Program Overview

Mathematics, B.S. (Harris-Stowe State University) and Computer Engineering, B.S. Dual Degree

The Mathematics, B.S. and Computer Engineering, B.S Dual Degree program allows qualified students to earn two bachelor's degrees, one at Harris-Stowe State University and one at Saint Louis University.

Overview

Students start at HSSU and then take courses at both institutions before earning a bachelor's at HSSU and then their second bachelor's at SLU.

Requirements

• Students must complete Calculus I with a grade of C or better at HSSU before enrolling in SLU courses.
• HSSU students must apply to this program through the HSSU dual enrollment process.
• After successfully completing any prerequisite courses, HSSU students may enroll in SLU courses as visiting inter-university students before applying to SLU as degree-seeking students.
• Students should apply to SLU as degree-seeking students after completing a minimum of 90 credits of the bachelor's degree at HSSU (including any inter-university courses at SLU).
• Students with a HSSU grade point average of 2.70 or higher will be guaranteed admission into SLU.
• SLU will waive all application fees and not require a tuition deposit.

Transfer Credit

• All courses with a grade of C or higher and their associated credits, outlined in the approved roadmap, accepted toward the bachelor's degree at HSSU will be accepted toward the bachelor's degree at SLU.
• All courses outside the program plan will be articulated through standard procedures at SLU.

Non-Course Requirements

• All School of Science and Engineering B.A. and B.S. students must complete an exit interview/survey near the end of their bachelor's program.

Harris Stowe State University, Mathematics, B.S.

Transfer Program Plan

The following table outlines the transfer course plan:

• Year One, Fall:
  • MATH 0135: College Algebra (1st 8 weeks), 3 credits, equivalent to MATH 1200 College Algebra, 3 credits
  • MATH 0140: Trigonometry (2nd 8 weeks), 3 credits, equivalent to MATH 1400 Pre-Calculus, 3 credits
  • HSSU 0100: Seminar in Higher Education, 1 credit, equivalent to UNIV 1ELE, 1 credit
  • ENG 0110I: English Comp. I, 3 credits, equivalent to ENGL 1500 The Process of Composition, 3 credits
  • POSC 0200: American Government Survey, 3 credits, equivalent to POLS 1100 Introduction to American Government, 3 credits
  • HIST 0143 or HIST 0144: United States History 1 or 2, 3 credits, equivalent to HIST 1600 History of the United States to 1865 or HIST 1610 History of the United States since 1865, 3 credits
• Year One, Spring:
  • MATH 0170: Calculus I, 5 credits, equivalent to MATH 1510 Calculus I, 5 credits
  • MATH 0190: Problem Solving Seminar, 1 credit, equivalent to MATH 2690 Mathematical Problem Solving, 1 credit
  • MUS 0206: Basic Music, 3 credits, equivalent to MUSC 1000 Approaching the Arts: Music, 3 credits
  • ENG 0110II: English Comp. II, 3 credits, equivalent to ENGL 1900 Strategies of Rhetoric and Research, 3 credits
  • CSC 0160: Introduction to Computing, 3 credits, equivalent to CSCI 1ELE Introduction to Computing, 3 credits
• Year Two, Fall:
  • MATH 0241: Calculus II, 5 credits, equivalent to MATH 1520 Calculus II, 5 credits
  • PHY 0253: Physics, 3 credits, equivalent to PHYS 1610 University Physics I, 3 credits
  • PHY 0252: Physics Lab, 2 credits, equivalent to PHYS 1620 University Physics I Laboratory, 2 credits
  • MATH 0250: Data Analysis and Statistics, 3 credits, equivalent to STAT 1100 Introduction to Statistics, 3 credits
  • LANG 0100: Basic Conversational Foreign Language, 1 credit, equivalent to MLNG 1ELE Basic Conversational Foreign Language, 1 credit
  • MATH 0255: Intro Statistics Lab, 1 credit, equivalent to MATH 1ELE Intro Statistics Lab, 1 credit
• Year Two, Spring:
  • MATH 0242: Calculus III, 5 credits, equivalent to MATH 2530 Calculus III, 5 credits
  • MATH 0201: Discrete Math I, 3 credits, equivalent to MATH 1660 Discrete Mathematics, 3 credits
  • SPCH 0109: Intro to Public Speaking, 3 credits, equivalent to CMM 1200 Public Speaking, 3 credits
  • GEOG 0200: Principles of Geography, 3 credits, equivalent to SOC 1180 World Geography, 3 credits
• Year Three, Fall:
  • MATH 0356: Linear Algebra I, 3 credits, equivalent to MATH 3110 Linear Algebra for Engineers, 3 credits
  • MATH 03XX/04XX: Upper-level Math course, 3 credits, equivalent to Elective, 3 credits
  • CHEM 0255: Chemistry Lecture, 3 credits, equivalent to CHEM 1110 General Chemistry I, 3 credits
  • CHEM 0256: Chemistry Lab, 2 credits, equivalent to CHEM 1115 General Chemistry I Lab, 2 credits
  • HIST 0213 or HIST 0214: World History 1 or 2, 3 credits, equivalent to HIST 1110 Origins of the Modern World to 1500 or HIST 1120 Origins of the Modern World 1500 to Present, 3 credits
• Year Three, Spring:
  • MATH 0320: Modern Algebra, 3 credits, equivalent to MATH 4110 Intro to Abstract Algebra, 3 credits
  • MATH 0361: Diff. Equations, 3 credits, equivalent to MATH 3550 Differential Equations, 3 credits
  • MATH 03XX/MATH 04XX: Upper-level Math course, 3 credits, equivalent to Elective, 3 credits
  • MATH 0205: Intro to MATLAB, 2 credits, equivalent to MATH 2ELE Intro to Matlab, 2 credits
  • PHIL 0101 or PHIL 0102: Philosophy or Ethics, 3 credits, equivalent to PHIL 1050 Introduction to Philosophy: Self and Reality or PHIL 2050 Ethics, 3 credits

