Nov 25, 2024  
2019-2020 Undergraduate Catalog 
    
2019-2020 Undergraduate Catalog [ARCHIVED CATALOG]

Electrical Engineering, B.S., in partnership with UMKC


College of Health and Human Services

More information and a general overview of Engineering Science .

To view a sample 4 year degree plan, see Electrical Engineering Sample Degree Plan .

For a complete list of courses that meet Rockhurst Core Curriculum requirements, please go to The Core Curriculum

 

Students interested in majoring in electrical engineering should take the following courses in the following sequence. Although variations of the core classes are possible, it is recommended that students take all the asterisked (*) courses (required for the major) as suggested below. Students should always check with an advisor if they have questions about a proposed variation including taking any summer courses.

To fulfill the core requirements for a Rockhurst degree, students must fulfill at least one each of the ARI, HSI, and LTI core requirements.

A grade of C or better is required in all asterisked (*) courses (required for the major). Students are responsible for checking prerequisites for any course.

Transfer courses at the 3000- or 4000-level are only accepted with prior advisor approval.

A minimum of 60 hours of service is required. The recommended minimum number of service hours for each year are: 10 hours during the freshman year, 15 hours during sophomore and junior years, and 20 hours during senior year.

Year 1


Fall Semester


Spring Semester


Year 2


Fall Semester


Spring Semester


  • (3) *
  • Rockhurst core (3) (ARI or HSI or LTI)
  • ECE 276 Circuit Theory I (UMKC) (3)*  EGEL K276 (RU) (3)and
  •        ECE 277 Circuit Theory I Lab (UMKC) (1)* EGEL K277 (RU) (1)*

  • ECE 341R Applied Engineering Analysis II (UMKC) (3)*  EGEL K341 (RU) (3)*
  • Rockhurst core (THII) (3) (If TH 1000  taken for THI, any 3000 or 4000 level TH course)
  •  

    Total: 16 hours

Year 3


Fall Semester


  • ECE 376 Circuit Theory II (UMKC) (3)* EGEL K376 (RU) (3)* and

      ECE 377 Circuit Theory II Lab (UMKC) (1)*  EGEL K377 (RU) (1)*

  • ECE 334 Semiconductor Devices (UMKC) (3)* EGEL K334 (RU) (3)*
  • ECE 380 Signals and Systems UMKC) (3)* EGEL K380 (RU) (3)* and

      ECE 381 Signals and Systems Lab (UMKC) (1)* EGEL K381 (RU) (1)*

  • Rockhurst core (3) (ARI or HSI or LTI)
  • Rockhurst core (3) (SRI)

Spring Semester


  •    Rockhurst core (HSII or LTII) that also satisfies GPR (3) (note: alternatively, GPR may be satisfied by a THII core class)
  •    Rockhurst core (SRI or SRII) (3)
  •    ECE 302 Electromagnetic Waves and Fields (UMKC) (3)* EGEL K302 (RU) (3)and
  •    ECE 303 Electromagnetic Waves and Fields Lab (UMKC) (1)* EGEL K303 (RU) (1)*
  •    ECE 330 Electronic Circuits (UMKC) (3)* EGEL K330 (RU) (3)and
  •    ECE 331 Electronic Circuits Lab (UMKC) (1)*   EGEL K331 (RU) (1)*  
  •    ECE 466 Power Systems I (UMKC) (3)* EGEL K466 (RU) (3)*

   Total: 17 hours

NOTE: If the GPR requirement is not satisfied through one of the HSII, LTII, or THII, core classes, students will be required to take an additional course to satisfy GPR.

Year 4


Fall Semester


  •    ECE 358 Introduction to Control Systems (UMKC) (3)* EGEL K358 (RU) (3)*
  •    ECE 474 Introduction to Communication Systems (UMKC) (3)*   EGEL K474 (RU) (3)*
  •    ECE 4xx Senior Area Elective (UMKC) (3)*
  •    ECE 402WI Senior Design I (UMKC) (2)* EGEL K402W (RU) (2)*
  •    ECE 467 Power Systems II (UMKC) (3)* EGEL K467 (RU) (3)*
  •    ECE 4xx Senior Area Elective (UMKC) (3)*

   Total: 17 hours

Spring Semester


  • (3) * or
  • (3) *
  • Rockhurst core (3) (PLII/THII)* (If Theology, may also count for GPR)
  • ECE 4xx Senior Area Elective (UMKC) (3)*
  • ECE 403 Senior Design II (UMKC) (1)*  EGEL K403 (RU) (1)*
  • ECE 4xx Senior Area Elective (UMKC) (3)*
  • CS 304WI Ethics and Professionalism in Computing and Engineering (UMKC) (3)*  CS K304 (RU) (3)*
  •  

    Total: 16 hours

Total Degree Hours Required: 129 -137+


NOTE:


+ The total degree hours required may vary depending on specific courses taken and an individual student’s initial mathematics placement.