Degree in Chemistry by the University of A Coruña

2025/2026 · 240 credits

What you learn

Students will acquire a solid and well-balanced foundation of theoretical and practical chemical knowledge, including the study of structures and mechanisms of chemical transformations and the synthesis of new species or substances.  They will learn to solve chemical problems effectively by developing constructive thinking and working collaborative. Likewise, they will develop the skills and abilities necessary to apply the knowledge acquired to the resolution of scientific and technical tasks and to express a scientific critical opinion in both the official languages of our region and in English.

Graduates of this degree will be qualified to enter the labour market in any of the fields reated to the discipline. Moreover, they will be able to appreciate the importance of research, innovation and technological development in the socio-economic and cultural advancement of society.

Specific skills


Professional and academic career

Some of the possible jobs where chemists are typically found are:

  • Pharmaceutical, food, electronics, plastics, synthetic fibers, rubber etc. industries.
  • Perfumery, cosmetics and personal hygiene and cleaning products industry.
  • Rational and sustainable industrial exploitation of natural resources (petrochemicals, steel, metallurgy, wood, paper, cement, ceramics, stained glass, etc.).
  • Auxiliary products for industry (solvents, additives, catalysts, lubricants, paints, etc.).
  • Agrochemical industry (fertilizers, pesticides, etc.).
  • Radiochemicals.
  • Research.
  • Teaching chemistry and science in general.
  • Chemical and clinical analyses
  • Forensic scientific and chemical police.
  • Biological chemistry, genomics and proteomics.
  • Quality control, auditing and accreditation.
  • Environmental control, management, evaluation and audit.
  • Design, installation, direction, management and control of laboratories and plants.
  • Treatment, storage and/or disposal of waste. Water purification.
  • Transport of dangerous goods.
  • Occupational risk prevention and industrial hygiene

Professional environment

The combination of a solid scientific backgroud, experimental skills, analytical capacity, and soft skills enables graduates to successfully adapt to a wide range of professional environments, including:

  • Industrial and production settings, where chemical knowledge is applied to manufacturing, quality control, process management and optimization, safety, and sustainability.
  • Public and private laboratories for analysis, control and research, which require expertise techniques, data processing, experimental work and compliance with quality standards.
  • Research, development and innovation (R+D+I) areas, both in universities and technological centres and in companies, contributing to scientific progress and the development of new products, materials and technologies.
  • Sectors related to the environment, health, energy and materials, where chemistry plays a key role in sustainable transition, environmental protection and improving quality of life.
  • Regulatory, technical and scientific advisory settings, which demand professionals capable of interpreting regulations, preparing technical reports and communicating results rigorously.
  • Academic and educational fields, both in teaching and in scientific and technical training.

Professional and academic career

Some of the possible jobs where chemists are typically found are:

  • Pharmaceutical, food, electronics, plastics, synthetic fibers, rubber etc. industries.
  • Perfumery, cosmetics and personal hygiene and cleaning products industry.
  • Rational and sustainable industrial exploitation of natural resources (petrochemicals, steel, metallurgy, wood, paper, cement, ceramics, stained glass, etc.).
  • Auxiliary products for industry (solvents, additives, catalysts, lubricants, paints, etc.).
  • Agrochemical industry (fertilizers, pesticides, etc.).
  • Radiochemicals.
  • Research.
  • Teaching chemistry and science in general.
  • Chemical and clinical analyses
  • Forensic scientific and chemical police.
  • Biological chemistry, genomics and proteomics.
  • Quality control, auditing and accreditation.
  • Environmental control, management, evaluation and audit.
  • Design, installation, direction, management and control of laboratories and plants.
  • Treatment, storage and/or disposal of waste. Water purification.
  • Transport of dangerous goods.
  • Occupational risk prevention and industrial hygiene

Planning for teaching

Study structure

The degrees are organized by courses. Click on a academic year for more information.

