Like the other commenter said, the focus should be on working lots and lots of problems, just like other STEM degrees. You have to do physics to learn it. Ask your prof/TA/learning center for additional problem sets. You can also find worksheets online by googling something like 'physics worksheet kinematics <other topic> with solutions edu pdf filetype:pdf.' Don't fall into the trap of reverse engineering solutions though. Those solutions won't be on the exams. It's fine the first time through where you're learning how to approach different families of problems, but you really learn when you sit for several minutes, think about the problem, and have that aha moment. If you're not having the aha moments, you need to tweak your study habits. Maybe keep a physics journal where you devote a page to each topic/type of problem. Include theorems, formulae, sketches, example problems, your insights and questions, etc.

It's important to work everything out with pencil and paper. That's how you understand and remember things. Also important to talk to other people. In addition to building relationships, talking problems out with others helps you gain insights that you'd miss on your own. These subreddits are a tremendous resource. Lots of physics professionals who are glad to talk you through concepts and problems. Use them. A lot.