Undergraduate College Catalog

Mechanical Engineering Major

Overview

Mission Statement

The University of Jamestown Department of Engineering seeks to provide its students with a comprehensive education that is supported by the liberal arts tradition. The educational mission of the department is to prepare students for careers demanding technological innovation, creativity, critical thinking, project management, systems thinking, teamwork, leadership, professional ethics, multidisciplinary projects, and communication skills. This mission is achieved through an integrated curriculum which blends liberal arts, mathematics, science, and engineering. The department strives to continually improve the educational experience of our students by utilizing feedback from our constituents. A grade of C- or above must be earned in all courses that are required in a major or a minor.

Admission to the Major in Mechanical Engineering
Students who want to pursue the mechanical engineering degree will be accepted into the program upon earning a grade of C (73%) or higher in ENG 113 Engineering Fundamentals and completing a short admission request form to be submitted to the department chair for approval.

 

Requirements

Requirements for the Major in Mechanical Engineering
While grades at or above a D- are considered by the university to be passing, the department of engineering wants to ensure that students are adequately prepared to succeed in their later coursework. Therefore, students who wish to take engineering courses with prerequisite requirements must earn at least a C- in the prerequisite course.
Students who have earned D+, D, or D- in prerequisite courses may petition to take subsequent courses by writing a statement explaining why they should be able to take the subsequent course. The student’s advisor, the instructor of the prerequisite course, and the instructor of the petitioned course will together make a determination as to whether the student will be able to continue. In the case where these roles overlap, a minimum of two faculty members need to consult. If all roles overlap or if the two faculty members don’t agree, the department chair will also be consulted. If these roles still overlap or there is still disagreement, the request will be evaluated at the next department faculty meeting.

Core Courses

CHEM 133General Chemistry I (Lec/Lab)

3/1

ECON 202Principles of Macroeconomics

3

ENGR 101Introductory Computer-Aided Design

1

ENGR 110Introduction to Engineering

3

ENGR 111Engineering Fundamentals I

2

ENGR 113Engineering Fundamentals II

2

ENGR 121 Engineering Computing

3

ENGR 201Intermediate Computer-Aided Design

1

ENGR 210Statics

3

ENGR 211Dynamics

3

ENGR 212Materials (Lec/Lab)

4

ENGR 220Mechanics of Materials

3

ENGR 301Advanced Computer-Aided Design

1

ENGR 330Manufacturing Processes (Lec/Lab)

4

ENGR 340Fluid Mechanics (Lec/Lab)

4

ENGR 350Thermodynamics I

3

ENGR 351Thermodynamics II

3

ENGR 361Numerical Methods

3

ENGR 362Control Systems

3

ENGR 370Machine Design

3

ENGR 380Fundamentals of Electric Circuits (Lec/Lab)

4

ENGR 381Instrumentation and Measurement (Lec/Lab)

4

ENGR 402Sustainable Engineering

3

ENGR 410Engineering Design I

3

ENGR 411Engineering Design II

3

ENGR 450Heat Transfer

3

ENGR 461Engineering Statistics

3

MATH 251Calculus of Derivatives

3

MATH 252Calculus of Integrals

3

MATH 254Multidimensional Calculus

3

MATH 315Linear Algebra and Series

3

MATH 352Ordinary Differential Equations

3

PHYS 203Physics I (Lec/Lab)

5

PHYS 204Physics II (Lec/Lab)

5

Total Credit Hours:104

Plus one of the following courses:

ENGR 420Intermediate Mechanics of Materials

3

ENGR 460Finite Element Analysis

3

ENGR 470Machine Dynamics

3

ENGR 471Vibrations

3

ENGR 480Introduction to Electronic Packaging

3

 

ENGR 401/PHYS 401Classical Mechanics

3

or

ENGR 490Special Topics

1-3

Total Credit Hours:3

Total Credit Hours: 107

Plan of Study

Freshman Year

CHEM 133General Chemistry I (Lec/Lab)

3/1

ECON 202Principles of Macroeconomics

3

ENGR 110Introduction to Engineering

3

ENGR 111Engineering Fundamentals I

2

ENGR 113Engineering Fundamentals II

2

MATH 251Calculus of Derivatives

3

PHYS 203Physics I (Lec/Lab)

5

Sophomore Year

ENGR 121 Engineering Computing

3

ENGR 210Statics

3

ENGR 211Dynamics

3

ENGR 212Materials (Lec/Lab)

4

ENGR 220Mechanics of Materials

3

ENGR 330Manufacturing Processes (Lec/Lab)

4

MATH 252Calculus of Integrals

3

MATH 254Multidimensional Calculus

3

PHYS 204Physics II (Lec/Lab)

5

Junior Year

ENGR 340Fluid Mechanics (Lec/Lab)

4

ENGR 350Thermodynamics I

3

ENGR 351Thermodynamics II

3

ENGR 360Statistical and Linear Methods

3

ENGR 362Control Systems

3

ENGR 370Machine Design

3

ENGR 380Fundamentals of Electric Circuits (Lec/Lab)

4

ENGR 381Instrumentation and Measurement (Lec/Lab)

4

ENGR 402Sustainable Engineering

3

MATH 352Ordinary Differential Equations

3

Senior Year

ENGR 361Numerical Methods

3

ENGR 410Engineering Design I

3

ENGR 411Engineering Design II

3

ENGR 450Heat Transfer

3

ENGR 4XX
Mechanical Engineering Elective

3

Outcomes

Students graduating from the University of Jamestown with the degree of Bachelor of Science and a major in civil or mechanical engineering will have:

  • An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
  • An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
  • An ability to communicate effectively with a range of audiences.
  • An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
  • An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
  • An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
  • An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

Educational Objectives
Within a few years of graduation, University of Jamestown Mechanical Engineering alumni should be able to:

  • Obtain licensure.
  • Integrate technological advances, ethical concerns, and current evidence into engineering practice.
  • Lead engineering teams and projects.
  • Understand the requirements of their work environment and their role within it.
  • Make meaningful contributions to the engineering profession as well as the broader community.