Study plan Bachelor's Degree in Physics + Bachelor's Degree in Chemistry

Study guides

Title of qualification awarded

Diploma in Physics and Diploma in Chemistry

Timetables

1st year: Mornings (subjects in Chemistry) and afternoons (subjects in Physics).
All other years: Mornings (subjects in Physics) and afternoons (subjects in Chemistry).

Study plan information

Table of credits for each course

	Basic training	Compulsory	Optional	Bachelor's Degree Final Project
1st year	60	6
2nd year	6	58
3rd year		67
4th year		71
5th year		18	30	27
Totals	66	220	30	27

Period of study

Six-monthly /year-long

Part-time or full-time

Full-time dedication Part-time dedication can also be considered.

Specialisations

Specialisation in Fundamental Physics
Specialisation in Applied Physics
Specialisation in Materials Chemistry
Specialisation in Biological Chemistry
Specialisation in Industrial and Environmental Chemistry

Basic and compulsory training

1st year	2nd year
Mechanics and Relativity Waves and Optics Introduction to Experimental Physics Calculus I and II Algebra I and II Fundamentals of Chemistry I and II Experimentation and Computer Resources	Classical Mechanics Mechanics Laboratory  Electricity and Magnetism Calculation of Variables   Differential Equations Quantum Chemistry Thermodynamics and Kinetics Chemistry of Elements Numerical Methods I
3rd year	4th year
Electromagnetism Electromagnetics Laboratory Structure and Reactivity of Organic Compounds Analytical and Electroanalytical Chemistry Transport Phenomena and Surface Phenomena Spectroscopy Complex Variable Analysis Numerical Methods II Basic Chemical Engineering	Thermodynamics and Statistical Mechanics Optics Optics Laboratory Chemistry of Co-ordination and Organometallics Synthetic Methods Organic Synthesis Laboratory Inorganic Synthesis Laboratory Structural Determination Quantum Physics I and II Separation Techniques Biochemistry
5th year
Methods of Spectroscopic Analysis Chromatographic Analysis and Spectroscopy Laboratory Laboratory Chemistry Experiments Physics Materials Science Bachelor's Degree Final Project in Physics (12 credits) Bachelor's Degree Final Project in Chemistry (15 credits)

Optional subjects

5th year
You must enrol in 30 optional credits and choose from the following subjects in Physics and Chemistry.
Physics	Chemistry
Electrodynamics and Synchrotron Radiation Electronics Environmental Physics Solid State Physics Nanomaterial Physics (A) Radiation Physics Statistical Physics Fluids and Superfluids History of Physics Quantum Information (A) Introduction to Biophysics Introduction to Photonics Introduction to Astrophysics Advanced Laboratory Quantum Mechanics Advanced Quantum Mechanics Mechanical Theory and Non-Linear Systems Advanced Mathematical Methods Applied Optics Quantum Optics Work Placement General Relativity and Cosmology High Energy Physics Accelerator Physics Introduction to Materials Science Introduction to Nuclear and Particle Physics Hospital Physics	Quality Analysis and Management Molecular Biology Characterisation of Materials Catalysis Business Economics and Administration Electrochemistry and Corrosion Protein Engineering History of Chemistry  Polymeric Materials and Biomaterials Metals in Biology and Medicine Industrial and Environmental Monitoring Nanochemistry and Nanomaterials Work Placement Environmental Chemistry and Sustainability Bioanalytical Chemistry Bioorganic Chemistry Computational Chemistry of Solids Solid State Chemistry Industrial Inorganic Chemistry Industrial Organic Chemistry Project Writing and Execution Biomolecular Simulation Synthesis of Biologically Active Compounds Current Scientific Matters

(A) Lectures are in English.

You can also enrol in the corresponding subjects and obtain a specialisation in Physics or in Chemistry. In order to earn a specialisation you must complete a minimum of 30 credits belonging to that track.
Specialisation in Fundamental Physics	Specialisation in Applied Physics
6 credits from the general subjects block Quantum Mechanics Mechanical Theory and Non-Linear Systems Electrodynamics and Synchrotron Radiation Statistical Physics Solid State Physics Advanced Laboratory 24 credits Advanced Quantum Mechanics Fluids and Superfluids Quantum Optics General Relativity and Cosmology Quantum Information High Energy Physics	6 credits from the general subjects block Quantum Mechanics Mechanical Theory and Non-Linear Systems Electrodynamics and Synchrotron Radiation Statistical Physics Solid State Physics Advanced Laboratory 24 credits from the applications block Applied Optics Nanomaterial Physics Environmental Physics Radiation Physics Electronics Accelerator Physics Hospital Physics

Specialisation in Materials Chemistry	Specialisation in Biological Chemistry
Characterisation of Materials Polymeric Materials and Biomaterials Nanochemistry and Nanomaterials Solid State Chemistry Computational Chemistry of Solids Catalysis Electrochemistry and Corrosion	Metals in Biology and Medicine Bioanalytical Chemistry Bioorganic Chemistry Biomolecular Simulation Synthesis of Biologically Active Compounds Molecular Biology Protein Engineering
Specialisation in Industrial and Environmental Chemistry
Quality Analysis and Management Electrochemistry and Corrosion Industrial and Environmental Monitoring Environmental Chemistry and Sustainability Industrial Inorganic Chemistry Industrial Organic Chemistry Catalysis Business Economics and Administration Polymeric Materials and Biomaterials Project Writing and Execution