Consultor PEC – LyRA Interoperability & Digital Integration

About the role

The organization is seeking a specialized consultant to design, develop, and implement new functional modules for the LyRA platform within the SIRWASH program. The role focuses on strengthening digital transformation for AAPS by automating concurrent regularization processes of EPSA.

Key responsibilities

• Analyze requirements and define interoperability models, workflows, and institutional APIs.
• Design UX/UI and develop a document‑upload module with automatic validation and indexing.
• Implement geographic functionalities for layer management, spatial queries, and overlap detection.
• Build a public module for tracking procedures and automate documents, edicts, and communications with digital signatures.
• Develop secure, documented APIs with access‑control mechanisms.
• Set up management tools, traceability, reporting dashboards, and alert systems.
• Configure test environments, run comprehensive pilots, and adjust solutions.
• Prepare user manuals, conduct training, transfer knowledge, and provide post‑implementation support.

Required profile

• Bachelor’s degree in Information Technology, Systems Engineering, Computer Science or related fields.
• Additional postgraduate or specialized training in software development, system architecture, digital interoperability, databases, GIS (QGIS, QField) or business intelligence is valued.
• Minimum seven (7) years of professional experience in software development, information systems, platform integration or technology modernization.
• Proven experience in at least four of the following areas: functional module development, API integration, database management, GIS integration, digital signature automation, and dashboard creation.

Required skills

• API development and integration
• Database design and management
• Geographic Information Systems (GIS) – QGIS, QField
• Digital signature integration
• UX/UI design
• Dashboard and reporting tool implementation
• Security and access‑control mechanisms