Mechanical Engineering (2 + 2)
Overview
This degree is designed for students who plan to transfer to a four-year engineering program. Students wishing to pursue a degree in mechanical engineering at a four-year institution should enroll in the AAS.EGRF degree. This is an engineering fundamentals degree that allows students to identify a concentration in mechanical engineering and take classes in that specialized area.
This pathway consists of basic mechanical engineering and related civil engineering courses. The program covers the basic theory of mechanical engineering systems and associated mechanics and thermodynamics. Students trained in this area are prepared for more advanced study in mechanical and civil engineering at the bachelor's degree level.
Transferring
All of the courses in this program can be used toward both an associate degree and toward the first two years of a four-year engineering degree. The courses in this pathway are based on South Carolina’s Engineering Transfer Block so the courses should transfer to any institution in the state. However, all engineering programs are different, so students planning to transfer to any four-year institution are strongly urged to discuss the curriculum and transfer requirements with a representative of that institution early in their academic career at Midlands Technical College.
To transfer to the University of South Carolina’s College of Engineering and Computing, students must successfully complete each transfer course with grades of “C” or better and have an overall grade point average of at least 2.75. High school preparation for engineering should include a strong emphasis on mathematics, science, and basic English language skills. Students not meeting the requirements for entry into Mathematics 140 and English 101 will have preparatory work to complete that may extend the time required to complete the certificate.
This associate degree pathway is part of the new MTC to UofSC Direct Transfer Tracks.
Program Type
Associate in Applied ScienceHow to Enroll
To pursue this degree, you must apply to MTC using our online application.
Questions?
Sample Program Plan and Costs
Class Delivery Methods
View current courses offered via our online course directory.
| On-Campus | Traditional. Classes meet on campus. |
|---|---|
| Virtual | 100% online. Meets with a live instructor and classmates on specific days, at specific times. Uses web conferencing software, like Zoom. |
| Hybrid | Some classes on campus. Some classes online or virtual. |
| Online | 100% online. Due dates for projects and assignments. Self-paced work on your time. |
Full Time Schedule
| Semester | Course ID | Course Title | Classroom | Online | Hybrid | Virtual | Credits |
|---|---|---|---|---|---|---|---|
| Semester 1 (17 Credit Hours) |
COL-101 |
College Orientation College Orientation ID: COL-101 Credit Hours: 1 This course may include selected topics such as career planning, study skills, stress management, tutoring, group guidance, and other subjects to facilitate student success. |
• | • | • | • | 1 |
| ENG-101 |
English Comp I English Comp I ID: ENG-101 Credit Hours: 3 This is a (college transfer) course in which the following topics are presented: a study of composition in conjunction with appropriate literary selections, with frequent theme assignments to reinforce effective writing. A review of standard usage and the basic techniques of research are also presented. |
• | • | • | • | 3 | |
| MAT-110 |
College Algebra College Algebra ID: MAT-110 Credit Hours: 3 This course includes the following topics: polynomial, rational, logarithmic, and exponential functions; inequalities; systems of equations and inequalities; matrices; determinants; simple linear programming; solutions of higher degree polynomials; combinatorial algebra, including the binomial theorem; and introduction to probability. |
• | • | • | 3 | ||
| CHM-110 |
College Chemistry I College Chemistry I ID: CHM-110 Credit Hours: 4 This is the first course in a sequence that includes the following topics: atomic and molecular structure, nomenclature and equations, properties, reactions and states of matter, stoichiometry, gas laws, solutions, and equilibria. |
• | • | 4 | |||
| MAT-111 |
