School of Chemistry
University of Dublin, Trinity College
Welcome Document
2014/15
Nanochemistry
Advanced
Materials
Synthetic
Chemistry
Chemicals of Everyday Life
January 2015
Welcome to the School of Chemistry. We very much hope that you have an enjoyable and
productive time here.
In this document you will find information that should assist you in familiarizing yourself with the
teaching and research programmes in the School of Chemistry. Teaching in the School is arranged
within the three broad disciplines of Organic, Medicinal and Biological Chemistry, Inorganic and
Synthetic Materials Chemistry, and Physical, Computational and Materials Chemistry, each with its
own Head of Discipline. Staff in the School are located in a number of buildings and institutes in
College, such as the Main Chemistry Building, the SNIAM Building, CRANN, the Trinity Biomedical
Science Institute (TBSI), the Lloyd Building and East-End 4-5 (where the Cocker teaching lab is
located). Administration (School office) is housed in the main Chemistry Building.
The College fosters an interdisciplinary approach to research and members of the School have
strong links with colleagues in the physical, technological and biological sciences. There is an
extensive overlap of interests with the School of Physics and CRANN, especially in surface and
solid state science, and polymeric and optical materials. Members of the discipline of Organic,
Medicinal and Biological Chemistry are housed in the TBSI, which is an interdisciplinary centre for
biomedical translational scientific research involving the five schools of Chemistry, Engineering,
Biochemistry & Immunology, Medicine; and Pharmacy & Pharmaceutical Sciences.
We hope that this booklet will prove useful. It contains important details on the School and its
policies.
Best wishes,
________________________
Sylvia Draper, Head of School
2
Contents:
Page
Head of School Welcome
2
Contents
3
Arrival in the School of Chemistry
4
Safety
4
Equality Training
4
Undergraduate Teaching
4
Postgraduate Teaching and Research
5
Research in the School of Chemistry
5
Mentoring Procedures
5
Other Training
6
Administrative Information
6
School Facilities/Instrumentation
7
Staff Directory
12
3
1. Arrival in the School of Chemistry: On arrival, new members of the School should call to the
Chief Technical Officer’s (Teresa McDonnell) office (accessed through the coffee room on the first
floor of the main chemistry building) so that she can provide you with the relevant office and
laboratory keys on receipt of a €10 deposit. You should also introduce yourself to the office staff in
the adjacent office so that they will know to add you to mailing lists etc., if needed. Please
complete the registration form at http://chemistry.tcd.ie/staff/new and send it to the School
Administrator, Sinéad Boyce (sboyce@tcd.ie).
General information for all new members of staff in TCD is provided by TCD human resources.
(http://www.tcd.ie/hr/new/information/). The Appendix at the end of this document provides
information on contracts, work permits, tax, insurance, pensions and more (also available at
http://www.tcd.ie/hr/assets/pdf/newstaffinfo.pdf).
2. Safety: The School’s Safety Officer is Prof. Mike Bridge and the Deputy Safety Officer is Prof.
Bob Baker. All new members of the School of Chemistry must obtain the required safety training
prior to performing any laboratory work. The School of Chemistry’s Safety Statement can be found
on the School website (http://chemistry.tcd.ie/safety/safety-statement/) along with the
document,
“Safety
Is
Your
Business”
(http://chemistry.tcd.ie/assets/pdf/SafetyIsYourBusiness2014_v2.pdf), which contains a more
detailed account of “local rules” for working in the School of Chemistry. These documents should
be read and understood by all persons working in the School.
Every researcher (research assistant/postdoctoral researcher/academic) and technical staff must
sign the safety agreement form, found at the end of “Safety is Your Business” to indicate that they
are aware of, and will conform to, the safe working practices in the School of Chemistry. The
signed form should be returned to the School Office.
Members of the School Safety Committee review our compliance levels at regular intervals to
ensure that School-wide safety training is in place. The School annually provides at least one oneday workshop on Safety for postgraduate and more senior research staff, normally in September.
The College Safety Office also provides a one-day workshop (normally in April) on Chemical Safety;
other safety workshops are also provided (e.g. by CRANN and Physics) and these may be suitable
for staff who are unable to attend the School’s own workshop.
