Real-Time Wearables Platform Engineer (SF Bay Area)

MaxIT Consulting - Max Corporate Group; San Francisco (CA); Presencial; USD 120.000 - 180.000; Jornada completa

Descripción de la vacante

MaxIT Consulting - Max Corporate Group seeks a Full-Stack Engineer to build the product and infrastructure layer around an advanced wearable AI platform used in real-world industrial environments.

You will work across the full product stack, from real-time video and data pipelines to backend services and the user-facing application, balancing latency, connectivity, and hardware integration to deliver scalable solutions.

Formación

• Approximately 2 to 5 years of professional software engineering experience.
• Demonstrated full-stack engineering capability across frontend and backend systems.
• Hands-on experience with React and/or React Native.
• Experience shipping scalable products used by real customers.
• Exposure to real-time, low-latency, streaming, edge, wearable, or hardware-connected systems.
• Strong product ownership and ability to work effectively in an early-stage environment.

Responsabilidades

• Build real-time video and data pipelines connecting wearable devices with AI systems.
• Design systems that operate under tight latency requirements and unreliable connectivity.
• Develop backend APIs, application services, and data infrastructure.
• Build customer-facing web and mobile experiences.
• Work with React and React Native, including integrations with native device capabilities.
• Own features and systems end to end from architecture through production deployment.

Conocimientos

Full-stack engineering

React

React Native

Real-time systems

Edge computing

Descripción del empleo

MaxIT Consulting - Max Corporate Group seeks a Full-Stack Engineer to build the product and infrastructure layer around an advanced wearable AI platform used in real-world industrial environments.

You will work across the full product stack, from real-time video and data pipelines to backend services and the user-facing application, balancing latency, connectivity, and hardware integration to deliver scalable solutions.