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Manish

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– Edmund Burke

Other websites:

  • Think Big
  • Mold Skill
  • Gamvir Samudra Setu School
  • Bureaucrazy.co
  • Studio

Made with Next.js, and Laptop💻

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Welcome to my small world!

Hello, i'm a
Student. 


I channel my passion and curiosity into impactful projects that bridge education, technology, and social action. Whether as a student, web developer, social activist, or photographer, I am committed to exploring new avenues for creating positive change and contributing to the welfare of society.


Reach me on:

Favorite tools:

Manish's profile pic

About me !

Education
  • +2 Science: School Leaving Certificate (SLC)
    GPA:- 11th: 3.73 & 12th: 3.65
    National Examination Board (NEB), 2080BS
    Capital College & Research Center (CCRC)-Balkumari, KTM
  • 10 th :Secondary Education Examination (SEE)
    GPA: 3.55
    Shree Gamvir Samudra Setu Secondary School- Imadol, Lalitpur
Experience
  • Think Big Logo

    Co-Founder, Chief Committee Head
    Think Big - Dhanusha, Nepal

  • CCRC Science

    Research & Development Head
    The Scientific Circle-CCRC, Kathmandu

  • Mold Skill Logo

    Founder & Developer
    Mold Skill (web)

  • ETN Logo

    Founding Director
    Everest TechSo Network (ETN)

  • Gamvir SS Logo

    Website Developer at
    Shree Gamvir Samudra Setu Secondary School - Imadol, Lalitpur

On the stage of GSS

Awards & Participation

Manish's NASA SPACE APP
Things that keeps me motivated
My academic journey has been punctuated by remarkable achievements and active participation in prestigious events that showcase my dedication to excellence. Some of them are :
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Kevin Xu Innovation

Finalist of Kevin Xu Innovation Challenge, an initiative of Rhodes Forum on Technology and Society, Oxford, UK. For bureaucrazy.co

EEPEX-24

2nd position in Project Exhibition at EEPEX-2024. Organized by SEEE , Kathmandu University

Space Apps Challenge

People's Choice and Second Awardee for developing Agrowtik with aim to minimize global agricultural waste.

Incubate Nepal 2025

Top 34 in Nepal by Incubate Nepal; developed a project guiding youth step-by-step through complex government & legal processes.

MechTRIX- 2079 & 2080

Participated in MechTRIX-2079 & 2080 Organized by SOMAES, The Institute of Engineering (IOE), Pulchowk

See some my work

Mold Skill

I was first introduced to HTML back in 11th grade — and I was instantly hooked. It felt like I'd unlocked a new superpower. I remember how exciting it was to work with <table> and <form> elements, and to create my very own style.css. I felt like a tech nerd — like I was stepping into the world of real developers. I even started dreaming of becoming the next Mark Zuckerberg.

But then, JavaScript entered the scene. When my teacher started teaching JS, everything changed. It wasn't that I lost interest, but I had a realization: this journey is going to be long and challenging. The "Zuckerberg" in me didn't die — he just grew up a little. I realized that success in tech takes patience, persistence, and a lot of practice. And Mold Skill is the result of that practice — my proudest project.

It all started with just HTML and CSS, but with time and effort, I built it into a full React + Vite application. Mold Skill wasn’t just a random idea; it was born from a genuine desire to build something useful — even for myself.

It’s an online learning platform that offers educational resources tailored for NEB students. From books and notes to practice questions sourced from various schools (including board exams), Mold Skill is designed to support and strengthen students’ learning. I've included a link to the first version of the site below — take a look at the code and you'll see just how obsessed I am with this project.

