pre mechanical engineering

If you are curious about learning more about pre mechanical engineering for the first time, you may find it overwhelming to those who’ve never researched the subject previously, but you’ll become fascinated at first sight with the details you learn. 

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• Pre-Mechanical Engineering MajorStudents interested in engineering, applied physics, or working in industrial laboratories have several options. They can major in physics, orienting their coursework toward working in industry; they can do graduate work in physics or engineering and then work in industry in applied physics or in an engineering position; or they can do a two-year pre-engineering program at Hamline. Because the courses for the two-year pre-engineering program are essentially the same as those for a physics major, students can easily shift from one program to the other should their directions change.
  
  Students wishing to pursue this option should follow this course of study:First Year
  • Math 1170 – Calculus I
  • Physics 1230 – General Physics I
  • Math 1180 – Calculus IISophomore Year
  • Physics 1240 – General Physics II
  • Math 3320 – Calculus III
  • Computer Science 1250 
  • Physics 3610 – Statics or Physics 3620 – Dynamics 
  • Physics 3520 – Optics or Physics 3800 – Electronics
  • Physics 3540 – Modern Physics
  • Math 3720 – Applied MathJunior Year
  • Physics 3750 – Thermodynamics
  • Physics 5900 – Junior/Senior Seminar
  • Physics 5920 – Advanced Lab
  • Physics 3610 – Statics or Physics 3620 – Dynamics 
  • Physics 3520 – Optics or Physics 3800 – Electronics
  • Physics 5930 – Theo. Mechanics
  • Physics 5900 – Junior/Senior Seminar
  • Physics 5920 – Advanced LabSenior Year
  • Physics 5910 – Junior/Senior Seminar
  • Physics 3610 – Statics or Physics 3620 – Dynamics 
  • Physics 5970 – Independent Study 
  • Physics 5910 – Junior/Senior Seminar

Mechanical engineers are considered the “general practitioners” of engineering because their education is extremely broad and their services span many interdisciplinary technical, social environmental and economic problems. These engineers deal with a wide realm of motion, all forms of energy conversion and transmission; the flow of fluids and heat; the development, design and operation of machinery and equipment; material structure and properties; and transportation processes. Here, you’ll choose among three major areas: thermal-fluid science engineering, systems and design engineering, and materials science engineering. Your career could include research and development, design of equipment and systems, testing, plant and sales engineering, and management.

Requirements

Other applicable courses available: