Degree in Chemistry
240
credits
- Faculty of Science
Entry Profile
Taking the Chemistry programme will be much easier with:
- A good general level of chemistry and mastery of chemical formulation and stoichiometric calculations.
- A good level of physics and mathematics.
- Sound knowledge of English since it is the scientific language par excellence and many textbooks and research journals are written in English.
- Knowledge and aptitude for IT.
- Skills in handling laboratory material.
Entry information
Number of places.
Academic year
2018-19:
54
| Entry Requirements | Preferences |
|---|---|
| Batxiller title or equivalent (PAU) | * according to entry mark |
| Title of Technician (FP - vocational training) | ** according to entry mark |
| Being over 25 years old and passing an entrance exam | Sciences |
| University Degree | |
| Being over 40, having accredited work experience, and passing an interview | |
| Being over 45 years old and passing an entrance exam and an interview | |
| University Transfer | |
| University Transfer or Course Transfer | |
| Overseas Qualifications |
Calculation of the entry mark
For courses with limited places, the admission mark is calculated according to the following criteria:
* Access with the Batxillerat high school diploma or equivalent (PAU) : the entry mark is calculated (out of 14 points) taking the entry mark and based on the weighting parameters of the two best marks (weighted average) for the subjects passed in the specific test (voluntary).
* Access with a technician diploma (vocational training) : the entry mark is calculated (out of 14 points) with the average mark from the vocational training course and based on the weighting parameters of the two best marks (weighted average) for the subjects passed in the specific test (voluntary).
Weighting Parameters . Academic year 2019-20
| Batxiller Course | Parameter |
|---|---|
| Chemistry | 0,2 |
| Mathematics II | 0,2 |
| Physics | 0,2 |
For more details, please see the information on weighting for access to university
Cut-off mark
Remark : The cut-off mark is calculated after the process of awarding places, and it depends on the relationship between the number of places offered for the degree programme and the demand that exists. If the demand is greater than what is offered, then the last student admitted determines the cut-off mark.
Other useful information
- Serás UIB: Application information and advice activities
- Application and admission: Access and Admission procedure information (application and registration)
- Enrolment : Enrolment information
Validations
Credit Recognition and Transfer Committee for GQUI
Chair
Secretary
Member 1
Member 2
Member 3
Oliver López-Guarch, Isabel
Member 4
Mayol Ribot, Jordi
Accreditation grid for first and second cycle curricula and new curricula (degree)
Table of equivalences by curriculum Degree in Chemistry
Chemistry (2001 syllabus)
| Chemistry (2001 syllabus) | Degree in Chemistry |
|---|---|
| 2332: Experimentation in Chemical Engineering I |
21448: Experimentation in Chemical Engineering I |
| 2333: Experimentation in Chemical Engineering II |
21449: Experimentation in Chemical Engineering II |
| 4800: Physics |
|
| 4801: Mathematics |
|
| 4803: Basic Operations and Safety in the Chemical Laboratory |
21402: General Chemistry Laboratory I |
| 4808: Physical Chemistry I |
21413: Physical Chemistry II |
| 4809: Organic Chemistry |
|
| 4810: Inorganic Chemistry |
21406: Inorganic Chemistry I |
| 4811: Chemical Engineering |
21410: Chemical Engineering |
| 4812: Introduction to Experimentation in Organic Chemistry |
21417: Organic Chemistry Experimentation |
| 4813: Introduction to Experimentation in Inorganic Chemistry |
21411: Inorganic Chemistry Experimentation |
| 4814: Physical Chemistry II |
|
| 4815: Introduction to Experimentation in Physical Chemistry |
21423: Physical Chemistry Experimentation |
| 4816: Introduction to Experimentation in Analytical Chemistry |
21424: Analytical Chemistry Experimentation |
| 4817: Biochemistry |
21425: Biological Chemistry |
| 4818: Analytical Chemistry |
|
| 4819: Advanced Organic Chemistry |
21422: Organic Synthesis |
| 4821: Advanced Inorganic Chemistry |
|
| 4822: Structural Determination |
21415: Structural Determination |
|
21428: Advanced Chemistry Laboratory |
|
21428: Advanced Chemistry Laboratory |
|
21428: Advanced Chemistry Laboratory |
| 4824: Instrumental Analysis |
21419: Instrumental Analysis |
|
21428: Advanced Chemistry Laboratory |
|
21428: Advanced Chemistry Laboratory |
|
21428: Advanced Chemistry Laboratory |
| 4829: Science of Materials |
21426: Science of Materials |
| 4830: Pharmaceutical Chemistry |
21434: Medical Chemistry |
| 4831: Biopolymers |
21433: Chemistry of Biological Macromolecules |
| 4832: Foundations of Environmental Chemistry |
21443: Foundations of Environmental Chemistry |
| 4834: Technology of the Environment |
21447: Technology of Environment |
| 4835: Energy and the Environment |
21446: Energy and the Environment |
| 4843: Unitary Operations in Environmental Engineering |
21450: Operations of Separation in Chemical Engineering |
| 4844: Solid State Chemistry |
21453: Chemistry and Technology of the Solid State |
| 4845: Clinical Chemistry. Special Methods of Analysis. |
21436: Clinical Analyses |
| 4847: Bio-organic Chemistry |
21432: Bio-organic Chemistry |
| 4848: Bio-inorganic Chemistry |
21431: Bio-inorganic Chemistry |
| 4850: Chemistry of Natural Products |
21435: Chemistry of Natural Products |
| 4851: Analytical Chemistry of the Environment |
21444: Environmental Analytical Chemistry |
| 4852: Management and Authorization Systems of Chemical Laboratories and Industrie |
21441: Quality Management in Chemical LaboratoriesQuality Management in Chemical L |
| 4854: Theoretic and Computational Chemistry |
21439: Molecular Design |
| 4855: Computer Aided Molecular Design |
21439: Molecular Design |
Accreditation of English Skills
In order to be awarded the degree, students must show that they have reached a level of English by the end of their course that equates to level B2 in the Common European Framework of Reference for Languages (CEFR), in accordance with how this requirement is stipulated in the curriculum. The different ways to attain this are:
- passing the specific English language course on the curriculum.
- handing in a certificate or accreditation, recognised by the UIB, which shows the student has obtained a minimum level of English equivalent to B2 in the CEFR.
- passing a set number of subjects taught in English on the degree course.
- passing a set number of subjects taught in English on a mobility programme .
Academic Accreditation Committee
Regulatory Agreement 10714/2013, whereby the regulations for awarding academic accreditation for participation in university cultural, sports, student representation, solidarity and cooperation activities are approved .