Additional link:

https://msmahato.com.np

https://github.com/MSK1116/Mold-Skill-1

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Mold Skill

Platform
I was first introduced to HTML back in 11th grade — and I was instantly hooked. It felt like I'd unlocked a new superpower. I remember how exciting it was to work with <table> and <form> elements, and to create my very own style.css. I felt like a tech nerd — like I was stepping into the world of real developers. I even started dreaming of becoming the next Mark Zuckerberg. But then, JavaScript entered the scene. When my teacher started teaching JS, everything changed. It wasn't that I lost interest, but I had a realization: this journey is going to be long and challenging. The "Zuckerberg" in me didn't die — he just grew up a little. I realized that success in tech takes patience, persistence, and a lot of practice. And Mold Skill is the result of that practice — my proudest project. It all started with just HTML and CSS, but with time and effort, I built it into a full React + Vite application. Mold Skill wasn’t just a random idea; it was born from a genuine desire to build something useful — even for myself. It’s an online learning platform that offers educational resources tailored for NEB students. From books and notes to practice questions sourced from various schools (including board exams), Mold Skill is designed to support and strengthen students’ learning. I've included a link to the first version of the site below — take a look at the code and you'll see just how obsessed I am with this project.

Think Big

Being a proud co-founder, let me introduce you to Think Big Org.

It all started with the motive of "Ending Exploitation, Ensuring Education." We are dedicated to raising awareness, ending child marriage and labor, and ensuring every child has the opportunity to grow, learn, and thrive in a safe environment.

We currently focus on the Terai region and inside Kathmandu Valley. We are working to provide scholarships, school-level clubs, and seminars on health, rights, and the environment. Please go through the link below.

Let's come to the main point of "website" 🐝

Picture this: a fluttering bee 🐝 welcoming visitors on the homepage, with hidden Easter eggs 🥚 scattered throughout the website. Why? Because this website serves an NGO fighting child exploitation, particularly child marriage and child labor in Nepal.

I knew exactly who would be visiting—people carrying heavy stories. So, I wanted to create something pleasant and calming for them.

Every detail is crafted with purpose—from floating 📚 books in the background to blooming pulp animations 🌿. While keeping the UI clean and clear, I aimed to create a gentle, welcoming space.

Additional link:

https://thinkbig.org.np

https://github.com/MSK1116/Think-Big

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Think Big

Organization
Being a proud co-founder, let me introduce you to Think Big Org. It all started with the motive of "Ending Exploitation, Ensuring Education." We are dedicated to raising awareness, ending child marriage and labor, and ensuring every child has the opportunity to grow, learn, and thrive in a safe environment. We currently focus on the Terai region and inside Kathmandu Valley. We are working to provide scholarships, school-level clubs, and seminars on health, rights, and the environment. Please go through the link below. Let's come to the main point of "website" 🐝 Picture this: a fluttering bee 🐝 welcoming visitors on the homepage, with hidden Easter eggs 🥚 scattered throughout the website. Why? Because this website serves an NGO fighting child exploitation, particularly child marriage and child labor in Nepal. I knew exactly who would be visiting—people carrying heavy stories. So, I wanted to create something pleasant and calming for them. Every detail is crafted with purpose—from floating 📚 books in the background to blooming pulp animations 🌿. While keeping the UI clean and clear, I aimed to create a gentle, welcoming space.

Gamvir Samudra Setu SS, Lalitpur

The affordable education of GSS was a key to my sustain in the Kathmandu Valley, and this website is a gift to my school for that.

Made with Next.js, this website is a beast at both SEO and performance. A website that speaks for the school—helping students, teachers, and school staff share important updates and information seamlessly.

Students can apply, contact, and get information about the application and scholarship.

Additional link:

https://gamvirss.edu.np

first image ofGamvir Samudra Setu SS, Lalitpur
second image ofGamvir Samudra Setu SS, Lalitpur
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Gamvir Samudra Setu SS, Lalitpur

Gov School
The affordable education of GSS was a key to my sustain in the Kathmandu Valley, and this website is a gift to my school for that. Made with Next.js, this website is a beast at both SEO and performance. A website that speaks for the school—helping students, teachers, and school staff share important updates and information seamlessly. Students can apply, contact, and get information about the application and scholarship.

Agrowtik

Agrowtik is a project designed to reduce agricultural crop wastage by providing farmers and collaborating organizations with effective tools and insights.

