• Greetings to friends from all corners of the world!

• Pax omnibus. (Peace to all.)

• 🏗️ Architect: Architecture is my core profession, focused on conceptual design, spatial creation, and bringing visionary structures to life.

• 📐 BIM (Building Information Modeling) Professional: I specialize in Building Information Modeling, utilizing it for detailed documentation, coordination, and data-driven management throughout the project lifecycle.

• 🎮 Gaming Connoisseur: From grand strategy (Civilization VI, Stellaris, HOI4, Victoria 3, EU4, CK3) to souls-like epics (Elden Ring, Hollow Knight, Black Myth: Wukong, Witcher 3), competitive shooters (CS2), tactical depth (Arknights), and creative mods (Plants vs. Zombies) — I embrace gaming's full spectrum. Beyond screens, I cherish the timeless strategy of Xiangqi, Shogi, and International Chess, where every move is architecture in miniature.

• 💕 Galgame Devotee: Deeply moved by the narrative craftsmanship of Key's classic trilogy — AIR, Kanon, and CLANNAD. I appreciate visual novels that weave music, storytelling, and emotional resonance into unforgettable experiences.

• 📡 Radio Amateur & Signal Chaser (Callsign: BG7LBJ): Licensed Class A, currently navigating the VHF/UHF bands with a hacked Quansheng UV-K5. My ears are in the static, listening for structure—while I build the DSP and SDR fluency needed for the HF privileges ahead.

• 🌌 Stargazer: Observing the night sky and unraveling the mysteries of the cosmos is a profound source of inspiration.

• 💻 Computer Science Explorer: I love solving problems with code and diving into new technologies.

• 🧮 Mathematics Explorer: Algebra, Geometry, Number Theory, Discrete Mathematics, and the elegant abstractions of Group Theory — mathematics is the unseen scaffold behind all structure, both built and computed. My mathematical foundation is built upon Thomas' Calculus, the legendary Princeton Mathematics Trio (Stein & Shakarchi's Analysis series), and the expansive Graduate Texts in Mathematics (GTM) collection from Springer.

• ⚔️ Competitive Programming & Recreational Math: Actively grinding problems on ACM‑style platforms to sharpen algorithmic thinking, while enjoying the playful challenges of AMC (American Mathematics Competitions) as a mental sport.

• 📱 Android Developer: Passionate about creating intuitive and high-performing mobile applications.

• 🎵 Critical Listener: I chase the vanishing gap between a recording and a live performance. My listening space is a constant work-in-progress of room correction, DAC synergy, and the relentless pursuit of the 'black background'.

• 🎸 Acoustic Guitar Student: Learning to translate pressure into pitch on a Yamaha FG800M. Drawn to the warm, woody resonance of a dreadnought body—where six strings and a soundboard become the simplest kind of architecture.

• 🖌️ Ink Brush & Built Form: Trained in architectural sketching and sensitive to color's weight. Chinese ink wash painting (水墨画) is more than an interest—it's a design compass. I explore how its restraint, its dialogue between void and mass, can inform a contemporary architecture where classical silence and modern clarity coexist.

• 🎴 Gensokyo Denizen: Immersed in the universe of the Touhou Project—its music, its manga, its animated daydreams, and the legendary bullet-hell ballet. It's a world where ZUN's melodies and fan‑driven storytelling remind me that difficulty can be a form of grace, and that the richest universes are built note by note, page by page.

My primary engine for creation, analysis, and entertainment:

• Laptop: ASUS ROG Strix G16 (银月工作站)

• Processor: AMD Ryzen™ 9 8940HX (16C/32T, up to 5.4 GHz)

• Graphics: NVIDIA GeForce RTX 5070 Ti Laptop GPU (12 GB GDDR7, 140 W TGP)

• Memory: 48 GB DDR5 (32 GB Crucial + 16 GB Micron, dual‑channel flex mode)

• Storage: 3 TB (2 TB Yangtze Memory for archive + 1 TB Kioxia NVMe for system)

• Hackintosh Machine: Dell Inspiron 5488 – successfully running macOS Sonoma as a Hackintosh, serving as a secondary development environment for iOS build compatibility and cross‑platform testing.

• Mouse: ASUS ROG Keris – a lightweight, precise gaming mouse with customizable DPI ranging from 100 to 16,000, featuring hot‑swappable switches for tailored tactility.

These tools form the backbone of my daily workflow across architecture, development, and creative pursuits.

Creative & Design (2026 Release Suite) • Photoshop 2026, Lightroom Classic 2026, Illustrator 2026 – digital imaging, photo management, and vector precision. • Premiere Pro 2026, Audition 2026 – video storytelling and audio post‑production. • InDesign 2026 – layout and print‑ready publication design. • Dreamweaver 2021 – occasional web maintenance and legacy site support.

Development Environments • Visual Studio Insiders – living on the cutting edge of C++/C# tooling. • Visual Studio Code – polyglot scripting, remote dev, and markdown. • JetBrains Suite: CLion (C/C++), PyCharm (Python), IntelliJ IDEA (Java/Kotlin), RustRover (Rust). • Android Studio – native Android development and Compose UI building.

I also maintain a collection of heavily customized Android devices, each running a tailored OS for development, testing, and daily driving:

• Xiaomi Pad 5: Flashed with ColorOS 15 (Windows 11 Pro for Workstations dual‑boot environment for mobile productivity).

