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Engineering

STU/FIU Engineering Programs

 

In the joint  Engineering Program between St. Thomas University and Florida International University College of Engineering, students spend their first two years taking pre-engineering courses at STU and then transfer to FIU to complete a bachelor’s degree program in their final two years. By participating in the STU/FIU Engineering Education Program, students have the best of both worlds: the advantages of a smaller, more personal college with the resources available to a Research Tier I engineering college.

 

Students in the program may seek a bachelor’s degree in the following engineering disciplines: Biomedical Engineering, Civil and Environmental Engineering, Electrical and Computer Engineering, Industrial and Systems Engineering, and Mechanical and Materials Engineering.

 

The various programs aim to produce engineering professionals equipped with the necessary mathematical and scientific principles to develop effective solutions to real-world, technical problems.

 

 

Admission Criteria

 

Students are eligible for admission to the Pre-engineering Program at STU after meeting the following criteria:

 

GPA of 3.0 or higher on a 4.0 scale

 

SAT total score of at least 1100 with a minimum score of least 500 on both mathematics and verbal portions.

 

  

Continuation Criteria

 

For admission to FIU, students must receive approval from STU, have a cumulative GPA of 2.5 or greater in mathematics courses, and 2.5 or greater in physics, and have successfully.

 

Transfer to FIU

 

To remain in the program, students must receive a C or better on the first attempt at all science and mathematics courses.

 

 

 

Sample Curriculum

 

Freshman Year

Fall

CHE 101,10      General Chemistry I (3) + Laboratory (1)

ECO 201          Principles of Macroeconomics (3)
ENG 101          Composition (3)
MAT 232          Calculus I (4)
UNI 101            First Year Experience (1)

 

Spring


CIS 235             Introduction to C++ Programming (3)
ECO 203           Principles of Micro and Environmental Economics (3)
ENG 102           Composition and Literature (3)
ART/HUM          Elective (3)
MAT 233           Calculus II (4)

 

Sophomore Year


CIS                   CAD (3)
MAT 234           Calculus III (4)
PHI 332             Ethics (3)
PHY 207, 207L  University Physics I + Laboratory (5)

 

Spring


HUM/ART          Elective (3)
CIS                   Technology (3)
MAT 306           Ordinary Differential Equations
PHY 208, 208L  University Physics II + Laboratory (5)

 

Other specific courses may apply depending on the particular engineering program in question.

 

Important Note: Students must be prepared to begin with Calculus I to complete the pre-engineering program in two years. This means that at a minimum students must have successfully completed precalculus in their high school preparation, but it is highly recommended that students should have also successfully completed calculus in high school.  

 

 

Career Information

 

By enrolling in the STU/FIU Engineering programs students will prepare for five major areas of study in the field of engineering including Biomedical Engineering, Civil and Environmental Engineering, Electrical and Computer Engineering, Industrial and Systems Engineering, and Mechanical and Materials Engineering. See below for career information related to each program:  

 

Biomedical engineers design living systems at the molecular, cellular, and tissue levels.  A breadth and depth of knowledge in the life sciences and chemistry form the basis for careers in this field.

 

Mechanical and Materials engineers design mechanical systems and any specialized materials that they might need.  This broad field spans aerospace systems to nanotechnology to defense systems to automobiles to refrigerators.

 

Industrial engineers find innovative ways to improve procedures.  They design processes and systems that increase productivity and improve quality. Such tasks range from designing an efficient method of reliably storing and retrieving items in a warehouse to finding an optimal procedure of handling repair orders for a phone company.

 

Civil and Environmental Engineers design the essential infrastructure needs of the society, such as those related to transportation, water, air, shelter, facility development, and land development.

 

Electrical and Computer engineers design electronic, communications, networking, and computer equipment and systems.  

 

 

For further information on this program, please contact

Dr. Edward A. Ajhar
Phone: 305-628-6760
Fax: 305-628-6706
ajhar@stu.edu