YEAR 2 Handbook (2011/2012)

CONTENTS

Core Chemistry Modules

Dates of teaching and exams

Who’s who

Year 2 Timetable

What’s in a Chemistry module?

Rules for passing Year 2

What to do if you are ill or absent

Mitigating circumstances

University documents

Chemistry programmes

Programme structures

Chemistry Option A modules

Subsidiary modules

CORE CHEMISTRY MODULES

Course Codes

Title

Semester

CHEM212

Inorganic Chemistry II (BSc)

2

CHEM214

Inorganic Chemistry for MChem Students

2

CHEM231

Organic Chemistry II

1

CHEM245

Preparative Chemistry: Synthesis and Characterisation

1

CHEM246

Measurements in Chemistry

2

CHEM260

Physical Chemistry II

1 and 2

CHEM280

Key Skills in Chemistry

1 and 2



DATES OF TEACHING AND EXAMS (University Term Dates)

August resit period 2011

22 Aug 2011 – 2 Sep 2011

Returning date (Induction Day)

Fri 23 Sep 2011

First semester teaching

Mon 26 Sep 2011 – Fri 16 Dec 2011

Three week break


Revision week

Mon 9 Jan 2012 – Fri 13 Jan 2012

First semester exams

Mon 16 Jan 2011 – Fri 27 Jan 2012

Second semester teaching (before Easter)

Mon 30 Jan 2012 – Fri 23 Mar 2012

Three week break


Second semester teaching (after Easter)

Tue 16 Apr 2012 – Fri 11 May 2012

Revision week

Mon 14 May 2012 – Fri 18 May 2012

Second semester exams

Mon 21 May 2012 – Fri 1 Jun 2012

August resit period 2011 (Examination Schedule)

Mon 20 Aug 2012 – Fri 31 Aug 2012 (To be confirmed)



WHO’S WHO

General Year 2 problems should be addressed to the Year 2 Coordinator, Dr John Satherley, room 115, js1@liverpool.ac.uk (email is often the fastest method of communication). Note that one member of staff is in overall charge of each chemistry module, and inquiries concerning academic matters should be made to the module leader in the first instance. Descriptions of the modules and staff involved in a particular module can be found through VITAL (see Module Codes). If you are having problems with your programme then discuss this with the Year 2 Coordinator. If you experience personal problems which affect your studies then remember you also have a personal tutor to discuss things with.

YEAR 2 TIMETABLE

Students can view their personalised timetable by logging into SPIDER.

WHAT’S IN A CHEMISTRY MODULE?

A typical module is assessed on the basis of tutorials and other coursework, with the majority of the marks coming from the end-of-semester written exam. It is obviously essential to turn up to all the tutorials and do all the coursework. Marks for practical modules (CHEM245 and CHEM246) and the key skills module CHEM280 are based entirely on continuously assessed work.

For details of Assessment Criteria in relation to practical work and assessment of written work, the University position on Cheating, Plagiarism and Collusion and the Departmental Policy on Feedback to Students see this section in VITAL.

Lectures. Attendance is compulsory. Please sign the attendance sheets circulated during each lecture. Inform the Year 2 Coordinator if you are registered for a module, but your name does not appear on the list, or your details are wrong. If you experience any timetable clashes as a result of subsidiary courses, please inform the Year 2 Coordinator as soon as possible. Do not try and muddle through by missing one of the modules that clash. Your timetable should be available through ORBIT, the University timetabling system.

Tutorials. Tutorial locations should be available via ORBIT. In order to benefit from the tutorials it is essential to do the required work (as indicated on the tutorial sheets) beforehand. Marks are awarded both for tutorial attendance and for handing in tutorial work on time. If you have a timetable problem, please see the Year 2 Coordinator as a matter of urgency.

Handing in work. Tutorial work and other coursework should be handed in to the Undergraduate Office during opening hours (not pushed under the door). All work should state clearly which module it relates to, your tutorial group and tutor’s name and be signed (with name printed) and dated. All work must be submitted in person and it will be date stamped by the Undergraduate Office.

Late work. For continuously assessed work (tutorials, homework assignments etc.) you lose 5% of the original mark each day it is late, and get zero if it is more than 5 working days late. So even if you are a day or two late, hand it in anyway. If, for good reasons, you have been unable to submit a piece of work then you must negotiate with the module leader about the possibility of submission at a later date.

Practical modules. You must attend practical classes, and be sure to hand in your books and workshop scripts at the correct times as requested by the lab course organisers. Failure to attend practicals and/or failure to produce your practical book could result in you obtaining less than 35% for the course, hence being unable to pass the year (see rule (iii) below).

Exams. Timetables for exams become available a few weeks before the exam period starts and are published on SPIDER and also posted outside the Undergraduate Office. Past papers are available for download in pdf format from VITAL. Information about the University's rules on Examinations and Assessments can be found here.

RULES FOR PASSING YEAR 2

All of the second year modules contribute to your overall degree classification. To pass Year 2, you must:

(i) pass, at 40% or more, at least 90 credits (equivalent to six 15 credit modules).

and

(ii) obtain an average over all modules (120 credits) of at least 40%

and

(iii) not obtain less than 35% in any module. In particular, you cannot pass the year if you get less than 35% in practical modules because resit exams are not available for these.

