Engineering Seamless Experiences Through Hardware and iOS Innovation
I am a Computer Engineering graduate and Alumni of the Apple Developer Academy @ BINUS Tangerang Cohort 8, familiar with SwiftUI, UIKit, Combine, MVVM, TCA, Firebase, etc. To build efficient performance, user-centric mobile solutions.
My experiences span from microcontroller-based prototypes to real-time iOS solutions, driven by a deep curiosity to bridge hardware and software into seamless, intelligent systems.
Currently, I am a Master's student at the National Taiwan University of Science and Technology (台科大), where I am a member of the Low Power Laboratory. Under the guidance of my advising professor, my research is centered on IoT and Low Power systems. In addition to my academic research, I am actively managing an ongoing technical project, further deepening my expertise in smart, connected technologies within Taiwan’s tech ecosystem.
My Latest Creations
Here are my recent iOS projects that showcase my skills and passion for mobile development
BSDGo
BSDGo
[Core Project] BSDGo is a modern iOS application designed to enhance the daily commuting experience for BSD Link users. Inspired by the OneSmile App, BSDGo offers thoughtful enhancements in usability, speed, and convenience tailored specifically to meet the needs of BSD commuters.
Ripely
Ripely
[Core Project] Ripely is a smart iOS app that helps users identify the ripeness of apples in real-time using machine learning. Ripely leverages on-device image classification to instantly categorize apples based on ripeness making fruit checking faster, more reliable, and even fun.
Logic Lab Circuit
Logic Lab Circuit
[Solo Project] Logic Lab Circuit is an interactive iOS application, now available on the App Store, designed to help early computer engineering learners visualize and understand the core principles of digital logic. The app provides real-time simulations of fundamental logic gates (AND, OR, NOT, XOR) and demonstrates how they combine to perform binary operations in circuits like the Full Adder and Full Subtractor. Future updates will introduce multiplication and division modules to further enhance the learning experience.
Slay It Guys
Slay It Guys
[Industrial Partnership Project] The primary objective of this project was to ideate, design, and prototype an iOS solution that addresses key user pain points and business needs in navigation within the Female Daily platform. Through agile, one-month sprint cycles, we moved rapidly from early concept sketches to High-Fidelity UI prototypes and a functional iOS app prototype. Not for production, but as a proof of concept to demonstrate our design thinking and technical capabilities. No App Store link available.
CocoLemon
CocoLemon
[Industry Skills Project] The primary business goal of this project was to drive user acquisition by designing a proof-of-concept iOS app that simplifies group trip planning. The app, CocoLemon, addresses key user pain points like repetitive questions and disorganized activity selection by providing a collaborative group form and customizable activity packages. Developed within a three-week sprint from July 7 to July 28, 2025, the solution enables a planner to create a trip, invite contributors, and manage preferences seamlessly. The functional prototype was built using UIKit and CoreData, demonstrating a complete solution aimed at increasing organic downloads and gaining active users.
Kimo
Kimo
[Final Project] Kimo is an interactive iPadOS application that helps parents and children explore their feelings together through storytelling and play. Addressing the lack of meaningful parent-child interaction in existing media, Kimo serves as a structured tool for nurturing emotional intelligence in children aged 3-5 utilizing RULER Framework from Yale Center SEL (Social Emotional Learning) Specialists. The app features immersive story modules, breathing exercises, and creative play activities designed to foster empathy and quality time between parents and children. To ensure inclusivity, Kimo was implemented a robust localization architecture, enabling a fully native experience in English, Indonesian, and Chinese (Traditional & Simplified).
My Hardware Projects
IoT Container Tracking
IoT Container Tracking
This repository contains the source files for a thesis project focused on developing an IoT-powered smart container tracking system. The system is designed for a logistics company named Tanto and aims to monitor container conditions (e.g., location, temperature, and vibrations) in real time while in transit.
SCARA 5 DOF Robot Arm
SCARA 5 DOF Robot Arm
This repository contains an Arduino-based SCARA (Selective Compliance Assembly Robot Arm) with 5 Degrees of Freedom, designed for educational and competitive use. Built from open-source resources, this project has been used as a prototype for: Introduce students to robotic kinematics, control, and mechatronics, and Provide a low-cost platform for learning automation and vision-guided tasks.
IoT Power Meter
IoT Power Meter
This project is an IoT-enabled ammeter to measure power and temperature monitoring system using ESP8266, implemented in a school environment in Depok, West Java, Indonesia. It aims to monitor energy usage in various electronic devices by sending real-time data to a dashboard from over 60+ ESP8266 nodes installed in classrooms.
Arduino Multimeter
Arduino Multimeter
This is an open-source Arduino project designed to function as a custom multimeter capable of measuring DC and AC current (up to 5A) for solar PV systems. Developed under the PKM MAN IC initiative, this project supports solar education by enabling students to monitor real-time voltage, current, and power (watts) in small-scale solar setups.
Arduino Robot Arm
Arduino Robot Arm
This is a microcontroller project built to control a 3-DoF robotic arm using Arduino.The arm can be controlled manually via joystick (HW-504) and supports a record & playback feature using a potentiometer.
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© 2025 Ferdinand Lunardy