Kathmandu: Muni Bahadur Shakya clears the dust off of what is reportedly Nepal’s first micro-computer with a mighty blow. This prototypical desktop computer is basically a typewriter with a maze of transistors, microchips, and circuitry attached to it. It connects to a television for its monitor. Shakya, widely considered Nepal’s first IT engineer, built the microcomputer himself in 1979, with parts collected from around the world.
 |
| Source: Google |
Muni Bahadur Shakya is widely regarded as one of the pioneering figures in the history of computer science and information technology in Nepal. At a time when the concept of computers was almost completely unfamiliar in the country, he envisioned how digital technology could transform education, communication, administration, and national development. Through self-learning, experimentation, and determination, he helped lay the foundation for Nepal’s modern ICT sector.
Born in Lalitpur, Nepal, Muni Bahadur Shakya showed an early interest in science and electronics. His curiosity led him to study physics and later pursue engineering, specializing in radio and electronic communications. He received technical training abroad, including in India, the United Kingdom, and France, where he gained exposure to emerging developments in digital electronics and computing. This international experience equipped him with advanced knowledge that was rare in Nepal at the time.
After returning to Nepal, Shakya worked in the field of telecommunications and broadcasting, including at Radio Nepal. However, his most significant contributions came from his independent research and innovation in computing. In the late 1970s, he built what is considered Nepal’s first microcomputer using limited resources and imported components. This achievement marked a historic moment, demonstrating that advanced computing technology could be developed locally in Nepal.
One of his most influential accomplishments was enabling the use of the Nepali (Devanagari) script on computers. During the early 1980s, most computer systems supported only Latin characters, which limited their use in Nepal. Shakya developed systems that could display and process Nepali text, including a landmark demonstration of the national anthem written in Nepali on a computer screen. This contribution was crucial in making computers relevant to Nepali administration, education, and culture.
Throughout his career, Muni Bahadur Shakya continued to explore new technological frontiers. He worked on low-power and energy-efficient computers suitable for Nepal’s limited electricity infrastructure, experimented with robotics and voice-controlled systems, and later developed a clustered supercomputer setup to promote advanced computing research. He also envisioned the use of information technology in healthcare, education, and rural development, long before such ideas became common in Nepal.
Despite facing challenges such as limited funding, lack of institutional support, and slow policy adoption, Shakya remained committed to innovation and knowledge sharing. He founded technology-oriented enterprises and actively mentored young engineers and students, inspiring a culture of experimentation and problem-solving.
 |
| Source: Google |
Muni Bahadur Shakya’s legacy lies not only in his technical achievements but also in his vision and perseverance. He demonstrated that innovation is possible even in resource-constrained environments and showed how technology can be adapted to local languages and needs. Today, he is remembered as a trailblazer whose pioneering work helped shape the early development of computer science and information technology in Nepal.
Nepal’s first microcomputer, assembled from parts brought in from all over the world by Muni Bahadur Shakya.
That same year, his creation was showcased at a ‘UN convention’ held at the Blue Star Hotel in Kathmandu, and the computer was unofficially named the “UN computer” due to the fact that its parts had been sourced from around the world, says Shakya. The wood frame was carved in Nepal, glass crafted in India, switches made in China, and the microprocessor brought from England — everything assembled in Nepal by Shakya with practical skills gained in France. “At that time, you could rarely see a micro-computer in all of South Asia. Even France was only getting started with personal computers then,” says 81-year-old Shakya.
Shakya is a Nepali computer science pioneer. Ever since the 80s, when most of the country had yet to even see a computer in person, Shakya has been innovating in the field of computers. From programming the first computer able to read Devanagari to developing low-energy desktops that are used in telemedicine, Shakya has contributed much to the nascent computers sector in Nepal.
From a very young age, Shakya was always interested in science, particularly physics. When he was around 12 years old, Shakya came up with his first invention — a telescope made out of his grandfather’s spectacle lenses.
From programming the first computer able to read Devanagari to developing low-energy desktops that are used in telemedicine, Shakya’s contributions are manifold.
Muni Bahadur Shakya put together 16 computers in 2006 to create Nepal’s first supercomputer.
“I was overwhelmed with joy when I finally found a glass with a meter-long focal length for the telescope. The view of Jupiter’s moons, Mars, and other planets was magical,” he recalls.
In 1961, when he heard of Soviet cosmonaut Yuri Gagarin reaching the vast abyss of space for the first time in human history, Shakya knew what his passion would be. So inspired, he decided to pursue an intermediate education in science at Tri-Chandra College. Shakya eventually moved to Calcutta in India to pursue a diploma in radio engineering. On his return to Nepal, he was hired by the Radio Nepal Transmission Station, then based in Khumaltar.
At Radio Nepal, Shakya got a chance to work alongside British engineers on a collaborative project. Shakya says that the British were so impressed with him that they managed to get him a scholarship to study engineering in England. In 1970, Shakya found himself in London studying Electronics and Broadcast Engineering at the London School of English. After concluding his studies, he received an offer to work in England as an engineer but Shakya refused.
“I learned a lot there but I always wanted to come back to my country,” said Shakya.
Shakya returned to Nepal and resumed work at Radio Nepal. However, he had returned with a newfound hunger to learn about computers. In England, he had recognized the potential the device held.
“I had seen a supercomputer [in England] that took up an entire room, but the microcomputer was the new big thing. I wanted to help create computers that can be used by individuals,” said Shakya.
Shakya continued his studies in France, receiving a scholarship from the French government for a training program working with mainframe computers.
After returning to Nepal in 1978, Shakya began assembling his first micro-computer. He had purchased all the necessary parts while studying in England and France — a microprocessor, a hex keyboard, 1Kb RAM, a CRT TV for display, and some microchips for interfacing. Shakya built the power supply and video card by himself.
