHWARAN SUBRAMANIAMMechanical Engineer