Theory of Constraints, Critical Chain Project Management, Lean : industry consulting & training - Marris Consulting
Video of Philip Marris' intervention at the annual TOCICO Conference in 2015. He presents 3 apllication cases of Theory of Constraints in aeronautical industry.
Find all the TOCICO conferences in which Marris Consulting participated:
Discover OUR NEXT CONFERENCES AND (RE) WATCH OUR PREVIOUS CONFERENCES
To enhance your experience, Marris Consulting organizes training sessions on Theory Of Constraints applied to production and projects environments
our next theory of constraints and Critical chain project management training sessions
Marris Consulting is an expert in the Theory of Constraints (ToC) and Critical Chain Project Management (CCPM). As industry consultants, we are focused on helping process and manufacturing industries reach their highest levels of performance by using Constraints Management combined with Lean and Six Sigma. We also use Critical Chain Project Management which we sometimes combine with Lean engineering to improve project performance. If you are unsure about the actions which need to be implemented to improve operational efficiency, our industrial management consultants can also conduct a performance audit. Furthermore, our experts host numerous Theory of Constraints (ToC), lean and project management training sessions throughout the year.
Marris Consulting is an industry consulting and training company specialized in the Theory of Constraints (ToC) and Critical Chain Project Management. We focus on improving the performance of manufacturing and process industries by using Constraints Management combined with Lean and Six Sigma. To boost project performance, we also use Critical Chain Project Management (CCPM), which we sometimes combine with Lean Engineering. Our 2-day performance audits, our performance consulting services and our project management, Lean, ToC & CCPM training by our industry consultants offer a wide range of solutions to help our clients around the world reach the highest possible levels of performance.