MChem Programmes. Students registered on MChem programmes are expected to obtain an overall average mark of ≥ 55% at the first attempt. If this is not achieved then the student must transfer to a BSc programme.

Resits. If you get less than 35% in any module, you have to resit all of the modules you obtained less than 40% in (i.e. failed). As the marks for lecture-based modules are the sum of tutorial and exam marks, and you can only resit the exam part, you need good marks in your tutorials and coursework, otherwise you may find yourself needing to get up to 50% in the resit exam just to pass. It is not wise to give up on a module and deliberately fail at the first attempt with the expectation that you can pass it in August, since even if you do pass, your mark is capped at 40%, and this will obviously lower your carry–forward mark for the year which contributes to your final degree classification. One more thing to remember about resits: the exam mark from your first (failed) attempt is automatically set to zero, so you must turn up to all the resits and make a serious effort at them, otherwise you cannot pass the year.

WHAT TO DO IF YOU ARE ILL OR ABSENT

If you are unable to attend lectures, tutorials, workshops or practical classes because of illness or for other reasons then you should fill out an absence form, available from outside the Undergraduate Office, saying what you missed and why. This form, together with a medical certificate (if required) from your GP/hospital, should then be handed in to the Undergraduate Office. If your absence occurs at the same time as a deadline for handing in assessed work then you must negotiate a later submission deadline with the module leader. For illness during the exam period, see below.

MITIGATING CIRCUMSTANCES

Most illness and other issues which result in only a few days absence should be be dealt with as described in the previous paragraph.

There are two situations where mitigating circumstances apply:

i) Illness or other exceptional circumstances which result in missing an assessment such as an exam. Any student who misses an exam or part of an exam due to illness or other exceptional circumstances, or whose performance was impaired by illness or other exceptional circumstances, should make relevant information available immediately to the Departmental Examinations Representative, Dr Ian O’Neil (extn. 43485, chemexam@liverpool.ac.uk). Please note that the University Regulations for the Conduct of Examinations stipulate that students must report any such circumstances within five working days of the examination in writing. The letter must be accompanied by a valid medical certificate or other report.

NB: Failure to read the examination timetable correctly or through inadequate time management or other similar failings are not regarded by the University as mitigating circumstances for missing an examination.

ii) Personal or family issues or conditions or circumstances which are of a chronic nature i.e. which affect a student's performance across the whole academic year or for an extended period of time. If a student considers that their performance is (or likely to be) affected by such things then they should fill in a Mitigating Circumstance Form attaching to it corroborating evidence such as a medical certificate from a GP or other health professional. Prior to filling in a Mitigating Circumstance Form a student should discuss it with the Year 2 Coordinator or the Senior Tutor, Dr Jon Iggo.

UNIVERSITY DOCUMENTS

If you need to consult University documents about assessment, complaints, conduct, plagiarism, progression, suspension, transferring to another programme, or withdrawing from your studies see this link.

CHEMISTRY PROGRAMMES

MCHEM

F102

Chemistry


FZBF

Medicinal Chemistry with Pharmacology


FZ61

Chemistry with Research in Industry

Year 3 in Industry + Distance learning

F1F3

Chemistry with Nanotechnology




BSc

F100

Chemistry


F108

Chemical Sciences

4 year route including a Foundation Year at Carmel College

FZB2

Medicinal Chemistry


FZ11

Chemistry with a Year in Industry

Year 3 in Industry

F1F7

Chemistry with Oceanography

Year 3 all in Oceanography



PROGRAMME STRUCTURES

F102 Chemistry (MChem)

CHEM260 Physical Chemistry II (15 credits)

CHEM231 Organic Chemistry II (15 credits)

CHEM214 Inorganic Chemistry for MChem students (15 credits)

CHEM245 Preparative Chemistry: Synthesis and Characterisation (15 credits)

CHEM246: Measurements in Chemistry (15 credits)

CHEM280 Key Skills in Chemistry (15 credits)

15 credits chosen from: CHEM227 or subsidiary modules from outside the Department.

CHEM316: Inorganic applications of group theory (7.5 credits)

7.5 credits chosen from chemistry Option A or subsidiary modules



FZ61 Chemistry with Research in Industry (MChem)

CHEM260 Physical Chemistry II (15 credits)

CHEM231 Organic Chemistry II (15 credits)

CHEM354 Further Physical Chemistry (15 credits)

CHEM245 Preparative Chemistry: Synthesis and Characterisation (15 credits)

CHEM246: Measurements in Chemistry (15 credits)

CHEM280 Key Skills in Chemistry (15 credits)

CHEM313 Further Inorganic Chemistry MChem (15 credits)

CHEM316: Inorganic applications of group theory (7.5 credits)

7.5 credits chosen from chemistry Option A or subsidiary modules



FZBF Medicinal Chemistry with Pharmacology (MChem)

CHEM260 Physical Chemistry II (15 credits)

CHEM231 Organic Chemistry II (15 credits)

