Electrical Engineering Student specializing in AI, IoT, and Embedded Systems. Building scalable hardware-software solutions.
I am an Electrical Engineering student driven by a curiosity for how systems work at the intersection of hardware and software. My approach to engineering is grounded in first principles thinking breaking down complex problems into fundamental constraints to design efficient, scalable solutions.
Currently, my research and development interests focus on Smart Energy Systems and Edge AI. I believe that the future of efficiency lies in intelligent distributed systems that can operate autonomously in real-time.
When I'm not prototyping circuits or writing firmware, I am analyzing data to validate models or contributing to open-source engineering tools.
Traditional artisans lacked a scalable digital platform to reach a global audience, limiting market expansion.
Developed a high-performance modern gallery website with optimized asset loading and SEO strategies to showcase local craftsmanship globally.
Practicum management was decentralized, making it difficult for students to access modules, schedules, and coding resources efficiently.
Engineered a centralized academic portal serving students and lecturers, featuring module distribution, real-time schedules, and an integrated coding learning platform.
Grading system was decentralized, making it difficult for students to access modules, schedules, and coding resources efficiently.
Engineered a centralized academic portal serving students and lecturers, featuring module distribution, real-time schedules, and an integrated coding learning platform.
An IoT-based smart farming system powered by renewable energy sources is developed to support sustainable agricultural practices. The system utilizes low-power communication and adaptive energy management to monitor agricultural conditions efficiently. This approach demonstrates how smart farming technologies can reduce energy consumption while maintaining reliable data transmission in rural environments.
This work presents a carbon capture concept based on sodium hydroxide (NaOH) combined with IoT technology to support environmental sustainability. By enabling continuous monitoring and data-driven evaluation of the CO₂ absorption process, the system contributes to the development of more effective and technology-assisted carbon capture solutions.
Assisting in laboratory operations, including equipment maintenance, sample preparation, and data analysis.
Developing and maintaining websites for clients.
Focus: Embedded Systems, Control Systems. GPA: 3.8/4.0
I am currently open to internship opportunities and collaborative research projects. Use the following channels for communication.