Brand Designer for AI & Predictive Tech | NYC | Equity

Aaru; New York (NY); On-site; USD 110,000 - 150,000; Full time

Benefits offered by this job

Competitive base salary and equity

Comprehensive medical coverage

Vision coverage

Dental coverage

Visa sponsorship

Relocation support

Various other benefits and perks

Job summary

Aaru in New York City is seeking a Design-focused team member to help users make decisions faster by shaping brand across product, web, and marketing. You’ll work with the Head of Marketing and Head of Design to build a brand that defines Aaru in the market and brings it to life across surfaces.

You’ll lead brand launches, build scalable systems, and collaborate with product designers to extend the brand into the product while maintaining high polish and fast iteration cycles.

Qualifications

• You’ve released your own products or led product design previously.
• You thrive in ambiguous and novel technical domains.
• You value feedback more than conformity.
• You can defend your choices and explain decisions.

Responsibilities

• Design and ship brand work daily across web, social, decks, and print.
• Build a brand system that scales to every surface.
• Lead launches and campaigns end to end with leadership.
• Partner with Product Designers and Design Engineers to carry the brand into the product.
• Enable anyone at Aaru to produce on-brand work without design in the loop.
• Help select and manage external agencies when needed.

Skills

Brand design

Product design

Ambiguity tolerance

Written communication

Job description

Aaru in New York City is seeking a Design-focused team member to help users make decisions faster by shaping brand across product, web, and marketing. You’ll work with the Head of Marketing and Head of Design to build a brand that defines Aaru in the market and brings it to life across surfaces.

You’ll lead brand launches, build scalable systems, and collaborate with product designers to extend the brand into the product while maintaining high polish and fast iteration cycles.