AGREEMENT FOR THE TRANSFER OF ENGINEERING STUDENTS

FROM ESCUELA SUPERIOR POLITÉCNICA DEL LITORAL (ESPOL),

GUAYAQUIL, ECUADOR,

TO THE UNIVERSITY OF NEW ORLEANS (UNO)

COLLEGE OF ENGINEERING,

NEW ORLEÁNS, LOUISIANA, USA

May 2, 2005

AGREEMENT FOR THE TRANSFER OF ENGINEERING STUDENTS FROM ESCUELA SUPERIOR POLITÉCNICA DEL LITORAL,

GUAYAQUIL, ECUADOR, TO THE UNIVERSITY OF NEW ORLEANS, COLLEGE OF ENGINEERING, NEW ORLEANS, LOUISIANA, USA.

On October 29, 1997, the University of New Orleans, New Orleans, Louisiana, (hereafter, UNO), and Escuela Superior Politécnica del Litoral, Guayaquil, Ecuador, (hereafter, ESPOL), signed and agreement that establishes a program through which ESPOL engineering students can enroll at UNO and receive a Bachelor's degree in Engineering (Civil, Mechanical, Electrical, Naval Architecture and Marine Engineering) from the UNO College of Engineering. The parties would like to ratify, update, and expand the scope of this agreement to include the transfer of graduate students from ESPOL to UNO to pursue the Master's and Ph.D. degrees at the UNO College of Engineering.

A. TRANSFER OF ESPOL UNDERGRADUATE STUDENTS TO THE COLLEGE OF ENGINEERING

This document, when signed by all parties, will serve as a formal agreement between the College of Engineering and ESPOL, whereby ESPOL students who have completed the first two years of the Engineering curriculum at ESPOL can continue their studies at the UNO College of Engineering to complete the Bachelor's program. To be eligible to participate under this agreement, ESPOL will officially submit the names of the participants.

The courses that, as a minimum, can be transferred from the ESPOL engineering curriculum to UNO are listed in Tables 1 (Civil Engineering), 3 (Mechanical Engineering), 5 (Naval Architecture and Marine Engineering), and 7 (Electrical Engineering) of the Appendix. After successful completion of the courses and requirements listed in Tables 2 (Civil Engineering), 4 (Mechanical Engineering), 6 (Naval Architecture and Marine Engineering), and 8 (Electrical Engineering) of the Appendix, students will be eligible to receive the degree of Bachelor of Science. This degree will be automatically recognized by ESPOL as being equivalent to the Ecuadorian degree of "Engineer" in the respective engineering area.

Qualified applicants must submit official university transcripts verifying a minimum cumulative grade point average of 7.0/10 (C) in all course work attempted at ESPOL. Any courses not satisfactorily completed will be added to the student's course of study at UNO. Proof of English proficiency and financial support must accompany a student's formal admission application and transcripts. All ESPOL students are required to take the Michigan English Placement Test upon arrival at UNO. Students who score less than 70 on the Michigan Test will be required to enroll in the IELP (Intensive English Language Program). Upon successful completion of the IELP, students will continue ESL instruction in the Department of English and begin their degree course of study in the College of Engineering. Additional English may be required before the English 1157-1158 sequence can be attempted.

The Dean of the UNO College of Engineering and/or the Rector of ESPOL reserve the right to disallow credit or add additional course requirements as needed depending upon the student's individual situation. It is understood that all students must meet the usual graduation requirements, described in the UNO catalog, under this agreement.

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ESPOL students who enroll under this program will be exempt from State of Louisiana non-resident fees. Reciprocal waivers will be given to UNO students enrolling at ESPOL. This provision pertains specifically to this program and to the enrollment of ESPOL students under this agreement, and does not apply to other independent Ecuadorian students.

B. TRANSFER OF ESPOL GRADUATE STUDENTS TO THE UNO COLLEGE OF ENGINEERING

The University of New Orleans College of Engineering and ESPOL hereby agree to establish a program through which ESPOL graduates, with the degree of "Ingeniero," will be accepted as engineering graduate students at UNO and will be enrolled in the graduate program chosen by the participant, and accepted by ESPOL, leading to the degrees of Master of Science in Engineering, Master of Science in Environmental Engineering, Master of Science in Engineering Management, or Ph.D. in Engineering and Applied Sciences.

