Seasonal Tax Associate | Training & Client Impact

H&R Block; Spokane (WA); On-site; USD 19,000 - 25,000; Part time

Job summary

H&R Block is hiring a seasonal Tax Associate to work in‑person at a local tax office. You’ll meet clients, gather information, and prepare tax returns with support from experienced teammates. Training provided for new entrants, with opportunities to increase earnings as knowledge grows.

The role emphasizes clear explanations, identifying savings opportunities, and building strong client relationships through teamwork and a client-first approach.

Qualifications

• Successful completion of the H&R Block Income Tax Course or equivalent.
• Experience interacting with customers or clients in a service-oriented environment.
• Strong communication and ability to explain information clearly.
• Problem-solving skills and ability to organize information.
• Comfort using digital tools and systems including AI-based tools.

Responsibilities

• Meet with clients to gather information and understand their tax situation.
• Prepare tax returns with training from experienced teammates.
• Explain tax information clearly and provide recommendations clients can understand.
• Identify tax savings opportunities and recommend products/services.
• Address questions or unique situations with guidance and resources.
• Build client relationships and support office priorities through teamwork.

Skills

Strong communication

Customer service

Problem-solving

AI tools experience

Education

High school diploma

Bachelor’s degree (preferred)

Tools

Copilot

ChatGPT

Job description

H&R Block is hiring a seasonal Tax Associate to work in‑person at a local tax office. You’ll meet clients, gather information, and prepare tax returns with support from experienced teammates. Training provided for new entrants, with opportunities to increase earnings as knowledge grows.

The role emphasizes clear explanations, identifying savings opportunities, and building strong client relationships through teamwork and a client-first approach.