The School also has a policy of on-going development of workshops and training (including the
provision of web-based materials) at every level from undergraduate entry upwards. Materials
from these workshops are generally available on the School’s safety web page
(http://chemistry.tcd.ie/safety). Individual research and teaching laboratories may also have labspecific safety protocols/guidelines that must be read and understood prior to any laboratory
work being performed. All members of the School of Chemistry who are actively working in
laboratories must attend a fire safety training course, organized by the Director of Buildings Office
each year (normally in September).
3. Equality: All new members of the School of Chemistry (academic, research, administrative and
technical staff, and postgraduate students) are encouraged to complete the LEAD web-based
equality training programme available at http://www.leadequalitynetwork.com/. This will form
part of our efforts towards Athena Swan accreditation, and is also mandatory for any staff asked
to sit on an interview panel.
4
4. Undergraduate Teaching: The Director of Teaching and Learning (Undergraduate; DTLUG) is
Prof. Stephen Connon. The School of Chemistry runs the Chemistry component of TR071, TCD’s
general science common-entry programme. As part of this we teach the Junior and Senior
Freshman cohort (groups of up to 400 students), as well as the Junior and Senior Sophister
Chemistry classes (up to 80 students). The School of Chemistry also runs the following direct-entry
courses: Chemistry with Molecular Modelling (CMM, TR074); Medicinal Chemistry (MedChem,
TR075); and, in association with the School of Physics, Nanoscience, Physics and Chemistry of
Advanced Materials (N-PCAM, TR076). Further information on these courses can be found at
http://chemistry.tcd.ie/undergraduate/. Academic staff in the School have a teaching load of
approximately 100 contact hours per annum. This is divided between lecturing and undergraduate
lab supervision. Academic staff lecture between 50-60 direct contact hours per annum (tutorials
make-up approximately 15% of this time), and supervise undergraduate laboratories for between
40 and 50 hours per annum. Academic staff are responsible for all assessment and marking of the
lecture material. Lecture material is predominantly assessed in end-of-year examinations (late
April and May). In the first two years of study, students may sit supplemental (repeat)
examinations in August.
TCD Schedule of Grades
I = 70%+
II-1 = 60-69%
II-2 = 50-59%
III = 40-49%
F-1 = 30-39%
F-2 = 0-29%
5. Postgraduate Teaching and Research: The Director of Teaching and Learning (Postgraduate;
DTLPG) is Prof. Dónall Mac Dónaill. Postgraduate students will automatically be enrolled in the
Dublin Chemistry Graduate Programme, a joint programme of modules offered in conjunction
with UCD, and will be required to act as demonstrators in undergraduate laboratories within the
School of Chemistry as part of their duties. Dublin Chemistry is a structured Ph.D. programme
designed to provide students with advanced-level course material that will assist them in their
Ph.D. More information can be found at http://chemistry.tcd.ie/research/info/current/.
All members of the academic staff contribute ~10 hours of lecturing per annum to the Dublin
Chemistry graduate programme. Postgraduate researchers are responsible for undergraduate
demonstrating in the School of Chemistry. Demonstrators serve as both mentor and instructor to
the students. In laboratory class most of the students have had little or no experience in reducing
theory to practice and they are learning new skills that they have not used before. This makes the
demonstrators’ help the most important factor contributing to the successful acquisition by the
students of the skills required to be a good experimental chemist. The Freshman Laboratory
coordinator is Dr. Noelle Scully. Detailed information on demonstration responsibilities can be
found in the handbook for new postgraduate students (add weblink to current postgrad – or new
postgrad page – and have Niamh’s document there.
6. Research in the School of Chemistry: The Director of Research is Prof. Wolfgang Schmitt. The
School of Chemistry has an active research programme (http://chemistry.tcd.ie/research/) that
spans all sub-disciplines of Chemistry. There are a great many inter-departmental and
5
international research programmes currently underway. Research income is earned from national,
international and commercial sources and the School holds grants in a number of research
programmes funded by the European community. Several groups are involved in networks of
European laboratories, often as co-ordinators. The College fosters an interdisciplinary approach to
research and members of the School have strong links with colleagues in the physical,
technological and biological sciences throughout the College.
