General information

Academic year: 2023/2024

Level: Master

Type: Official Master's Degree

ECTS Credits: 60

Programme orientation Research

Length of programme (full time): 1 YEAR

Mode of delivery: Face-to-face

Level of qualification: Máster (MECES level 3 - EQF level 7)

Model of study: Full-time (42-60 ECTS per school year)

Work-based learning (Practicum): Yes

Language(s) of instruction Spanish


More info:


Programme coordinator

Name: MARÍA GRACIA, BAGUR GONZÁLEZ / mgbagur@uObTjO1gr.es


Faculty of Science / Granada campus

Field(s) of education and training (ISCED-F)

  • Chemistry (0531)

Main focus

; Specialisation: Methodology and Tools Graduates of this master’s programme will have an in-depth knowledge of the most suitable tools and methodologies used in test and/or synthesis laboratories, and they will be capable of applying them to the resolution of complex chemistry-related problems. They will know how to use the main statistical and computational tools applicable to data manipulation and to the extraction of the valuable (though not always evident) chemical information contained in these data. Graduates will be able to efficiently operate the equipment and employ the techniques used in the identification, structural characterisation, and quantification of biochemical compounds and industrial materials. They will be aware of the risks as well as of the quality-control and safety regulations applied in chemical testing laboratories. Finally, graduates will know how to plan, manage, and develop scientific and technological projects, with a focus on the transfer of this knowledge to other sectors.; Specialisation: Research and Development Graduates of this master’s programme will have an in-depth knowledge of the most suitable tools and methodologies used in test and/or synthesis laboratories. They will be capable of applying them to the resolution of complex problems related to chemistry research. Graduates will be able to apply innovative methodologies in the characterisation and analysis of chemical compounds. They will know how to efficiently operate equipment and employ techniques to develop advanced methodologies and processes for the synthesis and analysis of (bio)chemical compounds. Graduates will be capable of preparing and, when necessary, functionalising nanomaterials, nano-structured materials, and miniaturised sensors. They will be familiar with and know how to use the main computational tools that are generally applied in chemistry research. Finally, graduates will know how to plan, manage, and develop scientific and technological projects, with a focus on the transfer of this knowledge to other sectors.; Specialisation in Production, Trials and Quality Graduates of this master’s programme will have an in-depth knowledge of the principal processes, tools, and methodologies used in test laboratories and/or industrial-scale synthesis. They will be able to apply them to solve problems related to the chemical industry and related sectors. Graduates will also be aware of the risks as well as of the quality and safety norms applicable to the main industries associated with the chemical sector and be able to manage the different processes, products, tools, and resources used in chemical companies. When necessary, they will know how to interpret and apply specific norms and guidelines. Finally, graduates will possess knowledge regarding enterprise creation, intellectual property, and marketing techniques which allow them to plan, manage, and develop technological projects with a focus on their transfer to other sectors.

Competences

Students that have completed the second cycle have the following competencies: – Have demonstrated knowledge and understanding that is founded upon a basis or opportunity for originality in developing and/or applying ideas, often within a research context. – Can apply their acquired knowledge and understanding, and problem solving abilities in new or unfamiliar environments within broader (or multidisciplinary) contexts related to their field of study. – Have the ability to integrate knowledge and handle complexity, and formulate judgments with incomplete or limited information, but that include reflecting on social and ethical responsibilities linked to the application of their knowledge and judgments. – Can communicate their conclusions, and the knowledge and rationale underpinning these, to specialist and non-specialist audiences clearly and unambiguously. – Have the learning skills to allow them to continue to study in a manner that may be largely self-directed or autonomous.

