dean’s office

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Dean’s Office Address: ul. Wólczańska 213, 90- 924 Lodz, POLAND Tel.:+48(0) 42 631 37 00, fax: +48(0) 42 636 56 63 Email: [email protected]. pl www: http://wipos.p.lodz.pl

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Dean’s Office. Address : ul. Wólczańska 213, 90-924 Lodz, POLAND Tel.:+48(0) 42 631 37 00, fax: +48(0) 42 636 56 63 Email: [email protected] www: http://wipos.p.lodz.pl. Faculty Authorities. - PowerPoint PPT Presentation

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Page 1: Dean’s Office

Dean’s Office

Address:

ul. Wólczańska 213, 90-924 Lodz, POLAND

Tel.:+48(0) 42 631 37 00,

fax: +48(0) 42 636 56 63

Email: [email protected] www: http://wipos.p.lodz.pl

Page 2: Dean’s Office

Faculty Authorities

Page 3: Dean’s Office

The Institute of Chemical and Process Engineering started its scientific and educational activity as independent faculty in 1970, before it was located at the Chemistry and Food Chemistry faculties.

Important changes took place in 1992, when the present name of the faculty was accepted.

Since its foundation the faculty awarded over 1500 MSc, 140 PhD. and 10 DSc (habilitation) Degrees.

Page 4: Dean’s Office

Scientific Heritors of Scientific Heritors of MadameMadame Curie Curie

Prof. M. Skłodowska–Curie

Prof. A. Dorabialska Prof. J. Kroh Prof. M. Serwiński

In the 3 –rd generation Prof. S. Ledakowicz

Page 5: Dean’s Office

Our buildings

Page 6: Dean’s Office

Engineer degree in the field of:Chemical EngineeringEnvironmental EngineeringSafety Engineering

Master of Science degree in the field of:Chemical EngineeringEnvironmental EngineeringSafety Engineering

Ph.D. study in the field of: Chemical and Process EngineeringEnvironmental Engineering

EDUCATION

Page 7: Dean’s Office

STRUCTURE OF THE FACULTY

Process Equipment Division of Granular Material

Classification

Chemical Engineering

Dep

artm

ents

Divisions

Bioprocess Engineering

Environmental Engineering Systems

Page 8: Dean’s Office

Safety Engineering

Heat and Mass Transfer

Process Thermodynamics

Molecular Engineering

Dep

artm

ents

Divisions

Numerical Modelling

STRUCTURE OF THE FACULTY

Page 9: Dean’s Office

LABORATORIES

Drying

Microbiological

Advanced Measurement Techniques

Aerogel Techniques

Bioreactor Engineering

Environmental Monitoring

Thermal Analysis

Page 10: Dean’s Office

Reactor Technology and Safety

Technical Rheometry and Rheology

Plasma Techniques

Polymer Physico-Chemistry

Supercritical Fluid

Particle Morphology

Membrane Processes

LABORATORIES

Page 11: Dean’s Office

STAFF

Full professors 12

Professors 15

Associate Professors 45

Lectures 9

Total number 81

Page 12: Dean’s Office

INTERNATIONAL COOPERATION

Page 13: Dean’s Office

RESEARCH ACTIVITIES - EXAMPLES

Subject Description

Mixing Homo- and heterogeneous liquid systems

Disintegration Disintegration of micro-organisms in bead mills

Granulation Drum and plate granulators of powders & dust

Multiphase flow Hydrodynamics of gas bubble flow in liquids

Page 14: Dean’s Office

RESEARCH ACTIVITIES - EXAMPLES

Subject Description

Environmental Biotechnology

Biodegradation of xenobiotics enhanced by advanced oxidation

Utilisation of Solid Wastes

Biological and thermal methods of solid waste and

sewage sludge utilization Chemical Reactor Engineering

Investigation of bio- and chemical heterogenious reactors

Gas Absorption Exhaust gases cleaning

Page 15: Dean’s Office

RESEARCH ACTIVITIES - EXAMPLES

Subject Description

Drying Brown coal drying by over-heated steam

Supercritical Technologies

Extraction and drying in supercritical condition

Membrane Technology

Bio-alcohols dewatering using pervaporation and vapour permation

Plasma Technology

Thin layer production engineering and surface

modification

Page 16: Dean’s Office

RESEARCH ACTIVITIES - EXAMPLES

Subject Description

Polymer technology

Production and investigation of bio-degradable polymers

Numerical Simulations

Analysis of pollutant propagation in air and water environment

Aerosols and nanoparticles

Production on nano-porous materials and nano-particles

Safety and lost prevention

Assessment of risk with application of fuzzy logic

Page 17: Dean’s Office

STUDENTS ACTIVITIES – EXAMPLES Baltic University

Sailing on Masuren Lakes

Page 18: Dean’s Office

STUDENT ACTIVITIES - EXAMPLES

Chopin’s Crew

Lofty Sailing Ship Chopin

Tutorials during sailing

Baltic cruise

Page 19: Dean’s Office

SPORT ACTIVITIES – EXAMPLES : Basketball Match Basketball

Page 20: Dean’s Office

TURISM & SPORT ACTIVITIES

Skying on Hala Szrenicka 2002

Sightseeing Pieniny 2003

Dr Piotr Pustelnik –mountainer, who conquered 14 highest peaks (the Earth crown) climbing Annapurna (8091 m n.p.m.)

Wandering in Góry Sowie 2001

Page 21: Dean’s Office

Top-Paid Bachelor’s Degrees

http://theprofessionalengineer.com/2010/02/09/engineering-graduates-salary

Major Average Salary Offer:Petroleum Engineering $86,220Chemical Engineering $65,142Mining & Mineral Engineering (incl. geological) $64,552Computer Science & Computer Engineering $60,879 Electrical/Electronics & Communications Engineering $59,074Mechanical Engineering $58,392 Industrial/Manufacturing Engineering $57,734 Aerospace/Aeronautical/Astronautical Engineering $57,231Information Sciences & Systems $54,038

Conclusion:

•It is worth to study chemical engineering!!!

Page 22: Dean’s Office

THANKS FOR YOUR ATTENTION