Jordan Regan

Data Engineer

Background

I started as a student passionate about sciences, driven by a curiosity for how the world works. During a challenging period in my life, I discovered the beauty of programming - not just as a skill, but as a turning point in my life that enabled newfound creativity and innovation. About six months later I was engineering large-scale batch data processes and administrating a Google Cloud Platform data warehouse for a company of thousands of employees - there was no going back now!

After a couple of years of data engineering, I was able to take the opportunity to learn enterprise backend development, which led me down new avenues in the world of data: real-time, event streaming with Kafka; federated GraphQL queries with Apollo; and learning all about project data requirements in everything from CRM integration to enterprise microservice architecture.

Four years into my data engineering journey and I am an accomplished cloud and on-prem pipeline aficionado with an ever-abounding thirst for knowledge and efficiency and a constantly developing background of maths and science on which to operate.

Looking ahead to the future, I am becoming increasingly skilled in BigData and serverless data ingestion, where I am learning Hadoop, Spark and time-series technologies like AWS Timestream and InfluxDB. I am also gathering abilities in the fields of AI and ML, having completed several official courses in Google's VertexAI, so that I can support data science initiatives with clean, usable data for modelling.

Timestream Architecture Diagram Timestream Benchmark Results

AWS Timestream Query Optimization

A proof of concept for an AWS architected time-series data ingestion with AWS Timestream (InfluxDB) and a remotely controlled Python-based Lambda Script. Also features a simple example of benchmarking optimized vs. poorly optimized queries showing a potential for a 35% decrease in query overheads.

  • AWS (S3, ECR, Lambda)
  • Timestream/InfluxDB
  • Python/SQL
  • Data Cleaning
View Repository →
Amazon Spark Architecture Diagram

Distributed Processing in Spark & Hadoop

Safe and production-ready, distributed data processing pipeline using Apache Spark on AWS EMR, with managed VPC and SSH for secure access. This project involved processing Amazon's extremely large public product dataset, transforming it efficiently and scalably with Spark, and storing the results in S3.

  • AWS (S3, EMR, VPC)
  • Spark
  • Python
  • SQL
View Repository →
Kafka Finance Architecture Diagram

Financial Sentiment Analysis & Web Scraping with Kafka

This application allows the data engineer to easily set up new Kafka producer clients to ingest financial data from a number of public sources on a schedule. Once ingested, the events are propagated through the system in real-time and run through a FinBERT sentiment analysis model before being distributed again with Kafka.

  • Kafka
  • FinBERT
  • Python
  • Scheduling
View Repository →

Have a project in mind?

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