Engineering portfolio

Amin Haiqal.
Software engineer.

I build software, develop task-specific AI and automate workflows, from the initial requirements through to a working system.

Based in Kuala Lumpur. Independent engineering through Axelyn. About me

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  • Astro
  • Next.js
  • Go
  • Python
  • PyTorch
  • Hugging Face
  • scikit-learn
  • n8n
  • OpenRouter
  • Docker
  • Kubernetes
  • AWS
  • Google Cloud

Selected engineering work

Real tasks.
Working systems.

Projects spanning data infrastructure, business operations and event technology. Each case study records my responsibilities, the system decisions and the evidence available.

Monitorscape regulatory intelligence interface on a desktop display

Regulatory intelligence · 2026

Monitorscape

A production pipeline that turns fragmented public information into structured material analysts can review.

My role
Backend engineering, data pipelines, scraping, document processing, AI-assisted analysis
Read the case study
Pastelocity e-commerce website shown on a desktop display

E-commerce operations · 2025

Pastelocity

A custom business system connecting products, customers, orders, payments, receipts and daily administration.

My role
Product development, backend services, integrations and web implementation
Read the case study
Memora website presented on a desktop display

Event technology · 2026

Memora

A private QR-based experience for collecting guest photos and messages while an event is happening.

My role
End-to-end product development and production infrastructure
Read the case study

The engineer behind the work

Practical delivery.
Continued investigation.

I work through Axelyn, a software engineering, AI and automation practice in Malaysia, with suitable clients internationally.

Amin Haiqal, software engineer behind Axelyn
Amin HaiqalKuala Lumpur, Malaysia

From the first workflow
to a working release.

I lead delivery directly, from implementation planning to backend engineering, deployment and handover. My experience spans backend services, data pipelines, API integration, production systems and applied AI.

My technical focus is systems and AI infrastructure: execution boundaries, state, observability and recovery. Client delivery supports the practice and continued investigation of distributed systems and reliable AI workloads.

Discuss a project

Operating principles

Clear decisions.
Accountable engineering.

The work needs more than a finished interface. These principles guide the implementation and the responsibilities around it.

Define the work
Agree on one problem, the required access and a result that can be checked.
Keep evidence close
Connect derived results to their sources and make unresolved issues visible.
Respect human authority
Prepare information and hand off decisions that require judgement or permission.
Leave clear ownership
Document how the system runs, what can fail and who is responsible after handover.

Engineering / Axelyn Forge

The system
around the model.

I built Forge to turn verified career evidence into tailored documents while keeping facts, layout and publication under application control.

Working private system · Public blueprint

Axelyn Forge / Application control boundaryWorking private system · Simplified architecture

Canonical data, evidence and templates define what may change.

  1. Verified evidenceCandidate facts & sources
  2. Model proposalConstrained rewrite operations
  3. ValidationDeterministic checks & rendering
  4. PublicationComplete output package
Operational controls

Profile isolation · Serialized private jobs · Usage ledger · Health-checked releases

The application validates model proposals and publishes complete artifact packages. The documented workflow runs as a private service, with serialized jobs and external model APIs.

The public blueprint explains typed model operations, deterministic validation, isolated state, usage records and deployment recovery. The implementation and private data remain private.

Distributed systems and AI workload infrastructure guide my ongoing investigation. Further results need their own implementations and reproducible evidence.