Software Engineer · IoT & Smart Systems · 3D Printing & 3D Modeling Hobbyist.
Graduate of Universitas Komputer Indonesia with hands-on experience in IoT, smart systems (Smart Farming, Smart Parking, Smart Lamp, Smart AC), and robotic development as part of UNIKOM Robotic Division.
Universitas Komputer Indonesia – Bachelor of Computer Science
Bandung, Indonesia
Aug 2017 – Aug 2021
Cumulative GPA: 3.16 / 4.00
Relevant coursework: Research, Web Development, Android Development, Robotics, Internet of Things, Computer Vision.
Organizational Experience
UNIKOM Robotic Division
Software Engineer, Student Activity
Bandung, Indonesia
Oct 2018 – Sep 2021
Practiced software engineering and basic mechanical design as a member of the UNIKOM Robotics Division.
Learned end-to-end project management from requirements to implementation.
Conducted research and preparation for national Internet of Things competitions.
Participated in several IoT-themed competitions at regional and national levels.
Joined the research, maintenance, and development team for the UNIKOM icon robot.
Collaborated in a multidisciplinary team with diverse technical backgrounds.
Projects & Competitions
Smart Farming
Collaboration Project – Universitas Komputer Indonesia
Bandung, Indonesia
Sep 2021 – Dec 2021
Developed an urban smart farming system based on IoT using pakcoy, celery, and water spinach, enabling sensor-based monitoring of environmental conditions.
Tech: Raspberry Pi 4, Arduino, UV lamp, light sensor, air humidity & temperature sensor, water temperature & content sensors.
Responsibilities: System requirements analysis, interface programming, hardware programming, layout design.
Languages & tools: C++ (Arduino IDE), Python, PHP, Autodesk Eagle.
Smart Parking
Internal initiative – Department project
Bandung, Indonesia
Jan 2023 – Mar 2023
Developed an intelligent parking barrier system integrating facial recognition and RFID to streamline access for employees and lecturers at dedicated parking facilities.
Tech: Arduino, ESP8266, driver motor, gearbox motor DC, RFID, IP camera, UniFi AC Pro, PC.
Responsibilities: System requirements analysis, interface programming, hardware programming, layout & model design.
Languages & tools: C++ (Arduino IDE), Python, Express.js, Autodesk Fusion 360, JavaScript, HTML, CSS, MongoDB.
Smart Lamp
Internal initiative – Department project
Bandung, Indonesia
Apr 2023 – May 2023
Built an occupancy-based lighting automation system that controls lamps based on human presence, eliminating manual operation and reducing energy waste.
Tech: Arduino, ESP8266, servo, IP camera, UniFi AC Pro, PC.
Responsibilities: System requirements analysis, interface programming, hardware programming, layout & model design.
Languages & tools: C++ (Arduino IDE), Python, Express.js, Autodesk Fusion 360, JavaScript, HTML, CSS, MongoDB.
Smart AC
Internal initiative – Department project
Bandung, Indonesia
Jan 2024 – Feb 2024
Implemented a sensor-based AC control system that automatically adjusts cooling intensity based on real-time human occupancy.
Tech: ESP32, infrared sensor, humidity & temperature sensor, IP camera, UniFi AC Pro, PC.
Responsibilities: System requirements analysis, interface programming, hardware programming, layout & model design.
Languages & tools: C++ (Arduino IDE), Python, Express.js, Autodesk Fusion 360, JavaScript, HTML, CSS, MongoDB.
Smart Door Lock
Internal initiative – Department project
Bandung, Indonesia
[Jun 2024 – Jul 2024]
Developed a smart door lock system integrating authentication and remote control to improve security and convenience for room access.
Tech: Arduino / ESP, sensors, actuators, network modules (adjust to real spec).
Responsibilities: System requirements analysis, interface programming, hardware programming, layout & model design.
Languages & tools: C++ (Arduino IDE), Python, Express.js, JavaScript, HTML, CSS, MongoDB.
Hobbies – 3D Printing & 3D Modeling
Outside of work, I enjoy designing and printing 3D models – from functional parts to small accessories – and experimenting with different materials and print settings. It helps me explore ideas quickly and stay close to hardware and physical prototyping.
I share some of my 3D models and remixes on MakerWorld under the profile @MrFreezze7 (TechIoT 3D), where I experiment with practical designs and iteratively improve them based on feedback from the community.
Contact
Feel free to reach out for collaboration, IoT & smart system projects, or technical discussions.
