Real-Time Robotics Full-Stack Engineer (Remote)

PrismaX; United States; Remoto; USD 85.000 - 130.000; Tempo integral

Resumo da vaga

PrismaX is seeking a Remote Full Stack Engineer to build scalable backend services and web applications for real-time robotics systems. You will work across the stack with AI and robotics engineers to ship reliable features.

Responsibilities include designing APIs in Python and Node.js, developing data-driven web apps, and ensuring scalable, maintainable code with a focus on performance and reliability.

Qualificações

• 2+ years of experience in full stack or backend development.
• Strong proficiency in Python (FastAPI, Flask, or Django).
• Solid experience with Node.js (Express, NestJS, or similar frameworks).
• Experience working with relational and NoSQL databases (PostgreSQL, MongoDB, etc.).
• Clear understanding of RESTful architecture, API design, and deployment best practices.

Responsabilidades

• Design and develop robust backend services and APIs using Python and Node.js.
• Build full stack web applications that visualize and manage real-time robotics data.
• Collaborate with AI and robotics engineers to integrate hardware and software pipelines.
• Contribute to system architecture decisions focused on scalability, reliability, and performance.
• Manage relational and NoSQL databases and design efficient data access layers.
• Implement clean, maintainable, and well-tested code.
• Participate in code reviews, sprint planning, and iterative product development.

Conhecimentos

Python

Node.js

REST APIs

Databases

API design

Problem solving

Remote work

Ferramentas

FastAPI

Flask

Django

PostgreSQL

MongoDB

Docker

Descrição da vaga

PrismaX is seeking a Remote Full Stack Engineer to build scalable backend services and web applications for real-time robotics systems. You will work across the stack with AI and robotics engineers to ship reliable features.

Responsibilities include designing APIs in Python and Node.js, developing data-driven web apps, and ensuring scalable, maintainable code with a focus on performance and reliability.