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Construction Engineering and Management
Building the Future
Construction engineers lead the most dynamic, costly phase of civil and environmental engineering projects: construction of the physical facility. Construction engineers are at the center of an industry that is going through a revolutionary transformation into the next generation of construction project delivery: Construction 4.0. UD’s construction engineers are prepared to lead the industry into the future.
Thanks to technologies such as building information modeling (BIM), virtual and augmented reality, and advanced visualization, construction engineers can now construct virtually and optimize the processes before breaking ground. Drones and photogrammetry, laser scanning, infrared tools, and advanced sensors are making construction sites safer and more productive. Robotics and integrated manufacturing promise to improve quality while drastically reducing the time for project delivery. “Big Data” analytics, cloud computing, and artificial intelligence are bringing the creative solutions of Silicon Valley into construction engineering design. Meanwhile, new materials and methods such as 3D printed concrete promise to change the way business is done in the future.
UD construction engineers are uniquely positioned to lead the industry and integrate cutting-edge tools into the construction process because of our rigorous core curriculum and added benefits. Students obtain the engineering foundation essential for problem solving and ultimately professional licensure. Through paid co-ops, they gain experience to understand how techniques learned in the classroom are applied in real life. Formalized training in business essentials through an integrated business certificate program with the Lerner College adds further value to the degree.
AREAS OF STUDY
- Construction Engineering
- Construction Management
- Planning & Scheduling
- Cost Estimation & Control
CAREER OPTIONS
- Project/Construction Engineer
- Project/Construction Manager
- Construction Executive
- Estimator
- Planner/Scheduler
- Quality Control Engineer
- Safety Officer
- Value Engineer
- Cost Control Engineer
- Field Engineer
GRADUATE PROGRAMS
- Construction Engineering and Management
- Masters of Business Administration
- Engineering Management
- Financial Engineering
- Urban Planning
What’s special about this program?
All students in the program participate in a 26-week co-op experience and complete a Certificate of Business Essentials. In addition, an optional minor in business administration is available for students who wish to go beyond the requirements to obtain additional credentials.
Get Involved
Alpha Omega Epsilon
American Society of Civil Engineers
American Society of Highway Engineers
Chi Epsilon
Deep Roots Outreach Program
Engineers Without Borders
Environmental Engineering Student Association
Institute of Transportation Engineers
National Society of Black Engineers
Sigma Phi Delta
Society of Asian Scientists and Engineers
Society of Hispanic Professional Engineers
Society of Women Engineers
Tau Beta Pi
Sample curriculum
EGGG101 | Introduction to Engineering (FYE)
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CHEM103/133 | General Chemistry Lecture/Lab
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CISC106 | General Computer Science for Engineers
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MATH241
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Analytical Geometry and Calculus A |
CIEG191
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Introduction to Construction Engineering and Management |
MATH242
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Analytic Geometry and Calculus B
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PHYS207/227
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Fundamentals of Physics I Lecture/Lab |
ENGL110 | First-Year Writing
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GEOL105 | Geological Hazards & Their Human Impact
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Breadth Requirement Electives (from CE&M list) |
CIEG211 | Statics
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CIEG390 | Engineering Survey and Geomatics
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CIEG291 | CAD and BIM in Construction
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Science/Math Elective
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MATH349
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Elementary Linear Algebra (or)
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MATH351 | Engineering Mathematics I (or)
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MATH210 | Discrete Mathematics I
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CIEG212 | Solid Mechanics
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CIEG213
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Civil Engineering Materials Laboratory
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CIEG214 | Construction Materials
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COMM212 | Oral Communication in Business
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CIEG292 | Environment, Health and Safety
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Breadth Requirement Elective
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CIEG391 | Construction Estimating and Cost Control
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CIEG320 | Soil Mechanics & Foundation Engineering
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CIEG323 | Soil Mechanics & Foundation Engineering Lab
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CIEG305 | Fluid Mechanics
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CIEG394 | Construction Law and Regulations
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CIEG392 | Construction Planning and Scheduling
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CIEG301 | Structural Analysis and Design
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ACCT200 | Survey of Accounting
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CIEG315 | Probability and Statistics for Engineering
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Breadth Requirement Electives (from CE&M list)
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Technical Elective
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CIEG481 | Co-op Experience in Civil and Environmental Engineering
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CIEG393 | Construction Means and Methods
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CIEG491 | Senior Design — Construction EG (DLE and Capstone)
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Technical Electives
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Breadth Requirement Electives (from CE&M list)
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