A closer look at how InteliMapLab prepares mapping engineers through hands-on learning and real contributions to the Overture Maps A

Open map data addresses the fundamental issue of accessibility; however, data alone does not guarantee the successful integration of the Overture standard into real-world engineering solutions. Between the publication of a technical specification and the launch of a live product, there is always a journey that cannot be completed without the most vital component – mapping engineering talent. Ultimately, any ecosystem is built and sustained not just by documentation, but by a community of engineers who understand the standard and possess the skills to transform it into a functional tool. 

At this year’s Overture Member Summit, Roman Kropyvnytskyi, Delivery Manager at Intellias, had the opportunity to share his experience regarding a key strategic vector – educating the next generation of mapping specialists. This is the story of how young professionals are already becoming active participants in the industry processes, driving the Overture ecosystem forward through tangible technical contributions. 

The philosophy of unification and open standards 

Overture Maps is a platform that serves as a foundation for innovation in modern cartography. Being a member of the Overture Maps Foundation, Intellias is developing this ecosystem for apparent reason: open source and unification provide the bedrock upon which new, high-tech solutions can grow, accessible to a wider circle of developers. 

However, for the industry to achieve sustainable growth, it is not enough to simply use the standard; companies must prepare engineers who can fluently navigate its schema and push its boundaries. This is why Intellias decided to integrate Overture into its educational programs, betting on the specialists who will soon define the industry's direction. When knowledge becomes widespread, the industry gains the momentum needed to create more complex and valuable services. 

InteliMapLab: simulating real-world production for next generation 

The centerpiece of Intellias young talent education strategy is InteliMapLab, operating as an External Juniors Program. This is far more than a classic training course; it is a full-scale simulation of the software development lifecycle. Students are organized into Agile teams under the guidance of experienced Intellias mentors. This approach allows them to experience the dynamics of a real project before they ever step into their first commercial role. 

The course, which spans from two and a half to four and a half months, is purely practical and uses realistic projects in the mapping area as a base for education. This creates an environment that closely mirrors industrial development, where every line of code is audited for quality and compliance with standards. 

“InteliMapLab is more than a training initiative. It is a practical environment where future mapping engineers learn how to work with real standards and data, as well as solve practical engineering challenges. Programs like this help build a stronger pipeline of talent for the industry while also growing a wider community of map experts who can contribute to the evolution and adoption of Overture Maps.” 

Roman Kropyvnytskyi, Delivery Manager at Intellias 

Technical solutions driving the ecosystem 

Today, the IntelliMapLab program spans Ukraine, Poland, and India, demonstrating consistently high efficiency: over 85% of participants successfully complete their training. A logical outcome of this synergy was the suite of technical solutions developed by student teams in 2025. They focused on bridging the gap between raw data and its practical application in real-world projects: 

• Adapting GraphHopper for Overture 

To make GpahpHopper data-source agnostic, Data Access Layer was introduced. Also, we developed Data Reader with loads of data and split Overture Road data into simpler sub-segments, dividing features at each connector point and at each change of a scope-based property. As a result, the ecosystem gained a routing engine that is based on Overture data increasing its adoption in navigation solutions. 

• Map Statistic Framework 

Having big experience in delivering maps, we see map statistics are crucial for data validation, regression tracking, and anomalies detection. That is why we created Map Statistic Framework for Overture. It loads data, converts it into an internal model, then indexes and visualizes it into interactive dashboards. This framework can be adjusted: developers can modify basic dashboards and create new ones as per their needs. 

Intellias intends to make these internal projects an organic part of the global Overture toolkit to share them with the community. Releasing these solutions allows every participant to utilize useful tools, turning these initiatives into real value for the entire industry. 

Get insights into Intellias mapping and navigation expertise powering solutions used in over 170 million vehicles across 50 automotive brands. 

Learn more 

Investing in what matters most 

An educational project of this scale creates value that extends far beyond a single company. Students gain invaluable experience with real-world use cases and build portfolios that meet the latest market demands. Simultaneously, the industry gains specialists who do not just know the theory but can implement the Overture standard in any professional environment, accelerating its global adoption. 

At Intellias, we are convinced: documentation sets the rules, but people build the ecosystem. The growth of Overture Maps depends on how effectively we foster a community of experts around this standard. Education is not merely workforce preparation; it is a strategic investment in the evolution of an open mapping industry, where the expertise of every individual engineer becomes a collective engine for innovation. 

Author 

Roman Kropyvnytskyi, Delivery Manager at Intellias 

Delivery and engineering professional with 10+ years in automotive, navigation, and mapping. Leads complex projects with a focus on clarity, structure, and long-term impact.