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Drugs and Biomaterials

Recommended curriculum of the PhD study programme

Information about study plan

Subjects are selected by the student in cooperation with the supervisor and the resulting study plan is always subject to approval by the subject council. If the supervisor and the council council agree, the student may also choose subjects outside the list below.

 

Compulsory elective courses are divided into two groups (modules). In the first group, also called "module A", there are subjects specific to the programme being studied. In the second group, also called 'module B', there are specialist subjects that broaden knowledge in areas complementary to the programme studied.

 

Minimum amount of compulsory-elective subjects selected by student: 4 (module A + module B).

 

Recommended programme subjects 1, 2, 3
Minimum amount of subjects: 2
Code Subject Title L/Ex/Lab
P108003 Advanced X-ray Crystallography 2 / - / -
P110014 Advanced organic chemistry 3 / - / -
P110015 Medicinal Chemistry 3 / - / -
P110025 Drug design and discovery 2 / - / -
P110026 Purification and identification methods in drug design and development 3 / - / -
P111004 Unit Operations of Solid Dosage Form Manufacturing 3 / - / -
P111007 Pharmaceutical Dosage Forms 3 / - / -
P111013 Industrial synthesis of fine chemicals 2 / - / -
P111014 Pharmacology 2 / - / -
P112002 Macromolecular Chemistry 3 / - / -
P402002 Chemometrics 2 / 1 / -
P403018 Vibrational Spectroscopy 2 / 1 / -
P409003 Bioreactors 3 / - / -
P409015 Advanced Development Methods of Pharmaceutical Products and Processes 3 / - / -
Recommended programme subjects
Code Subject Title L/Ex/Lab
P101007 Chemistry of solid substances 3 / - / -
P110003 Organic Synthesis 3 / - / -
P110004 Retrosynthesis 3 / - / -
P111002 Texture Properties of Porous Media (Solids) 3 / - / -
P111005 Reactor Engineering 3 / - / -
P112004 Polymer Materials in Medicine and Pharmacy 3 / - / -
P112010 Macromolecular Systems for Targeted Delivery and Controlled Release of Drugs - / - / -
P126003 Biomaterials 3 / - / -
P126007 Nanomaterials for bioapplications 2 / - / -
P143001 Advanced chemoinformatics 3 / - / -
P319003 Microorganisms in Biotechnology 3 / - / -
P319009 Biotechnology in pharmacy 3 / - / -
P320001 General Microbiology 3 / - / -
P320006 Imunochemistry 3 / - / -
P320019 Special biochemistry 2 / - / -
P402004 Nanotechnology: basic principles and application 3 / - / -
P402005 Separation methods for PhD students 2 / 1 / -
P402008 Supramolecular Chemistry 2 / 1 / -
P402015 Sensor analysis 2 / 1 / -
P402018 Counterfeits of medicines, drugs and cosmetics 2 / 1 / -
P402019 Chiroptical Spectroscopy 2 / 1 / -
P402020 Molecular Spectroscopy 2 / 1 / -
P403001 Molecular Modelling and Simulation 2 / 1 / -
P403003 Estimation of Physico-chemical Properties from Molecular Structures 2 / 1 / -
P403006 Colloid and Surface Chemistry 2 / 1 / -
P409012 Particle Technology 3 / - / -
P409016 Microchemical engineering for PhD students 2 / - / -
P409017 Engineering polymers for biomedicine 2 / - / -
P445002 Image Processing 3 / - / -
P445013 Advanced Methods of Signal Processing for PhD Students 3 / - / -

More information

Subjects of transferable competences and other courses and seminars

Optional subjects, seminars and courses taught at the school-wide level providing skills beyond a narrow professional focus. More information at phd.vscht.cz

Updated: 25.3.2022 18:15, Author: Jan Kříž

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