College Trigonometry College Trigonometry ID: MAT-111 Credit Hours: 3 This course includes the following topics: circular functions; trigonometric identities; solution of right and oblique triangles; solution of trigonometric equations; polar coordinates; complex numbers, including DeMoivre's Theorem; vectors; conic sections; sequences; and series. (Graphic calculator required) |
• | • | • | 3 | ||
| EGR-270 |
Introduction to Engineering Introduction to Engineering ID: EGR-270 Credit Hours: 3 This course covers the applications of computers in engineering practices, including the use of an appropriate operating system, programming in a high level language, spread sheets, and word processing applications. |
• | 3 | ||||
| Semester 2 (14 Credit Hours) |
ENG-102 |
English Comp II English Comp II ID: ENG-102 Credit Hours: 3 This is a (college transfer) course in which the following topics are presented: development of writing skills through logical organization, effective style, literary analysis and research. An introduction to literary genre is also included. |
• | • | • | • | 3 |
| MAT-140 |
Analytical Geometry and Calculus I Analytical Geometry and Calculus I ID: MAT-140 Credit Hours: 4 This course includes the following topics: derivatives and integrals of polynomials; rational, logarithmic, exponential, trigonometric,and inverse trigonometric functions; curve sketching; maxima and minima of functions; related rates; work; and analytic geometry. (Graphic calculator required) |
• | • | 4 | |||
| CHM-111 |
College Chemistry II College Chemistry II ID: CHM-111 Credit Hours: 4 This course is a continuation of the study of atomic and molecular structure, nomenclature and equations, properties, reactions and states of matter, stoichiometry, gas laws, solutions, and equilibria. Other topics included are kinetics, thermodynamics,and electrochemistry. |
• | • | 4 | |||
| EGR-275 |
Intro to Engineering/Computer Graphics Intro to Engineering/Computer Graphics ID: EGR-275 Credit Hours: 3 (Transfer Course) This course is a study of basic graphical concepts needed for engineering applications. |
• | 3 | ||||
| Semester 3 (14 Credit Hours) |
MAT-141 |
Analytical Geometry and Calculus II Analytical Geometry and Calculus II ID: MAT-141 Credit Hours: 4 This course includes the following topics: continuation of calculus of one variable, including analytic geometry, techniques of integration, volumes by integration, and other applications; infinite series, including Taylor series and improper integrals.(Graphic calculator required) |
• | • | 4 | ||
| GEO-102 |
World Geography World Geography ID: GEO-102 Credit Hours: 3 This course includes a geographic analysis of the regions of the world, i.e., North and South America, Europe, Australia, Asia and Africa. Diversity of each region is emphasized by examining its physical environment, natural resources, social, cultural, economic and political systems. |
• | • | • | 3 | ||
| PHY-221 |
University Physics I University Physics I ID: PHY-221 Credit Hours: 4 This is the first of a sequence of courses. The course includes a calculus based treatment of the following topics: vectors, laws of motion, rotation, vibratory, and wave motion. |
• | • | 4 | |||
| HIS-101 |
Western Civilization to 1689 Western Civilization to 1689 ID: HIS-101 Credit Hours: 3 This course is a survey of western civilization from ancient times to 1689, including the major political, social, economic, and intellectual factors shaping western cultural tradition. |
• | • | 3 | |||
| Semester 4 (16 Credit Hours) |
MAT-240 |
Analytical Geometry and Calculus III Analytical Geometry and Calculus III ID: MAT-240 Credit Hours: 4 This course includes the following topics: multivariable calculus, including vectors; partial derivatives and their applications to maximum and minimum problems with and without constraints; line integrals; multiple integrals in rectangular and other coordinates; and stokes' and green's theorems. |
• | • | 4 | ||
| EGR-260 |
Engineering Statics Engineering Statics ID: EGR-260 Credit Hours: 3 This course is an introduction to the principles of engineering mechanics as applied to forces and force systems. The techniques of vector mathematics are employed. This course also includes a study of equilibrium of particles and rigid bodies, distributed forces, centroids and centers of gravity, moments of inertia of areas, analysis of simple structures and machines, and a study of friction. |
