Senior Fully Remote Node.js/TS Full-Stack Engineer

bluelightconsulting; United States; Remote; USD 120,000 - 180,000; Full time

Benefits offered by this job

Fully remote position

Continuing education support

Generous PTO and performance bonuses

Job summary

Bluelight Consulting seeks a senior backend/full-stack engineer for a fully remote role focused on high-quality, low-latency web apps for Latin American clients. You will work on RESTful APIs with Node.js/TypeScript, and contribute to frontend tasks as needed within a fast-paced consultancy.

The ideal candidate has 5+ years of backend experience, strong Node.js/TypeScript skills, and depth with AWS, PostgreSQL, and secure multi-tenant models.

Qualifications

• 5+ years backend-focused software development experience.
• Experience with Node.js/TypeScript/React in production.
• Experience building low-latency APIs on AWS with PostgreSQL/AuroraDB and RLS.
• Ability to overlap US business hours and own complex systems.

Responsibilities

• Design, build, and maintain low-latency RESTful API services on AWS.
• Develop backend systems using Node.js, TypeScript, and SQL databases.
• Implement secure multi-tenant data models and integrate external SDKs.
• Contribute to React frontend when needed.
• Authors CI/CD pipelines and tests against real databases.
• Use AI coding assistants and uphold code quality standards.

Skills

Node.js

TypeScript

JavaScript

React

AWS

PostgreSQL/AuroraDB

Row-Level Security

CI/CD

Testing

Ownership

Education

Bachelor's degree

Tools

AWS Fargate/ECS

SQL & migrations

CI/CD tooling

Job description

Bluelight Consulting seeks a senior backend/full-stack engineer for a fully remote role focused on high-quality, low-latency web apps for Latin American clients. You will work on RESTful APIs with Node.js/TypeScript, and contribute to frontend tasks as needed within a fast-paced consultancy.

The ideal candidate has 5+ years of backend experience, strong Node.js/TypeScript skills, and depth with AWS, PostgreSQL, and secure multi-tenant models.