In today’s rapidly evolving infrastructure sector, the ability to effectively plan, schedule, and control complex linear projects is more critical than ever. Recognizing this industry need, Pideya Learning Academy presents the TILOS Software Skills Development training—an advanced program designed to equip professionals involved in infrastructure development, civil engineering, and construction project management with the essential skills to leverage TILOS (Time-Location System) software for optimized project scheduling.
TILOS stands out as a powerful scheduling solution specifically created for linear projects such as highways, railways, pipelines, tunnels, canals, and transmission lines. Unlike conventional scheduling tools that rely on Gantt charts, TILOS combines time and geographical location in a single visual chart, helping planners align activities across physical routes, monitor progress, and avoid geographic conflicts that often lead to costly delays. This spatial-temporal approach improves transparency, coordination, and decision-making across teams and contractors.
Industry trends strongly support the growing relevance of this tool. According to a 2023 report by Research and Markets, the global construction project management software market is forecasted to grow at a CAGR of 8.5%, reaching over USD 2.9 billion by 2028. A major driver of this growth is the surge in transport and energy infrastructure investments in emerging markets, where linear project management is crucial for successful execution.
Throughout this training, participants will gain a deep understanding of TILOS software’s capabilities and its seamless integration with widely used scheduling tools like Primavera P6, MS Project, and Powerproject. They will explore how to convert complex project data into coherent linear schedules that communicate both timeframes and physical work zones clearly.
Key highlights of the TILOS Software Skills Development training include:
Developing linear project schedules that align with geographical routes, constraints, and sequencing.
Mastering the time-location methodology to map, monitor, and manage linear infrastructure work.
Integrating TILOS with platforms such as Primavera and MS Project to streamline planning workflows.
Visualizing project timelines, milestones, and progress with high-impact time-distance charts.
Addressing real-world scheduling challenges specific to transport, utility, and pipeline sectors.
Utilizing advanced reporting features to improve communication and stakeholder alignment.
Enhancing decision-making by analyzing resource allocation and timeline optimization scenarios.
Participants will not only learn how to build and interpret time-location charts but also how to proactively manage scheduling risks, communicate plans more effectively, and boost project delivery performance. These competencies are especially valuable for professionals involved in multi-phase or geographically dispersed projects where traditional planning tools fall short.
By the end of this course, attendees will be equipped with a powerful skillset that enhances their project planning capabilities and supports organizational goals for efficiency, compliance, and timely delivery. Whether managing a single route or a nationwide infrastructure rollout, this training enables participants to lead with clarity and confidence.
Pideya Learning Academy ensures that each participant gains meaningful insight into TILOS as a transformative tool in infrastructure project management, paving the way for more strategic and data-driven scheduling approaches that meet the demands of today’s infrastructure challenges.

Key Takeaways:

• Developing linear project schedules that align with geographical routes, constraints, and sequencing.
• Mastering the time-location methodology to map, monitor, and manage linear infrastructure work.
• Integrating TILOS with platforms such as Primavera and MS Project to streamline planning workflows.
• Visualizing project timelines, milestones, and progress with high-impact time-distance charts.
• Addressing real-world scheduling challenges specific to transport, utility, and pipeline sectors.
• Utilizing advanced reporting features to improve communication and stakeholder alignment.
• Enhancing decision-making by analyzing resource allocation and timeline optimization scenarios.

• Developing linear project schedules that align with geographical routes, constraints, and sequencing.
• Mastering the time-location methodology to map, monitor, and manage linear infrastructure work.
• Integrating TILOS with platforms such as Primavera and MS Project to streamline planning workflows.
• Visualizing project timelines, milestones, and progress with high-impact time-distance charts.
• Addressing real-world scheduling challenges specific to transport, utility, and pipeline sectors.
• Utilizing advanced reporting features to improve communication and stakeholder alignment.
• Enhancing decision-making by analyzing resource allocation and timeline optimization scenarios.