Sreejith Surendran Nair

-Contributed to the development of sustainability initiatives aimed at reducing carbon emissions and optimizing fuel consumption across SunExpress operations. -Conducted research and analysis on Sustainable Aviation Fuel (SAF), assessing its financial impact, regulatory developments, and potential benefits for the airline’s sustainability strategy. -Supported compliance with environmental regulations, including the integration of SAF and carbon offset solutions, ensuring alignment with industry standards and SunExpress’ environmental goals. -Collaborated with cross-functional teams to embed sustainability into operational processes and internal communications, promoting a company-wide culture of environmental accountability. -Helped prepare sustainability reports and data-driven presentations, sharing progress and insights with key stakeholders and supporting SunExpress' transparency in environmental impact.

On site internship for 15 days

-Comprehensive study of renewable energy sources including solar, wind, hydrogen, and biofuels, focusing on their role in the energy transition. -Advanced technical knowledge of fuel cells and battery technologies, exploring their integration into sustainable energy systems. -Life Cycle Assessment (LCA) expertise using Umberto software, evaluating environmental impacts of various energy solutions. -In-depth analysis of energy policies, sustainability strategies, and regulatory frameworks to align technological advancements with climate goals. -Hands-on projects and case studies applying engineering principles to real-world renewable energy challenges.

-Gained comprehensive understanding of core engineering principles: thermodynamics, fluid mechanics, materials science, and mechanical design. -Strong problem-solving skills, with the ability to analyze complex engineering issues and develop effective solutions. -Developed technical proficiency in CAD software (AutoCAD, SolidWorks)and MATLAB. -Acquired hands-on experience through internships, applying theoretical knowledge to real-world engineering challenges. -Proficient in programming languages such as Python for engineering applications. -Collaborated with multidisciplinary teams, enhancing teamwork and communication skills.