Mikko Ilmonen

This significantly improved the turnup performance and reliability of Cloud SQL database instances.

The system was a combination of technologies working together, including Go, Docker, Bash, Linux kernel syscalls and UNIX toolkits.

It aggregates logs of database instances, identifying log lines based on whether they originate from leader/failover/testing environments.

Reduces SRE debugging time required for some instances from days to mere minutes and speeds up incident response.

Created a fully functioning game prototype with the Godot Engine, with custom and bought asset graphics

Helped design and implement the logic needed for a game based in medieval Aberdeen's history

Features include a frontend, backend, integration with other security-critical systems, code concurrency and parallelism.

The service is deployed globally within Google for internal use, and has a full testing + CI setup.

This has given me confidence that I can jump into a system I do not fully know, and yet be able to contribute.

The system was designed to be self-healing and have multiple concurrent nodes that take over.

This allows for more robust deployment in outdoor bike rack areas and makes the development/deployment cycle easier.

Users could save details of their own bicycle into the app with their registration.

They could reserve a bike rack using their app, and scan their NFC card to lock the door afterwards.

This included a "create your custom shirt" HTML5+CSS3+JavaScript application and integration with the OpenCart backend.

The infrastructure provided services such as internet marketing platforms and databases to businesses.

I resolved a server issue within an hour from the alert, and repaired + hardened the server instances so the issue would not reappear.

Grading Scale: (Best) L E M C B A I (Fail)