When necessary, after being accepted in the program the students will have to take the prerequisites needed to satisfy the departmental requirements for the respective degree. Details on the application procedure and other academic requirements are presented below.

1. APPLICATION PROCEDURE

1.1 All applicants must take the Graduate Record Exam (GRE), Basic or Basic and Engineering (only Basic exam is required). Registration forms available in UNO Graduate School Office or from the Educational Testing Service, Princeton, NJ 08540, USA. The minimum scores for admission are the following: For Master's students, total score 1100; for Ph.D. students, total score, 1200. GRE scores must be sent directly to UNO.

1.2 In addition to the GRE, all foreign applicants are required to take the Test of English as a Foreign Language (TOEFL). Minimum scores for admission are the following: Listening Skills (Sec 1) 55. Total 550. TOEFL scores must be sent directly to UNO.

1.3 The applicant's transcripts must be sent to UNO from all other colleges where he or she has completed courses. An ESPOL grade point average of 7.5.0/10 on undergraduate work is required for admission to the Master's program. For the Ph.D. program, an ESPOL undergraduate GPA of 7.5/10, and a graduate GPA of 3.5 out of 4.0 is required.

1.4 The applicant must complete the UNO "Graduate School Application for Admission," and submit it to the address shown on the form with the required fee by the dates indicated.

2. REQUIREMENTS FOR MASTER'S DEGREE

2.1 During his or her first semester, the student must decide on a faculty advisor in his/her area of interest. With his/her advisor, the student decides on a program of study that

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satisfies the requirements outlined below. The student completes the appropriate forms and has them signed.

2.2 Thesis Option

The student must complete at least 24 hours of committee approved graduate level course work, generally eight 3-hour courses; with a grade of B or A in each and a 3.0 minimum average. The student must complete and defend a thesis to the satisfaction of a graduate committee that includes at least two full-time Departmental faculty members. At least 15 hours of the 24 hours of course work must be at the 6000 level with the remainder being either 4000 or 6000 level courses. At least 18 hours of the 24 hours must be engineering courses and at least twelve hours must be departmental engineering courses.

2.3 Non-Thesis Option

The student must complete at least 33 hours of committee approved graduate level course work, generally eleven 3-hour courses, with a grade of B or A in each and a 3.0 minimum average. At least 18 hours of the 33 hours of course work must be at the 6000-level with the remainder being either at the 4000 or 6000 level. At least 24 hours of the 33 hours must be engineering courses and at least eighteen hours must be departmental engineering courses. In the student's next-to-last (preferred) or last semester, he/she must schedule and pass a final oral and/or written exam prepared by his/her committee in the urea of his/her expertise.

2.4 Unless otherwise provided by this agreement, all requirements imposed by the UNO Graduate School or the Department in which the student is enrolled, as explained in the "University of New Orleans Graduate School Application for Admission," the "University of New Orleans Catalog," and the current College of Engineering bulletin, shall apply to any applicant to this program.

3. REQUIREMENTS FOR Ph.D. DEGREE

The requirements for the Ph.D. degree in Engineering and Applied Sciences are the following:

3.1 The student must pass a set of four different examinations: the qualifying examination, the general examination, the oral defense of the dissertation proposal, and the dissertation examination.

3.2 Students must complete 51 semester hours of course work beyond the Bachelors degree.

3.3 The student must complete a Ph.D. dissertation.

3.4 Qualiffing Examination

3.4.1 All students who have applied to the Ph.D. program must take the qualifying examination. Its purpose is twofold. It serves as a departmental examination (screen) and it ensures that all recipiente of a Ph.D. from the College of Engineering have an

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appropriate background in engineering. The qualifying examination should examine fundamentals deemed important by the student's major department.

