Construction Delays

Mark is a recognized expert regarding the analysis of Critical Path Method (CPM) schedules. He's a qualified expert witness. Mark was a contributing author and continues to provide updates and revisions to the AACE International's (AACEi) Recommended Practice No. 29R-03 for Forensic Schedule Analysis (RP-FSA. He writes and speaks nationally and internationally on construction claim topics. Mark uses his expertise to help his client's prepare, evaluate, and analyze delays, inefficiencies, acceleration, and damages on projects including transportation, power, medical, education, commercial, and high-rise buildings across the US and internationally. William A. Manginelli has extensive experience in project management, scheduling, construction change analysis, and surety completion on many types of projects including institutional, industrial, commercial, hi-rise, power and water, transportation, and marine construction. His expertise lies in the areas of construction management and the analysis of construction impacts, including delays, inefficiency, acceleration, and damages. Scott Lowe, P.E., has directed and performed all types of analyses related to claims including delay and inefficiency (typically using measured mile for inefficiency); assessed responsibility for contract changes; and calculated various types of delay damages. He has evaluated problems and offered solutions on almost every type of project including transportation, water and wastewater treatment, power, process and manufacturing, medical, educational, commercial, correctional, hotels, condominiums, residential, and athletic facilities. He has worked on projects large and small throughout the US and internationally. A nationally recognized construction expert in scheduling, construction management, cost overruns/damages, construction means and methods, and delay and inefficiency analysis, Ted has either managed construction or evaluated problems on virtually every type of project including transportation, water/wastewater treatment, power, process and manufacturing, medical, educational, commercial, correctional, hotels, condominiums, residential housing, and athletic facilities.

1. Project Scheduling2. Float and the Critical Path3. Schedule Reviews4. Types of Construction Delays5. Measuring Delays - The Basics6. Delay Analysis Using Bar Chart Schedules7. Delay Analysis Using CPM Schedules8. Delay Analysis Using No Schedules9. Other Forensic Schedule Analysis Techniques - Their Strengths and Weaknesses10. The Owner's Damages Due to Delay11. The Contractor's Damages Due to Delay12. Home Office Overhead13. Other Categories of Delay Damages14. Inefficiency Caused by Delay15. Acceleration16. Determining Responsibility for Delay17. Risk Management18. Delays and the Contract