Building Future Developers: Full Stack Web Development with AI Internship for E.M.G. Yadava College for Women

At Pydun Technology, we are passionate about introducing students from diverse academic backgrounds to the power of technology. On 14th May 2025, we launched an enriching 30-hour internship on Full Stack Web Development with AI, designed specifically for 21 B.Sc. Mathematics students from E.M.G. Yadava College for Women.

This internship served as a gateway for mathematics students to step into the world of technology by learning how to build complete web applications and understand the role of artificial intelligence in modern development. The curriculum introduced participants to essential technologies such as HTML, CSS, JavaScript, Bootstrap, Python (Flask) and SQL, alongside beginner-friendly AI applications like form automation, smart predictions, and chatbot logic.

The sessions were structured to help students with no prior coding experience. Each concept was taught from the ground up through hands-on activities, live demonstrations, and guided assignments. Students learned how the logic and problem-solving skills they develop in mathematics can translate into effective programming practices.

One of the highlights was the mini-project development phase, where students applied their learning to build functional, responsive web pages with intelligent features. It was inspiring to watch them bring their ideas to life—transforming classroom theory into real-world applications with the support of mentors.

The enthusiasm, adaptability, and focus displayed by the participants were commendable. They not only embraced new technologies but also displayed creativity and determination in solving challenges. Faculty members appreciated the practical nature of the training and its alignment with current tech industry needs.

We are proud to have enabled this first step into the tech world for these aspiring young women and look forward to continuing our mission of fostering innovation and skill development through impactful academic-industry collaborations.