Er. Pramesh Karki

I’ve collaborated with cross-functional teams across regions to deliver impactful solutions, building and maintaining scalable backend systems using Go and Express.js. I follow test-driven development practices to ensure code quality and reliability. Additionally, I developed a feature-rich mobile app using Flutter that helps users manage their personal essentials—from finances and journals to todos, documents, and secure data—all in one place.

At Krane, we built a construction platform that simplifies project logistics from planning to completion by connecting material supply chains with project management tools. We used AI and large language models (LLMs) to improve communication, increase transparency, and reduce material waste with real-time updates for all stakeholders. Working with a talented cross-functional team across regions, we tackled complex problems in the construction industry and contributed to all parts of the system.

I have designed and delivered impactful digital solutions that serve millions of Nepali citizens, including a nationwide platform for copyright claims and various e-governance systems spanning from local municipalities to federal ministries. My expertise lies in modernizing traditional systems by shifting from monolithic to microservices architecture, streamlining operations, and significantly reducing administrative overhead in government processes. I have overseen the full lifecycle of applications deployed on government-owned, on-premise infrastructure using Nginx, and led the development of key modules like secure authentication, dynamic certificate generation, and an OTP system integrated with the Nepal Government’s SMTP protocol. Beyond system architecture, I’ve built automation tools to eliminate repetitive tasks, contributed to platforms supporting farmers and rural communities, and actively mentored emerging developers to help launch their careers in technology.

In my Computer Engineering course, I gained a solid understanding of both hardware and software systems, with strong foundations in programming, data structures, algorithms, and computer architecture. The curriculum covered key areas such as operating systems, database management, networking, embedded systems, artificial intelligence, and machine learning. I learned to design and develop efficient software solutions, understand low-level hardware interactions, and apply engineering principles to solve real-world problems. Through hands-on projects, lab work, and exposure to modern technologies, the program equipped me with the technical and analytical skills required to succeed in the dynamic field of computing.

In my +2 Computer Science studies, I gained a strong foundation in core subjects like programming, mathematics, and computer fundamentals. I also learned the fundamentals of physics and chemistry, alongside important math concepts such as calculus and algebra. The coursework covered basics of algorithms, data structures, database concepts, and networking, helping me develop problem-solving skills and a solid understanding of how computers and software work. This well-rounded education prepared me thoroughly for advanced studies in computer engineering and related fields.