• | • | 3 | |||
| EGR-274 |
Engineering App of Numerical Methods Engineering App of Numerical Methods ID: EGR-274 Credit Hours: 3 This course is a calculus-based study of the application of numerical methods to the solution of engineering problems. Techniques include iterative solution techniques, methods of solving systems of equations, numerical integration, differentiation and graphical analysis. |
• | 3 | ||||
| ECE-221 |
Introduction to Electrical Engineering I Introduction to Electrical Engineering I ID: ECE-221 Credit Hours: 3 This course introduces the basic concepts of circuit analysis, applying fundamental laws and principles, resistor circuits, and first and second-order linear circuits in the time domain using calculus-based solutions where applicable. |
• | • | 3 | |||
| THE-101 |
Intro. to Theatre Intro. to Theatre ID: THE-101 Credit Hours: 3 This course includes the appreciation and analysis of theatrical literature, history, and production. |
• | • | 3 | |||
| Semester 5 (16 Credit Hours) |
MAT-242 |
Differential Equations Differential Equations ID: MAT-242 Credit Hours: 4 This course includes the following topics: solution of linear and elementary non-linear differential equations by standard methods with sufficient linear algebra to solve systems; applications; series; Laplace transform; and numerical methods. |
• | • | 4 | ||
| EGR-264 |
Intro to Engineering Mechanics of Solids Intro to Engineering Mechanics of Solids ID: EGR-264 Credit Hours: 3 This course covers the relationships between external loads on solid bodies or members and the resulting internal effects and dimensional changes. Included are concepts of stress and strain, stress analysis of basic structural members, combined stress including Mohr's circle, and introductory analysis of deflection and buckling of columns. |
• | 3 | ||||
| EGR-262 |
Engineering Dynamics Engineering Dynamics ID: EGR-262 Credit Hours: 3 This course is an introduction to the principles of engineering as applied to kinematics and kinetics of particles and rigid bodies. The techniques of vector mathematics are employed. This course also includes an emphasis on Newton's second law along with energy and momentum methods. |
• | 3 | ||||
| EGR-266 |
Engineering Thermodynamics Fundamentals Engineering Thermodynamics Fundamentals ID: EGR-266 Credit Hours: 3 This course is an introduction to the first and second laws of thermodynamics as applied to engineering systems. Definitions, work, heat, energy and first law analyses of systems and control volumes are included. |
• | 3 | ||||
| EGR-268 |
Engineering Fluid Mechanics Engineering Fluid Mechanics ID: EGR-268 Credit Hours: 3 This course covers the basic principles of fluid statics and dynamics, including conservation of mass, momentum, energy, similitude, dimensional analysis, open and closed channel flow, lift and drag forces, and an introduction to turbulent flow. *Note: This course was developed as a transfer course for use at MTC due to an agreement with the UofSC.* |
• | 3 | ||||
| Total Credit Hours | 77 | ||||||
| Estimated Cost Financial Aid |
$15,400.00 Not including fees and equipment |
||||||
Part Time Schedule
| Semester | Course ID | Course Title | Classroom | Online | Hybrid | Virtual | Credits |
|---|---|---|---|---|---|---|---|
| Semester 1 (7 Credit Hours) |
COL-101 |
College Orientation College Orientation ID: COL-101 Credit Hours: 1 This course may include selected topics such as career planning, study skills, stress management, tutoring, group guidance, and other subjects to facilitate student success. |
• | • | • | • | 1 |
| ENG-101 |
English Comp I English Comp I ID: ENG-101 Credit Hours: 3 This is a (college transfer) course in which the following topics are presented: a study of composition in conjunction with appropriate literary selections, with frequent theme assignments to reinforce effective writing. A review of standard usage and the basic techniques of research are also presented. |
• | • | • | • | 3 | |
| MAT-110 |
College Algebra College Algebra ID: MAT-110 Credit Hours: 3 This course includes the following topics: polynomial, rational, logarithmic, and exponential functions; inequalities; systems of equations and inequalities; matrices; determinants; simple linear programming; solutions of higher degree polynomials; combinatorial algebra, including the binomial theorem; and introduction to probability. |
