Guia docente 2023_24 Facultade de Química

Organic Chemistry IV: Design of Organic Synthesis

Assessment

	Description	Qualification	Training and Learning Results
Seminars	The resolution of additional exercises and problems will be valued which are will be carried out through the Moovi platform. Learning outcome: - Recognize structural elements in organic molecules. - Propose retrosynthetic sequences of proposed molecules -Analyze alternative retrosynthetic proposals - Design selective synthetic sequences of target molecules . - Assess the use of efficient transformations of structural simplification. - Properly manage interconversions between functional groups and protecting groups. - Know the reactions that can provide selectivity and their mechanisms.	15	A3 A5	B3 B4	C15 C19
Laboratory practical	1. It is mandatory to carry out the laboratory practices 2. It will be valued: 2.1. The laboratory notebook (20% of practical qualification), structural analysis (25% of practical qualification), reaction mechanisms (20% of practical qualification), safety data sheets (10% of practical qualification) and questions about IUPAC nomenclature (15% of practical qualification) 2.2. Resolution of questions about work experimental, carried out in the laboratory, through the Moovi platform (10% of practical qualification)) 3. To achive the experimental sessions it is mandatory to have achived each one of the evaluated parts Learning outcome: All	25	A3 A5	B3 B4	C15 C19 C27 C28	D2
Essay questions exam	The following tests will be carried out throughout the subject: Two short tests (1h long; 10%) Learning outcome: - Recognize structural elements in organic molecules. - Propose retrosynthetic sequences of proposed molecules -Analyze alternative retrosynthetic proposals - Design selective synthetic sequences of target molecules . - Assess the use of efficient transformations of structural simplification. - Properly manage interconversions between functional groups and protecting groups. - Know the reactions that can provide selectivity and their mechanisms. Therefore, the qualification from the remaining sections will only be added when the score obtained in the sum of the written tests is equal to or greater than two points and a half.	20
Essay questions exam	A long written test (2h long; 40%) will be carried out throughout the subject: To achive the subject, students must obtain a minimum of 50% in all the written tests (proof of short answer and long answer test). Learning outcome: - Recognize structural elements in organic molecules. - Propose retrosynthetic sequences of proposed molecules -Analyze alternative retrosynthetic proposals - Design selective synthetic sequences of target molecules . - Assess the use of efficient transformations of structural simplification. - Properly manage interconversions between functional groups and protecting groups. - Know the reactions that can provide selectivity and their mechanisms. Therefore, the qualification from the remaining sections will only be added when the score obtained in the sum of the written tests is equal to or greater than two points and a half.	40

Other comments on the Evaluation
1. The participation of the students in any of the evaluation activities of the subject will imply that they acquire the condition of presented, therefore, they will be assigned a grade. 2. These activities are: attendance at laboratory sessions, completion of short tests and delivery of a minimum of 25% of the proposed exercises through the Moovi platform. 3. In addition, students may choose to be evaluated by a single test at the end of the semester and not by continuous evaluation. To do this, they will have to communicate it, in writing, to the subject coordinator at the beginning of the semester. In this case, the final evaluation will be 25% the laboratory work and 75% the single test . June Assessment: To achieve the subject it is mandatory to obtain a qualification equal or greater than 5 points in both of the evaluated parts, experimental and theoretical works. July assessment: 1. The score obtained by students on the course: maximun of 4 points (2.5 points for laboratory practices and 1.5 points for exercise) 2. Written test: maximun 6 points. Additional information: 1. The students who achieve the laboratory practices, in the previous course, will not have to do the laboratory work again. 2. Serious conceptual mistakes, will mean the assignment of new activities aimed at solvent learning problems as soon as possible 3. For the correct performance of the laboratory practices, it is recommended to attend tutorial session in advance to laboratory attendance