An Undergraduate Physics Curriculum

Introductory Physics:

• Sears and Zemansky's University Physics by Hugh Young. This book is much better than the standard text by Halliday & Resnick. You’ll probably want to pick up the study guide and solution manual to help you navigate through the text.
• Modern Physics by Llewellyn & Tipler
• Feynman Lectures On Physics by Feynman. You will never learn the material just from this book, but in conjunction with a more accessible book such as Young, Feynman’s Lectures will yield an insight on every page.

Mathematical and Computational Physics:

• Mathematical Physics by Eugene Butkov. This book is better than the standard text by Arfken.
• A First Course in Computational Physics by David Yevick. In this day and age, computational physics is no longer a luxury.
  

Classical Mechanics:

• Classical Dynamics of Particles and Systems by Marion & Thornton
• Classical Mechanics and Classical Mechanics: Systems of Particles by Walter Greiner. Not good enough to stand alone but a great supplement to Marion & Thornton.

Classical Electromagnetism:

• Electromagnetic Fields and Waves by Lorrain, Corson & Lorrain. This book contains two fascinating chapters covering the relativistic description of electricity and magnetism as a unified phenomenon that I have not seen in any other undergraduate text.
• Classical Electrodynamics by Walter Greiner. Not good enough to stand alone but a great supplement to Lorrain, Corson & Lorrain.

Quantum Mechanics:

• Quantum Mechanics (2nd Edition) by Bransden & Joachain. Good quantum mechanics textbooks are hard to find; this is one of the better ones out there. (Griffiths is a good alternative.)
• Quantum Mechanics: An Introduction, Quantum Mechanics: Symmetries, and Quantum Mechanics: Special Chapters by Walter Greiner is an excellent series.
  

Thermodynamics & Statistical Mechanics:

• Fundamentals of Statistical and Thermal Physics by Frederick Reif. Good thermodynamics textbooks are hard to find; this is one of the better ones out there.
• Thermodynamics and Statistical Mechanics by Walter Greiner. Not good enough to stand alone but a great supplement to Reif.

Relativity:

• A First Course in General Relativity by Bernard Schutz. Special relativity is usually sufficiently covered in Modern Physics classes (and the suggested book by Llewellyn & Tipler does it well), but general relativity seems to be never covered in the undergraduate curriculum. This book is a good introduction for the undergraduate. (Hartle is a good alternative.)