Welcome to my GitHub profile! I'm a passionate Mechanical Engineering student dedicated to solving real-world challenges through engineering principles, data analysis, optimization, and automation. This space showcases my projects, skills, and commitment to building impactful, data-driven solutions. ✨

I'm a driven student with a focus on applying computational modeling, optimization techniques, and automation to tackle complex problems in engineering and beyond. My projects blend technical expertise with practical applications, from designing automated systems to optimizing logistics and manufacturing processes. I'm always eager to learn, collaborate, and contribute to innovative solutions! 💡

I bring proficiency in a diverse set of tools and technical domains:

• Programming & Scripting: Python (data analysis, optimization, web apps), MATLAB (simulations, engineering analysis) 🐍
• Optimization & Data Analysis: Integer Linear Programming (ILP), Linear Programming, TSP heuristics, statistical analysis, data-driven strategies 📊
• Engineering Software: SolidWorks (CAD), Ansys (FEA, CFD, thermal analysis), MATLAB (modeling, simulation) 💻
• Automation & Control: PLC-controlled systems, real-time monitoring 🤖
• System Design & Analysis: Computational modeling, fluid dynamics, production planning, supply chain optimization, logistics 📈
• Web Development: Streamlit (interactive applications) 🌐

Here’s a snapshot of my work, showcasing practical applications of my skills:

• Automated Monitoring Systems: Built intelligent chatbots for real-time data notifications and process automation, streamlining operational workflows. 💬
• Computational Simulations: Developed engineering tools to model complex physical phenomena, such as shockwave dynamics in fluid systems. 🌊
• Operational Optimization: Created web-based applications using advanced algorithms to boost efficiency and profitability in manufacturing and logistics. 🏭

Explore my repositories to see these projects in action and discover how I combine engineering and data-driven approaches to solve real-world problems!