Best practices for streamlining your project – A joint demo of Viasys VDC and DynaRoad products
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The document outlines best practices for streamlining project management, illustrated through the case study of the Roan Wind Farm in Norway. It details project phases, objectives, mass balance analysis, scheduling modifications, and production follow-up processes. Key takeaways include the importance of design control, visual scheduling, and effective site management for successful project execution.
Best practices for streamlining your project – A joint demo of Viasys VDC and DynaRoad products
- 1. Best Practices for Streamlining your Project Niclas Törnroos, Key Account Manager, M.Sc. (Tech.) Raido Puust, Software Specialist, MSc, PhD
- 2. Personal Introduction Customer relations Cooperation with local partners Project work in different countries in different project phases…
- 3. DynaRoad on Site – A Case Study Roan Wind Farm Located in the municipality of Roan in Sør-Trøndelag county
- 5. • Construction Start 2016 and Comissioning 2018 • Capacity: 255,6 MV • 71 turbines • 70 km roads Project Introduction – Roan Wind park www.statkraft.com
- 6. DynaRoad on Site - Roan Wind Farm Objectives What was done Starting point and Input Process Planning Decision making Results General Contractor Picture
- 7. Mass Balance Analysis LoB and Gantt General Schedules Production Follow-up Case Roan Wind Farm – Objectives
- 8. Timeline – what was done? September 2016 November 2016 March 2017 March 2017 - Mass Balance Analysis Pre construction Construction
- 9. I,J,HD E,F,G,HA,B,C Input • LBS by the owner • WBS by the owner • Schedule (bid) • Design (preliminary) • Location based BoQ • 3D model
- 11. Deficit Locations on project map
- 12. Change of the alignment Red = initial design Yellow = Detailed Improved design
- 13. Timeline – what was done? September 2016 November 2016 March 2017 March 2017 - Mass Balance Analysis - Schedule modifications - New prioritasions - Changed project division Locked - Locked schedule - Follow-up - LoB Schedule
- 14. Timeline – what was done? September 2016 November 2016 March 2017 March 2017 - Mass Balance Analysis - Schedule modifications - New prioritasions - Changed project division Locked - Locked schedule - Follow-up - LoB Schedule
- 15. Timeline – what was done? September 2016 November 2016 March 2017 March 2017 - Mass Balance Analysis - Schedule modifications - New prioritasions - Changed project division Locked 2nd time - Locked schedule - Follow- - LoB Schedule
- 16. LOCATION TIME
- 17. Gantt Schedule for Production Follow-up
- 18. 3D Model in Scheduling and Mass Haul Planning Rock cut Rock fill
- 19. Timeline – what was done? September 2017 November 2017 March 2018 March 2018 - Mass Balance Analysis - Monthly production follow-up - New Location Breakdown - Change in turbine order prioritazion By owner Schedule update - Locked General schedule in Gantt for reporting - Dynamic schedule for production - LoB Schedule
- 22. Summary A good picture of the mass balance in a early stage Design Control Production planning A visual location- and quantity based schedule Site Management Knowledge of where to be when Functioning follow-up and reporting of progress
- 23. Best Practices for Streamlining your Project Raido Puust, Software Specialist, MSc, PhD Viasys VDC Oy
- 24. MAGNET Construction Solution Workflows Design Plan VDC ConstructionEstimateOptimize Models Schedule Constructible models Asbuilt Tasks Actuals
- 25. Present mass haul plans in 5D Model Analyze Simulate Collaborate
- 26. (Project: Skanska, Norway) Model Analyze Simulate Collaborate
- 27. (Project: Skanska, Norway) Model Analyze Simulate Collaborate
- 28. (Project: Skanska, Norway) Model Analyze Simulate Collaborate
- 29. Simulate CollaborateModel Making the Way www.viasys.com
- 30. Thank you!
Editor's Notes
- #25: The future workflows for MAGNET portfolio: Design model estimates will be shared for mass haul plans (DynaRoad) and model based analysis for visual/clash detection analysis (VDC) Optimized mass haul plan is sent back to make design changes Scheduled mass haul plans will be simulated as 4D/5D models. Tasks/models from the planning/design phase are shared for optimized construction workflows As built models / actuals tasks are shared back to planning/design phase to keep the continuous and optimized workflows during the whole project lifecycle.
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