•Investigated Reversible Computation with an Axiomatic Approach: Contributed to the project by examining reversible computation through an axiomatic framework. This involves formalizing a framework that defines the reversibility of computational processes.•Worked on Reverse Engineering Project: Engaged in reverse engineering to understand and analyze how existing systems or algorithms operate and are designed.•Detailed Study of Automata and Graph Theories: Acquired in-depth knowledge of automata and graph theories. This includes understanding mathematical and theoretical foundations to model and analyze the behavior of systems and algorithms.

•Artificial Intelligence Mastery: Gained in-depth understanding of AI concepts and their practical applications.•Customer Segmentation: Create a project on customer segmentation using an advanced unsupervised learning algorithm developed by MIT, enhancing skills in clustering and market analysis.•Natural Language Processing: Completed a project analyzing the emotions in people’s comments, demonstrating proficiency in NLP techniques and sentiment analysis.

•Time Series Forecasting: Developed predictive models for energy prices and power generation, utilizing time series analysis techniques.•Data Insights: Analyzed operational data to gain insights into plant operations, control automation, and electricity generation.•Domain Knowledge: Acquired understanding of the contribution of jet engines to power generation and the overall energy market.•Automation & Control: Learned about control automation systems, enhancing my ability to work with data in industrial settings.•Energy Sector Experience: Gained practical experience in the energy sector, with a focus on data-driven decision-making and sales analytics.