3.4.2 The qualifying examination is administered by at least five members of the graduate faculty of the student's major department. The examination consists of a written and oral component and will be coordinated by the Ph.D. Program graduate coordinator of the major department. The QE exam will be given at UNO and the written portion will last no longer than eight hours.

3.4.3 The qualifying examination should be given no more than once per semester. Students who fail the qualifying examination can be allowed to repeat it one time within a period of one year of the first exam. A second failure results in the student's dismissal from the Ph.D. program.

3.4.4 A student entering the program with a Masters degree in his/her intended major area must take the QE within the first semester at UNO. If the student's graduate course work at the Masters level is in an area different from his/her intended major area in the Ph.D. program, the QE can be taken within his/her first year at UNO.

3.4.5 The graduate coordinator of the major department will provide students with copies of previous examinations when they are available.

3.5. Advisory Committee

An advisory committee is set up for students passing the qualifying examination. The committee consists of at least five members, no more than three from the major department, and at least one from the College of Science. The advisor is from the major department. The advisor's and the student's research areas must be compatible. However, it is the student's responsibility to find a dissertation advisor.

3.6. Course Work

3.6.1 Students must take at least 51 semester hours of course work beyond the Bachelor's degree. A maximum of 30 semester hours of Master's degree credits (course work plus thesis) can be applied to this number. UNO Master' s students who will continue their studies in the Ph. D. Program can earn deferred Ph.D. credits in their last semester of the Master's program. At least vine semester hours of course work in the Ph.D. program (three courses) must be taken in each college (College of Sciences and College of Engineering). Of the 21 semester hours beyond the Master' s program, a minimum of 12 semester hours will be at the 6000 level. There must be at least 30 dissertation credits. Courses are chosen with consent of the advisory committee.

3.6.2 The advanced course material is taken to support the dissertation research and, as such, it should precede most of the research.

3.7. General Examination

3.7.1 The general examination should be taken within one semester after the advanced course work (i.e., course work taken after the student has passed the qualifying examination) has been completed. The general examination is set up by the advisory committee and will be coordinated by the respective major professor.

3.7.2 The general examination will be written and, at the discretion of the advisory committee, may have an oral component.

3.7.3 The general examination will be administered at UNO and must include material that will reflect the interdisciplinary nature of the program.

3.7.4 The written examination should take no longer than twelve hours of examination time, except in the case of individual examiners who may decide to give take-home questions. Overall, the General Examination should take no longer than two days.

3.7.5 If the student fails the general examination, he or she will have one additional opportunity to retake it at a later date. At times, students pass this examination conditionally. In this case the student could be required to take some additional courses.

3.8 Dissertation Proposal

3.8.1 The student can begin work on his/her Ph.D. dissertation after passing the qualifying examination. However, most of the work occurs after passing the general examination. At that time the student should prepare a dissertation proposal before doing the bulk of the research.

3.8.2 The written proposal should demonstrate that the student has conducted a complete literature search and outlined the topic of his/her research and a plan for accomplishing the research. The thesis should reflect the inter-disciplinary nature of the committee. The student will work closely with his/her dissertation advisor during the formulation of this document. The inclusion of some preliminary research results is often desirable.

3.8.3 After the dissertation advisor has approved the written dissertation proposal it will be presented to the entire Dissertation Advisory Committee. If they approve it, an oral presentation will be scheduled for the student to present the details of the dissertation proposal. After the review is complete and all members have expressed their ideas, both the student and the committee should have a good idea of the objectives and scope of the work to be performed.

3.9 Dissertation

3.9.1 Both the research leading to a Ph.D. thesis and this final document must reflect work equivalent to at least 30 semester hours.

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3.9.2 The student' s research must be original, important, and useful. The dissertation will discuss the results of the research. It should include a complete discussion of the objectives of the research and the procedures used to determine the results.

3.9.3 The research must be high level and be such that it can be published in relevant refereed technical journals. It is most desirable that technical papers suitable for publication in such journals be submitted with the dissertation. These papers should present the most important results of the dissertation. The thesis will present the research in much more detail than the papers.

3.9.4 After the dissertation (thesis) is approved by the student's advisor and the Dissertation Advisory Committee, an oral examination, called the final dissertation examination, is scheduled.

