Type: 
University of Technology
Region: 
Dolnośląskie
Programme: 
Chemical 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: 

Fiel of study: Chemical and Process Engineering

Specialization: Advanced Chemical Engineering and Nanotechnology

Program of studies directly reflects current needs of the labor market in the field of Chemical and Process Engineering providing employment opportunities. It is designed to provide graduates with the following learning outcomes: knowledge on developments and new developments in the field of chemical engineering, ability to use new advances in the field of chemical engineering, has a basic understanding of the processes of governance, knows the functions, principles and management instruments, including quality management, and identifies the main problems of management, has knowledge of the design process devices and systems, the use of computer technology, integration and process intensification, is able to perform a complete process design, is able to use computer tools to explore and simulate the dynamics of various processes. Advanced Chemical Engineering and Nanotechnology combines classical chemical engineering with bioprocess engineering, nanoengineering, chemical technology and environmental engineering. The graduation document certifies the degree in engineering chemistry with the notification of a deepened specialization in Advanced Chemical Engineering and Nanotechnology. 

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 
» Trends in Chemical Engineering Development 
» Nanoengineering - Fundamentals and Applications 
» Chemical Processes Equipment and Methods 
» Statistical Analysis of Experimental Data 
 
SEMESTER 2 
» Chemical Processes Project Designed and Management 
» Heterogeneous Processes in Chemical, Food and Pharmaceutical Industry 
» Graduate Laboratory I 
 
SEMESTER 3 
» Foreign Language I 
» Foreign Language II 
» Project Management 
» Business Management 
» Optional course 
» Graduate Laboratory II 
» Graduate Seminar and Master Thesis
 
OPTIONAL COURSES 
» Statistical Thermodynamics in Molecular Modelling 
» Materials Used in Chemical Unit Operation 
» Microwaves and Other Advanced Thermal Technologies in Chemical Engineering 
» New Concepts and Solutions in Chemical Engineering
 
JOB PROSPECTS
The graduate has extended knowledge of mathematics, natural sciences and technical skills: professional solving of problems in the field of chemical engineering, conduct advanced research experiments, propose and optimize new solutions and independently analyse problems related to chemical and process engineering. The graduates are prepared for creative work in the design and operation of processes in the chemical industry. The graduate is prepared to run the own business.

 

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