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12 projects in the archive

JURIS

Student · Programmer · Robotics

I build things.
Some work.
Some don't.
Slowly publishing them as I go.

View My Work GitHub

I'm Elijah Juris Evangelista, known online as Juris, a student into programming, robotics, and IoT. Most of what's below started as "I wonder if I could build this." More about me

Featured Projects

Selected work in robotics, computer vision, and IoT. Explore the archive for everything else.

Browse the full archive
BantayMuseo
IN DEVELOPMENT

An interactive museum-guide robot with offline AI, voice interaction, and autonomous navigation. I lead development across its software, electronics, and 3D fabrication.

HTMLCSSNode.jsExpress.jsPython JavaScript
2026
View details ↗
AERESCUE
ARCHIVED

A dual-camera vision system that guides a LEGO robot toward a selected target in simulated rescue trials. Independently developed and tested under controlled conditions.

OpenCVFlaskFastAPIJavaScriptHTML Python
2026
View details ↗
R.I.V.E.R.
ARCHIVED

An IoT flood-monitoring and early-warning prototype linking upstream sensors, downstream siren alerts, weather prediction, and web/mobile dashboards.

Node.jsExpress.jsAxiosPostgreSQLFirebase JavaScript
2025
View details ↗

Track record

A few milestones along the way

10+
Projects
5+
Years Building
4+
Competition Wins
30+
Tools & Technologies

Achievement Highlights

A few highlights. Competitions, leadership, projects, and other experiences.

Browse the full achievements list
2026 Champion

Philippine Robotics Olympiad — Future Innovators (Junior Category)

NationalRoboticsProgrammerTeam Lead

Led the Ubay National Science High School (UNSHS) team's programming and development efforts in the national Philippine Robotics Olympiad — Future Innovators competition. The team will represent the Philippines at the World Robot Olympiad Philippines 2026.

Competition ResultsNational Museum of Bohol RecognitionSchool PublicationDepEd Memo
2026 3rd Place

Division Science and Mathematics Fair

DivisionScience & Technology

Placed third at the division-level Science and Mathematics Fair in Getafe, Bohol, with AERESCUE.

SSLG RecognitionSchool Publication
2026 Pre-finalist

International Computer Science Competition

InternationalComputer ScienceProgramming

Participated in an international computer science competition and qualified for the pre-finalist stage.

About

Learning
by building.

Get in touch

I'm Elijah Juris Evangelista, known online as Juris, a Grade 10 student interested in programming, robotics, IoT, mathematics, science, and research.

I study at Ubay National Science High School (UNSHS), where I lead the Robotics Club and compete with the school's teams in national and international robotics events.

Most of my projects started with wanting to see if I could build something. This site is where I keep track of my projects, research, and competitions.

Tools I work with

Languages, software, infrastructure, and hardware behind my projects.

01Languages

  1. 01Python
  2. 02Java
  3. 03Kotlin
  4. 04JavaScript
  5. 05TypeScript
  6. 06PHP
  7. 07AutoHotKey
  8. 08sh

02Software & Frameworks

  1. 01HTML
  2. 02CSS
  3. 03Node.js
  4. 04Express.js
  5. 05FastAPI
  6. 06Pybricks
  7. 07Bleak

03Databases & Infrastructure

  1. 01PostgreSQL
  2. 02Firebase
  3. 03Docker
  4. 04OVHcloud
  5. 05Ubuntu
  6. 06Render
  7. 07Netlify
  8. 08Cloudflare
  9. 09DNS
  10. 10Domain Management

04Hardware & Communication

  1. 01Raspberry Pi
  2. 02ESP32
  3. 03ESP8266
  4. 04Arduino
  5. 05LEGO EV3
  6. 06LEGO SPIKE Prime
  7. 07GSM Modules
  8. 08Bluetooth

Socials & Contact

Where to find me and how to reach me.

For project questions, collaboration ideas, or feedback, email is the best way to reach me.

My progression

From automation scripts to robotics and research.

There is also a more detailed timeline on the Robotics page.

  1. Batch scripting & automation2019–2021

    Started writing batch scripts to automate tasks on my PC, including installing apps and resetting the system. I also experimented with other scripts, including what I jokingly called 'viruses'. Those early scripts are no longer available.

  2. Minecraft scripting & server development2020–2024

    Used AutoHotkey to make macros for Hypixel SkyBlock and other Minecraft servers, and later built a script that let offline accounts use the official Badlion Client Launcher. Co-owning a LifeSteal SMP server also introduced me to managing and troubleshooting plugins, developing Paper/Spigot plugins, and creating datapacks. Most of this work is no longer available.

  3. Mineberry tools & web development2023–2024

    Started building client mods, quality-of-life features, and automation tools for the Mineberry community. Expanded into web development with a public player-statistics API, dashboard, and logging system, then connected those services to a Discord bot. These projects let me explore both Minecraft tooling and the backend services supporting it.

  4. Getting into robotics2024–2025

    My friends persuaded me to join a school robotics contest, where my teammate and I won after learning the basics of sensors and robot movement. That experience led to an invitation to the school's robotics team. We competed in the Philippine Robotics Olympiad in 2025 and became finalists.

  5. IoT & flood-monitoring research2025

    An invitation to the Science and Technology Fair led me to develop R.I.V.E.R., an early flood-monitoring and warning system. The project combined physical sensors, communications, machine learning, a database, and web/mobile interfaces. It introduced me to integrating hardware and software into a larger system.

  6. Future Innovators & team leadership2026

    After our BREO entry was disqualified, I was reassigned to lead the Future Innovators team. We developed BantayMuseo, bringing together software, electronics, and 3D fabrication in a museum-guide robot. The team won the national Future Innovators competition and qualified to represent the Philippines at the World Robot Olympiad.

  7. Computer vision & independent research2026

    Independently developed AERESCUE to explore dual-camera object tracking, spatial estimation, and autonomous robot guidance for simulated water-rescue support. I built the monitoring software, integrated a LEGO SPIKE Prime robot, and conducted controlled experimental trials. The project earned District and Congressional Champion and Division 3rd Place before being archived after the division competition.