  Guide Type QTR. credits
Mathematics 1 Core 1st 6 ECTS
Physics 1 Core 1st 6 ECTS
Biology Core 1st 6 ECTS
General Chemistry 1 Core 1st 6 ECTS
Chemistry Laboratory 1 Core 1st 6 ECTS
Mathematics 2 Core 2nd 6 ECTS
Physics 2 Core 2nd 6 ECTS
Geology Core 2nd 6 ECTS
General Chemistry 2 Core 2nd 6 ECTS
General Chemistry 3 Core 2nd 6 ECTS
  Guide Type QTR. credits
Analytical Chemistry 1 Compulsory 1st 6 ECTS
Physical Chemistry 1 Compulsory 1st 6 ECTS
Inorganic Chemistry 1 Compulsory 1st 6 ECTS
Organic Chemistry 1 Compulsory 1st 6 ECTS
Chemistry, Information and Society Compulsory 1st 6 ECTS
Analytical Chemistry 2 Compulsory 2nd 6 ECTS
Physical Chemistry 2 Compulsory 2nd 6 ECTS
Inorganic Chemistry 2 Compulsory 2nd 6 ECTS
Organic Chemistry 2 Compulsory 2nd 6 ECTS
Chemistry Laboratory 2 Compulsory 2nd 6 ECTS
  Guide Type QTR. credits
Instrumental Analytical Chemistry 1 Compulsory 1st 6 ECTS
Physical Chemistry 3 Compulsory 1st 6 ECTS
Inorganic Chemistry 3 Compulsory 1st 6 ECTS
Intermediate Organic Chemistry Compulsory 1st 6 ECTS
Chemical Engineering Compulsory 1st 6 ECTS
Instrumental Analytical Chemistry 2 Compulsory 2nd 6 ECTS
Experimental Physical Chemistry Compulsory 2nd 6 ECTS
Inorganic Chemistry 4 Compulsory 2nd 6 ECTS
Experimental Organic Chemistry Compulsory 2nd 6 ECTS
Biochemistry and Biological Chemistry Compulsory 2nd 6 ECTS
  Guide Type QTR. credits
Advanced Analytical Chemistry and Chemometrics Compulsory 1st 6 ECTS
Advanced Physical Chemistry Compulsory 1st 6 ECTS
Advanced Inorganic Chemistry Compulsory 1st 6 ECTS
Advanced Organic Chemistry Compulsory 1st 6 ECTS
Materials Science Compulsory 1st 6 ECTS
Design, Elaboration and Management of Chemistry Projects Compulsory 2nd 6 ECTS
Environment and Quality Optional 2nd 4.5 ECTS
Laboratory Automation Optional 2nd 4.5 ECTS
Industrial Chemistry Optional 2nd 4.5 ECTS
Medicinal Chemistry Optional 2nd 4.5 ECTS
Chemical Technology Optional 2nd 4.5 ECTS
Final Year Dissertation Compulsory 2nd 15 ECTS
Work Placement 1 Optional 2nd 4.5 ECTS
Work Placement 2 Optional 2nd 4.5 ECTS

 BOE with syllabus (PDF)

Teachers

The study is taught by teachers from the departments of: Biology, Chemistry, Civil Engineering, Computer Science and Information Technologies, Languages and Literatures, Mathematics, Physics and Earth Sciences and Psychology

The degrees are organized by courses. Click on a academic year for more information.

Student mobility

UDC holds student mobility agreements with universities and other third-level institutions across four continents. Students are offered several opportunities each year to apply to study abroad in one of these centres (for a single term or for a whole year), with the guarantee that all credits obtained will be duly recognised in their academic record upon their return.

For each round of applications, the University publishes the list of exchange options available to students and, where relevant, the specific conditions associated with each. Students may also apply to the University for funding for international work experience placements and internships.

Work experience placements are accredited in the student's academic record and the European diploma supplement. Students are free to decide in which host company or academic institution within the EHEA they wish to carry out their placement. To assist them in their search, the University has created an online noticeboard with jobs postings and other news.

Work-study placements in A Coruña are arranged by the International Relations Office (ORI) of the UDC in collaboration with the international relations coordinators in the student’s home university. The general entry criteria, rights and obligations of students, and admission and acceptance procedures for the programme, are regulated by the UDC Mobility Policy.