Engineering (Mechanical, Manufacturing and Electrical Power Concentrations), BS

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The BS degree is a general engineering degree program with three concentrations (Mechanical, Manufacturing, and Electrical Power). Courses in the degree program are offered in Cullowhee and Biltmore Park. Graduates of the BS program will have the following abilities:

Apply their technical knowledge as practicing professionals or engage in graduate education.
To work successfully in their chosen career individually and within a professional team environment.
To engage in professional development in their profession by adapting to new technology and career challenges.

The BS program provides a foundation in mathematics, sciences, and engineering, augmented with engineering concentrations. The Mechanical concentration focuses on mechanics, 3D visualization and simulation, analysis of static and dynamic systems, energy, and machine design. The Electrical Power concentration focuses on electric power systems, power electronics, smart grid design, renewable and sustainable energy, and electric machines and drives, and it emphasizes fundamental coursework in electrical and mechanical engineering. The Manufacturing concentration focuses on 3D visualization, manufacturing processes, computer aided design (CAD) and manufacturing, automated manufacturing systems, and advanced manufacturing. Students work with outstanding faculty members who bring industry and business expertise to the classroom. The program emphasizes the hands-on application of theoretical and technical concepts through project-based learning (PBL), and students work on real-world assignments with companies across Western North Carolina, and beyond, through The Rapid Center .

Total number of credits for the program: 126

Accreditation

The Engineering, BS is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org/.

Liberal Studies (42 credit hours)

Note: Four major courses (12 credits) also meet Liberal Studies requirements: ENGR 199, MATH 153, CHEM 139, PHYS 230. Students are strongly advised to use these classes to meet Liberal Studies requirements. They should realize that if these courses are not taken to meet Liberal Studies requirements, they will still need to be completed for the BS Engineering degree. See Liberal Studies Program Requirements for a list of Liberal Studies courses.

Major Requirements

Students who declare the Engineering major will be admitted to the program if they place into Calculus I (MATH 153) or above. To continue in the major, students must maintain a minimum GPA of 2.2. Exceptions will be considered by the school on a case-by-case basis.

The major requires 96 credits, 12 of which also meet the Liberal Studies requirements (ENGR 199, MATH 153, CHEM 139, and PHYS 230), 31 credits from the Engineering Core, 36 credits from the Mathematics and Science Core, and three credits from Technical Electives. Students must also select a 26-credit hour concentration (either Mechanical, Manufacturing or Electrical Power).

Engineering Core (31 credits)

The following list (31 credits of Engineering core courses) are required for all concentrations:

EE 200 - Computer Utilization Credits: 3
ENGR 132 - Engineering Graphics Credits: 3
ENGR 199 - Introduction to Engineering Practices and Principles I Credits: 3
ENGR 200 - Engineering Practices and Principles II Credits: 3
ENGR 201 - Engineering Mechanics: Statics Credits: 3
ENGR 350 - Engineering Practices and Principles III Credits: 3
ENGR 400 - Engineering Capstone I Credits: 3
ENGR 402 - System Dynamics and Control Credits: 3
ENGR 450 - Engineering Capstone II Credits: 3
ME 301 - Engineering Mechanics: Dynamics Credits: 3
ME 211 - Mechanical Engineering Lab I Credits: 1

Mathematics and Science Core (36 credits)

CHEM 139 - General Chemistry I Credits: 4
MATH 153 - Calculus I Credits: 4
MATH 255 - Calculus II Credits: 4
MATH 256 - Calculus III Credits: 4
MATH 320 - Ordinary Differential Equations Credits: 3
MATH 370 - Probability and Statistics I Credits: 3
PHYS 230 - General Physics I Credits: 4
PHYS 231 - General Physics II Credits: 4
ENGR 211 - Materials Science Credits: 3
ENGR 411 - Engineering Numerical Analysis Credits: 3

Technical Elective (3 credits)

One course (three credits) of Technical Electives is required. Pick one class from the following list of pre-approved technical electives:

ENGR 331 - Design for Manufacturing Credits: 3
EE 453 - Smart Grid Design and Analysis Credits: 3
ENGR 332 - Finite Element Analysis Credits: 3
ENGR 333 - Vibration Analysis Credits: 3
ENGR 493 - Special Topics in Engineering Credits: 1-3, R6

Concentrations

Mechanical Concentration (26 credits)

Students in this discipline work in a wide range of fields. As one of the broader areas of engineering, the mechanical concentration will provide students with knowledge of machine design, thermo-fluid systems, and materials. Graduates work in a wide variety of sectors including automotive, aerospace, medical, construction, government, consulting, manufacturing, and management.

ME 302 - Design of Machine Elements I Credits: 3
ME 311 - Mechanical Engineering Lab II Credits: 1
ME 312 - Mechanical Engineering Lab III Credits: 1
ME 321 - Fluid Dynamics Credits: 3
ME 332 - Heat Transfer: Analysis and Applications Credits: 3
ME 401 - Design of Machine Elements II Credits: 3
ENGR 202 - Mechanics of Materials Credits: 3
ENGR 231 - 3-D Solid Modeling Credits: 3
ENGR 315 - Electrical Engineering Fundamentals Credits: 3
ENGR 353 - Thermodynamics Credits: 3

Electrical Power Concentration (26 credits)

The role of electrical power is expanding as we move towards renewable energy sources. This concentration prepares students to design and maintain systems that include electric vehicles, the power grid, and advanced electronics.

EE 201 - Network Theory I Credits: 3
EE 202 - Network Theory II Credits: 3
EE 211 - Logic and Networks Laboratory Credits: 1
EE 212 - Instrumentation and Networks Laboratory Credits: 1
EE 221 - Logic Systems Design I Credits: 3
EE 311 - Electronic Devices Laboratory Credits: 1
EE 331 - Fundamentals of Electronics and Semiconductors Credits: 3
EE 451 - Electric Power Systems Credits: 3
EE 452 - Electric Machines and Drives Credits: 3
EE 471 - Power Electronics: Design and Analysis Credits: 3
EE 472 - Advanced Power Electronics and Drives: Design and Analysis Credits: 2

Manufacturing Concentration (26 credits)

Students in this concentration are prepared to work in manufacturing and design environments. Employment opportunities in this sector are plentiful and wages are competitive. Graduates typically create and manage world class products with high quality and low cost.

MFE 311 - Manufacturing Engineering Lab I Credits: 1
MFE 312 - Manufacturing Engineering Lab II Credits: 1
MFE 324 - Computer Aided Design and Manufacturing Credits: 3
MFE 327 - Quality Engineering Credits: 3
MFE 365 - Design of Manufacturing Systems Credits: 3
MFE 375 - Automated Manufacturing Systems Credits: 3
MFE 424 - Advanced Manufacturing Processes I Credits: 3
MFE 427 - Advanced Manufacturing Processes II Credits: 3
ENGR 231 - 3-D Solid Modeling Credits: 3
ENGR 315 - Electrical Engineering Fundamentals Credits: 3

Additional Requirements

To graduate with a BS Engineering degree, all students must have a cumulative GPA of 2.2 or higher for all courses in the major.

Additional Information

Visit the School’s website to view the eight-semester curricular guide.