▪Integrating environmental and social considerations into engineering solutions.▪Ensuring efficient resource utilization and minimizing environmental impact.▪Conduct economic analyses on the adoption of advanced materials▪Lead a materials informatics project utilizing data-driven approaches▪Revolutionize supply chains by applying a business economics perspective to materials sourcing and logistics.▪Developing strategies to promote circular economy principles within industrial processes▪Develop and execute strategic business development initiatives for advanced surface coatings.▪Conduct lifecycle analyses of sustainable joining technologies▪Implement strategic initiatives while managing financial resources effectively▪Conduct market analyses and gather competitive intelligence in the advanced materials market.▪Designing waste water management system▪Provide executive leadership as the Lead Engineer.

-Conducted thorough analyses of materials, and operating conditions to identify potential corrosion risks.-Developed corrosion prevention and mitigation strategies tailored to specific applications.-Utilized state-of-the-art testing techniques s to assess the durability of corrosion protection measures.-Collaborate with internal and external stakeholders to design and optimize corrosion-resistant coatings, inhibitors, cathodic protection systems

-Heat Treatment Expertise to Ferrous alloys ensuring optimal mechanical properties and durability.-Microstructure Optimization of Ferrous Alloys to enhanced product strength and reliability.-Process Innovation for continuous improvement in product quality and manufacturing efficiency.-Data-Driven Decision Making proficiency in data analysis and interpretation for performance optimization.-Root Cause Analysis to Investigate and troubleshoot metallurgical issues or inconsistencies in materials.

-Performed Non-Destructive Testing (NDT) on welded components for Oil and Gas Pipelines.-Conducted thorough assessments of welded components and identified defects (ASME sec.5)-Participate in welding process optimization by providing insights into the impact of welding techniques on NDT outcomes-Interpretation for NDT results, with the ability to identify and classify defects in welded components.-Familiarity with NDT equipment operation, calibration, and maintenance.

-Conducted a failure analysis investigations on maraging steel vessels to identify root causes of failures and defects.-Participate in design reviews and provide input to engineering teams to ensure potential failure modes.-Conducted in-depth research on carbon epoxy composite materials, focusing on the optimization of fiber angular orientation for enhanced mechanical properties.