3.10 Final Dissertation Examination

3.10.1 The results of the student' s research are presented at a final oral examination, which is open to the public. The dissertation defense is attended by the Dissertation Advisory Committee and interested faculty. The dissertation adviser will chair this examination.

3.10.2 Once the final dissertation defense and all the procedures discussed aboye have been successfully completed, the student has completed all the academic requirements for the Ph.D. All University rules concerning proper submission of the dissertation and any necessary forms must be followed.

4. FINANCIAL AID

ESPOL may provide financial assistance to students participating in this agreement. Additionally, research assistantships are available in the College of Engineering. These require approximately 20 hours of work a week with the assigned professor. Research assistantships are awarded through faculty members who are the principal investigators for funded projects. All students must pay the "University Fee" which is approximately $1400 per semester for full-time students. This fee is deducted from the pay of graduate assistants.

This agreement takes effect on the same date as the original agreement, i.e., October 29, 1997. It will be reviewed every year and will be continued, modified or terminated by mutual written consent of the parties.

Signed and ratified at the City of Guayaquil, on May 2, 2005, by:

//IV leen G. Plan

egistrar

onald Maggiore, h.D Asst. VC for Enrollme Management

For the University of New Orleans For Escuela Superior Politécnica del Litoral

Timothy P. Ryan, Ph.D. Moisés Tacle, Ph.D. Chancellor Rector

Fredrick P. Barton, MFA Provost and Vice Chancellor for Academie and Student Affairs

Ing. Armand• Altamirano Vicerrector G neral

Robert C. Cashner, Ph.D. Vice Chancellor for Research & Sponsored Programs and Dean of Graduate School

By Ru sell E. - B

Dean, College of Engine: •

Ing. Ricardo Gallegos Decano de la Facultad de Ingeniería en Ciencias de la Tierra

Ing. Eduard ivadeneira Decano de 1 Facultad de Ingeniería en Mecánica y iencias de la Producción

Ing. Carlos Mo salve Decano de In. -niería en Electricidad y Computació

Ing. Eduardo Cervantes Decano de Ingeniería Marítima y Ciencias del Mar

APPENDIX

TABLE 1. ESPOL Civil Engineering courses that can be transferred to the Bachelor's Program in Civil Engineering at UNO.

UNO COURSES Cr. ESPOL COURSES Lect/Lab

MATH 21111 5 ICM 00216 Calculus I 5/0 MATH 21121 5 ICM 00646 Calculus II 5/0 MATH 22211 3 ICM 00653 Calculus III 5/0 MATH 25111 ICM 00604 Linear Algebra 4/0 ENCE 3300 3 ICM 00471 Advanced Mathematics 2 4/0

ICM 00158 Numerical Analysis 2 4/0 ICM 00166 Statistics 2 4/0

PHYS 1061 3 ICF 00463 Physics I 5/0 PHYS 1063 1 ICF 00471 Experimental Physics I 0/3 PHYS 1062 3 ICF 00489 Physics II 5/0 PHYS 1065 1 ICF 00505 Experimental Physics II 0/3

CHEM 1014 4 ICQ 00018 General Chemistry I 3/2 ICQ 00026 General Chemistry II 3/2

BIOL ELEC 3 FMAR 03343 General Biology or equivalent 3/1 GEOL 1001 3 FICT 00026 Physical Geology 5/0 ENCE 2301 4 ICM 00794 Computer Fundamentals and 4/0

FICT 03210 Technical Drawing 2/3

ENCE 2310 3 FICT 02725 Surveying I 2/3 FICT 02899 Surveying II 2/3

ENCE 2350 3 FIMP 01263 Statics 4/0 ENCE 2351 3 FICT 02865 Strength of Materials 5/0 ENME 2750 3 FIMP 01271 Dynamics 4/0 ENME 3770 3 FICT 01669 Thermodynamics 4/0 ENCE 3318 3 FICT 01651 Fluid Mechanics 4/0 ENCE 3340 3 FICT 02923 Soil Mechanics II 4/0

TOTAL 59 semester hours

1 Equivalency only valid if student completes Cálculo I, Cálculo II, Cálculo III, and Algebra Lineal prior to transfer to UNO. Otherwise, each course has no exact UNO equivalency.

