Ayobami Tunwase
Frontend Web Developer
Summary
Detail-oriented web developer with 2+ years of experience building responsive and dynamic websites using a mobile-first approach. Proficient in Next.js, React.js, and Tailwind CSS, with a strong focus on performance and secure coding practices. Passionate about solving real-world software engineering problems and actively expanding expertise in cybersecurity to build safer, more resilient systems.
Experience
Cyberdata Foundation
Frontend Web Developer
Nov 2025 – Present
Remote
- Developed and maintained responsive web interfaces using React.js, TypeScript, and Tailwind CSS, improving page load speed by ~30% and accessibility for 500+ active users.
- Integrated the organisation's website with a Node.js and Firebase backend, enabling real-time data synchronisation and secure user authentication.
- Enhanced frontend security by implementing Zod for input validation and Shadcn UI for lightweight components, reducing XSS risk by 70% and decreasing codebase size by 25%.
MTN Nigeria
Information Technology Intern
Apr 2025 – Oct 2025
Lagos, Nigeria
- Led a 3-member frontend team to build a scalable UI with Next.js, Tailwind CSS, and Tanstack Query, optimising data fetching and overall responsiveness.
- Collaborated with a 23-member cross-functional software engineering team to design, develop, and deploy an intern onboarding platform that earned executive approval from the acting CIO.
- Prepared technical documentation and mentored team members, resulting in improved development efficiency and consistent code quality.
Education
University of Lagos
B.Sc. Computer Engineering (First Class)
Expected September 2026
Lagos, Nigeria
AltSchool Africa
Diploma in Cybersecurity
Mar 2025 – Mar 2026
Remote
Skills
Frontend
Backend & DB
Tools & Libraries
Projects
Implemented the frontend of an AI-powered web application using React.js, TypeScript, and Tailwind CSS to deliver structured gospel content.
Aug 2025
Developed and optimised an algorithm for IPv6 address compression using an efficient sliding window technique to achieve linear time complexity.
Apr 2024