Redhorse
Mid-Level Everything Engineer (Data & Migrations)
About this role
Redhorse Corporation seeks a mid-level full-stack engineer to design and maintain data systems and migration solutions for mission-critical applications. You'll develop technology-agnostic solutions while collaborating with customers who serve vital U.S. national interests.
What you'll do
- Design and implement full-stack solutions for data processing and management
- Build and execute data migration strategies across multiple platforms
- Collaborate with customers to understand mission-critical requirements
- Maintain and optimize existing data systems and infrastructure
- Participate in code reviews and technical documentation
- Troubleshoot and resolve production data issues
What they're looking for
- Full-stack development (front-end and back-end)
- Database design and optimization
- Data migration tools and methodologies
- SQL and relational database management
- API development and integration
- Linux/Unix systems administration
- Version control (Git)
- Problem-solving and technical communication
Benefits
- Work on mission-critical national security projects
- Remote work flexibility
- Opportunity to build technology-agnostic solutions
- Collaborative environment with trusted partnerships
- Professional growth supporting complex technical challenges
Opens the official application on the employer’s site. No login required.
Redhorse
Redhorse builds data analytics platforms and modernized software systems for U.S. government agencies, including graph-based intelligence platforms and legacy system transformations. The company is hiring full-stack engineers, data engineers, UI developers, and systems engineers to develop mission-critical applications that improve government data management, security, and operational efficiency.
View all jobs at RedhorseLikely interview questions
- Describe your experience designing and executing data migration projects. What challenges did you face?
- How do you approach building technology-agnostic solutions, and why is this important?