About Environmental Engineering Profession        Welcome home to the Department of Civil and Environmental Engineering, Old Dominion University. Professional opportunities in environmental engineering have grown dramatically in recent years in response to public and governmental concerns about a decrease in the quality of the natural environment. Along with these concerns there has been widespread recognition that prevention of further declines in environmental quality is necessary to maintain a healthy, sustainable habitat. Interest in improving environmental conditions and insuring against further declines has led to significant growth in the environmental field. Opportunities in consulting practice have included providing engineering services in the areas of water, wastewater, solid and hazardous waste, air pollution control, and hazardous site remediation. In addition, working as environmental program managers in industry, developing environmental policy and regulation within government, and pursuing a career path in environmental law are all areas that environmental engineers have been engaged. Completion of an undergraduate degree in environmental engineering provides excellent preparation for graduate-level study in environmental engineering and related fields. Graduate studies provide greater technical competency and provide a research component not typically available at the undergraduate level. Graduate degrees, particularly the Ph.D., are typically required for academic positions in universities and for research positions in major industries and government agencies. Here's the index of information on the Bachelor of Science degree program in Environmental Engineering. About Old Dominion University About Department of Civil and Environmental Engineering - Departmental Faculty - Research Specialties and Projects - Research Facilities Bachelor of Science in Environmental Engineering (BSEnvE) - Program Objectives - Program Outcomes - What High School Preparation Is Required? - How Do I Apply For Admission? - Is Financial Aid Available? Environmental Engineering Curriculum - BSEnvE Course Pre-requisite Chain/Flowchart - Environmental Engineering Long Term Course Offering Schedule - ODU Leo-Online - 400-level Environmental Engineering Elective Courses - General Education Upper Level Requirements - Foreign Language Requirement Minor in Environmental Engineering (by Other Majors) Accelerated BS/MS and BS/ME Programs Special Opportunities and Student Activites - Cooperative Education and Work Experiences - Student Professional Organizations Request for More Information Materials Student Computer Standard and Guideline About Old Dominion University        Old Dominion University, founded in 1930, is a state-supported institution in Norfolk, Virginia and has a combined undergraduate and graduate student population of 20,800. The 200-acres of Old Dominion's campus is located in Norfolk, Virginia, the hub of the world's largest natural harbor. The university is within the coastal region of Virginia at the confluence of the James and Elizabeth Rivers with the Chesapeake Bay, and it is only 20 miles from the pounding surf of Virginia Beach. The population of the metropolitan region is approximately 1.3 million, and includes the state's most populated city, Virginia Beach. The university operates on the semester system with a spring and fall semester and a variety of semester options in the summer. Directions to Old Dominion University Department of Civil and Environmental Engineering        The Civil and Environmental Engineering Department is one of six departments in the College of Engineering and Technology and is located in Kaufman Hall. At the undergraduate level, the Department offers an ABET accredited Bachelor of Science (B.S.) degree in Civil Engineering. The Department also offers a Bachelor of Science (B.S.) degree in Environmental Engineering. At the graduate level the Department offers Master of Engineering (M.E.), Master of Science (M.S.) and Doctor of Philosophy (Ph.D.) degrees in Civil Engineering and in Environmental Engineering, and it enrolls 90 students. The graduate programs are structured to accommodate both the full-time and part-time students. The available specialty areas are coastal, geotechnical, structural, and water resources engineering in Civil engineering and a variety of sub-fields in Environmental engineering. There are 12 full-time faculty in the Department of Civil and Environmental Engineering. All hold doctoral degrees. Many are widely recognized nationally and internationally for their scholarly activities. Current faculty research projects and interests span a wide range of technical areas. The coastal engineering research covers documented evidence of the impact of seawalls on adjacent beaches, economic alternatives to increase the fill life of renourished beaches, current effects on wave transformation in shallow water, and computeraided design of coastal structures. Environmental and water resources research includes particle removal and ozone in water treatment, coagulation and organics removal, environmental monitoring, transport and fate