HILDA CATHERIN RATHINARAJ

Seeking an entry-level position in the field of Mechanical Engineering or Sustainable Energy Engineering where I can apply my knowledge in renewable energy systems, hydrogen technologies, and energy analysis. I aim to contribute to innovative and sustainable engineering solutions while developing my technical and professional skills in a growth-oriented organisation.

• Autodesk Fusion 360 Integrated CAD/CAM/CAE – Autodesk
• Getting Started with AWS Machine Learning – AWS
• Understanding Research Methods – University of London
• Solar Cell – Technical University of Denmark
• Hydro, Wind & Solar Power: Resources, Variability and Forecasting – Institut Polytechnique de Paris
• Stanford Introduction to Food and Health – Stanford University
• AutoCAD Training Certification – Autodesk
• Become an Expert in Data Analytics Using Microsoft Excel – Microsoft
• PowerPoint Presentation – Microsoft
• Introduction to Dashboard – Microsoft
• Introduction to Macros/VBA – Microsoft
• Power Excel Workshop – Microsoft

• National Webinar on Technological Innovation and Academic-Industry Collaborations, Mohamed Sathak A.J. Engineering College.
• Webinar on Welding of Nickel-Based Super Alloys, KRP Institute of Engineering and Technology.
• Auto Quiz Competition, MECHBIX, AAA Engineering College.
• Conference on Emerging Technologies in Energy Devices and Functional Biomaterials, Kongu Institute of Technology.

• Mechanical Design
• Renewable Energy Systems
• Manufacturing Technology
• Artificial Intelligence Applications
• Renewable Energy Technologies (Solar, Wind, Hydrogen, and Bioenergy Systems)
• Energy Storage, Smart Grids, and Sustainable Power Systems
• Energy Efficiency, Carbon Reduction, and Environmental Sustainability
• Energy Economics, Policy, and Project Management
• Sustainable Building Design and Energy Performance Analysis

• Design and Fabrication of Vertical Axis Wind Turbine Generator, Designed and developed a low-cost vertical axis wind turbine model utilizing a table fan motor and condenser for energy generation.
• Mechanical Properties and Additive Manufacturing Characteristics of Wire Arc Additive Manufactured Ti-6Al-4V Materials, Studied additive manufacturing techniques using titanium alloy materials and analyzed mechanical properties and material performance.
• Evaluation and Critical Comparison of Hydrogen Production Technologies for Renewable Energy Transmission, Evaluated hydrogen production technologies based on efficiency, cost, and sustainability.