CHEM214 Inorganic Chemistry for MChem students (15 credits)

CHEM245 Preparative Chemistry: Synthesis and Characterisation (15 credits)

CHEM246: Measurements in Chemistry (15 credits)

CHEM280 Key Skills in Chemistry (15 credits)

PHAR 295 Principles of Pharmacology (15 credits)

PHAR 280 Practical Pharmacology (7.5 credits)

CHEM248 Introduction to Medicinal Chemistry (7.5 credits)



F1F3 Chemistry with Nanotechnology (MChem)

CHEM260 Physical Chemistry II (15 credits)

CHEM231 Organic Chemistry II (15 credits)

CHEM214 Inorganic Chemistry for MChem students (15 credits)

CHEM245 Preparative Chemistry: Synthesis and Characterisation (15 credits)

CHEM246: Measurements in Chemistry (15 credits)

CHEM280 Key Skills in Chemistry (15 credits)

CHEM227 Basic Biology for Nanotechnology (15 credits)

CHEM378 Polymer Chemistry (7.5 credits)

CHEM316: Inorganic applications of group theory (7.5 credits)



F100 Chemistry, F108 Chemical Sciences, FZ11 Chemistry with a Year in Industry (BSc)

CHEM260 Physical Chemistry II (15 credits)

CHEM231 Organic Chemistry II (15 credits)

CHEM212 Inorganic Chemistry II (15 credits)

CHEM245 Preparative Chemistry: Synthesis and Characterisation (15 credits)

CHEM246 Measurements in Chemistry (15 credits)

CHEM280 Key Skills in Chemistry (15 credits)

15 credits chosen from: CHEM227 or subsidiary modules from outside the Department.

Choice of 15 credits from chemistry Option A or subsidiary modules



FZB2 Medicinal Chemistry (BSc)

CHEM260 Physical Chemistry II (15 credits)

CHEM231 Organic Chemistry II (15 credits)

CHEM212 Inorganic Chemistry II (15 credits)

CHEM245 Preparative Chemistry: Synthesis and Characterisation (15 credits)

CHEM246 Measurements in Chemistry (15 credits)

CHEM280 Key Skills in Chemistry (15 credits)

PHAR 295 Principles of Pharmacology (15 credits)

PHAR 280 Practical Pharmacology (7.5 credits)

CHEM248 Introduction to Medicinal Chemistry (7.5 credits)



Programmes with Optional Modules

For those students with a choice of module, the Department recommends that, if possible, you take a chemistry module from the list below as these will reinforce other chemistry modules that you will study. However, should there be subsidiary modules that you wish to take every effort will be made to register you for those modules, provided there are no timetable clashes.

Option A Modules

Course Code

Title

Semester

CHEM227

Basic biology for nanotechnology

1 (15 credits)

CHEM248

Introduction to Medicinal Chemistry

2 (7.5 credits)

CHEM316

Inorganic applications of Group Theory

2 (7.5 credits)

CHEM338

Heterocyclic Chemistry and Drug Synthesis

2 (7.5 credits)

CHEM378

Polymer Chemistry

2 (7.5 credits)

CHEM396

Introduction to Chemical Engineering for Chemists

2 (7.5 credits)

CHEM390

Science Communication1

1 & 2 (15 credits)

1 Contact Dr Helen Aspinall if you are considering this module.

Subsidiary Modules

Modules from outside the Department (timetable permitting):

Course Code

Title

Semester

ALGY101

Methods of Archaeology

1 (15 credits)

BIOL121

Chemical Principles of Life

1 (7.5 credits) Wk1-6

BIOL125

Biodiversity of Microbes and Plants

1 (7.5 credits) Wk1-6

BIOL129

Genetics and Evolution

1 (7.5 credits) Wk7-12

BIOL131

Biodiversity of Animals

1 (7.5 credits) Wk7-12

BIOL203

Microbial Biotechnology

1 (7.5 credits)

ENVS111

Climate, Atmosphere and Oceans

1 (15 credits)

ENVS113

Introduction to Planet Earth

1 (15 credits)

ENVS115

Minerals, Magmas and Volcanoes (includes labs)

1 (15 credits)

MATH181

Methods

1 (15 credits)

PHAR295

Principles of Pharmacology (pre-requisite PHAR164)

1 (15 credits)

ALGY102

The Practice of Archaeology (pre-requisite ALGY101)

2 (15 credits)

ALGY214

Archaeology and the Microscope (includes labs)

2 (15 credits)

ALGY258

Classification and Technology: Lithics and Ceramics (includes labs)

2 (15 credits)

BIOL136

The Biology of Microbes

2 (7.5 credits) Wk1-6

BIOL144

Introductory Biochemistry

2 (7.5 credits) Wk7-12

BIOL222

Protein Biotechnology

2 (7.5 credits) Wk7-12

ECON112

Statistics for Economics and Business

2 (15 credits)

MATH162

Introductory Statistics

2 (15 credits)

MATH186

Mathematics (pre-requisite MATH181)

2 (15 credits)

PHAR280

Practical Pharmacology 2 (includes labs)

2 (7.5 credits) Wk7-12