Contents:
1. Why should we study quantum physics?
2. The basic postulates in Quantum Physics
3. The Schrödinger Equation
4. The Schrödinger Equation in one dimension
5. Formalism and Quantum dynamics
6. Symmetry, degeneracies, and Angular momentum
7. Schrödinger equation in 3D with a central potential
8. Addition of angular momenta

References:
1. [Fey]: Feynman lectures on Physics (Vol. 3) : You can find this reference at http://www.feynmanlectures.caltech.edu/III_toc.html, it is a very nice reference for learning the concept of physics for undergraduate courses. Volume 3 is focused on Quantum Physics.
2. [BFG]: Modern Physics by J. Bernstein, P. Fishbane, and S. Gasiorowicz (QC21.1, B478, 2000) : or any other one you have for Modern Physics (e.g., (i) by Tipler & Freeman (QC21.3 T595 2008), (ii) [Kr]: by Krane (QC21.2 K89 2012), (iii) by Thornton & Rex (QC21.3 T513 2013)). It is nice if you have not learned any modern physics (or quantum physics) before. These books are good for beginner. However, I feel it is a little heavy. You need to be good in reading in English to catch the topics each week.
3. Quantum Physics By E.H. Wichmann (QC21.2 B474, 1994, v4): Vol. 4 for Berkeley Physics course,
4. [F&T]: An introduction to Quantum Physics by French and Taylor (QC174.12 F74, 1978),
5. [E&R] Quantum Physics of atoms, molecules, solids, nuclei, and particles by R. Eisbery & R. Resnick, (QC174.12 E34, 1985)
6. [Li]: Introduction to Quantum Mechanics by R. Liboff (QC174.12 L52, 2003)
7. [Ga]: Quantum Physics by S. Gasiorowcz (QC174.12 G37, 2003)
8. [Gr]: Introduction to Quantum Mechanics by D. Griffiths (QC174.12 G855, 2018(3rd ed.))
9. [Sus]: Quantum Mechanics by L. Susskind (QC174.123 S964 2014). A very nice book for amateurs, who are interesting to know what the quantum world is. If you want to read something about quantum physics during this summer. It is a very nice book to start with.