of contaminants in lakes and reservoirs, chemical equilibrium modeling, water quality modeling, dewatering of water treatment residuals, GIS-based spartial and temporal surface and groundwater modeling, air pollution control, hazardous waste management, urban storm-drainage systems and computational hydraulics. In geotechnical and earthquake studies, faculty are researching below-and above-ground lifeline systems which are subjected to various seismic environments, soil-structure interaction, soil dynamics, granular mechanics, and soil liquefaction during earthquakes. On the structural engineering side, faculty interests include, polymer-fiber composite materials, fiber reinforced concrete, base isolation and energy absorptions for bridges, stability and behavior of steel structures, passive damping of space structures, parallel computing techniques in nonlinear structural mechanics, fatigue fracture, finite element analysis, and structural optimization. In transportation studies, faculty are involved in traffic engineering, traffic operations, transportation safety and analysis, work zone traffic control, traffic simulation, sustainable transportation, intelligent transportation systems-behavioral and network impacts, and their planning/operation. Bachelor of Science in Environmental Engineering (BSEnvE)        The Department of Civil and Environmental Engineering offers a four-year undergraduate program leading to the B.S. Degree in Environmental Engineering. The curriculum is designed to educate engineers in the fundamentals of physical, chemical, and biological processes. The curriculum is designed to develop the ability within students to understand the complex natures of natural and engineered systems and how to apply this understanding to the conception, analysis, and design of solutions to real-world environmental problems. In the senior year, a capstone design course culminates the degree program by having students work collaboratively to develop an engineering solution to a real-world environmental problem. Graduates are prepared for professional careers in environmental or civil engineering or related fields. The B.S.Env.E. degree is recognized as pre-Law, pre-Medicine, and pre-MBA at many professional schools and universities. Bachelor of Science in Environmental Engineering (BSEnvE) Program Objectives        The objectives are defined as statements that describe the expected accomplishments of graduates during the first few years after graduation. The objectives of the Environmental Engineering program are to produce graduates who will practice environmental engineering successfully in different professional settings, will be able to pursue advanced studies in environmental engineering or related fields, will understand and effectively communicate technical, environmental, and social implications of environmental engineering solutions, will understand, appreciate, and be able to apply the state-of-the-art practice in environmental engineering, and will understand, appreciate, and apply engineering ethics. ABET course information summary for a BSEnvE degree Bachelor of Science in Environmental Engineering (BSEnvE) Program Outcomes        The outcomes are defined as statements that describe what students are expected to know and be able to do by the time of graduation. Students who qualify for graduation will: Be proficient in mathematics through differential equations, probability and statistics, calculus-based physics, general chemistry, soil science, a biological science, engineering science, and fluid mechanics and have the ability to apply knowledge in these areas to environmental engineering problems. Be able to design and conduct experiments and to critically analyze and interpret data in various environmental engineering focus areas. Have ability to develop design criteria to meet desired needs and to design an environmental engineering system, component, or a process satisfying these criteria. Have ability to function on multi-disciplinary teams. Be able to identify and formulate an engineering problem, to collect and analyze relevant data, and to develop a solution Understand and appreciate professional and ethical responsibilities and understand professional practice issues such as procurement of work, bidding versus quality based selection processes, and interaction between design and construction professionals. Be able to effectively present ideas and technical material to diverse audiences in writing, visually, and verbally. Have the broad education necessary to understand the impact of engineering solutions in a societal and global context. Understand the importance of professional licensure and commitment to life-long learning. Have knowledge of current issues and awareness of emerging technologies. Be able to use modern engineering techniques, skills, and tools including computer-based tools for environmental engineering analysis and design. Have knowledge of fundamentals in the following focus areas: water supply and resources, environmental systems modeling, environmental chemistry, wastewater management, hazardous waste management, atmospheric