• | • | • | 3 | ||
| Semester 2 (10 Credit Hours) |
CHM-110 |
College Chemistry I College Chemistry I ID: CHM-110 Credit Hours: 4 This is the first course in a sequence that includes the following topics: atomic and molecular structure, nomenclature and equations, properties, reactions and states of matter, stoichiometry, gas laws, solutions, and equilibria. |
• | • | 4 | ||
| MAT-111 |
College Trigonometry College Trigonometry ID: MAT-111 Credit Hours: 3 This course includes the following topics: circular functions; trigonometric identities; solution of right and oblique triangles; solution of trigonometric equations; polar coordinates; complex numbers, including DeMoivre's Theorem; vectors; conic sections; sequences; and series. (Graphic calculator required) |
• | • | • | 3 | ||
| EGR-270 |
Introduction to Engineering Introduction to Engineering ID: EGR-270 Credit Hours: 3 This course covers the applications of computers in engineering practices, including the use of an appropriate operating system, programming in a high level language, spread sheets, and word processing applications. |
• | 3 | ||||
| Semester 3 (7 Credit Hours) |
ENG-102 |
English Comp II English Comp II ID: ENG-102 Credit Hours: 3 This is a (college transfer) course in which the following topics are presented: development of writing skills through logical organization, effective style, literary analysis and research. An introduction to literary genre is also included. |
• | • | • | • | 3 |
| MAT-140 |
Analytical Geometry and Calculus I Analytical Geometry and Calculus I ID: MAT-140 Credit Hours: 4 This course includes the following topics: derivatives and integrals of polynomials; rational, logarithmic, exponential, trigonometric,and inverse trigonometric functions; curve sketching; maxima and minima of functions; related rates; work; and analytic geometry. (Graphic calculator required) |
• | • | 4 | |||
| Semester 4 (7 Credit Hours) |
CHM-111 |
College Chemistry II College Chemistry II ID: CHM-111 Credit Hours: 4 This course is a continuation of the study of atomic and molecular structure, nomenclature and equations, properties, reactions and states of matter, stoichiometry, gas laws, solutions, and equilibria. Other topics included are kinetics, thermodynamics,and electrochemistry. |
• | • | 4 | ||
| EGR-275 |
Intro to Engineering/Computer Graphics Intro to Engineering/Computer Graphics ID: EGR-275 Credit Hours: 3 (Transfer Course) This course is a study of basic graphical concepts needed for engineering applications. |
• | 3 | ||||
| Semester 5 (7 Credit Hours) |
MAT-141 |
Analytical Geometry and Calculus II Analytical Geometry and Calculus II ID: MAT-141 Credit Hours: 4 This course includes the following topics: continuation of calculus of one variable, including analytic geometry, techniques of integration, volumes by integration, and other applications; infinite series, including Taylor series and improper integrals.(Graphic calculator required) |
• | • | 4 | ||
| GEO-102 |
World Geography World Geography ID: GEO-102 Credit Hours: 3 This course includes a geographic analysis of the regions of the world, i.e., North and South America, Europe, Australia, Asia and Africa. Diversity of each region is emphasized by examining its physical environment, natural resources, social, cultural, economic and political systems. |
• | • | • | 3 | ||
| Semester 6 (7 Credit Hours) |
PHY-221 |
University Physics I University Physics I ID: PHY-221 Credit Hours: 4 This is the first of a sequence of courses. The course includes a calculus based treatment of the following topics: vectors, laws of motion, rotation, vibratory, and wave motion. |
• | • | 4 | ||
| HIS-101 |
Western Civilization to 1689 Western Civilization to 1689 ID: HIS-101 Credit Hours: 3 This course is a survey of western civilization from ancient times to 1689, including the major political, social, economic, and intellectual factors shaping western cultural tradition. |
• | • | 3 | |||
| Semester 7 (7 Credit Hours) |
MAT-240 |
Analytical Geometry and Calculus III Analytical Geometry and Calculus III ID: MAT-240 Credit Hours: 4 This course includes the following topics: multivariable calculus, including vectors; partial derivatives and their applications to maximum and minimum problems with and without constraints; line integrals; multiple integrals in rectangular and other coordinates; and stokes' and green's theorems. |
