Civil Engineering with Leadership, Entrepreneurship and Management (CE-LEM)
The Lyles School of Civil Engineering is pleased to offer a Professional Master’s Concentration within the Civil Engineering program. This concentration is named: Civil Engineering with Leadership, Entrepreneurship and Management (CE-LEM).
General characteristics of this concentration include:
- Designed specifically to prepare university graduates for a career in industry and government, or to broaden the prospects of university graduates with careers in progress.
- Incorporates professional skills and competencies component (management, supervision, leadership, entrepreneurship, etc.).
- Students are guaranteed an industry/alumni mentor in their second semester in the Professional Masters concentration.
- Students in the Professional Masters concentration will earn a Master of Science in Civil Engineering (MSCE) degree.
- A full-time program of one to two years in length.
- Possible part-time option.
- Instruction is primarily residential, with a maximum of 25% allowed to be completed online.
- A single cohort of students admitted into the concentration each fall semester.
- Students in the concentration cannot hold teaching/research assistantships or fellowships. Should a student secure an assistantship or fellowship, we can move the student to a funding eligible concentration,with the approval of the Office of the Vice Provost for Graduate Students and Postdoctoral Scholars (OGSPS). This must be done within the first two wekes of the semester.
- Students wishing to continue for a PhD in Civil Engineering at Purdue would be required to complete a Graduate School application for the PhD program.
Applicants pursuing this concentration will also be eligible to apply to the recently approved concurrent MS-MBA program, offered jointly by the College of Engineering and Krannert School of Management at Purdue.
The CE-LEM concentration includes two components: Core courses in management/entrepreneurship/leadership including prescribed professional development seminars, and course options based on the area of specialization.
I. Core Courses (Management, Entrepreneurship and Leadership)
(common to all students in the concentration)
Minimum of 9 credits but no more than 12 credits from the following list:
CE 59700 – Professional Development Seminar 1 – 1 credit (required of all Professional Masters Students)
CE 59700 – Professional Development Seminar 2 – 2 credits (required of all Professional Masters Students)
- CE 52400 - Legal Aspects in Engineering Practice (also offered as CEM 48500)
- CE 59601 - Entrepreneurship and Business Strategy in Engineering
- CE 59700 - Great Projects: Essential Lessons from the Great Builders
- CE 59700 - Disasters and Emergencies
- CE 59700 - Innovation Science & Socio-Tech Change
- CE 59801 - Breakthrough Thinking for Complex Challenges (also offered as ENGR 49000)
- CE 59700 - Advanced Project Management and Analysis
- CEM 59700 - High Tech Entrepreneurship
- ENGR 50200 - Engineering Leadership
- IE 57700 - Human Factors in Engineering
- MGMT 60000 - Accounting for Managers
- MGMT 61000 - Financial Marketing
- MGMT 62000 - Marketing Management
- MGMT 65000 - Strategic Management
- MGMT 66000 - Operations Management
- MGMT 54600 - Decision Support and Expert Systems
- MGMT 56200 - Project Management
- MGMT 57100 - Data Mining
II. Areas of specialization (between 12-21 credits depending on the specific area)
During the application process, if the Professional Masters - Civil Engineering with Leadership, Entrepreneurship and Management option is chosen as an area of interest, the applicant will be prompted to choose an area of specialization within the Professional Master’s degree.
We currently offer the following specializations:
Minimum of 9 credits from the following list:
CE 51300 – Lighting in Buildings
CE 51401 – Building Controls
CE 51501 – Building Energy Audits
CE 59700 – Sustainable Building Design, Construction, and Operation
ME 51800 – Analysis of Thermal Systems
ME 59700 – Sustainable Energy Options & Analysis
ME 52200 - Indoor Environment Analysis and Design
CE 59700 - Indoor Air Pollution
At least 3 credits from the following list:
ME 59700 – Solar Energy Engineering
ME 51300 – Engineering Acoustics
ME 59700 – Sustainable Design & Manufacturing
STAT 51100 – Statistical Methods
STAT 51200 – Applied Regression Analysis
CS 50100 – Computing For Science and Engineering
Group 1. Required: Four foundational courses - CE520, CE 521, CE 522, CE 523
Note: Students who join the graduate program in Civil Engineering at Purdue with the equivalent of one of the four required courses can substitute one of the required courses with any course in Group 2 .
CE 52000 - Construction Project Controls
Group 2. A minimum number of three courses from the following prescribed list:
Note: Group 2 includes eligible CE and CEM courses offered by Construction faculty. The list below is updated in 2021 and will be continuously updated as new courses are added and some of the 497/597 courses receive permanent course numbers.