2 The student will be required to successfully complete these three math courses at ESPOL prior to transfer to UNO in order to receive full credit for UNO's ENCE 3300. Otherwise, each course must be evaluated individually.

TABLE 2. Courses to be taken beyond the 59 hours credited to complete the requirements for the degree of Bachelor of Science in Civil Engineering at UNO.

CODE COURSE NAME CREDITS

Engineering ENEE 2500 Basic Electrical Circuits 3

Civil and Environmental Engineering ENCE 2311 Mechanics of Materials Laboratory 1 ENCE 3323 Introduction to Environmental Engineering 4 ENCE 3341 Soil Mechanics Laboratory 1 ENCE 3356 Structural Analysis 4 ENCE 3390 Project Management 3 ENCE 4318 Hydraulic Engineering Systems 3 ENCE 4319 Fluid Mechanics and Hydraulic Engineering Laboratory 1 ENCE 4321 Hydrology 3 ENCE 4323 Design of Water and Wastewater Treatment Systems 3 ENCE 4340 Foundations 3 ENCE 4358 Structural Steel Design 3 ENCE 4359 Structural Concrete Design 3 ENCE 4386 Principies of Transportation and Highway Engineering 3

ENCE 4390 Senior Civil Engineering Design Project 3 ENCE 4399 Civil and Environmental Engineering Seminar 2

Civil Engineering Electives 6

Non-Engineering ENGL 1157 English Composition I 3 ENGL 1158 English Composition II 3 ENGL 2152 Technical Writing 3 PHIL 2244 Engineering Ethics 1

Literature, Arts, Social Sciences Electives 15

Total number of hours to be taken at UNO 74

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TABLE 3. ESPOL mechanical engineering courses that can be transferred to the Bachelor's Program in Mechanical Engineering at UNO.

UNO COURSES Cr. ESPOL COURSES Lect/Lab

MATH 2111 1 5 ICM 00216 Calculus I 5/0 MATH 2112 1 5 ICM 00646 Calculus II 5/0 MATH 2221 1 3 ICM 00653 Calculus III 5/0 MATH 2511 1 3 ICM 00604 Linear Algebra 4/0 ENME 3020 3 ICM 00471 Advanced Mathematics 4/0

ICM 00158 Numerical Analysis 4/0 MATH 2314 3 ICM 00166 Statistics 4/0 PHYS 1061 3 ICF 00463 Physics I 5/0 PHYS 1063 1 ICF 00471 Experimental Physics I 0/3 PHYS 1062 3 ICF 00489 Physics II 5/0 PHYS 1065 1 ICF 00505 Experimental Physics II 0/3 CHEM 1017 3 ICQ 00018 General Chemistry I 3/2

BIOL ELEC 3 ICHE 00885 Ecology and Envr. Education 4/0 CSCI 1201 3 ICM 00794 Computer Fundamentals 4/0 ECON 2000 3 ICHE 00612 Engineering Economics 4/0 ENEE 2500 3 FIEC 04457 Electricity 3/1 ENME 1781 3 FIMP 02717 Mechanical Drawing 2/3 ENCE 2350 3 FIMP 01263 Statics 4/0 ENCE 2351 and 3 FIMP 01404 Solid Mechanics I and 3/1 ENCE 2311 1 FIMP 01412 Solid Mechanics II 3/1 ENME 2750 3 FIMP 01271 Dynamics 4/0 ENME 3770 3 FIMP 01297 Thermodynamics I 3/1 ENME 3720&3716 4 FIMP 01388 Fluid Mechanics I 3/1 Humanities Elective 3 Humanities Elective 3/0

TOTAL 68

TABLE 4. Courses to be taken beyond the 67 hours credited to complete the requirements for the degree of Bachelor of Science in Mechanical Engineering at UNO.

