As humanitarian and development organizations increasingly rely on digital tools, the demand for advanced engineering talent has grown rapidly. The Full-Stack Platform Engineer role for ImpactOS, offered through Social Impact, reflects this shift toward building scalable, data-driven systems that support complex global operations.
This position sits at the intersection of software engineering, data systems, and operational design, offering engineers a chance to contribute to platforms that improve program management and decision-making.
A Foundational Engineering Role in a Growing Platform
The role is described as a foundational position, meaning the engineer will help shape the architecture and direction of the entire system. Rather than working on isolated features, the engineer is expected to contribute to core platform design and long-term scalability.
Key aspects of the role include:
- Full ownership of system architecture and design decisions
- Collaboration with product and data teams from early development stages
- Direct influence on user experience and system functionality
- Participation in building a platform from concept to production
This makes the role particularly suitable for engineers who thrive in early-stage environments and enjoy shaping systems from the ground up.
Core Technical Responsibilities
The engineer will work across the full technology stack, building both backend systems and user-facing interfaces. The technical scope is broad and includes modern cloud-native development practices.
Core responsibilities include:
- Designing and building full-stack systems using React, Next.js, Node.js, FastAPI, and PostgreSQL
- Developing configurable workflows and operational interfaces
- Creating real-time dashboards for monitoring performance and analytics
- Building secure and scalable REST APIs for system integration
- Implementing authentication and role-based access control (RBAC)
In addition, the role emphasizes strong system design principles such as modular architecture, extensibility, and performance optimization.
Platform Features and System Capabilities
The ImpactOS platform is designed to help organizations manage complex programs and extract actionable insights from operational data. To achieve this, the engineer will contribute to several key system capabilities:
Workflow Configuration
- Allow users to define and customize workflows
- Support flexible program structures across different use cases
Data Visualization
- Build dashboards displaying real-time performance metrics
- Integrate analytics tools such as Power BI for advanced reporting
Event and Notification Systems
- Design alerting mechanisms for system updates and changes
- Implement event-driven features for responsive user experiences
Data Infrastructure
- Develop scalable PostgreSQL data models
- Ensure performance optimization for large datasets
- Support evolving data requirements over time
These features ensure the platform remains adaptable to different organizational needs.
Cloud, Security, and DevOps Responsibilities
A significant part of the role focuses on secure and scalable infrastructure. The engineer is expected to implement industry best practices for cloud deployment and security.
Key responsibilities include:
- Containerizing applications using Docker
- Managing cloud infrastructure (preferably Azure)
- Contributing to CI/CD pipelines for continuous deployment
- Implementing encryption and secure secrets management
- Supporting infrastructure-as-code using tools like Terraform or Bicep
Security is a central requirement, with emphasis on FedRAMP-aware practices, including audit logging and secure authentication systems.
Required Skills and Technical Expertise
This role requires experienced full-stack engineers with strong technical depth and product intuition.
Essential qualifications include:
- 5+ years of full-stack engineering experience
- Proficiency in TypeScript and React
- Backend experience with Node.js or FastAPI
- Strong knowledge of PostgreSQL and API design
- Experience with cloud platforms such as Azure, AWS, or GCP
- Familiarity with Docker and container-based systems
- Understanding of OAuth 2.0 and RBAC authentication systems
Beyond technical skills, candidates are expected to demonstrate a strong product mindset and the ability to translate abstract requirements into functional systems.
Preferred Experience and Emerging Technologies
While not mandatory, several additional skills are considered valuable:
- Experience with Next.js and advanced rendering techniques
- Familiarity with real-time systems and event-driven architectures
- Knowledge of infrastructure-as-code tools such as Terraform or Bicep
- Experience with analytics tools like Power BI or Tableau
- Exposure to configurable platforms such as workflow builders or low-code systems
- Experience working in security-conscious or regulated environments
The role also encourages familiarity with AI-assisted development tools, reflecting modern engineering practices.
The Broader Mission Behind the Platform
Although highly technical, the role is ultimately tied to a broader mission: improving how organizations design and manage complex programs. By building better systems for data and workflow management, the platform aims to enhance operational efficiency and decision-making across sectors.
This includes:
- Improving transparency in program execution
- Enabling data-driven decision-making
- Supporting scalable management of global initiatives
The engineer’s work directly contributes to tools used in real-world operational and humanitarian contexts.
Career Growth and Opportunity
This position offers significant autonomy and long-term impact. As an early engineering hire, the candidate will:
- Influence core product architecture
- Shape engineering standards and practices
- Work closely with leadership, including the CTO
- Gain experience in building enterprise-scale systems from scratch
It is particularly well-suited for engineers seeking ownership, technical depth, and mission-driven work.
Final Thoughts
The Full-Stack Platform Engineer role for ImpactOS represents a blend of advanced software engineering and mission-driven product development. It requires both technical excellence and strong product thinking, as well as the ability to design systems that scale with complex organizational needs.
For experienced engineers looking to build impactful platforms in a remote, high-ownership environment, this opportunity offers a rare combination of technical challenge and real-world relevance.
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