Automation Engineer,Network Engineer, Data Analyst

I have hands-on experience working with AI tools and machine learning frameworks, particularly in implementing Convolutional Neural Networks (CNNs) for automation projects. In my capstone, I used ResNet-18 to classify terrain types and automatically adjust tire pressure—integrating AI with embedded systems for real-time control. Beyond technical implementation, I’m also proficient in crafting effective AI prompts for tools like ChatGPT, Claude, and Google’s Gemini (formerly Bard/Sonnet), allowing me to leverage generative AI for research, content development, and technical automation. My participation in AI-focused workshops and data science competitions has further strengthened my ability to apply AI in both engineering and analytical domains.

I have developed strong skills in prompt engineering, allowing me to effectively harness the capabilities of advanced AI models such as ChatGPT, Claude, and Gemini (Sonnet). I craft precise, context-aware prompts tailored for tasks ranging from technical problem-solving and documentation to creative content generation and automation scripting. Whether it's streamlining workflows, analyzing data, generating educational materials, or simulating engineering scenarios, I know how to structure inputs to elicit accurate, high-quality outputs. My experience with prompt engineering has become an essential tool in enhancing productivity and accelerating solution development across both engineering and research domains.

I apply AI automation not only in engineering systems but also in optimizing workflows for office and administrative tasks. My background includes developing intelligent systems that automate decision-making and repetitive processes—such as using machine learning models for real-time control and AI prompt engineering to streamline report generation, data analysis, and documentation. I’m proficient with tools like ChatGPT, Claude, and Gemini, which I use to automate email drafting, summarize technical content, generate project plans, and organize data-driven insights. This allows me to bring efficiency, accuracy, and scalability to both technical and administrative environments through smart automation.

I have strong experience in circuit design, both analog and digital, with practical skills in simulation, layout, and implementation. I've worked on projects involving sound intensity measurement, sensor integration, and low-power design, using tools like LTSpice, KiCad, and TinkerCAD for modeling and testing. My designs often bridge with embedded systems—such as building ADC-based audio monitoring circuits with digital signal processing and implementing microcontroller-based control systems. I take a methodical approach to circuit analysis, ensuring reliability, safety compliance, and optimal performance in real-world applications. This foundation supports my broader work in automation and intelligent electronics.