Solutions Engineer, Python, Airflow

This is a fully remote position, open to applicants in United States.

📋 Description

• Design and maintain responsive web applications utilizing Next.js and Node.js.

• Craft clean and maintainable Python code for backend services and data processing scripts.

• Create and oversee automated workflows and data pipelines using Airflow and dbt.

• Develop and implement secure, scalable RESTful APIs.

• Administer and deploy applications within an AWS environment.

• Enhance database performance and manage data migrations in PostgreSQL.

• Rapidly learn and adopt new frameworks or tools according to project-specific needs.

⛳️ Requirements

• Over 5 years of experience with JavaScript/TypeScript and Node.js.

• In-depth knowledge of the Next.js framework.

• Extensive experience in API development and integrations.

• Demonstrated experience using Python for application development or data engineering.

• Familiarity with AWS core services, including EC2, S3, Lambda, and RDS.

• Experience in pipeline development, transforming data with dbt and/or workflow tools like n8n, as well as scheduling tasks with Airflow.

• Proficient in using workflow automation platforms such as n8n, Zapier, or custom-built solutions.

• Strong SQL proficiency.

• Experience managing PostgreSQL databases, which includes schema design, complex queries, and optimization.

• Skilled in Git version control, encompassing branching, pull requests, and code reviews.

• Experience in implementing CI/CD workflows.

• Capability to transition between programming languages and technical domains.

• Proven track record of identifying technical obstacles and applying effective solutions.

• A proactive approach to learning new technologies and keeping up with industry trends.

🏝️ Benefits

• Annual bonus.

• Access to CuraLinc for health and wellness tips and practices.

• Wellness Fridays extending until December 2026.

• Region-specific benefits (details available through the career site or Talent Acquisition team).