7. Mentoring Procedures: The School’s mentoring document can be found at this link. It is the
School’s responsibility to ensure that early stage academic staff and postdoctoral research fellows
are successful in the next phase of their careers. The School’s Faculty Mentoring Programme is
designed to help younger faculty members plan their careers with the advice of more experienced
colleagues. The assignment of a mentor to young faculty will be made by the Head of School (HoS)
or by asking senior faculty to volunteer, with the pairing based on research interests and input
from the Head of Discipline (HoD). The postdoctoral Mentoring Programme’s chief objective is to
ensure that all postdocs have access to broad and sound advice about their career and personal
development. The postdoc mentor is typically the PI of the grant that funds the postdoctoral
researcher, i.e. their supervisor. However, in many instances it is desirable for the mentee to build
a network of advisors beyond the postdoctoral supervisor.
6
8. Other training: TCD offers regular training courses through Human Resources (
http://www.tcd.ie/hr/development/staff/inhouse.php), the Centre for Academic Practice and
eLearning (https://www.tcd.ie/CAPSL/staff/learning-teaching/professional-development-events/)
and Trinity Research & Innovation (https://www.tcd.ie/research_innovation/).
Training on how to maintain a scientific notebook/lab-book can be found here:
http://colinpurrington.com/tips/academic/labnotebooks
https://www.training.nih.gov/assets/Lab_Notebook_508_(new).pdf
9. Administration Information: The administrative office is housed in the Chemistry Building, on
the first floor. The administrative staff comprises two executive officers (Tess Lalor and Maria
Copley) and a senior executive officer, Kate Brennan. Dr. Sinéad Boyce is the School Administrator
(located on the second floor of the Chemistry building). The administrative staff oversee the
management of the following:
 Exams/exam papers: Noelle Scully and Kate are responsible for compiling exam papers.
Kate will oversee the printing of papers for the Exams Office, the creation of tick sheets,
mark sheets, circulation of scripts for marking, collation of results, entry of results into SITS
and progression of JS and SS students;
 Timetabling: Sinéad deals with all undergraduate timetabling (in consultation with the
Science Course Office for Freshman teaching). Executive officers in the School office can
make ad-hoc room bookings in the School’s seminar rooms, The New Seminar Room (NSR),
the Senior Sophister Room (SSR) and the Schuler Room (using the booking book in the
office);
 Undergraduate administration: Primarily Tess and Kate;
 Postgraduate/DubChem administration: Primarily Maria;
 School webpage: Updates should be sent to Tess, Maria or Sinéad;
 Seminars: Tess;
 Documents for HoS approval/to be signed by the HoS: Sinéad;
 Outreach: Tess and Maria.
 Demonstrator payments: Tess and Kate.
Everyone in the office should be able to answer any query that comes their way (or be able to find
the answer and get back to the requester).
7
10. School Facilities/Instrumentation: Below is a directory of all facilities owned/maintained by
the School of Chemistry. Facility locations can be found using Google maps at
https://www.google.com/maps/d/viewer?mid=zfWVYqHZEXTI.kH7j21ZKe0jE.
NMR
Bruker Avance 400 NMR:
 2 channel spectrometer
 5mm QNP (1H, 19F, 31P, 13C}; Z-Grd probe
 autosampler
Bruker Avance II 600 NMR:
 Three channel spectrometer
Two probes for liquid samples:
 5 mm 1H {13C / 15N} (13C enhanced), cryoprobe
with Z-Grd
 5 mm 1H{109Ag – 31P} Z-Grd; broadband probe
Bruker Avance III 400 NMR:
 2 channel spectrometer
 5mm 1H {109Ag – 31P}; Z-Grd probe
Agilent 400 DD2:
 2 channel spectrometer
It has two probes for liquid samples:
 5 mm 1H – 19F {15N - 31P}; Z-Grd
 10 mm 15N – 31P {1H}; Z-Grd
 Autosampler, and a variable temperature
control unit to run experiments below room
temperature.