Muni Bahadur Shakya stands in front of all the computers he’s developed and worked on over the years.
“This thing called dedication, it’s something special. I don’t know where it comes from, but that’s what has pushed me since my childhood. Several days and sleepless nights were spent on making and operating the micro-computer,” says Shakya.
“This thing called dedication, it’s something special. I don’t know where it comes from, but that’s what has pushed me since my childhood. Several days and sleepless nights were spent on making and operating the micro-computer,” says Shakya.
In 1979, when Shakya finally got his micro-computer up and running, he received much acclaim. Newspapers including The Rising Nepal and Xinhua, the Chinese news agency, published feature reports on his computer, says Shakya. All the coverage brought him new opportunities. He began exchanging letters with an American named Jonathan Lyndell, who had come to know about Shakya through the news. Lyndell promised to assist him in his further studies and once again, Shakya was able to go abroad to study computers. In 1980, Shakya landed in Minnesota to study computers through Lyndell’s help.
In the United States, Shakya absorbed information like a sponge, he says, grasping everything they were working on and further honing his skills through practice and rigor. Shakya became a technical lead in developing information computer hardware at MTS Systems Corporation in Minnesota, working to innovate a 900KB floppy disk when 80KB disks were the standard.
A cycle-powered generator invented by Muni Bahadur Shakya
“My fate took me to many places solely on the efforts I made at various institutions. I would work late into the night and frequently, the chairman himself would personally come to let me know that I should go home. I was known as an employee who had no time limits,” he says.
For three years, Shakya worked in the US. While there, he visited Silicon Valley and saw how XT, the first IBM computer with a hard drive, was produced. In 1983, he returned to Nepal with 16 boxes of computer parts. This time around, Shakya wanted to develop a computer that could operate in the Nepali script. He established his own company, Hi-Tech Pioneer Pvt. Ltd., and soon developed the first personal computer that could read and display Devanagari script.
“All computers operated in English, but I wanted to create a computer that also understands Nepali. Nepali language fonts aren’t as simple as English alphabets. The characters in Devanagari are very intricate. Many of the characters had to be painstakingly hand-drawn,” says Shakya.
He conducted a demonstration of his Devanagari computer at the National Planning Commission in 1983.
Muni Bahadur Shakya is seen reflected on his new invention, a ‘magic mirror’ that displays the news and real-time weather updates.
“People were astounded to see a computer that operated in our national language. The first sentence that was displayed on the computer was our then national anthem, श्रीमान् गम्भीर (Shriman Gambhir). That was one of my proudest moments as a Nepali,” he says.
In 1985, two years later, the Agriculture Development Bank commissioned 19 computers, one for each branch, with Shakya’s Devanagari script installed. The computers were used to input customer names in Nepali.
Shakya also managed to integrate new phonetic techniques into a card he had brought from Silicon Valley, incorporating it into a computer to speak rudimentary Nepali. After learning about the supply chain operating in Taiwan, he even visited the country more than 20 times to learn more. His name proved to be a blessing in Taiwan, as the majority Buddhist country related him with the Shakyamuni Siddhartha Gautam. He was even allowed to enter the factories and photograph the motherboards that were being produced there.
He would later use these photographs to position his own chips into a motherboard.
The many awards that Muni Bahadur Shakya has received over the years.
His achievements brought Shakya much fame. Ministers would visit him and promise to develop computers and the IT field in Nepal, he says. But none of them followed through.
“My dream was to establish a new Silicon Valley in my country,” he says. “There are still possibilities for Nepal but neither the government nor anyone else took any interest or supported me in my endeavors. To this day, Nepal still lacks significant ICT infrastructure and only allocates a minuscule budget for its development.”
Regardless, Shakya has continued to work in the field that he is so passionate about. In 2006, Shakya devised a supercomputer from a cluster of 16 computers to conduct data-heavy tasks such as weather forecasting and financial analysis. He has also built ‘green computers’ that only consume 35 watts of power, six times lower than the average desktop computer, and at half the price of a regular laptop. These computers are currently in operation at telemedicine centers in Jajarkot, Kalikot, Bajura, and Dhading.
Although Nepal is now firmly lodged in the IT-sphere, it took a long time for Shakya’s achievements to be formally recognized. In 2005, he received an award from the Royal Nepal Academy of Science & Technology (RONAST) and in 2012, he received the Business Excellence Award from the Computer Association of Nepal (CAN) Federation. In 2016, Shakya was awarded the ICT Pioneer Award for his contributions to Nepal’s IT and computers sector.
Muni Bahadur Shakya receiving ICT Business Excellence Award from the former president Ram Baran Yadav.
“At a time when the world was still in the developmental phase of computer technology, he [Shakya] returned from abroad with knowledge and parts for making computers and set a new precedent by demonstrating to everyone that it was possible for computers to be built in Nepal,” says Rajan Lamsal, chair of the ICT Award committee.
Although Nepal has made major strides in telecommunications, mobile connectivity, software outsourcing, and skilled human resource production, much more needs to be done to harness the country’s potential in ICT, says Lamsal. Nepal lags far behind in the UN International Telecommunications Union’s ICT Development Index. In 2017, the last time the index was developed, Nepal ranked 140th out of 176 countries.
Meanwhile, Shakya, even at 81 years of age, continues to innovate. He shows no signs of slowing down and has a number of projects in the pipeline, including a magic mirror that can display the news, provide weather forecasts, and even answer basic questions.
“If I was after money, I could’ve become a billionaire by now, but that was never my intention,” says Shakya. “If only the government had supported me, thousands of people would have gotten jobs, maybe even come up with new inventions. Nepal could’ve become a leader in computers.”