Computer Engineering, B.S.

Plan of Study Grid

The plan of study for the Computer Engineering, B.S. program is as follows:

• Year Three, Fall:
  • SE 1700: Engineering Fundamentals, 2 credits
  • ECE 1001: Introduction to Electrical and Computer Engineering I, 1 credit
• Year Three, Spring:
  • ECE 1100: Electrical Engineering 101, 2 credits
• Year Four, Fall:
  • ENGL 1920: Advanced Writing for Professionals, 3 credits
  • PHYS 1630 & PHYS 1640: University Physics II and University Physics II Laboratory, 4 credits
  • ECE 2101 & ECE 2103: Electrical Circuits I and Electrical Circuits Lab, 4 credits
  • ECE 1200: Computer Engineering 101, 2 credits
  • CSCI 1300: Introduction to Object-Oriented Programming, 4 credits
• Year Four, Spring:
  • CORE 2500: Cura Personalis 2: Self in Contemplation, 0 credits
  • ECE 3052: Probability and Random Variables for Engineers, 3 credits
  • ECE 2205 & ECE 2206: Digital Design and Digital Design Lab, 4 credits
  • CORE 1700: Ultimate Questions: Philosophy, 3 credits
  • CSCI 2100: Data Structures, 4 credits
  • CORE 1600: Ultimate Questions: Theology, 3 credits
• Year Five, Fall:
  • ECE 3205: Advanced Digital Design, 3 credits
  • ECE 3225 & ECE 3226: Microprocessors and Microprocessors Laboratory, 4 credits
  • ECE 3217: Computer Architecture and Organization, 3 credits
  • ECE 3130: Semiconductor Devices, 3 credits
  • ECE 3150 & ECE 3151: Linear Systems and Linear Systems Lab, 4 credits
• Year Five, Spring:
  • CSCI 2300: Object-Oriented Software Design, 3 credits
  • CSCI 2510: Principles of Computing Systems, 3 credits
  • ECE 3215 & ECE 3216: Computer Systems Design and Computer Systems Design Lab, 4 credits
  • ECE 3090: Junior Design, 1 credit
  • ECE 3131 & ECE 3132: Electronic Circuit Design and Electronic Circuit Design Lab, 4 credits
• Year Six, Fall:
  • ECE 4245X: Computer Networks, 3 credits
  • ECE 4800: Electrical and Computer Engineering Design I, 3 credits
  • ECE or CSCI Elective, 3 credits
• Year Six, Spring:
  • ECE 4810: Electrical and Computer Engineering Design II, 3 credits
  • CORE 4500: Reflection-in-Action, 0 credits
  • Tech Elective, 3 credits
  • ECE or CSCI Elective, 3 credits