systems and air pollution control, environmental and occupational health. Be proficient in advanced principles and practice in water supply and resources, wastewater management, hazardous waste management, and atmospheric systems and air pollution control. Have knowledge of fundamental concepts of waste minimization and pollution prevention. Understand the roles and responsibilities of public institutions and private organizations in environmental management. Be able to apply environmental systems and process modeling techniques. In addition, the students will have had opportunities for work experience through internship, practicum, and co-operative education, for exposure to community service and for developing leadership skills. What High School Preparation Is Required?        Students interested in studying civil or environmental engineering at Old Dominion University should follow a college preparatory curriculum including 4 credits of English, 3 credits of a foreign language, 4 credits of mathematics (algebra I and II , geometry and advanced math), 1 credit of chemistry, and 1 credit of physics. Additionally some computer programming is recommended but not required. How Do I Apply For Admission?        High school applicants are selected for admission to the University on the basis of their overall academic record, including high school recommendations. Applicants must present sixteen units of academic credit from high school. The level of academic competition and the number of available spaces in the entering class influence actual minimum requirements for admission. Official results of the Scholastic Aptitude Test (SAT) or the American College Test (ACT) must be submitted by anyone applying for freshman status and for transfer students having less than twenty-four semester hours of college credit. Prospective transfer students must have official transcripts of all previous college work completed forwarded to the University as part of the application materials. For information and forms concerning application to the University, contact the Office of Admissions, Old Administration Building Room 108, Old Dominion University, Norfolk, VA 23529-0050, (757) 683-3637. Detailed on-line information on the Old Dominion University's Admission procedures, Guideline, etc. is also available. Is Financial Aid Available?        The university offers financial assistance to qualified undergraduate students. Other forms of financial assistance are Aid, Scholarships and grants, and Loans. Aid is classified as either gift or self-help assistance. Scholarships and grants are in the gift category. Loans and/or campus employment are classified as self-help assistance. Money available for financial aid is limited. Two factors which affect a student's chance for receiving aid are the amount of need and the timeliness with which all required forms are submitted. The general types of aid for which undergraduate students may qualify are federal and state aid, work-study employment, university scholarships, and outside agency awards. For more information, contact the Office of Student Financial Aid, Old Administration Building Room 121, Old Dominion University, Norfolk, VA 23529-0052, (757) 683-3683 or (757) 683-3684. Environmental Engineering Curriculum        Following is a 125-hour Bachelor of Science in Environmental Engineering (BSEnvE) curriculum. Individual course descriptions and syllabi are also available on-line. Suggested Fall and Spring semester course aggregations are based on a regular course offering schedule; though students may elect to adjust their course combination if necessary, any excessive deviation is not recommended. BS Environmental Engineering Course Pre-requisite Chain/Flowchart Freshman (BSEnvE) Course Description Credit Hours Fall     ENGN 110 Freshman Engineering & Technology I 2 Gen. Ed.-S (Social Science Perspective) (ANTR 110S, COMM 200S, CRJS 215S, ECON 200S, ECON 201S, ECON 202S, GEOG 100S, GEOG 101S, POLS 100S, POLS 101S, PSYC 201S, PSYC 203S, SOC 201S, WMST 201S) 3 ENGL 110C English Composition 3 CHEM 115N Foundations of Chemistry 4 MATH 211 Calculus I 4 Spring     ENGN 111 Freshman Engineering & Technology II 2 CHEM 117 Principles of Chemistry 3 CS 150 Introduction to Programming/C++ 4 MATH 212 Calculus II 4 PHYS 231N University Physics & Lab 4   TOTAL 33 Sophomore (BSEnvE) Course Description Credit Hours Fall     CEE 100 Statics 3 ENGL 111C English Composition 3 Gen. Ed.-H (Historical Perspective) (HIST 101H, HIST 102H, HIST 103H, HIST 104H, HIST 105H) 3 MATH 312 Calculus III 4 PHYS 232N University Physics 4 Spring     CEE 240 Geographic Information Systems in Civil & Environmental Engineering 3 CEE 250 Principles of Environmental Engineering 3 MATH 307U Ordinary Differential Equations 3 ME 220 Mechanics of Solids 3 BIOL 115N General Biology 4   TOTAL 33 Junior (BSEnvE) Course Description Credit Hours Fall     CEE 230 CE Materials 3 CEE 304 Introduction to Fundamentals of CEE Infrastructure Systems 3 CEE 305 CEE Engineering Computations 3 CEE 330 Hydromechanics 3 CEE 355W Environmental Engineering Analysis 3 Spring     CEE 323 Soil Mechanics 3 CEE 335 CE Soils & Hydraulics Lab 1 CEE 340 Hydraulics & Water Resources 3 CEE 356 Public Health Engineering 3 CEE 451 Water & Wastewater Treatmnt 3 Gen. Ed.