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Course Descriptions - All

Bachelor of Science in Engineering


Highlights:

  • Take advantage of coursework in an engineering emphasis area
  • Obtain certification or a minor in any approved university program
  • An opportunity to participate in new and innovative programs
  • A solid program in basic engineering principles
  • A sound technical education with flexible career path
  • Spend a fifth year to earn a Master of Engineering

Undergraduate Research Opportunities
"The best part is you can customize your degree program to fit your career objectives."

Program Overview 

The BSE degree is an engineering program based on courses that are fundamental to all engineering disciplines.

Courses in technical areas meet engineering accreditation while still maintaining a large number of elective courses.

The elective courses allow completion of a university approved minor or a university approved certificate program.

This structure allows students to pursue an innovative and individualized path to career objectives that fulfills the requirements of an accredited engineering degree. 


Educational Objectives
of The BSE Program

  • A sound technical foundation with a disciplinary focus and the flexibility to pursue professional interests in areas outside of engineering that could lead to a wide variety of career paths.
  • In-depth technical preparation in multidisciplinary or emerging engineering fields that could serve as a springboard to professional degree programs such as the Master of Engineering.
  • The knowledge, skills, and attitudes needed to facilitate a lifetime of professional success. These attributes would include excellent communication skills, an understanding of ethical and global issues, and a commitment to life-long learning and professional development.
  • The ability to function on multidisciplinary teams that extend the traditional boundaries of engineering.

Contacts:

College of Engineering  
Michigan Technological University  
1400 Townsend Drive 
Houghton, Michigan, 49931-1295 USA
Phone: 1-906-487-2005
Fill-in Mail form



CONTACT:
Amy Monte, Advisor
E-mail: engadvisor@mtu.edu

Admissions

On line application

International Student Information

Undergraduate Catalog
(or PDF version here)

Financial Aid

The BSE program is a College of Engineering (COE) program and not directly associated with any particular engineering department, periodic review and assessment of these objectives will rely on input by the COE and department Industrial Advisory Board, the Engineering Council (COE department chairs) and the entire COE faculty.

Curriculum Structure
The BSE degree plan consists of five components:

  • General Education,
  • Basic Mathematics and Science,
  • Core Engineering courses,
  • a Technical Emphasis,
  • and the requirement to complete either a university approved minor, a certificate program or a pre-approved course of study.
Bachelor of Science in Engineering

A typical credit distribution is shown in the table below.

Total Degree Requirements
for the Bachelor of Science in Engineering
 
 
  General Education:   28
  Mathematics and Basic Sciences:    30-32 
  Engineering Fundamentals Core*:    26-27
  Technical Emphasis*:      21-22    
  Directed Electives:  16 (minimum)
  Free Electives:   3
  Total:        127**

* A minimum of 48 credits is required from the combined Engineering Fundamental Core and Technical Emphasis.
** Completion of a Certificate Program may require an additional 2 to 6 credits. For students enrolled in the Distance Learning Program as part of an agreement with an Industrial Partner up to 4 credits may be waived from work experience and there is no free elective credits, thereby reducing the total credit requirement to 120. Other Distance Learning programs through the BSE program will require 127 credits.

Useful Links
Forms:

Change/Addition of Major or Minor

Petition to Alter Degree Requirements

Details:
Basic-Level Curriculum for BSE Degree Engineering
On Campus

Course Requirements
for Examples:
Technical Emphasis Areas

Basic Mathematics and Science Requirements     

 The BSE program requires a minimum of 25% of the total degree requirements to be categorized as mathematics and/or basic sciences. The program requires a mathematics core of 15 credits and a science core of 8 credits. The remaining elective mathematics and basic science credits are selected by the student in order to satisfy prerequisite requirements for the choice of technical emphasis or the selected minor, certification or directed plan of study.

Mathematics Core
 MA1160 Calculus with Technology I 4
 MA2160 Calculus with Technology II  4
 MA2320 Elementary Linear Algebra 2
 MA3520 Elementary Differential Equations 2
 MA3710 Engineering Statistics 3

Science Core
 CH1100 General Chemistry     4
 PH1100 Introductory Physics Laboratory I   1
 PH2100 University Physics I Mechanics     3
 Mathematics and/or Science Electives*         7 to 9
 Subtotal      30-32**

* Mathematics and Science electives to be chosen to satisfy prerequisite requirements for technical emphasis and/or the choice of minor, certification or approved directed plan of study.
**Distance Learning Programs that require only 120 total credits would require only 30 credits of Math and Basic Sciences. All other programs require 32 credits of Math and Basic Science.

Engineering Fundamentals Core

A core of engineering fundamental courses (26 to 27 credits) is required for the BSE degree. These fundamental engineering topics include problem solving, ethics, computer use and analysis, teaming, statics, strength of materials, materials science and engineering, basic circuits and instrumentation, thermodynamics, and fluid mechanics. In addition, students must complete a minimum of one semester of a senior design project and one of three possible design implementation options. The design implementation courses expose students to the many facets of executing typical engineering projects.

