Senior Frontend Engineer - Membership Platform (Remote)

Coinbase, Inc.; Lincoln (NE); Remote; USD 186,000 - 219,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

401(k)

Equity

Bonus eligibility

Job summary

Coinbase, Inc. is seeking a Senior Software Engineer for Coinbase One, focusing on customer-facing frontend experiences and membership features. You will own the frontend for sign-up, benefits discovery, and usage of the membership across the Coinbase retail app.

You will lead frontend initiatives, collaborate with product, design, and backend teams, and mentor engineers while improving performance and reliability through automated tests and careful design choices.

Qualifications

• Proficient in frontend tech: JavaScript/TypeScript/React.
• Experience with GraphQL APIs and unit tests.
• Proven track record delivering complex frontend projects.
• Ability to build reusable UI components and optimize performance.
• Strong collaboration across engineering, product, and design teams.

Responsibilities

• Own frontend development for Coinbase One experiences in the consumer app, including sign-up flows and subscription payments.
• Build reusable frontend components and platform capabilities for membership features.
• Lead projects from design to launch, breaking work into milestones and communicating tradeoffs.
• Collaborate with product managers, designers, and backend engineers to translate needs into UX.

Skills

JavaScript/TypeScript/React

GraphQL

Unit testing

Reusable components

Cross-functional collaboration

GenAI responsibly

Job description

Coinbase, Inc. is seeking a Senior Software Engineer for Coinbase One, focusing on customer-facing frontend experiences and membership features. You will own the frontend for sign-up, benefits discovery, and usage of the membership across the Coinbase retail app.

You will lead frontend initiatives, collaborate with product, design, and backend teams, and mentor engineers while improving performance and reliability through automated tests and careful design choices.