• | • | 4 | ||
| EGR-260 |
Engineering Statics Engineering Statics ID: EGR-260 Credit Hours: 3 This course is an introduction to the principles of engineering mechanics as applied to forces and force systems. The techniques of vector mathematics are employed. This course also includes a study of equilibrium of particles and rigid bodies, distributed forces, centroids and centers of gravity, moments of inertia of areas, analysis of simple structures and machines, and a study of friction. |
• | • | 3 | |||
| Semester 8 (9 Credit Hours) |
EGR-274 |
Engineering App of Numerical Methods Engineering App of Numerical Methods ID: EGR-274 Credit Hours: 3 This course is a calculus-based study of the application of numerical methods to the solution of engineering problems. Techniques include iterative solution techniques, methods of solving systems of equations, numerical integration, differentiation and graphical analysis. |
• | 3 | |||
| ECE-221 |
Introduction to Electrical Engineering I Introduction to Electrical Engineering I ID: ECE-221 Credit Hours: 3 This course introduces the basic concepts of circuit analysis, applying fundamental laws and principles, resistor circuits, and first and second-order linear circuits in the time domain using calculus-based solutions where applicable. |
• | • | 3 | |||
| THE-101 |
Intro. to Theatre Intro. to Theatre ID: THE-101 Credit Hours: 3 This course includes the appreciation and analysis of theatrical literature, history, and production. |
• | • | 3 | |||
| Semester 9 (7 Credit Hours) |
MAT-242 |
Differential Equations Differential Equations ID: MAT-242 Credit Hours: 4 This course includes the following topics: solution of linear and elementary non-linear differential equations by standard methods with sufficient linear algebra to solve systems; applications; series; Laplace transform; and numerical methods. |
• | • | 4 | ||
| EGR-264 |
Intro to Engineering Mechanics of Solids Intro to Engineering Mechanics of Solids ID: EGR-264 Credit Hours: 3 This course covers the relationships between external loads on solid bodies or members and the resulting internal effects and dimensional changes. Included are concepts of stress and strain, stress analysis of basic structural members, combined stress including Mohr's circle, and introductory analysis of deflection and buckling of columns. |
• | 3 | ||||
| Semester 10 (9 Credit Hours) |
EGR-262 |
Engineering Dynamics Engineering Dynamics ID: EGR-262 Credit Hours: 3 This course is an introduction to the principles of engineering as applied to kinematics and kinetics of particles and rigid bodies. The techniques of vector mathematics are employed. This course also includes an emphasis on Newton's second law along with energy and momentum methods. |
• | 3 | |||
| EGR-266 |
Engineering Thermodynamics Fundamentals Engineering Thermodynamics Fundamentals ID: EGR-266 Credit Hours: 3 This course is an introduction to the first and second laws of thermodynamics as applied to engineering systems. Definitions, work, heat, energy and first law analyses of systems and control volumes are included. |
• | 3 | ||||
| EGR-268 |
Engineering Fluid Mechanics Engineering Fluid Mechanics ID: EGR-268 Credit Hours: 3 This course covers the basic principles of fluid statics and dynamics, including conservation of mass, momentum, energy, similitude, dimensional analysis, open and closed channel flow, lift and drag forces, and an introduction to turbulent flow. *Note: This course was developed as a transfer course for use at MTC due to an agreement with the UofSC.* |
• | 3 | ||||
| Total Credit Hours | 77 | ||||||
| Estimated Cost Financial Aid |
$15,400.00 Not including fees and equipment |
||||||
What’s next after I complete this program?
Pursue a bachelor's degree
Completing required coursework in this area will prepare you for more advanced study in mechanical engineering at the bachelor's degree level. The Engineering Science Certificate, when combined with general education courses and Engineering Fundamentals Certificate courses, prepares you to enter the University of South Carolina’s School of Engineering and Computing as a junior.