About
I Like the Whole System
Model behavior, data contracts, deployment, and the human workflow all shape whether a product actually works.
I am Muhamad Fikri, an Electrical Engineering student at ITB building at the intersection of applied AI, backend systems, infrastructure, and security. I tend to work from first principles: understand the constraints, model the system clearly, then ship something that can be operated and improved.
My recent work adds AI product engineering to that foundation. In AIN Hire, I treated the model as one component in a controlled workflow: the interview is bounded by a deterministic state machine, scoring is separated from conversation, evidence is retained for review, and a recruiter remains responsible for the final decision. That is the kind of AI system I find compelling—useful, inspectable, and designed around human accountability.
A recurring theme in my other projects is bridging software and real-world systems: eMRTD and smartcard security, sensor-to-dashboard IoT pipelines, and practical platform work with Linux, Ansible, Podman, Nginx, health checks, and runbooks. I prefer architectures that are understandable, testable, and maintainable after the demo ends.
I also enjoy turning rough ideas into structured scopes: clear requirements, realistic milestones, measurable tradeoffs, and interfaces that work for non-technical users. Long-term, I am especially interested in energy and data-center adjacent work where software, infrastructure, and physical systems have direct impact.
Timeline
Recent Direction
How the work has expanded from backend and connected systems into applied AI and platform operations.
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June 2026
Applied AI with AIN Hire
Built a mobile-first voice-screening prototype with deterministic interview control, separate AI scoring, evidence trails, and required human sign-off.
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February 2026
Security and Platform Operations
Extended eMRTD smartcard work and built a RHEL-style operations lab around Ansible, Podman, systemd, firewalld, and repeatable runbooks.
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2025
Backend Systems for Real Operators
Shipped projects across IoT monitoring, retail operations, search, and collaborative systems with an emphasis on useful workflows and maintainable architecture.
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ITB
Electrical Engineering Foundation
Studying software, embedded systems, and systems analysis in a setting that keeps my engineering approach close to physical constraints and real-world impact.