
Structured PhD Program:
All students entering a PhD programme in the School of Chemistry enter the structured PhD programme and, as well as produce the research thesis, take extra courses in order to improve personal and professional skills which are relevant to the modern work environment. For more information please click
here.
Chemistry Core Courses and Options
A medal is awarded to the top student in each Chemistry examination.
First Year Courses
All first year chemistry courses assume no prior knowledge of chemistry and results show that students who have not taken chemistry in the leaving certificate do as well as those who have. There are three lectures and one practical class per week. Tutorials are also provided
FIRST YEAR TIMETABLE
Blackboard
Course Codes
Periodic Table
Second Year Courses
For the Second Year Booklet click
here
1st Semester Courses;
timetable
CH204 Inorganic Chemistry
CH203 Physical Chemistry. Please login to
Blackboard for details.
option
CH207 Computers in Chemistry
2nd Semester Courses ;
timetable
Please check
blackboard for CH202 Organic Chemistry
CH205 Analytical and Environmental Chemistry (there is a
blackboard site available for this module)
Third Year Courses
Third Year Booklet for
3BPC students click
here
Third Year Booket for
3BS students click
here
1st Semester Courses
timetable
Dillon
CH311 Organic Chemistry
CH326 Analytical Chemistry and Molecular Structure
CH329 Approaches to Drug Design and Discovery
2nd Semester Courses
timetable
CH307 Inorganic Chemistry
CH313 Physical Chemistry
option
CH327 Industrial Chemistry and Validation
Fourth Year Courses
There will be 3 exam papers at the end of Semester I (CH429, CH430, CH431) and 3 exam papers at the end of Semester II (CH432, CH433, CH434).
Fourth Year Timetable - Chemistry Sem I
Fourth Year Timetable - Biopharmaceutical Chemistry Sem I
Fourth Year Timetable-Chemistry Sem 2
Fourth Year Timetable-Biopharmaceutical Chemistry Sem 2
For colour lecture notes for the 4th year
Solid State Chemistry and
Magnetism courses click on the links below:
Lecture 1
Lecture 2 and 3
Lecture 4
Lecture 5
Lecture 6
MagL1
MagL2
MagL3
MagL4
MagL5
MagL6
MagL7