The project includes a web application that helps farmers sell their crops while staying informed about policies, market demand, supply trends, and data analysis. This platform creates a direct connection between farmers and merchants, making it easier for them to buy and sell crops seamlessly.

In addition, Agrowtik incorporates an AI-based demand prediction model built using NASA’s geospatial data. This model helps forecast crop demand and can be integrated into IoT systems or other advanced networks, improving the efficiency of the agricultural supply chain.

By addressing challenges in crop wastage and market accessibility, Agrowtik offers a practical solution to enhance the productivity and sustainability of the farming industry.

For more details, visit the live site from the link below and refer to the Git repository for insights into the model and data analysis.

In future versions, Agrowtik aims to expand its features to support farmers at every stage, from sowing seeds to selling their produce in the market. The goal is to utilize NASA's spatial data to generate personalized, localized prompts for farmers in their native languages. These prompts will guide them on optimal planting and harvesting times to maximize yield.

Another planned feature is weather forecasting, which will help farmers predict conditions such as sun-drying time for crops during the rainy season. This will enable them to avoid losses caused by unexpected weather.

Additionally, the system will include rainfall forecasting to help farmers optimize water usage, adjust irrigation practices, and conserve groundwater.

Future updates also aim to enhance market insights by providing real-time data on crop demand. This will allow farmers to monitor market trends and make informed decisions about which crops to prioritize for the upcoming season, optimizing profits and reducing waste.

These enhancements reflect Agrowtik's vision of offering farmers worldwide an accessible, data-driven solution to improve crop production, resource management, and market success.

Additional link:

https://www.spaceappschallenge.org/nasa-space-apps-2024/find-a-team/agrowtik/

https://agrowtik-front.vercel.app/

https://github.com/MSK1116/Agrowtik-original.git

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Agrowtik

Project
Agrowtik is a project designed to reduce agricultural crop wastage by providing farmers and collaborating organizations with effective tools and insights. The project includes a web application that helps farmers sell their crops while staying informed about policies, market demand, supply trends, and data analysis. This platform creates a direct connection between farmers and merchants, making it easier for them to buy and sell crops seamlessly. In addition, Agrowtik incorporates an AI-based demand prediction model built using NASA’s geospatial data. This model helps forecast crop demand and can be integrated into IoT systems or other advanced networks, improving the efficiency of the agricultural supply chain. By addressing challenges in crop wastage and market accessibility, Agrowtik offers a practical solution to enhance the productivity and sustainability of the farming industry. For more details, visit the live site from the link below and refer to the Git repository for insights into the model and data analysis. In future versions, Agrowtik aims to expand its features to support farmers at every stage, from sowing seeds to selling their produce in the market. The goal is to utilize NASA's spatial data to generate personalized, localized prompts for farmers in their native languages. These prompts will guide them on optimal planting and harvesting times to maximize yield. Another planned feature is weather forecasting, which will help farmers predict conditions such as sun-drying time for crops during the rainy season. This will enable them to avoid losses caused by unexpected weather. Additionally, the system will include rainfall forecasting to help farmers optimize water usage, adjust irrigation practices, and conserve groundwater. Future updates also aim to enhance market insights by providing real-time data on crop demand. This will allow farmers to monitor market trends and make informed decisions about which crops to prioritize for the upcoming season, optimizing profits and reducing waste. These enhancements reflect Agrowtik's vision of offering farmers worldwide an accessible, data-driven solution to improve crop production, resource management, and market success.

AgroTech

My First Science Project Exhibition Experience

Participating in my first-ever science project exhibition was a truly insightful experience. I had never presented my ideas to such a large audience before, and sharing them publicly was both exciting and nerve-wracking.

As for the project itself, it was inspired by a particularly difficult year for apple farmers in Nepal. That year saw a massive wastage of apples, which motivated me and my teammate to develop a solution. We presented our idea at MechTrix 2079 BS.