Agilent 800 DD2
 4 channel spectrometer
It has three probes for liquid sample:
 5 mm 1H {13C / 15N} (13C enhanced), salt tolerant
cold probe with Z-Grd
 5 mm 109Ag - 31P {1H – 19F} Z-Grd broadband
probe
 5 mm 1H {13C / 15N} XYZ-Grd, triple resonance
probe
And two MAS probes
 3.2 mm HX double resonance MAS; 25KHz
31
P to 15N observe; 1H to 19F decouple channel
 1.6 mm HXF FastMAS; 8 - 40 KHz
31
P to 79Br observe X;
23
Na to 15N observe Y;
1
H to 19F decouple
Location
Main Chemistry
Building
Room 0.4
Main Chemistry
Building
Room 0.4
Contact/Training
Dr John O’Brien
Dr Manuel Ruether
Main Chemistry
Building
Room 0.5
TBSI
Room 7.36
TBSI
Room B3.06 / B3.07
Circular / Linear Dichroism
Jasco J-815
 Linear Dichroism
 Range 165 nm – 900 nm
Jasco J-810
 Circular Dichroism
 Range 165 nm – 900 nm
8
Dr John O’Brien (not for
training)
Dr Manuel Ruether
Dr Ken Mok (not for
training)
Dr Matteo Pennestri
Dr Manuel Ruether
Dr John O’Brien (not for
training)
Location
Contact/Training
SNIAM
Instrument room 1
(second floor)
Dr Manuel Ruether
Infrared Spectrometer
Perkin Elmer FT-IR
 Range 4200 cm-1 – 250 cm-1
 UATR accessory with Diamond/ZnSe crystal;
range 4200 cm-1 – 650 cm-1
 TG-IR Hyphenation accessory
Perkin Elmer FT-IR
 Range 4200 cm-1 – 250 cm-1
 UATR accessory with Diamond/ZnSe crystal;
range 4200 cm-1 – 650 cm-1
Perkin Elmer FT-IR
 Range 8300 cm-1 – 350 cm-1
 Polarized UATR accessory with Diamond/Ks5
crystal; range 8300 cm-1 – 350 cm-1
Perkin Elmer FT-IR
 Range 15000 cm-1 – 4000 cm-1
Perkin Elmer FT-IR
 Range 7200 cm-1 – 400 cm-1
 UATR accessory with Diamond/ZnSe crystal;
range 4200 cm-1 – 650 cm-1
Two Perkin Elmer FT-IR
 Range 4200 cm-1 – 250 cm-1
 UATR accessory with Diamond/ZnSe crystal;
range 4200 cm-1 – 650 cm-1
 Diffusion accessory
Location
Contact/Training
Hamilton Building
Cocker Teaching
Lab
Peter Brien
Dr Manuel Ruether
UV-Vis-NIR Spectrometer
Perkin Elmer Lambda 1050
 Range 175 nm – 3300 nm; double beam
 Three detector module
 Universal reflectance accessory
Carry 300
 Range 190 nm - 1100 nm; double beam
 10 position autosampler with variable
temperature unit
Carry 50
 Range 190 nm – 900 nm; single beam
Location
Contact/Training
SNIAM
Instrument room 1
(second floor)
Dr Manuel Ruether
Main Chemistry
Building
Room 0.5
Dr Manuel Ruether
TBSI
Room 6.35
SNIAM
Phys-Chem
teaching lab
Room 2.07
Perkin Elmer Lambda 35
 Range 190 nm – 1100 nm; double beam
 Variable temperature unit
Raman
Ntegra Spectra
 AFM, STM, Tip enhanced Raman
Raman Spectroscopy and Imaging System
Renishaw inVia Raman Microscope
 One laser line 785nm
 External probe
9
Dr Manuel Ruether
Patsy Green (not for
training)
SNIAM
Room 2.07
Patsy Green (not for
training)
Dr Manuel Ruether
SNIAM
Room 3.22
Dr Manuel Ruether
Location
SNIAM
Room 3.08
CRANN
Room -2.35
Main Chemistry
Building, Room 1.1
(extension)
Contact/Training
Prof Georg Duesberg
Dr Manuel Ruether
Fluorescence Spectrometer
Horiba Jobin Yvon Fluorolog
 UV-Vis detector (250 - 800 nm)
 Liquid nitrogen cooled InGaAs detector (1000 1800nm)
 Life time measurement capabilities, several laser
diodes with different laser lines available
 Polarisers
 Integrating sphere accessory for quantum yield
measurements available
 Quartz dewar accessory for measurements at
77K
 Cryostat for measurements from 77K to 300K,
different holders for liquid and solid samples
Horiba Jobin Yvon FluoroMax 4
 UV-Vis detector (250 - 800 nm)
 Measurements of phosphorescence
 Life time measurement capabilities (longer
lifetimes)
 Integrating sphere accessory for quantum yield
measurements available
 Quartz dewar accessory for measurements at
