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Study in Automation and Control Engineering

Systems Engineering Department. Study in Automation and Control Engineering. Dr. Mansour Al-Dajani. REQUIREMENTS FOR THE B.S. DEGREE IN SYSTEMS ENGINEERING. (a) General Education Requirements (57 credit hours). Arabic Studies IAS 101, 201, 301 = 6 English Language ENGL 101, 102, 214 = 9

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Study in Automation and Control Engineering

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  1. Systems Engineering Department Study in Automation and Control Engineering Dr. Mansour Al-Dajani

  2. REQUIREMENTS FOR THE B.S. DEGREE IN SYSTEMS ENGINEERING (a) General Education Requirements (57 credit hours) • Arabic Studies IAS 101, 201, 301 = 6 • English Language ENGL 101, 102, 214 = 9 • Islamic Studies IAS 111, 211, 311, 4xx = 8 • Mathematics MATH 101, 102, 201, 260 = 14 • Probability and Statistics SE 205 = 3 • Chemistry CHEM 101 = 4 • Physics PHYS 101, 102 = 8 • Physical Education PE 101, 102 = 2 • Engineering Economy ECON 403 = 3 • Total hours: 57

  3. (b) Core Requirements: • IE/OR (44 credit hours), or C/A (43 credit hours) • General Engineering Fundamentals • Engineering Graphics CE 101 = 2 • Electrical Circuits EE 201 = 4 • Material Science (IE/OR) or, ME 215/ME 203 = 4/3 • Thermodynamics (C/A) • Computer Programming ICS 101 = 3 • Total hours = 13/12

  4. Systems Engineering Fundamentals (Regular 31 credit hours, Coop 28 credit hours) Introduction to Systems Engineering SE 201 = 2 Modeling and Simulation SE 207 = 3 Numerical Methods SE 301 = 3 Linear Control Systems SE 302 = 4 Operations Research I SE 303 = 4 Optimization Methods (Regular 3) SE 305 = 3/0 Computer Control Systems SE 401 = 3 Production Systems SE 402 = 3 Stochastic Systems Simulation SE 405 = 3 Senior Project SE 490 31/28

  5. (c) Areas of Concentration: • IE/OR (19 credit hours), or C/A (20 credit hours) • Each student must select one of the following options: • (1) Industrial Engineering and Operations Research Option Credit Hours • Quality Control & Ind. Stat. SE 320 = 3 • Manufacturing Technology SE 322 = 4 • Engineering Methods SE 323 = 3 • Engineering Statistics SE 325 = 3 • Operations Research II SE 421 = 3 • Facility Layout and Location SE 422 = 3 • Total hours = 19

  6. (c) Areas of Concentration: • (2) Automation and Control Option • Digital Systems Design SE 311 = 3 • Instrumentation SE 312 = 3 • Microprocessors in Automation • Systems SE 417 = 4 • Electronics I EE 203 = 4 • Signals and Systems SE 315 = 3 • Industrial Process Control SE 418 = 3 • Total hours = 20

  7. Electives • (d) Electives (12 credit hours) • Each student must take four elective courses based on his area of concentration, with the • approval of his advisor and the curriculum committee. At least three of those courses must be • selected from the following lists of courses: • IE/OR Electives • Maintenance Planning and Control SE 429 • Human Factors Engineering SE 443 • Decision Making SE 447 • Scheduling & Sequencing SE 448 • Special Topics in IE/OR SE 449 • Industrial Information Systems SE 464 • Industrial Safety SE 465 • Reliability and Maintainability SE 480

  8. Cont. Electives • Automation/Control Electives • Digital Signal Processing SE 432 • Control System Design SE 435 • Introduction to Robust Control SE 436 • Instrumentation and Process Control SE 438 • Special Topics in Automation SE 439 • Methodology of Large Scale Systems SE 450 • Computed-Aided Manufacturing • and Robotics SE 461 • Theory of Stochastic Systems SE 463 • Digital Computing Techniques I SE 470 • Digital Computing Techniques II SE 475

  9. Summer Training (e) Summer Training Program (Pass/Fail Grade; Zero credit hours) • Each student must participate in a summer training program of industrial experience, submit a • formal written report on his work during the program, and give an oral presentation (seminar). • The period of training must be at least eight consecutive weeks. The student is eligible for summer • training after completing a minimum of 95 credit hours.

  10. Coop (f) BS Degree requirements for the Systems Engineering with Coop The total requirement for the B.S. degree in Systems Engineering with Coop is 132 semester credit hours. The course requirements for the Systems Engineering BS program with Coop are very similar to the regular BS program described above, differing only in the following: (1) Three courses, with a total of 9 credit hours, are dropped from the requirements. The courses SE 305, SE 490, and the free technical elective are dropped from the requirements. These courses are replaced by SE 350, Coop work program (9 credit hours). (2) Cooperative work (9 credit hours) Each student must participate in a 28-week program of industrial training approved by the department and must submit a comprehensive report on his work during that period. The student is permitted to start his cooperative work after completing a minimum of 95 credit hours. The coop student must attain an overall GPA of 2.0 and a major GPA of 2.0 prior to starting his cooperative work.

  11. Department Laboratories • Work Physiology Lab • Human Performance Lab • Control Systems Lab • Robotics & Real-Time Control Lab • Microprocessor-Based Systems Lab • Senior Projects Lab • Industrial Automation Lab • Robust & Motion Control Lab • Signal Processing & Machine Vision Lab • Analog & Discrete Simulation Lab • Advanced Instrumentation Lab • Process Control Lab • Instrumentation & Measurement Lab

  12. Job Opportunities for A/C Engineer • Aramco • Sabic • SEC • Military • Government • Petrochemical Industry • Other industry

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