Frontend Developer | React.js Enthusiast | UI/UX Design
I build clean, responsive, and user-friendly web interfaces with a focus on modern design, functionality, and great user experiences.
Hi, I'm Devang Kashyap, a Computer Science Engineering student at Parul University with a strong interest in Frontend Development and UI/UX Design.
I enjoy transforming creative ideas and Figma designs into interactive web experiences. I have hands-on project experience with React.js, Python, and Flask, including developing full-stack applications and interactive dashboards.
I'm passionate about learning modern web technologies, creating intuitive user interfaces, and building digital products that solve real-world problems.
Currently, I'm strengthening my frontend development skills and exploring new ways to combine design and technology to create better user experiences.
2023-2027
Parul University

An AI-powered interview preparation platform designed to help students and job seekers improve their interview skills. The application provides AI-based mock interviews, resume analysis, personalized feedback, and an interactive dashboard to support interview preparation.
Users can practice interviews, analyze their resumes, receive feedback on their performance, and improve their technical and communication skills through an intuitive and responsive web interface.
EntropyCrack is a password security analysis tool designed to evaluate password strength, identify vulnerabilities, and demonstrate real-world password attack techniques.
The application analyzes password complexity and entropy, generates passwords based on customizable security requirements, and simulates dictionary-based and brute-force attacks. It also includes an interactive dashboard to visualize password security risks and provide insights into credential strength.
The project combines cybersecurity concepts, Python development, and UI dashboard design to make password security analysis more understandable and interactive.
Secure Encryption Suite is a Python-based cryptographic application designed to protect sensitive information through secure data encryption and decryption. The project implements symmetric AES and asymmetric RSA encryption techniques to provide data confidentiality and demonstrate practical cryptographic operations.
It includes encryption and decryption workflows, error handling, and performance comparisons between AES and RSA, helping users understand different encryption approaches and their security trade-offs.