Ancy Antony

Background

About Ancy Antony

I am a dedicated and passionate 2023 graduate with a background in Sustainable Engineering and Electrical and Electronics Engineering. My expertise lies in energy management, sustainable development, and technological solutions for a greener future. With a Master of Science in Sustainable Engineering: Energy from Nottingham Trent University and a Bachelor of Engineering in Electrical and Electronics Engineering from APJ Abdul Kalam Technological University, I have gained a solid foundation in my field. During my Masters program, I focused on addressing energy system challenges and studying sustainable energy management techniques. I developed skills in cash flow analysis, carbon footprint reduction, and sustainable development. In my bachelor's program, I honed my communication and teamwork skills through assessed presentations and group projects. I have consistently demonstrated good time management and the ability to balance academic and non-academic activities. In addition to my educational background, I have practical experience as a Professional Coding Instructor at WhiteHat Jr. In this role, I taught JavaScript to International and Indian students, specializing in game, app, and website development. My client-facing role allowed me to develop leadership, problem-solving skills and provide excellent customer service. I received certifications in various domains demonstrating my commitment to professional growth and staying updated with the latest industry trends. In terms of technical skills, I have proficiency in Microsoft Word, Excel, and PowerPoint, as well as a basic knowledge of C programming, AutoCAD, JavaScript, Python, ANSYS Granta, RET Screen, and OpenFOAM. My academic projects have allowed me to apply my skills and knowledge in practical settings. For example, my bachelor's project focused on the design and implementation of a switched Z-source DC-AC inverter for PV applications, addressing various technical challenges. In my master's project, I conducted a comprehensive analysis of carbon capture, utilization, and storage (CCUS) technology, exploring its potential for reducing CO2 emissions and contributing to sustainable building materials. I am a proactive professional who is passionate about leveraging my skills and knowledge to contribute to a sustainable and greener future. I am excited about opportunities to collaborate with like-minded individuals and organizations to drive positive change in the energy and sustainability sectors. If you would like to connect or discuss a potential job opportunity, please feel free to connect.