Blurb. Highly self-driven Engineer who is continually exploring new learnings. This place acts as place for playing around with new ideas. Actively building my capability to be able to robustly execute on entrepreneurial endeavors. I obtain great satisfaction from brining to fruition new creations, this pursuit gives existential meaning. I'm glad you've stopped by 😊
Leading the development and deployment of a set of production grade platform components on GCP. Facilitating adoption and consumption of the platform through a series of developer tooling and frameworks to streamline onboarding. Delivered first production-grade GKE/GCP based platform for one of Australia's biggest Banks.
Building highly automated and robust production grade platforms on-top of Kubernetes. Utilising service-mesh technologies such as Istio to enable sophisticated service-mesh micoservice architectures. Additionally, enabling/creating next-generation monitoring/observability capabilities, CI/CD pipelines, and security practices. Lead the delivery of Australia's first Istio deployment into production
Leading the build and development of small private cloud environment (4000 vCPU, 4 PB storage). As well building the application layer on-top which carried out large-scale message ingestion and transformation (capable of over 300k EPS)
Primarily working with networking/telecommunication technologies. Experience with the typical networking vendors Cisco, Juniper, Palo Alto, Checkpoints and the respective CLI/GUI/Automation tooling. Additionally, responsible for building out a range of small automation tools using Python and the Python SSH library Paramiko.
Thorough curriculum which provided students with a deep experimental and hands-on experience with the design, build and analysis of complex real-time systems, imbedded electronics and analogue electronics. Additionally a foundational knowledge in computer science.
In depth exposure to low-level scientific theories in physics such as quantum mechanics, particle physics, condensed matter and cosmology/astronomy My applied mathematics major was focused in statistical and computational analysis with a strong coverage of partial and ordinary differential equations Throughout the course a heavy emphasis was made on experimentation/laboratory work with extensive report writing and literature reviews.