Dr. Lincoln Forbes
forbesli@ecu.edu
Teaching Interests
- Productivity Improvement in Construction
- Lean Construction/Integrated Project Delivery
- TQM in construction, Six Sigma theory and application
- Environmental sustainability in the built environment
Research Interests
- Lean Construction theory and application
- Empowerment of project teams and its impact on productivity and performance
- Environmental sustainability in the built environment
Education
- Ph.D. in Industrial Engineering/Management. University of Miami. (1999):
- Specialization in construction performance/quality/productivity improvement.
- M.S., Industrial Engineering, University of Miami, M.B.A., University of Miami.
- B.Sc. Electrical Engineering, University of the West Indies, Trinidad.
Work experience
1986-2010: Senior positions in facilities mgmt. at Miami-Dade County Public Schools
(the nation’s 4th largest school district) including Supervisor, Facilities Design and Standards, Admin. Head, Capital Improvements force
1979-1985 Miami-Dade County, senior positions in productivity analysis/improve-
Prior international design/construction experience: Senior Engineer, Attas, DeFour, Benghiat Consultants, Kingston, Jamaica. Responsible for design, project management and site supervision for electrical/mechanical building systems.
Membership – Scientific And Professional Organizations
- Member, Lean Construction Institute, (LCI)
- Member, International Group for Lean Construction, (IGLC)
- Fellow, Institute of Industrial and Systems Engineers, (IISE)
- Senior Member, American Society for Quality, (ASQ)
Registration/Certification
- Professional Engineer registered in the State of Florida since 1981 (Electrical)
- LEED–Accredited Professional (LEED®AP) by the U.S. Green Building Council
- CM-Lean credential, AGC of America
Books
Forbes, L. H. and Ahmed, S. M. (2010). Modern Construction: Lean Project Delivery and Integrated Practices. CRC Press, Taylor and Francis Group, Boca Raton, FL, London, New York. ISBN: 978-1-4200-6312-7.
L.H. Forbes (2013). “Industrial Engineering Applications in Construction”, Chapter 6, Handbook of Industrial and Systems Engineering, Ed. A. Badiru, Taylor and Francis, USA.