M Roziq Zainuddin's Work | ContraWork by M Roziq Zainuddin
M Roziq Zainuddin

M Roziq Zainuddin

Software Enginer

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Followed by Benjamin C
Cover image for AI-Integrated Digital Platform & Web
AI-Integrated Digital Platform & Web Solutions (yakusapas.ai.id (http://yakusapas.ai.id)) Engineered and deployed the web infrastructure for yakusapas.ai.id (http://yakusapas.ai.id), focusing on modern digital services, automated processes, and clean, scalable software architecture. Core Architectural Highlights: Next-Gen Web Architecture: Built with high-performance frameworks delivering sub-second response times, secure endpoints, and responsive mobile-first layouts. Intelligent Automation & Logic Workflows: Designed modular backend pipelines capable of integrating AI endpoints, data processing services, and automated digital tasks. Intuitive User Interface: Minimalist dashboard and navigation tailored for rapid user onboarding and friction-free service exploration. Data Integrity & Security: Built-in safeguards including input sanitization, rate-limiting, and hardened environment configs for production reliability.
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Cover image for Integrated Smart Village Portal &
Integrated Smart Village Portal & Digital Public Services (asemkandang.desa.id (http://asemkandang.desa.id)) Engineered and deployed the official municipal web platform for Asemkandang Village to digitize citizen administration and enhance public sector transparency. Key Capabilities: Online Citizen Administration: Digital requisition workflow enabling residents to submit official letter requests and document applications remotely. Budget & Program Transparency: Public dashboards showcasing village fiscal planning, development allocations, and aid distribution records. Demographic & Geographical Mapping: Structured presentation of regional data, administrative boundaries, and demographic statistics. Local Business Showcase: Integrated village marketplace to promote local agricultural commodities and MSME products. Secure Administrative Dashboard: Tailored back-office system with role-based access for village officials to process public records efficiently.
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Cover image for Interactive Multi-Category Zakat & Islamic
Interactive Multi-Category Zakat & Islamic Wealth Calculator Developed a dynamic, responsive financial calculation engine for Lazismu Kota Pasuruan to automate Islamic wealth obligations (Zakat) in compliance with Sharia jurisprudence. Key Capabilities & Architecture: Multi-Sector Calculation Engine: Covers diverse asset classes including Gold, Silver, Income, Commercial Trade, Agriculture (with irrigation-based variable rates 5%–10%), and Livestock (Sa'imah and commercial livestock). Dynamic Market Pricing & Nisab Benchmarking: Automatically syncs reference values—such as live gold/silver prices (Antam) and national food staples (rice per kg)—to establish exact minimum taxable thresholds (nisab). Business Accounting Formulas: Evaluates trade assets by balancing inventory, liquid cash, and accounts receivable against mature debts and operational liabilities. Reactive Client-Side Architecture: Built with modern, lightweight frontend tools (Alpine.js & Tailwind CSS) to deliver instantaneous, zero-latency recalculations as users adjust numbers, sliders, and commodities.
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Cover image for The clock on the wall
The clock on the wall crept past midnight, and the house had grown completely silent. The only warmth in the room came from the amber glow behind my desk and the quiet hum of my dual monitors illuminating the workspace. Beside my keyboard, steam still rose faintly from a fresh cup of dark coffee—fuel for another hour of deep focus. On my desk lay an open notebook filled with handwritten logic diagrams, data flow schemas, and edge-case reminders sketched during the evening. While the left screen held the codebase inside the editor, the terminal on the right continuously ran automated tests and compiler outputs. Partnering with an AI coding agent transformed the way I worked: instead of getting stuck on boilerplate code or repetitive syntax, I could focus entirely on high-level architecture, pipeline orchestration, and system resilience. Every line of logic written was immediately analyzed, refined, and validated against strict performance benchmarks. The quiet hum of the room, the soft clicks of the mechanical keyboard, and the steady rhythm of passing tests made the late-night development sprint feel effortless. By 2 AM, the core modules were successfully linked, the prototype was deployed to the staging environment, and the application was finally ready for production.
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