Duration
40h Th, 40h Pr, 20h QA Sess.
Number of credits
| Bachelor in pharmacy | 10 crédits |
Lecturer
Language(s) of instruction
French language
Organisation and examination
Teaching in the first semester, review in January
Schedule
Units courses prerequisite and corequisite
Prerequisite or corequisite units are presented within each program
Learning unit contents
The course consists of three modules.
The first module aims to review the various concepts of general chemistry necessary to engage in the course and establish a common language. It includes two chapters:
I.1/ From atom to molecule, electronic aspects.
I.2/ Structure representations.
The second module focuses on the central concepts of organic chemistry, which allow for a systematic description of organic transformations covered in the third module. It includes six chapters:
II.1/ Functions & nomenclature.
II.2/ Electron movements: follow the arrows!
II.3/ Basics of organic synthesis.
II.4/ Reaction classification.
II.5/ Acid/base & consequences.
II.6/ Stereoisomerism.
Finally, the third module primarily reviews the main functional group transformations. This module then addresses general concepts such as retrosynthesis, green chemistry, catalysis, and techniques for identifying organic products. The memorization effort in Module III is reduced if the concepts from Modules I and II have been properly understood. To encourage students in their efforts, in addition to review sessions, two tests are scheduled (see below).
III.1/ Alkenes.
III.2/ Halogenated derivatives.
III.3/ Alkynes.
III.4/ Alcohols and phenols.
III.5/ Ethers and thioethers.
III.6/ Aromatic compounds.
III.7/ Amines.
III.8/ Aldehydes and ketones.
III.9/ Carboxylic acids and their derivatives.
III.10/ Radical synthesis.
III.11/ Synthesis & retrosynthesis.
III.12/ Green chemistry.
III.13/ Catalysis.
III.14/ Techniques for identifying organic products.
Learning outcomes of the learning unit
At the end of this teaching unit, you will be able to:
- Name organic compounds (either by their common names or using IUPAC nomenclature).
- Convert a compound's name into its structural formula.
- Draw structures according to conventions (structural formula, three-dimensional aspects).
- Determine theoretical results of elemental analysis.
- Identify functional groups; among these, identify functions with acid/base properties.
- Indicate expected pKa values for functions with acid/base properties.
- Identify aromatic structures.
- Explain the solubility, extractability, and reactivity of a compound based on its structure.
- Infer the physicochemical properties of a compound from its structure.
- Classify homologous reagents by acidity/basicity/nucleophilicity/reactivity.
- Use ChemDraw to correctly communicate chemical structures.
- Calculate the quantities of reagents and yields obtained during reactions, considering the concept of significant figures.
- Distinguish isomers. For optical isomerism, assign the absolute configuration of asymmetric carbon atoms.
- Search for chemical information using specialized research tools.
- Justify the steps of a procedure.
- Predict the products formed and complete incomplete reaction schemes.
- Propose the probable mechanism of a reaction among those covered in the course.
- Justify the steps constituting a reaction scheme.
Prerequisite knowledge and skills
General chemistry (bloc1)
Planned learning activities and teaching methods
The course includes "ex cathedra" lectures, review sessions (+eCampus), and a practical session.
Thirteen 2-hour review sessions are planned. These sessions aim to help students master the material through problem-solving. The in-person sessions are supplemented each week by online tests on eCampus (formative, non-certifying assessment).
During the review sessions, several exercises are first solved and explained in detail by the instructors. Then, students solve problems on their own with the assistance of the instructors.
Mode of delivery (face to face, distance learning, hybrid learning)
Face-to-face course
Further information:
The theoretical course (40 hours) is conducted in person.
Groups are formed for the practical session. Attendance at this session (4 hours) is mandatory.
At the beginning of the semester, two groups are created on eCampus for the review sessions: each student selects their group, taking into account any scheduling conflicts, and commits not to change groups during the semester.
It is important to adhere to the organization to ensure that these review sessions run efficiently.
The exercises covered in the review sessions will be made available before each session, with emphasis on the exercises that will be solved/explained by the instructors (the exercises will be the same for both groups).
Course materials and recommended or required readings
Platform(s) used for course materials:
- eCampus
Further information:
**Reference Book:** "Organic Chemistry, 2nd edition" by Paula Yurkanis Bruice is not essential but can be a useful companion. It is available new at Pax for 47 euros, second-hand (with some searching), and in the library (with some searching).
Exam(s) in session
Any session
- In-person
written exam ( open-ended questions )
Out-of-session test(s)
Further information:
The exam covers all the material covered in the course (theory, exercises, and lab work). The exam is written and consists of theory questions (multiple-choice and open-ended questions), exercises to solve, and questions related to the lab work.
Two tests are scheduled during the semester. The first one aims to assess the understanding of the prerequisites and the material covered during the first five lectures and the first three review sessions. The second test, organized in mid-November, focuses on the concepts covered during the first 15 lectures and practiced in the first seven review sessions.
The various assessments considered for the final grade are listed here with their respective weightings: First test [7%] - Second test [15%] - Single practical session [3%] - Final exam [75%].
Each assessment will be carried out using forms provided.
It is the responsibility of each student to correctly identify their exam papers. Exam papers that are not properly identified (student identity or questionnaire version) will not be graded and will receive a score of 0/20. During exams, each student must bring a blue or black ballpoint pen, correction tape, and a non-programmable calculator. No exchange of materials will be allowed between students. Paper sheets are prohibited. Mobile phones, smartwatches, and other electronic devices must be turned off and placed in a bag.
Work placement(s)
Later in their studies, interested students can engage in research work (as student researchers or during internships).
Organisational remarks and main changes to the course
**Course in French.**
It is important to arrive on time for lectures, review sessions, and lab sessions. Latecomers disrupt the smooth running of the sessions and will have to wait for a break to enter.
If you have questions about the material, please note that email is not suitable, as explanations often require diagrams, which takes a lot of time to respond to a single student. It is preferable to ask your questions via the forum. A forum on eCampus is set up for you to ask questions about the material and to facilitate student collaboration. You are strongly encouraged to use this forum as all students benefit from the provided answers; the forum will be moderated by the instructors every three days. Alternatively, your questions can be asked in person (at the end of a class, during a break, in review sessions, or during lab sessions).
Emails sent to a member of the team must include the following elements: last name, first name, student ID, course concerned, and specific information about the request. Additionally, the subject of the email must mention the course code.
Contacts
Pierre.Francotte@uliege.be
Université de Liège | Fac. de Médecine
B36 niv.+5 | Lab. de Chimie Pharmaceutique (CIRM)
Quartier Hôpital | Av. Hippocrate 15 | B-4000 Liège, Belgium
Secretariat: ahamande@uliege.be