Our project, Agrotech, aimed to improve the efficiency of labor-intensive fruit sorting. Using sensors and an Arduino, we demonstrated a system that could categorize apples into three types: ripe, suitable for secondary use, and rotten. This is a task that is tedious and error-prone when done manually. Additionally, our prototype showcased a method to sanitize apples during the sorting process.

Fun Trivia:
Since the exhibition was organized by SOMES-Pulchowk, we added an over-the-top syringe hydraulic system😉😜—just to show that we had built something straight out of a physics book!

Additional link:

https://youtu.be/NiHjZ0wWVu0

https://github.com/MSK1116/MechTrix.git

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AgroTech

Prototype
My First Science Project Exhibition Experience Participating in my first-ever science project exhibition was a truly insightful experience. I had never presented my ideas to such a large audience before, and sharing them publicly was both exciting and nerve-wracking. As for the project itself, it was inspired by a particularly difficult year for apple farmers in Nepal. That year saw a massive wastage of apples, which motivated me and my teammate to develop a solution. We presented our idea at MechTrix 2079 BS. Our project, Agrotech, aimed to improve the efficiency of labor-intensive fruit sorting. Using sensors and an Arduino, we demonstrated a system that could categorize apples into three types: ripe, suitable for secondary use, and rotten. This is a task that is tedious and error-prone when done manually. Additionally, our prototype showcased a method to sanitize apples during the sorting process. Fun Trivia: Since the exhibition was organized by SOMES-Pulchowk, we added an over-the-top syringe hydraulic system😉😜—just to show that we had built something straight out of a physics book!

LCS-Ventilator

An Award-Winning Project: LCSV

LCSV is one of the proudest projects I’ve had the opportunity to lead. The original idea was proposed by one of my high school juniors, and together we developed it into a functional prototype. The project earned the Runner-Up (2nd Place) Award at EEPEX-2024, hosted by Kathmandu University—where it stood out even among entries from bachelor-level students.

Born out of the fear and urgency of the COVID-19 crisis, LCSV (Low-Cost Smart Ventilator) addresses the critical shortage of ventilators that became evident during the pandemic. Designed with affordability and simplicity in mind, the device utilizes smart sensor technology, an Arduino Nano, and an ESP32 to regulate the compression of an Ambu bag—ensuring a steady and controlled airflow to patients.

What makes LCSV truly impactful is its accessibility. With an intuitive interface, it can be operated by individuals without any medical background—even children in emergency situations.

Additional link:

https://www.facebook.com/share/p/1AhEY7uLfP/

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LCS-Ventilator

Prototype
An Award-Winning Project: LCSV LCSV is one of the proudest projects I’ve had the opportunity to lead. The original idea was proposed by one of my high school juniors, and together we developed it into a functional prototype. The project earned the Runner-Up (2nd Place) Award at EEPEX-2024, hosted by Kathmandu University—where it stood out even among entries from bachelor-level students. Born out of the fear and urgency of the COVID-19 crisis, LCSV (Low-Cost Smart Ventilator) addresses the critical shortage of ventilators that became evident during the pandemic. Designed with affordability and simplicity in mind, the device utilizes smart sensor technology, an Arduino Nano, and an ESP32 to regulate the compression of an Ambu bag—ensuring a steady and controlled airflow to patients. What makes LCSV truly impactful is its accessibility. With an intuitive interface, it can be operated by individuals without any medical background—even children in emergency situations.

Studio

Studio is a gallery that reflects my love for the environment.

It holds the moments I’ve wished to freeze in time—an archive of my photography, capturing everything from tiny insects to towering mountains. Each photo is a piece of my journey, a way of documenting the world as I see it.

And I do it purely for the joy it brings me.

Additional link:

https://studio.manishmahato.info.np/

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Studio

Website
Studio is a gallery that reflects my love for the environment. It holds the moments I’ve wished to freeze in time—an archive of my photography, capturing everything from tiny insects to towering mountains. Each photo is a piece of my journey, a way of documenting the world as I see it. And I do it purely for the joy it brings me.

Nanglo

Nanglo is a new and creative idea, initially developed for the PLEASE Hack initiative organized by The World Bank and SACEP. The project focuses on reducing plastic pollution by promoting plastic-free alternatives and supporting sustainable livelihoods.

