Position: Full Stack Developer Intern
Team: Production
Location: Bangalore, Karnataka (Remote)
Worked as a Full Stack Developer Intern at Varuna, where I reengineered the company website using HTML5, CSS3, and PHP, improving load speed and responsiveness. Built a serverless automation pipeline with Python, Google Cloud Functions, and the Gemini API to generate and publish AI-driven content on LinkedIn, reducing manual effort by 50%. Implemented a CI/CD pipeline with GitHub Actions and Hostinger FTP deployment, cutting downtime by 30% and streamlining version control.
Worked as a Full Stack Developer Intern, focusing on website optimization, serverless automation, and deployment pipelines. Delivered measurable improvements in performance, efficiency, and reliability for the company’s web platform.
Reengineered the company website with HTML5, CSS3, and PHP to improve load speed, built a serverless pipeline with Python + Google Cloud Functions integrating Gemini API and LinkedIn API for automated publishing, and implemented CI/CD with GitHub Actions and Hostinger FTP.
HTML5, CSS3, PHP, Python 3.10, Google Cloud Functions, Gemini API, LinkedIn API v2, GitHub Actions, Hostinger FTP.
Worked as a Full Stack Developer Intern at Varuna (Bangalore, India), focusing on web performance optimization, serverless automation, and CI/CD pipelines. Reengineered the company website with HTML5, CSS3, and PHP, improving load speed by 20%. Built a serverless automation pipeline using Python, Google Cloud Functions, Gemini API, and LinkedIn API to reduce manual publishing effort by 50%. Implemented a CI/CD pipeline with GitHub Actions and Hostinger FTP, reducing downtime by 30%.
Full Stack Developer Intern — optimized website performance, built automation pipelines, and streamlined deployments.
HTML5, CSS3, PHP, Python 3.10, Google Cloud Functions, Gemini API, LinkedIn API v2, GitHub Actions, Hostinger FTP.
Reengineered website performance, automated AI content publishing workflows, and set up CI/CD pipelines for reliable deployments.
Achieved 20% faster load times, reduced manual effort by 50%, and minimized downtime by 30% with automated workflows.