+ This is where I document project build logs, embedded systems learning, circuit experiments, C programming notes, reverse-engineering learning, and honest reflections on what worked and what failed. +
++ Honest status note: This blog is a manually maintained static notebook. While I prepare my first full technical build logs, the entries below are clearly labeled as an Example / Starter Note and a reusable Template / Draft so nothing here pretends to be a finished achievement before it is written. +
++ Showing 2 entries. +
++ Category: Personal Learning Reflections & Open-Source Ideas +
++ An introductory note explaining why I redesigned my site as a calm, honest workshop for hardware, software, C programming, and project build logs rather than a corporate résumé. +
+ ++ Category: Template / Build Log Structure +
++ A ready-to-copy static HTML article template containing placeholders for title, date, category, tags, reading time, what worked, what failed, and related project links. +
+ +- Here are the three real projects I am currently building and documenting. Because I value honesty in technical documentation, each project page lists only confirmed components and real progress—never invented specifications. + I build things, take systems apart, and learn how hardware and software work together.
++ This is my personal workshop for embedded systems, electronics, software, reverse engineering, open-source projects, and the lessons I collect while building. I enjoy making useful, strange, and sometimes purely fun things while documenting what works, what fails, and how each system develops. +
++ Hardware + software learner • Open-source enthusiast • Student builder +
++ An ongoing project focused on RC control and hardware-software integration, built to understand how physical inputs and control logic work together. +
++ An ongoing project exploring RC control and autonomous vehicle behavior across electronics, control logic, and software. +
++ A breadboard-based project that plays MIDI melodies by converting MIDI data into C code for the device, driving buzzers, an AMOLED display, and physical controls. +
+- An ongoing RC controller project focused on remote control hardware and hardware-software integration. + I do not want to understand only one isolated layer of a system. I study how physical components, circuits, C code, and software tools connect so I can make informed decisions and take responsibility for what I build.
- -Confirmed technologies & focus:
- - -What I am currently learning: Structuring an RC controller system so physical inputs and control software stay reliable and modular.
-Next step: Documenting confirmed hardware choices, wiring notes, and iteration logs as testing progresses.
-- An ongoing project exploring RC control and autonomous vehicle behavior. This project is part of my effort to understand systems across electronics, control logic, and software. + Not every experiment begins as a polished project. The Lab page holds my current circuit tests, MIDI-to-C conversion scripts, reverse-engineering learning notes, and open technical questions.
- -Confirmed technologies & focus:
- - -What I am currently learning: How manual RC control and autonomous decision logic interact with physical vehicle electronics.
-Next step: Confirming and testing the hardware platform before publishing specific sensor or controller details.
-- A breadboard-based project that plays MIDI melodies by converting MIDI data into C code for the device. The hardware currently includes two active buzzers, one passive buzzer, a rotary encoder, a 1.3-inch AMOLED display, two buttons, and two LEDs. + A manually maintained notebook for build logs, C programming notes, embedded experiments, and honest reflections on what worked and what failed along the way.
- -Confirmed components & tools:
- - -What I am currently learning: Translating musical MIDI data into C code arrays and coordinating buzzers, a display, and physical user inputs on a breadboard.
-Next step: Recording build notes, refining the MIDI-to-C conversion workflow, and documenting the breadboard setup.
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