Type: 
University of Technology
Region: 
Dolnośląskie
Programme: 
Materials engineering
Area: 
Technological sciences
Level: 
Master's Programme
Mode of studies: 
full-time programme
Duration: 
3 or 4 semesters
Tuition fee: 
non EU/EFTA students 2000 EUR tuition fee per semester, EU/EFTA students no tuition fee
Degree awarded: 
Master
Scholarships available: 
Based on merit
Application deadline: 
Monday, 30 November, 2020
Language: 
EN
Day of semester start: 
Monday, 1 February, 2021
Credits (ECTS): 
90
Admission requirements: 
Requirements: Bachelor's or Bachelor of Engineering Degree in Chemistry or related domains. Each application is assessed individually on its merits. If in doubt, please contact the Admission Officer.
 
»» Deadline for application: Non EU/EFTA students see: www.admission.pwr.edu.pl; EU/EFTA; students see: www.rekrutacja.pwr.edu.pl
»»  English: Equivalent of minimum TOEFL IBT – 87 points or 6.5 points IELTS. List of accepted language certificates can be checked online
»» Application fee: Non EU/EFTA students see: www.admission.pwr.edu.pl; EU/EFTA students see: www.rekrutacja.pwr.edu.pl 
 
Start date:
Oct 2020 (4 semesteres programme, for applicants without engineering degree)
Feb 2021 (3 semesters programme, for applicatns possessing engineering degree)
Description: 
Field of study: Chemistry and Engineering of Materials
 
Specialization: Advanced Nano- and Bio-Materials MONABIPHOT
 
Advanced nano- and bio-materials MONABIPHOT is a Master's course which offers an original qualification in the highly innovative domain of nanomaterials and molecular photonics for materials science and biology. Skills will be acquired at the strongly interdisciplinary level needed to master emerging technologies and to develop original concepts and applications, aiming at novel technological breakthroughs in this domain. We offer courses concerning synthesis and characterization of new materials on the molecular and nanoscale with the special impact on biology. The introduction of the course's subjects help the student to acquire competences as future experts in material science, with special impact on nanomaterials. The language of the Advanced Nano- and Bio-materials MONABIPHOT Master's is English. Applicants must have a Bachelor’s degree in Chemistry, Physics or Materials Science or related subjects, with a good background in mathematics and chemistry. The graduates could continue the career in research in nano- and/or bio-materials, as Ph.D. students or R&D associates in industrial laboratories in the rapidly emerging nanotechnology industry. The programme is aimed at students already awarded or expecting a BSc (or a higher degree) or equivalent before the starting date of the term (September 2020 for the current applications).
 
SEMESTER 0 
» Chemical Informatics 
» Environmental Protection 
» Introduction to Materials Science and Engineering 
» Technical Safety 
» Technical Drawing 
» Recycling of Materials 
» Biotechnology with Introduction to Industrial Microbiology 
» Fundamentals of Chemical Technology 
» Measurements in Chemical Equipment 
» Introduction to Chemical Engineering 
» Optional course 
 
SEMESTER 1 
» Liquid Crystals for Photonics 
» Modern Polymers 
» Modern Spectroscopy 
» Bioorganic Chemistry 
» Fluorescence Spectroscopy and Bioimaging 
» Biophotonics 
» Mathematical Methods in Planning and Analysis of Experiment 
» Managerial course 
» Foreign Language I 
» Foreign Language II
 
SEMESTER 2 
» Laser and Microscopic Techniques in Materials Analysis 
» Nanoscale Physics 
» Advanced Functional Materials 
» Nanomaterials 
» Organic Electronics 
» Advanced Diffraction Methods 
» Optional course 
» Graduate Laboratory I 
 
SEMESTER 3 
» Advanced Functional Materials 
» Nonlinear Optics for Chemist 
» Optional course 
» Graduate Laboratory II 
» Graduation Seminar and Thesis Preparation 
 
OPTIONAL COURSES 
» Biomaterials 
» Nonlinear Optics for Chemist
 
JOB PROSPECTS
The graduate has extended knowledge of chemistry, materials science, natural sciences and technical skills: conduct advanced research experiments with the nanomaterials with the emphasis on biology, propose and optimize new solutions and independently analyze problems related to materials science. The graduates are prepared for creative work in the design and operation of new materials. The graduate is prepared to run the own business.
 

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