-A (Fine & Performing Arts) (ARTS 121A, ARTS 122A, MUSC 264A, DANC 185A, THEA 241A) 3   TOTAL 31 Senior (BSEnvE) Course Description Credit Hours Fall     ENGN 401 Fundamentals of Engineering (FE Review) 1 CEE 454 Hazardous Wastes 3 CEE 4__ Environmental Engineering Elective 3 Gen. Ed. Gen. Ed. Upper Level Requirement 1 3 Gen. Ed-L (Literature Perspective) (ENGL 112L, ENGL 144L, FLET 100L) 3 Gen. Ed.-P (Philosophy Perspective) (PHIL 110P, PHIL 120P, PHIL 150P) 3 Spring     CEE 452 Air Quality 3 Gen. Ed. Gen. Ed. Upper Level Requirement 2 3 Gen. Ed. Gen. Ed. Upper Level Requirement 3 3 CEE 404 Environmental Engineering Design Project 3   TOTAL 28 Recap   Bachelor of Science in Environmental Engineering (BSEnvE) Curriculum Requirement = 125 hours BS Environmental Engineering Course Pre-requisite Chain/Flowchart   Would you like to check when a particular course or courses will be offered again? Here is the Civil and Environmental Engineering Tentative 3-year Course Offering Schedule (2005-2008) (subject to change). ODU LEO-ONLINE Undergraduate/Graduate Curricula On-line Course Syllabi List of Textbooks with ISBN numbers Now, some additional boundary conditions; A 3-hour 400-level (=CEE 4__) Environmental Engineering Elective course can be chosen from the following; CEE 440 Hydraulic Engineering CEE 446 Urban Stormwater Hydrology CEE 447 Groundwater Hydraulics CEE 450 Water Distribution & Waste Water              Collection System Design CEE 458 Sustainable Development If the student holds an AS (Associate of Science) degree, all lower-division General Education requirements are satisfied for Social Science, History, Philosophy, Literture and Fine & Performing Perspectives -- no need to take them again. The Gen. Ed Upper Level Requirement 1, 2 and 3 (Total of 9-hour) can be satisfied by one of following three Options. Option A (Minor/Second degree/Second major) Any University-approved minor (typically requires 12 or more hours), second degree, or second major. Option B (Cluster) Advanced study in a focus area; 9 hours of upper division courses on a specific issue, viewed from multidisciplinary perspectives. 3 hours can be in the major. Course numbers end with W such as 4XXW are Writing Intensive courses. The followings are approved clusters. You can choose 9 hours of courses from any cluster of your choice. Clusters Courses Option C (International Certificate) Minimum of 12 hours. Students seeking an International Certificate must complete 9 hours of courses in addition to completing an international education experience. 125-hour BSEnvE curriculum does not include the University's General Education 6-hour foreign language requirement. And This 6-hour of foreign language credit is required only if *not* already satisfied in High school (3 HS credits in one foreign language *or* 2 HS credits in each of two languages) or Another institution (by completing a single foreign language at the 102F or 111F level or equivalent work) If the student holds an AS (Associate of Science) degree, then the student had satisfied this 6-hour foreign language requirement. Hence, this 6-hour of foreign language requirement does *not* apply to students earning high school diplomas before December 31, 1985. If you still need to satisfy this 6-hour of foreign language requirement, you may register for one of following foreign language courses at ODU; Arabic ARAB 111F 6 hrs Chinese CHIN 111F 6 hrs French FR 101F-102F 3+3 hrs German GER 101F-102F 3+3 hrs Italian ITAL 101F-102F 3+3 hrs Japanese JAPN 111F 6 hrs Latin LATN 101F-102F 3+3 hrs Russian RUS 101F-102F 3+3 hrs Spanish SPAN 101F-102F 3+3 hrs Spanish SPAN 121F 6 hrs General Education computer literacy requirement is met by courses in major. CEE 404 Environmental Engineering Design Project meets the General Education oral communication requirement. Second requirement in the natural science is met through a PHYS 231N/232N *sequence*. Second requirement in the technology perspective is met through the major. Minor in Environmental Engineering (by Other Majors)        An undergraduate minor in environmental engineering may be obtained by students outside the major by successful completion of 12 or more semester credit hours in approved environmental engineering course work at the 300 or 400 level. In addition, a student seeking a minor in environmental engineering must satisfy all pre- or corequisite requirements for the courses selected. Courses are available that allow pursuit of several areas of study or specialization within environmental engineering (water quality, water and wastewater treatment, hazardous wastes, air quality, environmental protection). The precise course of study must be approved by the chief departmental advisor. For completion of a minor a student must have a minimum grade point average of 2.00 in each course taken toward the minor and complete a minimum of six hours of upper level courses in the minor requirement at Old Dominion University. Completion of a minor in environmental engineering with