Computer Systems Analyst

Sleeper•Seattle, WA

1d•$85,000 - $108,000•Remote

About The Position

Sleeper is the leading platform to connect friends over sports — sports fans can check scores, play fantasy games, chat, and more. Our flagship fantasy football product is used by 10M+ people internationally. We reach users through product interfaces, onboarding, emails, in-app messages, and landing pages across mobile, web, and email systems. Delivering these reliably requires someone who can analyze product and business requirements, translate them into system and interface specifications, and work with designers and engineering to implement and validate them. The Computer Systems Analyst studies Sleeper's user-facing lifecycle and product systems and gathers requirements from stakeholders across Product, Engineering, Data, and Marketing. They translate those requirements into system specifications, interface designs, and implementation guidance — evaluating system capabilities, specifying reusable components and data structures, prototyping solutions, and validating what gets built.

Requirements

Bachelor's degree in Computer Science, Information Systems, Business, or a closely related field.
Experience analyzing requirements and translating them into system/interface specifications for mobile and web products.
Experience developing and documenting reusable system components and standards.
Proficiency with specification/design tools (e.g., Figma, Adobe Creative Cloud) and ability to collaborate cross-functionally in a fast-paced environment.

Nice To Haves

Professional experience across digital product systems, design-system development, usability evaluation, and technical collaboration
Understanding of software constraints, information structures, and implementation processes for mobile and web systems; familiarity with accessibility and usability principles.

Responsibilities

Analyze business/product requirements and existing system behavior across mobile, web, email, and in-app lifecycle systems; identify gaps and improvement opportunities; document requirements and acceptance criteria.
Translate requirements into system specs: reusable components, templates, data/content structures, responsive logic, and integration points with delivery platforms (e.g., Braze); document standards for their use.
Produce flows, wireframes, high-fidelity specs, and interactive prototypes defining system behavior and interaction logic before implementation.
Assess system capabilities, constraints, and trade-offs with engineering; recommend the most efficient approach.
Partner with Product, Lifecycle, Marketing, Engineering, and Data to turn requirements into specs and provide implementation guidance to engineers.
Review implemented systems for conformance to spec; evaluate structure, responsiveness, accessibility, and component usage; flag defects and corrections.