1. Carry out the process of scientific investigation, using appropriate lab

techniques and safety procedures.

2. Apply mathematical techniques to represent, model, and solve physics

problems, including real world problems.

3. Write simple computer programs that control scientific experiments, gather

physical data, and model or simulate physical processes.

4. Apply specific knowledge in the areas of mechanics, electromagnetism,

thermal physics, and quantum phenomena to problem solve in these fields and to

real-world applications.

5. Design, troubleshoot, and test analog and digital electronic circuits for real-

world applications.

6. Keep a laboratory notebook and know how to present scientific information as

a technical article, as a formal journal article, or as a public oral presentation.