a grade point average 3.00 or greater partially satisfies the leveling requirements for graduate degrees in environmental engineering. Two tracks are available leading to a Minor in Environmental Engineering -- (a) Aqueous Environmental Systems Track and (b) Environmental Protection Track. Requirements for both Track are listed below. (a) Aqueous Environmental Systems Track   Three hours from CEE 350 Environmental Pollution and Control (3 hrs) plus Nine hours from any three courses from below CEE 440 Hydraulic Engineering (3 hrs) CEE 446 Urban Stormwater Hydrology (3 hrs) CEE 447 Groundwater Hydraulics (3 hrs) CEE 450 Water Distribution & Waste Water              Collection System Design (3 hrs) CEE 451 Water & Waste Water Treatment (3 hrs) CEE 460 Advanced Analysis Techniques in Environmental Engineering (3 hrs) CEE 482 Introduction to Coastal Engineering (3 hrs) (b) Environmental Protection Track   Three hours from CEE 350 Environmental Pollution and Control (3 hrs) plus Nine hours from any three courses from below CEE 356 Public Health Engineering (3 hrs) CEE 452 Air Quality (3 hrs) CEE 454 Hazardous Wastes (3 hrs) CEE 458 Sustainable Development (3 hrs) CEE 460 Advanced Analysis Techniques in Environmental Engineering (3 hrs) CEE 482 Introduction to Coastal Engineering (3 hrs) To declare Environmental Engineering Minor, you need to fill in a 'Program Declaration' form and submit it to Dr. Schafran at Kaufman Hall Room 135. Minor in Civil Engineering -- (by Environmental Engineering and Other Majors)        An undergraduate minor in civil engineering may be obtained by students from outside the Civil and Environmental Engineering Department by successful completion of 12 or more semester credit hours in approved civil engineering course work at the 300 or 400 level, at least three of which must be at the 400 level. The precise course of study must be approved by the chief departmental advisor. For completion of a minor, a student must have a minimum grade point average of 2.0 in all courses taken toward the minor. Completion of a minor in civil engineering with a grade point average of 3.0 or greater partially satisfies the leveling requirements for graduate degrees in civil or environmental engineering. Several tracks are available leading to a Minor in Civil Engineering. For example, the course requirements for a Minor in Civil Engineering/Structural Engineering Track include: Three hours from any two courses from CEE 310 Structures I (3 hrs) Three hours from one of following two courses CEE 323 Soil Mechanics (3 hrs) CEE 340 Hydraulics and Water Resources (3 hrs) plus Six hours from any two courses from below CEE 365 Transportation Engineering (3 hrs) CEE 410 Concrete Design I (3 hrs) CEE 411 Concrete Design II (3 hrs) CEE 412 Structures II (3 hrs) CEE 415 Steel Design I (3 hrs) CEE 416 Wood Structures Design (3 hrs) CEE 420 Foundation Engineering (3 hrs) CEE 421 Earth Structures Design (3 hrs) CEE 430 Introduction to Earthquake Engineering (3 hrs) CEE 440 Hydraulic Engineering (3 hrs) CEE 446 Urban Stormwater Hydrology (3 hrs) CEE 447 Groundwater Hydraulics (3 hrs) CEE 450 Water Distribution & Waste Water              Collection System Design (3 hrs) CEE 482 Introduction to Coastal Engineering (3 hrs) To declare Civil Engineering Minor, you need to fill in a 'Program Declaration' form and submit it to Dr. Schafran at Kaufman Hall Room 135. Special Opportunities and Student Activites Cooperative Education and Work Experiences        The cooperative education program, managed by a full-time University employee, allows a student to work in a paid civil engineering position, usually in alternating semesters, while attending school. The cooperative education program provides practical work experience that is an additional attraction to prospective employers upon graduation. Guaranteed practicum experiences are also available through the University/College Career Advantage Program. Students may be employed by faculty with research funding provided by faculty research projects. Such opportunities often provide the experience and motivation for students to continue on to graduate school. Student Professional Organizations        Student chapter of the American Society of Civil Engineers (ASCE), the National Civil Engineering Honor Society (Chi Epsilon) and the Water Environment Federation (WEF) provide a focus for student activities within the Department of Civil & Environmental Engineering. The chapters sponsor educational and social activities and provide support for many departmental programs. Departmental seminars open to students and faculty are held on a regular basis. For additional information, please e-mail to the Department of Civil and Environmental Engineering, or you can always reach to the Department at:   Department of Civil and Environmental Engineering Kaufman Hall Room 135 College of Engineering and Technology Old Dominion University Norfolk, VA 23529-0241, USA Tel) (757) 683-3753 Fax) (757) 683-5354 e-mail) ssmith@odu.edu Or you can directly request additional information materials for Undergraduate Studies on-line. Undergraduate Program Brochure (PDF format)