77K
 Cryostat for measurements from 77K to 300K,
different holders for liquid and solid samples
Perkin Elmer LS55
 UV-Vis detector (200 nm – 900 nm)
 Polarisers
 Filter wheel
 Temperature control unit
Carry Eclipse
 UV-Vis detector 200 nm – 900 nm)
Location
SNIAM
Instrument room 1
(second floor)
Contact/Training
SNIAM
Room 2.07
Patsy Green
Dr Manuel Ruether
Mass Spectrometer
Waters LCT Premier (LC and ToF systems)
Location
Contact/Training
Main Chemistry
Building, Room 0.5
Dr Gary Hessman
Dr Martin Feeney
SNIAM
Room 2.16
Dr Manuel Ruether
SNIAM
Room 3.22
Waters GCT Premier (GC and ToF systems)
Waters Maldi/ESI-QTOF Premier
Bruker micrOTOF III
TBSI
Room 6.29
Thermal Analysis
Perkin Elmer Diamond DSC
 Range -30⁰C – 700⁰C
Perkin Elmer Pyris TGA
 Range 25⁰C to 1000⁰C; Nitrogen or air purge
 TG-IR Hyphenation accessory
10
Location
Contact/Training
Main Chemistry
Building, Room 0.5
Dr Manuel Ruether
Small Molecule Single Crystal Defractometers
Rigaku Saturn-724
 Molybdenum source
Bruker SMART APEX
 Molybdenum source
Bruker SMART APEX II
 Molybdenum source
 Copper source
 Powder accessory
Location
Main Chemistry
Building, Room 0.5
SNIAM
Room 0.24
TBSI
Room B2.22
Contact/Training
HPLC
Varian 920-LC
 Analytical / semi preparative
 4 solvent gradient; UV-Vis detector; column oven
; autosampler
Varian Star
 Analytical / semi preparative
 2 solvent gradient; UV-Vis detector
Location
Main Chemistry
Building
Room 0.5
Contact/Training
Varian Star
 Analytical / semi preparative
 2 solvent gradient; UV-Vis diode array detector
Varian Star
 Preparative
 2 solvent gradient; UV-Vis detector; sample
collector
Main Chemistry
Building
Room 1.4
(extension)
Dr Brendan Twamley
Dr Manuel Ruether
TBSI
Room 7.40
AFM
Nanoman AFM System
LT-STM
 Dedicated low temperature scanning tunneling
Microscope for operation at cryogenic
temperatures down to 5 Kelvin
VT STM & New Scala SPM Controller
 Variable temperature(5k to 700K) scanning
tunneling microscope with a scanning probe
microscope
STM1 & Scala SPM control system
 Scanning Tunnelling Micrsocope and SPM control
system for data acquisition and image processing
11
Location
CRANN
Room -2.24
Contact/Training
CRANN
Room -2.32
Prof Valeria Nicolosi
CANN
Room -2.38
Miscellaneous
Zeta Potential
Automated gas sorption analyser
Gravimetric vapour sorption analyser
Solvent purification system
 4 different solvents (Diethyl ether,
Dichloromethane, THF, Diisopropyl amine)
Solvent purification system
 4 different solvents (Diethyl ether,
Dichloromethane, THF, Toluene)
Group Equipment
Prof Thorfinnur Gunnlaugsson
 Several UV-Vis and Fluorimeters
Prof Stephen Connon
 Several HPLC systems
Prof Rachel Evans
 Spin Coater
 Special equipment for optical measurements
Prof Wolgang Schmitt
 Special equipment for gas sorption analysis
Prof John Kelly
 Special equipment for optical measurements
Prof Michael Lyons
 Special equipment for electro chemistry
12
Location
SNIAM
Room 2.16
SNIAM
Room 2.16a
SNIAM
Room 3.22
Contact/Training
Dr Manuel Ruether
TBSI
Room 7.21
Dr Manuel Ruether
Location
TBSI
Room 7.39
TBSI
Room 7.21 / 7.20
SNIAM
Room 2.15
Contact Details
Prof Thorfinnur
Gunnlaugsson
Prof Stephen Connon
SNIAM
Room 2.16a
SNIAM
Room 2.17
Main Chemistry
Building
Room 1.20
Prof Wolgang Schmitt
Prof Wolfgang Schmitt
(not for training)
Prof Rachel Evans
Prof John Kelly
Prof Michael Lyons
11. School Staff Directory. Below is a directory of all current staff connected with the School of
Chemistry, listing their location, contact numbers and e-mail addresses. Staff locations can also be
found using Google maps at this link.
