Presents an in-depth study, consolidating the elementary introduction of Level 1, of four major themes: observational astrophysics, theoretical astrophysics, stars and their spectra, and relativity and gravitation;

Lectures, tutorials and supervisions held on Tuesday, Wednesday and Thursday at 11.00am; laboratory Wednesday and Friday 2-5pm.

Degree exam (1 paper) - 50%; Class and lab work - 30%; Class tests - 20%

1. To present an in-depth study, consolidating the elementary introduction of Level 1, of four major themes: observational astrophysics, theoretical astrophysics, stars and their spectra, and relativity and gravitation;

2. To provide training in the principles and practice of astrophysical observing techniques and data analysis;

3. To provide students with the opportunity to perform real or simulated field work, using modern equipment, to observe real astrophysical objects;

4. To encourage students to work effectively and to begin to take responsibility for their own education, and to develop their oral and written communication skills.

On successful completion of this course, a student should be able to:

1. Describe modern astronomical methods and instrumentation design;

2. Demonstrate a practical experience of making astronomical observations, data collection and manipulation, and the ability to use pertinent laboratory apparatus;

3. Explain clearly stellar phenomenology, including classification schemes and spectral features;

4. Show a clear grasp of the basic theoretical and statistical ideas needed to interpret radiation from astrophysical objects, and proficiency in applying these to astrophysical problems;

5. Apply the fundamental concepts of relativity and gravitation, with an appreciation of the

underlying principles of General Relativity.

Submission of 50% of the assignment questions;

Attendance at 50% of the laboratory sessions and submission of the associated work for marking;

Attendance (and a score of 10% of the marks available) at the final degree exam