• OnePlus Ace 3: Running ColorOS 16 – a clean, feature‑rich daily driver.

• Xiaomi Redmi K20 Pro Premium Edition: Powered by Evolution X custom ROM, offering a near‑stock Android experience that keeps the pop‑up camera legend alive with the latest enhancements. Used as my primary reference device for pure Android UX.

• iPad (5th generation): My portable digital canvas, running Procreate for architectural sketching, ink‑wash studies, and rapid ideation. Paired with UTM to emulate legacy and alternative operating systems—bridging the gap between mobile constraints and the nostalgia of classic computing.

📱 iOS Devices (Jailbroken) • iPhone 6: Running a classic iOS 12 jailbreak. Preserved as a tribute to the golden age of untethered freedom and a dedicated portable media player for my local library. • iPhone SE (2nd generation): A nostalgic homage to the iconic iPhone 4/5 design language, yet pushing forward as a testbed for iOS 26 features. A compact daily companion that bridges classic ergonomics with bleeding‑edge software.

• Quansheng UV-K5: My entry point into amateur radio. A budget handheld that punches far above its weight with custom firmware. Currently running Egzumer's mod for spectrum visualization and expanded receive capabilities.

• Yamaha FG800M: A solid‑top acoustic dreadnought with a warm, balanced tone. My daily companion for learning fingerstyle and chord progressions.

• HiVi D1080MKII+: Active bookshelf speakers delivering crisp, balanced sound for desktop listening and near‑field monitoring. • Edifier W830NB: Over‑ear wireless noise‑cancelling headphones for immersive listening and focused work sessions. • iKF King Pro: Versatile Bluetooth headphones with hybrid ANC, used for mobile listening and casual gaming.

• Programming Languages: C, C++, Python, JavaScript, CSS, Kotlin, Java, LaTeX

• Technologies: Machine Learning, Computer Vision, Embedded Systems, Android SDK, Jetpack Compose

• Architectural Design: Proficient in architectural design, modeling, and visualization software, including the TArch (天正) suite for architectural, structural, electrical, plumbing, and HVAC drafting, as well as SketchUp, 3ds Max, D5 Render, and Lumion for advanced modeling and rendering.

• BIM & Documentation: Experienced in the full BIM workflow and production tools (e.g., Revit, ArchiCAD, Civil 3D, Navisworks, BIM 360/ACC).

• General Tools: Git, Docker, VS Code, WSL, Android Studio, Gradle, Figma, MikTeX

• Mathematics & Problem Solving: Algebraic structures, geometric intuition, number theory patterns, discrete systems, and group‑theoretic symmetry — applied to both algorithmic challenges (ACM‑ICPC style) and competitive mathematics (AMC series).

My computer science journey is guided by a curated collection of open‑source university course materials and self‑study resources. These repositories serve as my compass through the vast landscape of CS theory and practice:

• REKCARC-TSC-UHT – Comprehensive Tsinghua/PKU course compendium. • SYSU_Notebook – Sun Yat‑sen University CS notes and experiments. • SJTU-Courses – Shanghai Jiao Tong University course resources. • 912_project – THU 912 CS fundamental exam preparation materials. • USTC-CS-Courses-Resource – University of Science and Technology of China CS courseware.

These open educational resources form the backbone of my self‑directed study, supplementing formal coursework and providing diverse perspectives on core CS domains.

• Building an IoT project integrating radio communication and deep learning.

• Exploring open-source astronomy data for celestial event prediction.

• Developing an Android app for real-time celestial event tracking.

• Experimenting with audio processing libraries to optimize sound quality for mobile devices.

• A personal project: Translating my architectural designs (“frozen music”) into elegant builds within Minecraft.

• SDR & DSP: Diving into Software-Defined Radio and advanced digital signal processing algorithms for spectrum analysis and protocol decoding.

• UV-K5 Firmware Exploration: Unlocking the hidden potential of this $30 radio with open‑source firmware. Discovering what spectrum analyzers, SSB reception, and other modded features can teach me about RF fundamentals.

• Repeater Hunting & Local Nets: Getting comfortable with proper operating procedures and antenna placement for VHF/UHF, while listening to HF via WebSDR in preparation for future upgrades.

• Computational Astro-Imaging: Exploring stacking, calibration, and post-processing techniques to enhance deep-sky photography.

• Modern Android UI/UX: Researching advanced animations, gesture navigation, and performance optimizations within declarative UI frameworks.

• High-Resolution Audio Codecs & Signal Chains: Investigating lossless formats, DAC/AMP synergy, and room correction algorithms for pristine playback.

• Real-Time Communication Protocols: Implementing and optimizing WebRTC for low-latency, cross-platform audio/video/data channels.

• Architectural Theory: Constructing a theoretical framework for the futuristic expression of Neo-Chinese architectural language.

• Algorithmic Craftsmanship: Consistently solving problems on ACM‑style online judges to refine data structure and algorithm mastery, while keeping a playful connection to AMC recreational problem‑solving.

• 📧 Email Me

• 🎬 Bilibili - My video channel

• 🎮 Steam - My gaming profile

• 💻 Stack Overflow - My coding Q&A profile

• 🎨 Behance - My design portfolio

• 📝 Zhihu (知乎) - Where I share insights (aka: 淡荷银月)

• 📡 QRZ.com - My amateur radio callsign profile (BG7LBJ)