Location
Office
Lab
(+353-1-896-XXXX)
Baker, Robert
Boland, John
Chemistry Ext. 1.6
CRANN 3.12
3501
3140
Boland, Maura
Boyce, Sinéad
Brehon, Peggy
Brennan, Kate
Bridge, Mike E.
Brien, Peter
Colavita, Paula
Connon, Stephen
Cocker Lab
Chemistry 2.3a
Cocker Lab
Chemistry 1.22
Chemistry 2.5
Cocker Lab
Chemistry Ext. 1.5
TBSI 7.13
2832
4587
2832
1726
1264
1277
3562
1306
Cowzer, Fred
Delahunty, Dorothy
Draper, Sylvia
SNIAM 0.28/0.1
Cocker Lab
Chemistry 1.21
SNIAM 2.04
1344
2832
1423
2026
Duesberg, Georg
CRANN 2.26
3035
Evans, Rachel
Feeney, Martin
SNIAM
SNIAM PhysChem Lab
Galvin, Kieron
Cocker Lab
Greene, Patsy
Gun'ko, Yurii
SNIAM PhysChem Lab
SNIAM 2.02
3732
3543
Gunnlaugsson,
Thorfinnur
Hessman, Gary
Keegan, Mark
Kelly, John
Lalor, Tess
Lyons, Mike
Mac Dónaill, Dónall
McCarthy, Mary
McDonald, Aidan
McDonnell, Teresa
McGoldrick, Niamh
McKenna, Claire
Nicolosi, Valeria
O’Brien, John
TBSI 7.12
3459
Cocker Lab
SNIAM PhysChem Lab
SNIAM 2.10
Chemistry 1.22
Chemistry 3.2
Lloyd 2.47
CRANN 3.12
Chemistry Ext. 1.7
Chemistry 1.1
SNIAM 0.21
SNIAM 0.21
CRANN
Chemistry 0.4/0.5
Rozas, Isabel
TBSI 7.14
2832
3732
3734
2040
2051
1456
3144
4546
1354
3463
4142
4408
1050
1929
4553
3731
4215
2768
3732
2832 3734
13
4231
3141
3143
3145
2832
2832
2832
4230
1601
4229
2832
1859
3452
E-mail
bakerrj@tcd.ie
jboland@tcd.ie
maura.boland@tcd.ie
sboyce@tcd.ie
brehonm@tcd.ie
brennank2@tcd.ie
mbridge@tcd.ie
pbrien@tcd.ie
colavitp@tcd.ie
connons@tcd.ie
cowzerf@tcd.ie
dodelahu@tcd.ie
headchem@tcd.ie
smdraper@tcd.ie
4628
3808
1602
2768
3732
2832
duesberg@tcd.ie
3732
8554
4628
3928
pgreene@tcd.ie
igounko@tcd.ie
2832
3732
hessmang@tcd.ie
keeganm@tcd.ie
kellyj@tcd.ie
tlalor@tcd.ie
melyons@tcd.ie
dmcdonll@tcd.ie
mccartm5@tcd.ie
aimcdona@tcd.ie
mcdnnllt@tcd.ie
mcgoldrn@tcd.ie
mckennc7@tcd.ie
nicolov@tcd.ie
jeobrien@tcd.ie
nmrchem@tcd.ie
2032
4231
1600
raevans@tcd.ie
mfeeney@tcd.ie
kgalvin@tcd.ie
gunnlaut@tcd.ie
rozasi@tcd.ie
Ruether, Manuel
Chemistry 0.4/0.5
1050
1929
4553
2514
3495
1972
1050
1929
4553
1601
3452
Scanlan, Eoin M
Schmitt, Wolfgang
Scully, Noelle
TBSI 7.11
SNIAM 2.03
Lloyd 2.31
Senge, Mathias
TBSI 6.28
8537
Fax: 8536
8552
Southern, Mike
Twamley, Brendan
TBSI 7.09
TBSI
SNIAM
Chemistry
1601
southerj@tcd.ie
twamleyb@tcd.ie
Watson, Graeme
Lloyd 2.36
3411
1050
3182
4448
3463
1357
8488
8486
watsong@tcd.ie
14
ruetherm@tcd.ie
eoin.scanlan@tcd.ie
schmittw@tcd.ie
pnscully@tcd.ie
jfchem@tcd.ie
sengem@tcd.ie