Create and Set Up Database Server
Plan and configure reliable database servers with the right platform, access controls, storage, backups, and operational foundations.
DATABASE ADMINISTRATION, PERFORMANCE, AND RELIABLE DATA PLATFORMS.
IT professional with 3+ years of experience in database administration, data engineering, and cloud infrastructure. Skilled in PostgreSQL, MySQL, MongoDB, Apache Spark, Pentaho (PDI), AWS, and Linux.
Expertise includes performance tuning, query optimization, indexing, backup & recovery, replication, and high availability (HA/DR). Experienced in managing high-volume data pipelines and ensuring reliability, scalability, and data integrity in production systems.
Plan and configure reliable database servers with the right platform, access controls, storage, backups, and operational foundations.
Problem
Upgrade an outdated MySQL environment while preserving application compatibility.
Approach
Used available and custom Python tools with Pentaho ETL to migrate and resolve collation, deprecated-feature, ownership, datatype, and data-format issues.
Outcome
Delivered a modernized MySQL environment with compatibility issues addressed during the upgrade.
Problem
Move a database workload between different database platforms without losing data.
Approach
Built custom tools for automated datatype matching, SQL modification, and lossless data transfer.
Outcome
Created a repeatable cross-platform migration process with preserved data integrity.
Problem
Detect freezing queries, deadlocks, and critical database activity before they affect operations.
Approach
Created automated pipelines with triggered remediation alongside manual intervention workflows.
Outcome
Improved visibility into critical activity and established faster automated response paths.
Problem
Manage temporary database access without relying on repeated manual administration.
Approach
Created an automated pipeline that manages time-limited database access through a Slack workflow.
Outcome
Made temporary access more controlled, repeatable, and easier to operate.
A dependable request path from application traffic to a protected primary database and read replicas.
Keep a synchronized standby ready for read scaling, maintenance, and controlled failover.
Automated backups create a repeatable recovery path with retention, validation, and restore testing.
Health checks and a standby environment reduce downtime when a primary service or region fails.
Move trusted data from operational sources into an analytics destination through observable stages.
I'm always interested in hearing about new projects and opportunities.