Software Developer
Hi, I’m Akhil, a passionate Python Full Stack Developer with expertise in Django, React, and RESTful API development. I thrive on building user-centric, scalable web applications and have a proven track record of delivering responsive and efficient solutions during my internship at Teks Academy. With hands-on experience in database management using SQL and MySQL, I’ve worked on impactful projects like an Image Forgery Detection system and a machine learning model for genetic eye disease detection, achieving high accuracy and solving real-world challenges. Beyond my technical skills, I bring strong collaboration and leadership capabilities, honed through roles as a Hackathon Coordinator and by securing 2nd place in a 36-hour Hackathon. My participation in virtual experience programs with Walmart USA and JP Morgan Chase & Co. has further enriched my ability to deliver innovative, data-driven solutions. I’m driven by curiosity and a love for problem-solving, constantly exploring new technologies to push boundaries and create impactful software.
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Web development is my passion and expertise. I specialize in crafting dynamic, responsive, and user-friendly websites using modern technologies like HTML, CSS, JavaScript, React, and Django. My focus is on creating seamless user experiences and scalable web applications, backed by robust back-end development and efficient database management with SQL and MySQL.
I am passionate about software development, creating efficient, reliable, and scalable solutions tailored to meet unique business needs. With expertise in Python, Django, and React, I develop applications that combine robust functionality with intuitive user interfaces.
I specialize in deploying robust web applications and providing comprehensive maintenance services to ensure optimal performance and security. My deployment process involves configuring servers, setting up databases, and integrating necessary services to ensure your application is live and accessible.
It involves leveraging advanced technology to identify hereditary eye disorders in children through the analysis of pupil responses. Pupillometry measures the dynamic changes in pupil size in response to light stimuli, offering valuable insights into the functioning of the visual and neurological systems.
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