Municipal Engineering Fundamentals for Non-Engineers

Learn about basic engineering concepts and methods used by public works engineers to design, construct, operate, and maintain municipal infrastructure. (PWMI)

• Planners and economic development professionals 
• City managers and assistant managers 
• Municipal finance officers 
• Engineering technicians 
• Elected city and county officials and their staff 
• Engineering technicians
• Maintenance supervisors preparing for additional responsibilities
• Individuals in the Public Works Management Institute (PWMI) certificate program

In-person outline:

Day 1

Overview of the Municipal Engineering Function

• What is unique about municipal engineering?
• What are the challenges of designing municipal infrastructure systems?
• What tools and standards are used by municipal engineers?

Street Planning, Design, and Maintenance

• Planning and functional classification systems
• Urban vs. rural roadway geometric standards
• Intersections and sidewalks
• Soils, water, and pavement thickness design
• Pavement management systems
• Preventive maintenance and rehabilitation
• Traffic engineering and operation
• Traffic engineering studies
• Understanding a civil engineering plan set

Water Supply Systems 

• Projecting water system demand
• Calculating average demand
• Estimating peak demand
• Accommodating fire flows

Water Distribution 

• Water mains
• Water storage requirements
• Metering and water loss
• Valves and hydrants
• Testing

Water Treatment - Groundwater and Surface Water

• Physical and chemical processes
• Hardness and softening
• Filtration and disinfection

Day 2

Sanitary Sewerage Systems

• Projecting system capacity
• Sewer collection systems
  • Design parameters
  • Materials
  • Maintenance
• Treatment Plant Considerations
  
  • Hydraulic and waste loadings
  • Phosphorous and nitrogen
  • Special loadings
• Treatment processes:
  • Primary
  • Secondary
  • Tertiary

Stormwater Drainage and Control Systems

• Why we manage stormwater
• Understanding rainfall and runoff, and the “Rational Formula”
• Drainage system design
• Catch basins and inlets
• Flood control: detention, flow control, and regional approaches,
• Water quality: EPA, NPDES, and MS4s
• Combined sewers
• Stormwater best management practices (BMPs) and sustainability

Online Course Modules

Pre-course Activity

• Overview of the Course
• Overview of the Municipal Engineering Function
• What is unique about municipal engineering?
• What are the challenges of designing municipal infrastructure systems?
• What tools and standards are used by municipal engineers?

Module 1 - Street Planning and Traffic Engineering

• Planning and functional classification systems
• Urban vs. rural roadway geometric standards
• Intersections and sidewalks
• Traffic engineering and operation
• Traffic engineering studies 
•  Individual Activity
• Understanding a civil engineering plan set
• Civil Engineering Plan Set Exercise

Module 2 -  Street Design, Maintenance and Rehabilitation

• Soils, water, and pavement thickness design
• Pavement management
• Preventive maintenance and rehabilitation
• Water System Exercise

Module 3 - Water Systems

• Sizing Water Systems
• Water Distribution System Fundamentals
• Storm Drainage System Exercise

Module 4 - Water Systems and Storm Drainage

• Water Supply
• Water Treatment
• Rainfall Runoff
• Flood Routes & Flood

Module 5 - Storm Drainage

• Storm Sewer and ditches
• Catch Basins & Inlets
• EPA regulation
• BMP’s & Applications
• New Urbanism and drainage
• Combined Sewers
• Sanitary Sewer and Waste Treatment Exercise

Module 6 - Sanitary Sewers and Waste Treatment

• Projecting System Capacity
• Collection System
• Treatment Plant Design

David Barber

David Barber, PE,  has experience in municipal engineering and public works management, serving both fast-growing communities and established communities dealing with significant financial constraints. He has served as director of public works and city engineer for Peoria, Evanston, Naperville, and Downer’s Grove in Illinois. He also served as a principal engineer with MWH Global, Indianapolis, Indiana. Barber has extensive  knowledge of facilities planning and capital budgeting.

Benjamin Jordan

Ben Jordan is a program director with Interdisciplinary Professional Programs in the transportation sector. He has over 35 years of experience in civil engineering and public works. He earned a Bachelor of Science Degree in Civil Engineering from the University of Illinois at Urbana–Champaign and is a Licensed Professional Engineer in the State of Illinois.