Degree of Bachelor of Science in Mechanical Engineering
What is Mechanical Engineering?
Luis Sullivan - SPAIN
Mechanical Engineering
Mechanical engineering is the broadest field of endeavor in engineering. Mechanical engineers creatively apply the principles of mathematics and science to solve real-world problems. They are heavily involved in Computer Aided Design, Manufacturing, Process Control and Robotics. Mechanical engineers apply their knowledge to diverse fields such as agricultural equipment, biomedical engineering, consumer products, environmental pollution control, materials and manufacturing processes, power generation and distribution, robotics, and transportation.
A mechanical engineer may work in the design, analysis, manufacturing, testing, operation, quality control, sales, and management of products. Further opportunities exist in the research and development of new technologies. In addition to mechanically oriented industries, mechanical engineers are employed in aerospace, biomedical, chemical, civil, computer and electrical industries. The design and development of user-friendly products, energy efficient and smart devices, effective structures using smart materials, and advanced medical devices are some of the future challenges of the mechanical engineer. Our mechanical engineering program prepares you to be a part of this future.
The Major
Our Bachelor of Science degree program in Mechanical Engineering provides you with a strong
foundation of coursework in engineering graphics, engineering mechanics, fluid mechanics, mechanics of solids, material science, thermal science, vibrations, controls, mechatronics, and design.
Modern laboratory facilities emphasize measurement techniques and experimental methods that allow you to verify the theory learned in the classroom. As engineers design and create, you will learn this process early in your sophomore year in the Introduction to Design and Manufacturing course. This course focuses on the significance of design decisions on products, machines, and society as well. In addition, the practice of design skills has been carefully integrated into most of the engineering courses.
A design experience culminates with a sequence of two capstone design courses during your senior year. In these courses, you will work closely with faculty and industry to produce a unique design solution.
The Mechanical Engineering curriculum is professionally accredited by the Engineering
Accreditation Commission of the Accreditation Board for Engineering and Technology (EAC of ABET).
Program Educational Objectives
The Mechanical Engineering program has been developed with the following objectives:
1. To prepare you for employment as entry-level engineers and/or to pursue graduate degrees.
2. To prepare you with the current knowledge and skills necessary to become practicing mechanical engineers and to pursue further professional development.
3. To provide an education that will allow you to understand your career within the broader societal and ethical context.
Unique Features of this Program
Dedicated Faculty - Our engineering courses are taught by an exceptionally well-qualified team of faculty who strive to make your educational experience both technically challenging and enjoyable.
Hands-on Curriculum - Personal computers are used to introduce you to computer modeling using Pro-Engineer software in your freshman year. You will continue to use personal computers throughout the curriculum. You will also learn to use computer numerically controlled machines during the junior and senior years. Fluid, thermal, material and structural testing equipment provides an excellent opportunity to apply theory to real-world problems and issues.
Well-equipped Laboratory Facilities – The structures laboratory is equipped with several universal testing machines and strain-gauge units. A mechatronics laboratory with programmable logic controllers and robots, a rapid prototyping machine and various machine tools including a vertical machining center are available, as well as a modern composite materials laboratory.
Development of strong written and oral communication skills in English and Spanish.
Curriculum of Bachelor of Science Degree in Mechanical Engineering
Basic Science and Math
Credits
Chemistry
4
Physics
8
Calculus
12
Differential Equations
3
Mathematics and Science Elective
3
Advanced Math for Engineers
3
Scientific Programming
3
Engineering Sciences
Credits
Freshman Engineering
1
Intro to Computer Aided Design
1
Statics
3
Dynamics
3
Thermodynamics
3
Fluid Dynamics/Lab
4
Mechanics of Solids/Lab
4
Linear Vibrations
3
Electrical Engineering/Lab
4
Linear Systems
3
Liberal Arts
Credits
Adv. Writing for Professionals
3
Communication
1
Theology
3
Engineering Ethics
3
Humanities/Soc. Sciences
6
Cultural Diversity
3
Mechanical Engineering Courses
Credits
Eng. Shop Practice
1
Intro to Design & Mfg
3
Applied Thermodynamics
3
Machine Design
3
Measurements
3
Material Science
3
Computer Aided Engineering
3
Manufacturing Processes
3
Heat Transfer
3
Principles of Mechatronics
3
Capstone Design
6
Mechanical Eng. Lab
Senior Engineering
1
1
Technical Electives
6
Minimum credits for B.S. in mechanical Engineering
126
BACHELOR OF SCIENCE IN MECHANICAL ENGINEERING FLOW CHART
FIRST YEAR Saint Louis University-Madrid Campus, Spain
FALL
SPRING
CHEM-151/152 ENG CHEMISTRYI / Lab
4
CSCI-150 INTRO TO OBJECT ORIENTED PROGRAM.
3
ENGL-192 ADV. WRITING FOR PROFESSIONALS
3
ESCI-102 INTRO COMP.AIDED DESIGN
1
ESCI-101 FRESHMEN ENGINEERING
1
MATH-143 ENG. CALCULUS II
4
MATH-142 CALCULUS I
4
PHYS-161 ENG. PHYSICS I
3
THEO-100 THEOLOGICAL FOUNDATIONS
3
PHYS-162 ENG. PHYSICS I LAB
1
HUMANISTIC VALUES ELECTIVE
3
15
16
SECOND YEAR Saint Louis University-Madrid Campus, Spain
FALL
SPRING
MATH / SCIENCE ELECTIVE
3
EENG-201 ELEC ENG'G
3
HUMANISTIC VALUES ELECTIVES
3
EENG-202 ELECTRICAL ENG'G LAB
1
MATH-244 CALCULUS III
4
ESCI-220 THERMODYNAMICS
3
PHYS-163 ENG. PHYSICS II
3
MATH-355 DIFF. EQUATIONS
3
PHYS-164 ENG. PHYSICS II LAB
1
ESCI-211 DYNAMICS
3
ESCI-210 STATICS
3
14
16
TRANSFER TO SAINT LOUIS UNIVERSITY, SAINT LOUIS, USA
THIRD YEAR Parks College of Engineering, Aviation & Technology; St. Louis, USA
FALL
SPRING
MENG-201 ENG.SHOP PRACTICE
1
MENG-235 APPLIED THERMO
3
ESCI-330 LINEAR VIBS
3
MENG-225 MFG. PROCESS
3
ESCI-311 MECH OF SOLIDS LAB
1
MENG-339 MEASUREMENTS/LAB
3
MENG-325 COMPUTER AIDED ENGG
3
MENG-351 MATERIAL SCIENCE
3
ESCI-322 FLUID DYNAMICS
3
MENG-345 MACHINE DESIGN
3
ESCI-323 FLUID DYNAMICS LAB
1
MENG-200 INTRO TO DESIGN & MFG
3
ESCI-310 MECH OF SOLIDS
3
MENG-444 ME LAB
1
MATH-370 ADV MATH FOR ENGRS.
3
18
19
FOURTH YEAR Parks College of Engineering, Aviation & Technology; St. Louis, USA