CODE COURSE NAME CREDITS Engineering

ENGR 3090 Senior Seminar 1 Mechanical Engineering

ENEE 3501 Basic Electric Machinery 3 ENEE 3518 Electrical Engineering Lab 1 ENME 2711 Structures Lab 1 ENME 2740 Structures and Properties of Materials 3 ENME 2785 Intro to Computer Aided Manufacturing 3 ENME 3716 Fluid Mechanics Laboratory 1 ENME 3734 Machine Elements 3 ENME 3735 Mechanism Design 3 ENME 3711 Thermal Science Lab 1 ENME 3733 Machine Design 3 ENME 3771 Heat Transfer 3 ENME 3773 Design of Thermal Fluid Systems 3 ENME 3755 Intro to Mechanical Vibrations 3 ENME 3776 Intermediate Engineering Thermodynamics 3

Mechanical Engineering Electives 9 Non-Engineering

ENGL 1157 English Composition I 3 ENGL 1158 English Composition II 3 ENGL 2152 Technical Writing 3 PHIL 2244 Engineering Ethics 1

Literature, Arts, Humanities, Social Sciences Electives 12

Total number of hours to be taken at UNO 66

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TABLE 5. ESPOL marine engineering courses that can be transferred to the Bachelor's Program in Naval Architecture and Marine Engineering at UNO.

UNO COURSES Cr. ESPOL COURSES Lect/Lab MATH 2111 5 ICM 00216 Calculus I 5/0 MATH 2112 5 ICM 00646 Calculus II 5/0 MATH 2221 3 ICM 00653 Calculus III 5/0 MATH 2511 3 ICM 00604 Linear Algebra 4/0 ENME 3020 3 ICM 00158 Numerical Analysis 4/0 MATH 2314 3 ICM 00166 Statistics 4/0 PHYS 1061 3 ICF 00463 Physics I 5/0 PHYS 1063 1 ICF 00471 Experimental Physics I 0/3 PHYS 1062 3 ICF 00489 Physics II 5/0 PHYS 1065 1 ICF 00505 Experimental Physics II 0/3 CHEM 1014 4 ICQ 00018 General Chemistry I I 3/2 BIOL ELEC 3 FMAR 03343 General biology 3/1 CSCI 1201 3 ICM 00794 Computer Fundamentals 4/0 ECON 2000 3 ICHE 00612 Engineering Economics 4/0 ENME 1781 3 FICT 03210 Technical drawing 2/3 ENCE 2350 3 FIMP 01263 Statics 4/0 ENCE 2351 3 FMAR 01339 Introduction to Structures 4/1 ENME 2750 3 FIMP 01271 Dynamics 4/0 ENME 3720 & 3716 4 FMAR 00091 Hydrodynamics 3/1 NAME 1150 1 FMAR 03178 Naval Architecture I 6/0 ENEE 3501 3 FMAR 02063 Electricity Applied to Ships 5/0 ENME 3770 3 FIMP 01172 Thermal Engineering 4/0

TOTAL 66 semester hours

ESPOL General Chemistry I plus UNO CHEM 1018 will transfer as CHEM 1014

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TABLE 6. Courses to be taken beyond the 54 hours credited to complete the requirements for the degree of Bachelor of Science in Naval Architecture and Marine Engineering at UNO.

CODE COURSE NAME CREDITS Sciences

CHEM 1018 General Chemistry III 3 Engineering

ENGR 3090 Senior Seminar 1 ENEE 2500 Basic Electrical Circuits 3 ENEE 3518 Electrical Engineering Laboratory 1 ENCE 2311 Mechanics of Materials Lab 1

Naval Architecture and Marine Engineering NAME 2151 Introduction to Marine Design and Construction 3 NAME 2160 Form Calculations and Stability 3 NAME 3120 Ship Hull Strength 4 NAME 3130 Marine Engineering I (Power Systems) 4 NAME 3150 Ship Resistance and Propulsion 4 NAME 3160 Off-Shore Structure and Ship Dynamics 4 NAME 3170 Marine Design Calculations 3 NAME 4170 Marine Design 3 NAME 4175 Marine Design Project 3

Naval Architecture and Marine Engineering Electives 11

Non-Engineering ENGL 1157 English Composition I 3

ENGL 1158 English Composition II 3

ENGL 2152 Technical Writing 3

PHIL 2244 Engineering Ethics 1

Literature, Arts, Humanities, Social Sciences Electives 12

Total number of hours to be taken at UNO 73

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TABLE 7. ESPOL electrical engineering courses that can be transferred to the Bachelor's Program in Electrical Engineering at UNO.