At its core, Nanglo connects local makers of eco-friendly products—such as potters, ceramicists, and artisans—with consumers through a simple and inclusive digital platform. It can be integrated directly into existing e-commerce platforms to recommend plastic-free alternatives whenever a user browses plastic-based items.

Nanglo also leverages AI technology to let users scan plastic products using their phone cameras. The app will provide information on environmental impact—such as carbon footprint and decomposition time—and recommend sustainable alternatives. Users can exchange their plastic waste for virtual rewards, which can be used to purchase eco-friendly items.

Beyond technology, Nanglo aims to empower women and marginalized communities by giving them fair market access and economic opportunities in the growing green economy. Through this, Nanglo not only fights pollution but also supports local crafts, inclusivity, and long-term behavioral change.

⚠️❗Please go through the PDF of original project proposal for a better understanding of the idea.

Additional link:

https://www.manishmahato.info.np/technical_proposal_pleasehack_2025.pdf

https://github.com/MSK1116/Nanglo.git

https://www.linkedin.com/posts/manu0519_pleasehack2024-sustainability-innovation-activity-7311941750414036992-OvVX?utm_source=social_share_send&utm_medium=member_desktop_web&rcm=ACoAAExr5WwBkt09tBJgudOTYQa1e1pq9ZLAfdk

first image ofNanglo
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third image ofNanglo

Nanglo

Project
Nanglo is a new and creative idea, initially developed for the PLEASE Hack initiative organized by The World Bank and SACEP. The project focuses on reducing plastic pollution by promoting plastic-free alternatives and supporting sustainable livelihoods. At its core, Nanglo connects local makers of eco-friendly products—such as potters, ceramicists, and artisans—with consumers through a simple and inclusive digital platform. It can be integrated directly into existing e-commerce platforms to recommend plastic-free alternatives whenever a user browses plastic-based items. Nanglo also leverages AI technology to let users scan plastic products using their phone cameras. The app will provide information on environmental impact—such as carbon footprint and decomposition time—and recommend sustainable alternatives. Users can exchange their plastic waste for virtual rewards, which can be used to purchase eco-friendly items. Beyond technology, Nanglo aims to empower women and marginalized communities by giving them fair market access and economic opportunities in the growing green economy. Through this, Nanglo not only fights pollution but also supports local crafts, inclusivity, and long-term behavioral change. ⚠️❗Please go through the PDF of original project proposal for a better understanding of the idea.

Guru Parbandahn

This C program, Guru Prabandhan, is a comprehensive teacher management system that streamlines the process of handling teacher data. It enables users to input and store essential details like teacher ID, name, salary, and subject, with the data being saved to a file for future retrieval. The system offers functionalities such as displaying a sorted list of teachers, searching for specific teachers by their ID, and generating detailed reports on salary expenditures, highlighting the highest and lowest salaries. Additionally, it allows users to reset the entire database, wiping all stored information when necessary, and includes a feature to change the system password for enhanced security. The program is interactive, featuring user-friendly prompts, a loading screen, and safeguards against unauthorized access. It's a practical tool for efficiently managing teacher information in educational institutions.

Additional link:

https://github.com/MSK1116/guru.git

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second image ofGuru Parbandahn
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Guru Parbandahn

C Program
This C program, Guru Prabandhan, is a comprehensive teacher management system that streamlines the process of handling teacher data. It enables users to input and store essential details like teacher ID, name, salary, and subject, with the data being saved to a file for future retrieval. The system offers functionalities such as displaying a sorted list of teachers, searching for specific teachers by their ID, and generating detailed reports on salary expenditures, highlighting the highest and lowest salaries. Additionally, it allows users to reset the entire database, wiping all stored information when necessary, and includes a feature to change the system password for enhanced security. The program is interactive, featuring user-friendly prompts, a loading screen, and safeguards against unauthorized access. It's a practical tool for efficiently managing teacher information in educational institutions.
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