Biomedical Engineering
ENG1101 Foundations in Engineering I 3
ENG1102 Foundations in Engineering II 3
MEEM2120* Statics & Strength of Materials 4
MY2100 Introduction to Materials Science & Engineering 3
EE3010** Circuits and Instrumentation 3
ENG3200* Thermodynamics & Fluid Mechanics 4
ENG4900*** Multidisciplinary Senior Design Project I 3
XXYYYY Design Implementation 3-4
Subtotal 26-27


Three choices of Design Implementation are available for the BSE students and their choice of technical emphasis will determine which option is most appropriate in providing the necessary background for other courses in the technical emphasis. Completing one of the following can satisfy the design implementation requirement.

MEEM2500 Integrated Design and Manufacturing 4 (lab)
    OR 
CE3332 Fundamentals of Construction Engineering 3
     OR 
Choice of 3 modules from the following list:
ENG3957 Product and Process Development I 1
ENG3964 Project Management 1
ENG3966 Design for Manufacturing 1
ENG3968 Manufacturing Processes and Simulation 1
ENG3969 Design Implementation Project Phases 1

* Due to prerequisite requirements students pursuing the Mechanical Technical Emphasis should take MEEM2110 and MEEM2150 in place of MEEM2120 and MEEM2200 and MEEM3210 in place of ENG3200. The extra 4 credits are removed from the Mechanical Technical Emphasis.
**Due to co-requisite requirements students pursuing the Electrical and Computer Technical Emphasis should take EE2110 (Electric Circuits) instead of EE3010 (Circuits and Instrumentation).
***Department Specific Senior Design Projects (XX4900) may be used to satisfy this requirement

 

Engineering Experience


Senior design

BSE degree

 

Technical Emphasis 

Technical Emphasis areas consist of 21 to 22 credits within one of several well-recognized engineering fields.

The purpose of defining technical emphases is NOT to imply that BSE students are receiving a degree within that particular engineering discipline. Instead, the sequence of closely related courses defining the emphasis area provides a coherent program within which engineering, mathematics and basic science fundamentals can be applied to a specific and coherent field of study.

The courses within these more traditional engineering fields have been selected to reinforce and build upon the basic fundamentals introduced in the core engineering, mathematics and basic science requirements.

There should be no expectation that completion of these courses is comparable to completing a degree within that discipline. In fact, there is no recognition within the degree program that identifies the specific technical emphasis completed by the student. Consequently, there is no additional program criterion that must be met as part of the BSE degree program.

The specific courses within an existing engineering program, however, have also been identified as necessary in preparation for a Masters of Engineering in that discipline, thereby meeting one of the educational objectives of the BSE program. 

Each Technical Emphasis includes at least one laboratory experience. In addition, the appropriate 3 credit Design Implementation core requirement for the area is identified.  The titles of the technical emphases reflect the general engineering field of study, i.e. Mechanical, Civil, Chemical, Materials, etc. The course requirements defining appropriate Technical Emphasis in various disciplines are available.

Directed Electives      
Within the BSE program described above there remain approximately 19 elective credits for completion of the degree.This provides students with significant flexibility to pursue studies suitable for career paths that reflect the student's own interest, which will in turn lead to ultimate job satisfaction.  However, these credits cannot consist of a set of miscellaneous and unrelated courses. Instead the elective credits must be used to complete a coherent program of study. This is best accomplished through the completion of a university recognized Minor, Certification or a 'self-defined' program. University Minors require a minimum of 16 semester credits (see pages 61 though 69 of the University Catalog given in Appendix B). Certificate programs generally require more coursework, ranging from 21 to 25 semester credits (see pages 59 to 60 of the University Catalog given in Appendix C).

Students do have the option to define, with the advice of MTU faculty, a alternative yet coherent program of study, but this self-defined set of courses must be approved by the BSE Governance Committee (see Section I-E). In should be noted that the advantages of completing the Minor or Certification option is that these programs are pre-approved (i.e., do not need prior approval from the BSE Governance Committee) and will be properly designated on both the student degree transcript and the diploma. Self-defined programs of study will not be so designated. Choice of Minors or Certifications and the basic curricular template for an on-campus baccalaureate degree program are available from advisors.  

 

Admissions at a Glance 

Requirements: TOEFL 600 (pbt) 

Program Start Date: August, January
Expected Length: 4 years (8 semesters)

Contacts:
1400 Townsend Drive 
Houghton, Michigan, 49931-1295 USA
Phone: 1-906-487-2005

Amy Monte, Advisor
E-mail: engadvisor@mtu.edu

Fill-in Mail form

Last modified: December 29, 2007

If you have comments, corrections or suggestions send them to: ehgroth@mtu.edu

Copyright © 2007
College of Engineering
Michigan Technological University

Michigan Technological University is an equal opportunity 
educational institution/equal opportunity employer.

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