UNO COURSES Cr. ESPOL COURSES Lect/Lab MATH 2111 5 ICM 00216 Calculus I 5/0 MATH 2112 5 ICM 00646 Calculus II 5/0 MATH 2221 3 ICM 00653 Calculus III 5/0 MATH 2115 3 ICM 00158 Numerical Analysis 4/0 MATH 2511 3 ICM 00604 Linear Algebra 4/0 PHYS 1061 3 ICF 00463 Physics I 5/0 PHYS 1063 1 ICF 00471 Experimental Physics I 0/3 PHYS 1062 3 ICF 00489 Physics II 5/0 PHYS 1065 1 ICF 00505 Experimental Physics II 0/3 PHYS 2064 3 ICF 00497 Physics III 5/2

BIOL ELECTIVE 3 ICHE 00885 Ecology and Environmental Educn. 4/0 CSCI 1205 3 ICM 00794 Computer Fundamentalsi 4/0

(or FIEC 04341 Programming Fundamentals1 ) 4/0 CSCI 2025 3 FIEC 03012 Data Structures 4/0 ECON 2000 3 ICHE 00612 Engineering Economics 4/0 Soc. Sc. Elective 3 ICHE 00893 Microeconomics 4/0 PHIL 2244 1 ICHE 01065 Ethics and Organizational Behavior 3/0 ENEE 2510 1 FIEC 01800 Circuits Laboratory 0/3 ENEE 2550 3 FIEC 01735 Analysis of Electrical Circuits I 5/0 ENEE 2551 3 FIEC 01784 Analysis of Electrical Circuits II 5/0 ENEE 2582 3 FIEC 00299 Digital Systems I 4/0 ENEE 3560 3 FIEC 03426 Electromagnetic Theory I 4/0 ENEE 3540 3 FIEC 00075 Electronics I 4/0

TOTAL 62 semester hours

'Must be programming in C++

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TABLE 8. Courses to be taken beyond the 62 hours credited to complete the requirements for the degree of Bachelor of Science in Electrical Engineering at UNO.

CODE COURSE NAME CREDITS Sciences

CHEM 1014 Chemistry for Engineers 4 Engineering

ENGR 3090 Senior Seminar 1 ENCE 2355 Engineering Mechanics 3

Electrical Engineering ENEE 2586 Logic Circuits Laboratory 1 ENEE 3511 Energy Conversion Lab (or ENEE 3574 Communicat. Lab

or ENEE 3583 Design of Computer Systems) 1

ENEE 3512 Microprocessor Design Lab 1 ENEE 3516 Engineering Electronics Lab I 1 ENEE 3517 Engineering Electronics Lab II 1 ENEE 3521 Electric Machinery (or ENEE 3535 Comm. System Design) 3 ENEE 3522 Electrical Power Systems (or ENEE 3547 Digital Integrated 3

Circuit Design) ENEE 3530 Continuous and Discrete Signal and System Analysis 3 ENEE 3543 Engineering Electronic Systems 3 ENEE 3572 Probabilistic Methods of Signal and System Analysis 3 ENEE 3091 Senior Electrical Engineering Design Project 1 ENEE 3092 Senior Electrical Engineering Design Project 3 ENEE 3582 Digital Design Using Microcomputers 3

Electrical Engineering Electives 9 ENEE 3587 Digital Design Using Microcomputer Interfacing 3 ENEE 3533 Classical Control System Design 3

Non-Engineering ENGL 1157 English Composition I 3 ENGL 1158 English Composition II 3 ENGL 2152 Technical Writing 3

Literature, Arts, Humanities, Social Sciences Electives 12

Total number of hours to be taken at UNO 71

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