Muchamad Coirul Anwar

Software Engineer with 2+ years of experience specializing in backend optimization and high-concurrency microservices. Proven track record of scaling application throughput by 3x and architecting fault-tolerant systems in the banking sector. Adept at leveraging AI agent orchestration (via MCP and custom hooks) to accelerate development workflows, with a strong passion for delivering robust enterprise solutions (Go) and exploring low-level systems architecture (Rust).

Work Experience

Back-End Developer

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Architected and executed the migration of 4 core BRIAPI services, defining the system architecture for full migrations while ensuring backward compatibility for legacy endpoints
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Developed and maintained 6 Brigate API Gateway services, managing both new feature implementations and the continuation of existing legacy systems.
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Accelerated development cycles by 57% by effectively integrating AI developer agents into the engineering workflow, without compromising code quality.
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Optimized high-concurrency systems by implementing Go's singleflight pattern to prevent cache stampedes, and integrated Fluentd to enhance centralized logging and observability.

Full-Stack Developer

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Migrated the backend runtime from Node.js to Bun, increasing application throughput by 3x and reducing CPU usage by 50%.
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Architected a standardized GitHub Actions CI/CD pipeline for 10+ applications, tripling deployment frequency with a 97% success rate across 5 environments.
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Deployed a comprehensive observability stack (Prometheus, Grafana, Loki), reducing the Mean Time to Detect (MTTD) for production errors by 50%.

Front-End Developer

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Developed custom web applications based on client requirements, with a focus on responsive and user-friendly design
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Collaborated with stakeholders to gather and analyze requirements for the POLRI dashboard, translating them into clear technical specifications
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Designed and implemented Helvetica web interfaces using React, HTML, CSS, and JavaScript

Featured Projects

Rust-for-Linux Contributor | IIO Subsystem

Actively contributing to the Linux Kernel mailing list (currently iterating on RFC v3) to implement Rust bindings for the Industrial I/O (IIO) subsystem.

[+] Actively contributing to the Linux Kernel mailing list (currently iterating on RFC v3) to implement Rust bindings for the Industrial I/O (IIO) subsystem.
[+] Collaborating directly with upstream kernel maintainers, refining patch sets to address memory safety, C-FFI constraints, and architectural feedback.