What do you need to know about MDOT?
What do you need to know about MDOT?
View Future Projects MDOT’s Five-Year Transportation Program includes information about the department’s funding picture, performance measures, system condition and specific transportation projects planned for the next five years in each of MDOT’s seven regions.
Who are the members of the Maryland Department of Transportation?
Appointed by Secretary of Transportation: Marjorie J. Deschenes; Gary E. Falls; J. Kenneth Glendenning; Edward J. Huber; Melvin L. Kelly; Ron K. Looper; Harry L. Matthews; James J. McHugh; Barbara Morgan; Marsha E. Willis. Representing Governor’s Office of Small, Minority, & Women’s Business Affairs: Lisa M. Sennaar; Gerald A. Stinnett.
How long do MDOT Road and bridge projects last?
Major road and bridge construction projects can last several months or longer, and may involve significant delays. MDOT is responsible for all state-owned roads/highways with an M, I, or US designation (ex: I-94, M-21, US-23). Note: These lists are not all inclusive.
Where is the Michigan Department of Transportation mailing address?
Title VI Nondiscrimination Sign up for email from MDOT! You are here MDOT Contact MDOT Mailing Address Michigan Department of Transportation State Transportation Building 425 W. Ottawa St.
https://www.youtube.com/watch?v=zPEmUWDbN9Q
How often are MDOT standard plans revisions published?
Note: Revisions to the Standard Plans are published and distributed approximately once a year. Between distributions a special detail may have superseded a Standard Plan. Check the Special Detail Index to see if this is the case. Note: Revisions to the Standard Plans are published and distributed approximately once a year.
What does RR stand for in MDOT category?
RR-054 – Study of the Mixing Efficiency of a 34-E Dual-Drum Paving Mixer RR-067 – Pavement Type Selection RR-079 – Feasibility Study of a Pavement-Deflection Measurement System RR-101 – Performance Tests on a Large Stationary Concrete Mixer at Various Mixing Times RR-102 – Comparative Studies of Pneumatic Tire Rolling