Advanced Fuel Ignition Risk Prediction System (M.Tech Capstone Project)
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Summary
Developed a hybrid machine learning system to predict the minimum ignition energy of hydrocarbons, crucial for enhancing process safety in oil & gas operations.
About
Highly versatile HSE professional with an M.Tech in Industrial Safety & Engineering, specializing in risk assessment, HAZOP studies, and AI-driven safety solutions. Proven ability to enhance workplace safety through predictive modeling, hazard analysis, and adherence to rigorous safety standards. Eager to leverage data analytics and digital tools to drive proactive risk mitigation in high-risk industries, including oil & gas and manufacturing, with immediate availability for relocation to the UAE.
Work
The Fertilisers and Chemicals Travancore Limited
|Industrial Safety Intern
Ernakulam, Kerala, India
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Summary
Led comprehensive HAZOP studies and developed critical safety control measures during an industrial safety internship at a leading chemicals manufacturer.
Highlights
Conducted a comprehensive HAZOP study on a cyclohexane oxidation reactor, identifying critical pressure control hazards in air inlet systems to enhance operational safety.
Performed detailed fault tree and event tree analysis, proactively preventing potential pressure buildup scenarios and mitigating risks of temperature excursions and system failures.
Developed robust safety control measures, including redundant pressure monitoring systems and operator training protocols, to bolster process safety and compliance.
The Ramco Cements Limited
|Industrial Safety Intern
Virudhunagar, Tamil Nadu, India
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Summary
Gained practical insights into emergency response and conducted on-site risk assessments during an industrial safety internship at a major cement production facility.
Highlights
Operated and familiarized with diverse safety equipment and fire suppression systems, gaining critical practical insight into emergency response tools and protocols.
Conducted on-site risk assessments and hazard identification in high-temperature, high-pressure operations, contributing to a safer working environment.
Applied theoretical knowledge to real-world industrial settings, enhancing understanding of safety protocols and emergency preparedness.
Volunteer
Sidhantha '23 Tech Fest
|Department Coordinator
Kollam, Kerala, India
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Summary
Coordinated a major technical festival, overseeing event organization and volunteer management.
Highlights
Led a team of 15 volunteers to successfully organize over 10 technical events, increasing overall participation by 200+ attendees.
Managed logistics and coordination for various events, ensuring smooth execution and positive participant experience.
National Service Scheme (NSS)
|Volunteer
Kollam, Kerala, India
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Summary
Led community-focused initiatives, including blood donation drives and sustainability programs.
Highlights
Led successful blood donation drives and sustainability programs, directly benefiting over 50 community members.
Organized and participated in various social outreach activities, demonstrating strong commitment to community welfare.
Education
TKM College of Engineering, APJ Abdul Kalam Technological University
Kollam, Kerala, India
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Master of Technology
Industrial Safety and Engineering
Bishop Jerome Institute, APJ Abdul Kalam Technological University
Kollam, Kerala, India
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Bachelor of Technology
Mechanical Engineering
Languages
English
Malayalam
Certificates
International General Certificate in Occupational Health & Safety, NEBOSH
Issued By
NEBOSH
Essentials of Fire Safety Inspection, ITCILO
Issued By
ITCILO
Fire Safety Management, ITCILO
Issued By
ITCILO
Safety and Risk Analytics, NPTEL
Issued By
NPTEL
Diploma in Data Science, STED Council
Issued By
STED Council
Skills
HSE & Safety Tools
HAZOP Studies, HIRA, JSA, Fault Tree Analysis, Event Tree Analysis.
Software & Data Tools
ALOHA, Python, Data Analysis, Predictive Modelling, MS Office Suite.
Soft Skills
Project Management, Team Leadership, Cross-functional Collaboration.
Interests
AI in Process Safety
Digital Safety Solutions
Sustainable HSE Practices
Projects
AI Powered Disaster Prediction Framework (M.Tech Mini Project)
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Summary
Engineered an AI-powered framework for predicting natural disasters, with a focus on tsunami prediction and early warning systems for coastal industrial facilities.
Automated Ergonomic Safety Assessment System (M.Tech Mini Project)
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Summary
Built an automated system for ergonomic safety assessment using MediaPipe technology to improve workforce protection.
Advanced Multiphase Flow Detection System (B.Tech Project)
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Summary
Designed innovative electrode configurations for two-phase void fraction sensors to enhance pipeline safety monitoring.