Programme qualification

Name of title awarded in original language

Máster Universitario en Ciencias y Tecnologías Químicas, KHEMIA

Qualification requirements

60 minimum credits

Programme courses

Course NameYearPeriod
Advanced Coordination Chemistry 1st Year 2nd Semester
Advanced Instrumental Platforms for Chemical Analysis 1st Year 1st Semester
Advanced Organic Materials 1st Year 2nd Semester
Advanced Spectroscopy 1st Year 1st Semester
Analytical Microscopy 1st Year 2nd Semester
Bioanalytics 1st Year 1st Semester
Biocomputational Design 1st Year 1st Semester
Catalysis for Solving Energy and Environment Related Problems 1st Year 2nd Semester
Characterisation of Coordination Compounds 1st Year 2nd Semester
Chemical Speciation 1st Year 2nd Semester
Chemometrics 1st Year 1st Semester
Combinatorial Chemistry and Organic Synthesis in Solid Phase 1st Year 2nd Semester
Communication, Innovation and Consumer Behaviour 1st Year Yearly
Computational Chemistry 1st Year 1st Semester
Dynamics of Chemical Processes and Reactions 1st Year 1st Semester
Group Theory and Molecular Simmetry 1st Year 1st Semester
Homogeneous Catalysis 1st Year 2nd Semester
Industrial Inorganic Chemistry 1st Year 1st Semester
Industrial Organic Chemistry 1st Year 1st Semester
Industrial Separation Processes 1st Year 1st Semester
Inorganic Molecular Materials 1st Year 2nd Semester
Instrumentation Management: Calibration and Verification 1st Year 1st Semester
Integrated Management System for the Industrial Sector 1st Year 2nd Semester
Knowledge Transfer: Patents and Intellectual Property 1st Year 1st Semester
Macromolecular Crystallography 1st Year 1st Semester
Master's Dissertation 1st Year 2nd Semester
Metal Ions in Biological Systems 1st Year 2nd Semester
Microcalorimetry: Biotechnological Applications 1st Year Yearly
Miniature Sensors and Systems 1st Year 1st Semester
Nanomaterials 1st Year 2nd Semester
Nuclear Magnetic Resonance of Proteins 1st Year Yearly
Organic Stereochemistry 1st Year 1st Semester
Organic Synthesis 1st Year 1st Semester
Project Management and Planning 1st Year 2nd Semester
Protein Engineering and Characterisation 1st Year 1st Semester
Quality in Test and Trial Laboratories 1st Year 1st Semester
Quality References in Chemistry-Related Industries 1st Year 2nd Semester
Setting Up Companies 1st Year 2nd Semester
Solid State Chemistry 1st Year 1st Semester
Solid Surface Characterisation 1st Year 2nd Semester
Structural Determination of Organic Compounds 1st Year 1st Semester
Terpenoids of Biotechnological Relevance: Biosynthesis, Structural Elucidation and Synthesis 1st Year 1st Semester
Tools for Chemical Process Analysis 1st Year 2nd Semester
Work Placement 1st Year 2nd Semester
X-ray Spectrometry 1st Year 2nd Semester

Specialisations

Specialisation name

– Production, Trials and Quality – Methodology and Tools – Research and Development

Admission information

Access to Master’s Degree programmes is granted to holders of:
A.1. A Spanish official university degree.
A.2. A degree issued by a Higher Education institution from another European Higher Education Area Member State which allows access to Master Degree’s programmes in that State.
A.3. A degree from a non-EHEA education system, upon verification by the Spanish University that the aforementioned degree accredits an equivalent education level to that of a Spanish university degree and allows access to postgraduate programmes in the issuing country.
A.4. A Spanish Bachelor in Advanced Artistic Education.
A.5. Official Spanish university degrees of Diplomado, Arquitecto Técnico, Ingeniero Técnico, Licenciado, Arquitecto, Ingeniero, Graduado or Máster Universitario.

Specific admission requirements

Access to this Master’s degree programme is granted to holders of the following Spanish official university degrees of Licenciado or Graduado (Bachelor’s Degree), and to holders of equivalent degrees from other education systems: Chemistry, Chemical Engineering, Biotechnology, Biochemistry, Pharmacy, Food Science and Technology, Oenology, Environmental Science, Marine Science, Biology, Geology, Physics, Restoration, Veterinary Science, Agricultural Engineering, and Industrial Engineering.

General regulations

Grading scale
In the Spanish university system, modules/courses are graded on a scale of 0 to 10 points with the following qualitative equivalence:
0-4,9: «suspenso»; 5-6,9: «aprobado»; 7-8,9: «notable»; 9-10: «sobresaliente». A special mention, «Matrícula de Honor» may be granted to up to 5% of the students in a group provided they have got a «sobresaliente». To pass a module/course is necessary to get at least 5 points.
In cases of recognition of ECTS, professional experience, cultural or sports activities, or student representation no grading will be recorded but, where appropriate, the word «Apto».

 

UGR Examination Regulations
https://docencia.ugr.es/sites/vic/docencia/public/inline-files/Normativa_de_evaluacion_y_calificacion_EN.pdf

 

More info on academic regulations at: 

https://ugrcat.ugr.es/en/about-ugr/#regulations

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