Improved AI system reliability by 40% through structured evaluation, feedback, and A/B testing of machine learning outputs.

provided detailed feedback on AI outputs, ensuring alignment with predefined quality benchmarks and contributing to a 35% reduction in output errors, ultimately improving overall system reliability and user satisfaction.

Ensured cultural and contextual accuracy by providing natural language corrections, while proactively flagging toxicity, bias, and hallucinations to support responsible AI development

Designed and optimized the Oshwal College website, boosting search ranking by 25% and increasing student inquiries/traffic by 30% through SEO improvements and responsive design.

Lectured BTech and Bachelor's Computer Science courses improved students' comprehension of the foundations of both IT and computer science by 40%, which helped them perform better on tests and produce better projects

Managed and Maintained School Servers and website: By lowering latency and guaranteeing seamless operations across campus resources, proactive management and troubleshooting increased server uptime by 45%

Collaborated with the development team to deliver client websites using Framer and other no-code tools, achieving faster load times, higher responsiveness, and up to 20% growth in organic traffic through SEO-focused optimization.

Currently learning Framer, Webflow, and Shopify for no-code web design, focusing on responsive layouts, SEO optimization, and third-party integrations.

Increased student proficiency in machine learning, deep learning, and AI by 40% by delivering comprehensive training sessions, leading to higher course completion rates.

Enhanced course relevance by researching and designing training materials according to the course outline, improving curriculum alignment by 25%.

Delivered training on web technologies (CSS, JavaScript, React, and no-code design tools), helping students build responsive, functional websites resulting in a 20% increase in project desig quality.

Increased awareness and competency in cybersecurity and ethical hacking by 40% by delivering targeted training, resulting in a 25% reduction in security breaches in student projects.

Advanced understanding of data science concepts by 35% through focused instruction, leading to a 20% increase in student engagement and application of knowledge