Amir Rahimi
Lead Systems & Enablement Engineer · Melbourne
- Melbourne-based · AEST-friendly
- Reply within one business day
- Fixed-price options where scope allows
- You own the data, code and systems
PROFESSIONAL SUMMARY
Lead Engineer specialising in workflow automation, internal tooling enablement, and scalable system architecture. Expert at transforming legacy tech stacks into high-performance, secure digital ecosystems that eliminate operational bottlenecks and maximize engineering ROI.
WORK EXPERIENCE
Melbourne Lead Digital Systems & Infrastructure Engineer
2024–Present
TLC for Kids
- Systems Transformation: Spearheaded the architectural migration of core internal infrastructure, transforming a legacy Microsoft Access setup into a secure, robust, and modern server environment.
- Workflow Enablement & Tooling: Designed and deployed custom cross-platform CRM solutions and comprehensive workflow automation modules (covering payment pipelines and document generation) that significantly reduced administrative overhead.
- AI Ecosystem Integration: Engineered a custom, internal AI assistant allowing team members to query databases directly, alongside automated AI log-monitoring pipelines to streamline system ticketing and operations.
- Infrastructure & Security: Built and configured secure local bare-metal networks, remote VPN access protocols, and cloud monitoring watchdogs to ensure long-term ecosystem stability.
Melbourne Independent Contractor & Technical Lead
2018–2024
Alphesda Interactive Pty Ltd
- Custom Product Engineering: Architected and delivered custom full-stack web applications, automated workflow pipelines, and integrated digital systems tailored to distinct business requirements.
- E-Commerce & Payment Operations: Configured resilient payment infrastructures, subscription management systems via Stripe, and advanced API/webhook integrations.
- Performance Architecture: Built and optimized modern, highly responsive frontend interfaces using Next.js, Vue, and Node.js while establishing robust cloud data modeling layouts.