- Location
- McLean, VIRGINIA
- Type
- Contract
- Department
- IT
- Experience
- 6+ years
- Source
- RecruiterFlow
Description
Our client is seeking a Power Platform Developer to design, build, and maintain enterprise solutions using Microsoft Power Apps, Power Automate, and SharePoint, with opportunities to work with modern AI capabilities and integrate critical business systems.
Responsibilities & Qualifications
- Design, develop, test, and maintain solutions using Microsoft Power Platform with a focus on scalability and user experience
- Build and enhance applications with Power Apps and develop workflow automations using Power Automate to streamline business processes
- Configure and support SharePoint-based solutions, ensuring alignment with organizational requirements
- Integrate Power Platform solutions with relevant business systems and data sources to enable seamless information flow
- Apply AI capabilities, including agents and prompt engineering, to enhance and optimize business workflows
- Troubleshoot issues, debug applications, and improve existing automations and integrations
- Collaborate with business and technical stakeholders to clarify requirements, gather feedback, and deliver effective solutions
- Document application functionality, workflows, integrations, and technical decisions for knowledge transfer and compliance
Requirements
- 6–10 years of professional experience with Microsoft Power Platform, including Power Apps and Power Automate
- Strong expertise in SharePoint configuration and integration within modern Microsoft environments
- Demonstrated experience with application and system integrations, including API consumption and data connectivity
- Hands-on experience with AI capabilities such as agents and prompt engineering
- Proficiency in Power Platform best practices, performance optimization, and security considerations
- Strong communication and collaboration skills with ability to work effectively across business and technical teams
- Experience troubleshooting and supporting production environments