Note 2: The distribution requirement for other
 engineering majors does not apply to
 this degree program.
Note 3: Courses with dual listings in the areas
 of Literature and the Arts, Historical
 and Philosophical Studies, or Social
 and Behavioral Sciences should be
 selected to minimize degree require-
 ments.

UPPER DIVISION REQUIREMENTS
Construction/Business/Planning
 ENC 3250 Professional Communication .......
 CCE 4204 Construction Methods &
 M anagement............................. .............. 3
 CGN 4101 Civil Engineering Cost
 A nalysis................................... ................ 2
 REE 3043 Real Estate Analysis....................4.
 Law Elective (from approved list)...............2.
 Land Planning Elective
 (from approved list) ...................................2.

Science
 SUR 4530 Geodesy.................................... 3
 GLY 2026 Engineering Geology
 or GLY 2015 Physical Geology.................3.

Measurement Science
** STA 3032 Engineering Statistics ..................3.
 SUR 3520 Measurement Science..................4.
 SUR 3640 Surveying Computations...............2
 SUR 3331 Photogrammetry..........................2.
 SUR 3331L Photogrammetry Lab...................
 SUR 3501 Geodetic & Control Surveying......2
 SUR 3501L Geodetic & Control
 Surveying Lab ..............................................1

 Surveying/Mapping
 SUR 3403 Land Surveying Principles ............3
 SUR 4201 Route Geometrics.........................2
 SUR 4350 Photogrammetric Geometronics...3
 SUR 4430 Land Surveying Practice ................3
 SUR 4462 Subdivision Design......................3.
 SUR 4380 Remote Sensing............................3.
 SUR 4531 Geodetic Positioning ...................3.
 SUR 4620 Geographic Information
 System s.................................... ................
 SUR 4912 Senior Project........................... 2
 ** SUR 4949 Co-op Work Experience.................2
 Surveying Elective (from approved list) .......1
 Total Credits 127

 A minimum grade of C is required.
 ** Students with suitable prior surveying expe-
 rience may substitute a technical elective for
 this requirement.
 ** Other statistics courses for math, science, or
 technical majors may be substituted; howev-
 er, Business Statistics is not acceptable.
 SCredits for ENC are included in the general
 education composition category.

 Chemical/Biological Elective List
 CHM 2040 Introduction to General
 Chemistry......................... ............... 3
 APB 2150 Cells, Organisms, and Genetics ....3
 PCB 2043 Introduction to Ecology ............3.


ENGINEERING


Botany Elective List
 BOT 3153 Local Flora .......................................3
 BOT 2710 Practical Plant Taxonomy ..............3

Land Planning Elective List
 ECP 4602 Urban Economics ............................3
 URP 4000 Urban and Regional Planning ......2
 CGN 5605 Public Works Planning ............3.
 REE 4100 Real Estate Valuation...................3.

Law Elective List
 REE 4430 Real Estate Law ...........................3.
 BUL 4100 Business Law ...................................3
 CGN 4121 Construction Contracts &
 Specifications......................... ............... 2

Surveying Elective List
 SUR 3202 Construction Surveying .............
 SUR 4305 Marine Surveying and
 M apping.......... ...............................................2
 SUR 4450 Cadastral Information ....................

Computer and Information
Sciences
 Computer and Information Sciences are con-
cerned with the theory, design, development
and applications of computer systems and infor-
mation processing techniques. Because of the
broad applications of computer and information
technologies and its interdisciplinary nature, the
degree programs in Computer and Information
Sciences are in the Colleges of Engineering,
Business Administration, and Liberal Arts and
Sciences. Specifically, the following degree pro-
grams are in the College of Engineering: Bache-
lor of Science in Computer Engineering, Master
of Engineering, Master of Science, Engineer, and
Doctor of Philosophy.
 The Computer Engineering curriculum pro-
 vides proper balance of computer systems,
 hardware, software as well as theory and appli-
 cations. Graduates can pursue advanced studies
 for any computer science and engineering grad-
 uate degrees or many different career paths
 related to computers and their applications in a
 large variety of high technology companies.
 Due to the rapid growth of computer and infor-
 mation technologies, the computer engineering
 curriculum has constantly been improved and
 the instructional and research computer and
 networking facilities have been continuously
 upgraded so that the student will have the solid
 background of this field as well as in-depth
 knowledge and hands-on experience in selected
 areas. Opportunities for cooperative education
 are available and provide students a better
 understanding of the industrial applications of
 computer and information technologies.
 By properly choosing elective courses, stu-
 dents may specialize in one or more of the fol-
 lowing areas: computer systems, software
 engineering, database systems, parallel process-
 ing and distributed computer systems, comput-
 er communications, networking, computer
 vision, pattern recognition, expert systems, and
 multi-media systems.


 Admission Requirements: Applicants should
understand that admission to this program is a
selective process. Admission will be based on a
student's whole record including educational
objectives, courses completed, quality of aca-
demic record, and other important facts. Priori-
ty in admission will be given to those students
whose potential on the basis of the entire record
indicates the greatest likelihood of success in the
program.
 Applicants should have grade point aver-
ages of 2.5 or better, with 2.5 in calculus courses
and in physics (with calculus) lecture courses
(on first attempts).

Curriculum Leading to the
Bachelor of Science in Computer
Engineering

 The curriculum in Computer Engineering
requires a minimum of 135 semester credits as
shown in the following list:

 Courses Credits
 Pre-Engineering Curriculum .......................54
 COC 3110 Introduction to CIS .....................3
 CDA 3101 Intro. to Computer
 Organization.................................... ... 3
 COT 3001 Applications of Discrete
 Structures (see note 1) ................................... 3
 COP 3530 Data and Program Structures.......4
 COP 3603 Intro. to Software Engineering.....3
 COP 4600 Systems Programming I................3
 CIS 4914 Computer Engineering Design.......3
 MAS 3114 Linear Algebra (see note 2)...........3
 COT 4501 Numerical Analysis A
 Computational Approach (see note 3)........3
 STA 4321 Mathematical Statistics
 (see note 4) .................................... ............. 3
 EEL 3111 Circuits 1 ........................................... 3
 EEL 3112 Circuits 2........................................... 3
 EEL 3304 Electronic Circuits 1 .....................3
 EEL 3303L Electrical Circuits Lab...................1
 EEL 4303L Electronics Lab ..............................1
 EEL 3701C Intro. to Digital Systems ..............4
 EEL 4712C Digital Design ...............................4
 EEL 4744 Microprocessor Applications.........4

 Engineering Core
 EEL 3396 Solid State Elec. Devices
 (see note 5) ................................ ..............
 EGM 3500 Elements of Statics.....................2
 EML 3100 Thermodynamics 1
 (see note 6) .................................... ............. 3
 Technical Electives (see note 7).....................12
 TOTAL 128
 Note 1: or take MAD 3104 Applications of
 Discrete Structures.
 Note 2: or take MAS 4105 Linear Algebra 1.
 Note 3: or take MAD 4401 Introduction to
 Numerical Analysis.
 Note 4: or take STA 3032 Engineering Statistics
 and STA 4033 Computational Statis-
 tics.
 Note 5: or take EMA 3010 Materials 1.
 Note 6: or take EGM 3511.
 Note 7: or take CHM 4411 or EGN 3353.