Senior GIS Solutions Architect and Project Manager

• Minimum of 10 years of demonstrable experience in the GIS sector.

• Experience in design, architecture, evolution, and management of geospatial solutions.

• Experience leading complex technological projects from start to finish.

Having a master's degree or postgraduate degree in GIS, Geomatics, Data Science, Software Engineering, Systems Architecture, Digital Transformation, or Project Management will be especially valued.

An official university degree in one of the following areas will be necessary:

• Computer Engineering or equivalent.

• Systems Engineering, Software Engineering, or related degrees.

• Telecommunications Engineering, especially in profiles oriented towards systems, data, or technological architectures.

• Geomatics and Surveying Engineering, Geomatics, or Geospatial Engineering.

• Cartography Engineering, Geodesy, or equivalent degrees.

• Geography, provided that a solid and demonstrable specialization in Geographic Information Systems is provided.

• Other related STEM degrees, provided they are complemented by relevant professional experience in GIS architecture and projects.

We are looking for a highly specialized senior professional who combines solid experience in integral project management, with deep technical knowledge in GIS solutions architecture.

• Lead the planning, execution, monitoring, and closure of three large GIS projects.

• Manage scope, budget, schedule, risks, dependencies, resources, and key performance indicators —KPIs—.

• Prepare progress reports for stakeholders and management.

• Ensure compliance with business objectives, deadlines, and agreed quality levels.

• Define the high and low-level architecture of the GIS solutions.

• Establish the technical requirements necessary for the evolution, maintenance, integration, and scalability of the applications.

• Design solutions based on GIS platforms, web services, APIs, spatial databases, cloud environments, and hybrid architectures.

• Review and validate the technical proposals, architectures, designs, and developments presented by subcontractors.

• Audit code quality, configurations, technical documentation, and development practices.

• Guarantee compliance with security, performance, availability, interoperability, and maintainability criteria.

• Define standards, best practices, and technological governance criteria for GIS solutions.

Analyze current products and solutions to identify improvement opportunities.

Propose new functionalities, architectures, and service models.

Evaluate the incorporation of emerging technologies applicable to the geospatial field.

Drive the use of Artificial Intelligence and Machine Learning in cases such as:

Automation of GIS processes.

Image classification and analysis.

Pattern and anomaly detection.

Predictive analysis.

Automated processing of geospatial data.

Generation and enrichment of geographic information.

Translate business needs into a technological and product roadmap.