Hello! I'm Rudra.

I am a third-year Industrial and Production Engineering student at Shahjalal University of Science and Technology (SUST), Sylhet, Bangladesh. My academic journey has been defined by a deep passion for the intersection of technology, engineering, and creativity. I thrive in environments where innovation meets practical application, and I'm constantly exploring how emerging technologies can solve real-world problems and improve people's lives.

My interests span across multiple domains of engineering and technology. I'm particularly fascinated by robotics, where mechanical systems meet intelligent control algorithms to create autonomous solutions. From building line-following robots with precision PID control to developing IoT-enabled smart devices, I love the challenge of bringing ideas from concept to working prototype. The Internet of Things has opened up incredible possibilities for connected devices, and I've been fortunate to work on several projects that leverage wireless communication, sensor networks, and cloud integration to create intelligent systems.

Web development is another area where I've invested significant time and effort. I believe that great engineering solutions need equally great interfaces to reach their full potential. Whether it's building responsive websites using modern frameworks like React and Node.js, or crafting backend systems with Python and Flask, I enjoy the full stack development process. The ability to create seamless user experiences while managing complex data flows is both challenging and rewarding.

Beyond the technical skills, I'm driven by a problem-solving mindset that draws from my industrial engineering background. Understanding production systems, optimizing workflows, applying operations research techniques, and ensuring quality control are all part of my toolkit. This interdisciplinary approach allows me to see projects from multiple perspectives—not just as technical challenges, but as opportunities to create efficient, scalable, and impactful solutions.

My career goal is to become a versatile engineer who can bridge the gap between traditional industrial processes and cutting-edge technology. I envision myself working on projects that combine automation, artificial intelligence, and sustainable engineering practices to address global challenges. Whether it's developing assistive technologies for people with disabilities, creating smart systems for renewable energy, or building innovative solutions for industrial automation, I want to make a meaningful impact through engineering excellence.

When I'm not immersed in coursework or project development, you'll find me tinkering with electronics in my home lab, participating in robotics competitions with my university club, or exploring the latest developments in cybersecurity and machine learning. I'm also an active member of the SUST Innovation Hub, where I collaborate with fellow students on startup ideas and innovation challenges. Learning is a lifelong journey for me, and I'm always eager to acquire new skills, whether through online courses, technical workshops, or hands-on experimentation.

I believe in the power of collaboration and open-source contribution. Many of my projects are available on GitHub, where I share code, document my learning process, and contribute to the broader developer community. This portfolio website itself is a reflection of my commitment to continuous improvement and sharing knowledge with others.