Seasonal Meta Tech Experience Specialist

2020 Companies; Highland (IN); On-site; USD 28,000 - 36,000; Part time

Benefits offered by this job

Flexible paydays

Bonus potential

100% Paid Training

Career growth opportunities

Job summary

2020 Companies, in partnership with Meta, is hiring a Part-time Seasonal Meta Sales Specialist for Best Buy in Highland, IN. You will demonstrate Meta products, engage shoppers, and drive sales while training store teams on new AI apps and features.

We offer flexible paydays, performance incentives, and fully paid training to advance within the program and beyond, with real-world resume-building experience in consumer AI and premium brand representation.

Qualifications

• High school diploma or equivalent required.
• 6+ months of sales, electronics, retail, telecommunications, or marketing experience preferred.
• Interest in Technology, Wearable AI, and/or Virtual Reality technology preferred.
• Comfortable engaging with customers and asking for the sale.

Responsibilities

• Demonstrate Meta products through hands-on demos at the Best Buy store.
• Engage shoppers and create a welcoming, personalized experience.
• Train store teams on new Meta apps, tools, and product features.
• Highlight key product features based on customer interests.
• Guide customers from engagement to sale while maintaining brand standards.
• Track demonstrations and sales activity to meet performance goals.

Skills

Sales experience

Customer service

Electronics knowledge

Retail experience

Communication

Education

High school diploma or equivalent

Job description

2020 Companies, in partnership with Meta, is hiring a Part-time Seasonal Meta Sales Specialist for Best Buy in Highland, IN. You will demonstrate Meta products, engage shoppers, and drive sales while training store teams on new AI apps and features.

We offer flexible paydays, performance incentives, and fully paid training to advance within the program and beyond, with real-world resume-building experience in consumer AI and premium brand representation.