200

This course offers a study of the fundamental laws of mechanics, forces and motions, energy, material properties, fluids, and heat. Lecture students must also concurrently enroll in 17-201.

This laboratory reinforces the concepts discussed in 17-200 and develops experimental skills. This course must be taken concurrently with 17-200. Laboratory fee applies.

This course is a study of waves and sound, electricity, magnetism, light, and topics in modern physics.  Lecture students must also concurrently enroll in 17-206.

This laboratory reinforces the concepts discussed in 17-205 and develops experimental skills.  This course must be taken concurrently with 17-205. Laboratory fee applies.

This course focuses on the application of specific fundamental principles of physics and chemical physics to contemporary industrial requirements and products.  Information and skills treated in this course will vary according to the needs of the company and/or student.

This course is the first of three introductory calculus-based Physics courses and provides the foundation for the other two.  Translational, rotational, and oscillatory motions of objects and the forces and torques acting on them are covered. Newton's Laws and the laws of conservation of energy, momentum, and angular momentum are emphasized. Lecture students must also concurrently enroll in 17-211.

This is the laboratory component to 17-210.  Experiments reinforcing topics in mechanics are conducted, and measurement techniques and data analysis are emphasized. This course must be taken concurrently with 17-210.  Laboratory fee applies.

This is the laboratory companion to 17-215.  Experiments reinforcing topics in electricity and magnetism are conducted, and electric circuits are a primary focus of this laboratory.  Measurement techniques and data analysis will be emphasized. This course must be taken concurrently with 17-215. Laboratory fee applies.

This course is a calculus-based introduction to waves, light, thermodynamics, and modern physics. Wave properties, electromagnetic radiation, geometric and wave optics, heat and thermodynamics, special relativity, and an introduction to modern physics will be covered. Lecture students must also enroll in 17-219. Courses 17-215 and 17-218 may be taken in any order.

Basic D.C. and  A.C. circuit theory is reviewed, including semiconductor electronic devices. The theory and application of these devices as linear circuit elements in power supplies, amplifiers, communication circuits and control circuits is developed. The emphasis is on experimental techniques.

Students explore electronic instruments and techniques used in research, science, and digital computers. Theory and experiments emphasizing the use and design of digital circuits are examined as well.

The Illinois Institute of Technology (IIT) foundation course which provides exploration of a special topic necessary for further study of aerospace engineering is MMAE 202 Mechanics of Solids II (3).

The Illinois Institute of Technology (IIT) 200-level courses provide a foundation for later courses in mechanical engineering.  Courses include: MS 201 Materials Science (3), MMAE 202 Mechanics of Solids II (3), and MMAE 232 Design for Innovation (3).