Minimum of 12 credits from the following list:
CE 55000 - Physico-Chemical Processes In Environmental Engineering I
CE 59700 - Water Chemistry in Environ. & Ecological Engineering
CE 55900 - Quality Modeling
CE 55700 - Air Quality Management
CE 54200 - Hydrology
AGRY 54400 - Environmental Organic Chemistry
EEE 53000 - Life Cycle Assessment: Principles and Applications
CE 59700 - Environmental Biotechnology
EEE 59500 - Solid & Haz Waste Management
EEE 59500 - Urban Ecosystem Services
CE 59700 - Geographical Information Systems
CE 59700 - Environ Analytical Chemistry
CE 59700 - Indoor Air Quality
CE 54400 - Subsurface Hydrology
Minimum of 9 credits from the following list:
CE 506 Adjustment of Geospatial Observations
CE 503 Digital Photogrammetry
CE 505 Radar Remote Sensing
CE 507 Multi & Hyperspectral Remote Sensing
CE 508 Geographic Information Systems
CE 509 Laser Scanning
At least 3 credits from the following list:
CE 562 Geometric Design of Highways
CE 697 Satellite Photogrammetry
CE 697 SAR Interferometry
AT 490 Intro to Unmanned Aerial Systems
AAE 575 GNSS Navigation and Positioning
AAE 564 Systems Analysis and Synthesis
AAE 567 Applied Stochastic Processes
AAE 568 Applied Optimal Control & Estimation
ECE 661 Computer Vision
ECE 637 Digital Image Processing
Minimum of 12 credits from the following list:
CE 58000 - Advanced Geotechnical Engineering
CE 58300 - Slopes and Retaining Structures
CE 58400 - Foundation Analysis and Design
CE 58700 - Soil Dynamics
CE 59700 - Geoenvironmental Technology
CE 59700 - Piling Engineering
CE 59700 - Fundamentals of Soil Behavior
CE 59700 - Geotechnical Instrumentation
CE 59700 - Offshore Engineering
CE 59700 - Ground Engineering
CE 59700 - Pile Instrumentation Laboratory
CE 68100 - Engineering Properties of Soils
CE 68200 - Groundwater and Seepage
CE 68300 - Advanced Foundation Engineering
CE 68400 - Geological Engineering
CE 68500 - Rock Mechanics
CE 68600 - Underground Construction
CE 68700 - Introduction to Earthquake Engineering
CE 69500 - Probabilistic Methods in Geotechnical Engineering
Minimum of 9 credits from the following list:
CE 54000 – Open Channel Hydraulics
CE 54200 – Hydrology
CE 54300 – Coastal Engineering
CE 54400 – Subsurface Hydrology
CE 54700 – Transport Processes in Surface Waters
CE 54900 – Computational Watershed Hydrology
At least 3 credits from the following list:
CE 54500 ‒ Sediment Transport Engineering
CE 55900 – Water Quality Modeling
ABE 691000 – Environmental Data Handling
AGRY 598W - Advanced Topics in Hydrology
STAT 51100 – Statistical Methods
STAT 51200 - Applied Regression Analysis
Minimum of 12 credits from the following list:
CE 538 - Experimental Methods in Construction Materials Research
CE530 – Properties and Production of Concrete
CE 631 – Advanced Concrete and Aggregate
CE 597 – Sustainable Binders
CE 597 – Fundamentals of Steel Corrosion in Concrete
CE 535 – Bituminous Materials and Mixtures
CE 597 - Nanomaterials in civil engineering
CE 597 - Advanced sensing and testing technology for civil infrastructures
CE 597 – Nonlinear Fracture Mechanics
CE 597 – Numerical Methods in Civil Engineering
CE597 - Advanced Topics in Classical and Computational Solid Mechanics
Students pursuing Professional MSCE in the Structures area are advised to take the following 7 graduate courses in Structural Engineering (3 analysis + 4 design):
Analysis:
CE 57000 - Advanced Structural Mechanics
CE 57300 - Structural Dynamics
CE 59500 - Finite Elements of Elasticity
Design:
CE 59100 - Advanced Structural Steel Design
CE 57600 - Advance Reinforced Concrete Design
CE 57100 - Earthquake Engineering
CE 57200 - Prestressed Concrete Design
Exceptions to these courses may be granted on a case-by-case review, by the students advisory committee.
Minimum of 12 credits from the following list:
CE 56100 - Transportation Systems Evaluation
CE 56600- Transportation Planning
CE 56800 - Infrastructure Management
CE 56200 - Geometric Design of Highways, and
CE 56700 - Advanced Traffic and Safety Analysis
CE 59400 - Transportation Systems Analysis
CE 59700 - The Science and Business of Logistics Systems
CE 59700 - Geographic Information Systems in Engineering
CE 59700 - Dynamic Transportation Modeling
CE 61400 - Statistical and Econometric Methods I
CE 66100 - Algorithms in Transportation