Work with the team to maintain, update, and migrate Tableau reports from on‑premise systems to AWS.
Build and enhance Tableau dashboards and reports using multiple data sources, including cross‑database joins and data blending.
Use Python within Tableau to experiment with advanced statistical formulas and improve visualizations.
Support data migration efforts, Tableau integrations, and the use of extensions.
Check data for accuracy by comparing it to official financial statements.
Collaborate with business users to understand their needs and help shape dashboard designs and reporting strategies.
Gather and analyze data from different ACR teams, often pulling information from various systems.
Contribute to best practices for report development, testing, access control, and scheduling report refreshes.
Document workflows, processes, and system functionality to support team knowledge.
Work with Large Language Models (LLMs) by evaluating prompts, comparing human‑generated and auto‑generated versions, and checking the accuracy of model outputs against original documents.

Requirements

Current undergraduate student (Computer Engineering, Computer Science, or related majors preferred)
Detail-oriented, curious, reliable, and mature
Eager to learn, self-driven and take initiative
Excellent communication (verbal & writing) skills required
Ability to manage multiple projects and adapt to shifting priorities.

Benefits

This position will have a Remote schedule.
Preferred candidates will reside in the Eastern Time Zone so as to be able to work a 32.5 hour work week, Monday through Friday (8:30A - 5:00P EST) with every Friday afternoon off!

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

TableauPythondata migrationdata blendingcross-database joinsstatistical formulasreport developmenttestingaccess controlscheduling

Soft Skills

detail-orientedcuriousreliablematureeager to learnself-driveninitiativeexcellent communicationproject managementadaptability