Perm National Research Polytechnic University

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Perm National Research Polytechnic
University Perm National Research Polytechnic
University PNRPU (ex. Perm State Technical
University) is one of the leading technical
higher schools in Russia. It is the largest
educational, scientific and cultural center in
the Western Ural. Perm Krai is situated on the
West of the Ural Mountains, between Europe and
Asia, in the very center of Russia. It has an
area of 160.6 thousand square kilometers and 2.7
million people of population.
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• Since 1953 we have trained more than 110 thousand
  specialists.
• About 30 000 students, including 450
  post-graduate students, study today at PNRPU.
• University has high-qualified teaching staff
• 730 Candidates of Science
• 220 Doctors of Science
• Satisfaction of citizen and society needs in
  high-qualitative higher, graduate and additional
  professional education
• Realization of fundamental and applied scientific
  researches on the level of international
  achievements
• Stimulation of knowledge and technology
  promotion, development of innovation-based market
  infrastructure
• Personal versatile education of a future
  specialist showing high level of expertise,
  culture, refinement, social activity and features
  of a patriot citizen
• Arrangement of conditions to make information
  resources and generated knowledge accessible to
  the population.

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Faculties

• Aerospace
• Car And Road Building
• Mining And Oil
• Mechanical Engineering
• Civil Engineering
• Chemical Engineering
• Electrical Engineering
• Applied Mathematics And Mechanics
• Humanitarian

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PNRPU offers

• 57 master degree programs
• 130 bachelor degree programs
• 15 specialties
• 80 postgraduate programs
• 30 Doctor of Sciences programs.
• International cooperation has been recently one
  of the priorities of PNRPU activities. The
  University's goal is the enhancement of teachers
  professional development in the advanced world
  universities speeding up the research activities
  in common with the foreign partners
  strengthening international relations between
  different organizations and companies of the
  world expansion of the variety and amount of
  educational services speeding up students and
  teachers exchange.

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International activity of PNRPU involves
cooperation with universities of Europe, the USA
and China. Among cooperation partners are
University of Louisville USA
PHLburg Technologies, LLC USA
Anhalt University of Applied Sciences Germany
Hochschule Magdeburg Stendal Germany
Technical Universit Ilmenau Germany
Technical University of Dresden Germany
Vienna University of Technology Austria
University of Vienna Austria
University of Granada Spain
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Università degli studi Roma Tre Italy
École nationale supérieure des Mines de Saint-Étienne France
Cavilam de Vichy France
BESTLA CONSULTING E.U.R.L. France
University Oil- Gas Ploiesti Rumania
University Polytechnic Chen Zhen China
Azerbaijan State Oil Academy Azerbaijan
Belarusian State Technological University Byelorussia
Institute for mechanics of metal polymer systems, Byelorussia Academy of science Byelorussia
Belarusian State University Byelorussia
Institute for applied problems in mechanics and mathematics, Ukraine Academy of science Ukraine
Odessa State Environmental University Ukraine
D. Serikbayev East Kazakhstan state technical university Kazakhstan
Yesenov Caspian State University of Technology and Engineering Kazakhstan
University of Ariel Israel
Technische Universität Braunschweig Germany
Università degli studi di Firenze Italy
Università degli studi di Pavia Italy
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Institute for Economics, Uzbekistan Academy of science Uzbekistan
Technical University of Ostrava Czech Republic
University of Economics, Prague Czech Republic
Graz University of Technology Austria
University of Canberra Australia
Martin Buber University Belgium
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Civil Engineering FacultyUrban Planning
Department
The head of department Doctor of engineering
science, Professor PNRPU Maksimova Svetlana
Valentinovna. Urban Planning Department was
founded on 1 of October in 2011 with active
support from Perm Kray Administration.
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Staff

• Maksimova Svetlana Valentinovna PhD., D.E.Sc.,
  Professor
• Head, Department of Urban Planning, PNRPU
• Maksimova S.V. started her scientific-teaching
  practice since 1984. She finished study course by
  international programme Tempus-Tacis at the
  University of Vienna and at the Hochschule
  RheinMain University of Applied Sciences at the
  department of architecture, department of Civil
  Engineering, department of Urban Planning.
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• Golovin Andrey Vladimirovich PhD, Associate
  Professor of Urban Planning department, director
  of Scientific-educational urban planning center
  Gradcenter by the Urban Planning department.
• As a director of MAU City projects office, he
  lead the projects Strategic master plan of Perm
  city, General plan of Perm city and
  Deployment scenario of general plan of Perm
  city.
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• Gudz Tatyana Vasilievna Associate Professor,
  Doctor of Urban Planning department
• From 2000 to 2009 expert, first deputy chief of
  department of planning and development of Perm
  city on the matter of normative regulation of
  urban planning.

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• Vancutsem Didier visiting Professor.
• Professor of Rural and Urban Landscape Planning,
  Urban Planning at the Higher Institute of Town
  Planning Brussels (since 1998).
• Professor at the Brussels University Faculty of
  Architecture and Landscape (since 2010).
• Vice-President and Treasurer ISOCARP 1999-2006.
• Gudz Tatyana Vasilievna Associate Professor,
  Doctor of Urban Planning department
• From 2000 to 2009 expert, first deputy chief of
  department of planning and development of Perm
  city on the matter of normative regulation of
  urban planning.
• Parrinello Sandro -visiting Professor.
• Professor Architectural Drawing and informatic
  Graphicin at the university of Pavia. Professor
  of civil engeneering and architecture department
  at the
• university of Florence. Member of International
  Council on Monuments and Sites (ICOMOS).
• Shamarina Anna- Phd student, assistants
  professor of landscape design.
• Pimenova Ekaterina Phd student, assistants
  professor of architecture and urban planning.

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Main programmes

• Master courses
• Refresher courses (over 500 hours)
• Advanced training courses (72-500 hours)
• Guidelines of department
• Training of specialists, who able successfully
  solve tasks of urban areas development in new
  economic conditions, who ready to work in all
  spheres connected with urban engineering, urban
  planning, design of urban areas.
• Permanent approximation the topic of
  engineering with real tasks of development and
  reconstruction in Perm and cities of Perm Krai,
  fulfillment of projects connected with them.
• outsourcing of foreign specialists and
  scientists
• participation in urban planning projecting
• Integration into international (European)
  educational system in the field of urban
  planning, students exchange

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Master ProgramUrban planning and design
Basics townCity history Lectures independent work
Subject 1. Evolution of settlements. Transition preconditions from the preindustrial city to the industrial. Cities of an industrial era. Great Britain as an example of classical primary model of capitalism, an industrial urbanization and genesis of the new industrial cities. Destruction of agrarian and traditional structures, formation of new social and professional groups, employment growth in manufacturing industry etc. Examples. Signs industrial urban society high rate of a gain of urban population, high employment in industrial branches. Role of tertiary sector economy. Examples. A functionalism and practice of town-planning zoning in the industrial city. Formation of systems of moving and stage of growth of metropolitan areas steady and progress suburbanization, decentralization. Their main spatial forms. Agglomeration and its models monocentric , policentric ,multinuclear etc. Subject 1. Evolution of settlements. Transition preconditions from the preindustrial city to the industrial. Cities of an industrial era. Great Britain as an example of classical primary model of capitalism, an industrial urbanization and genesis of the new industrial cities. Destruction of agrarian and traditional structures, formation of new social and professional groups, employment growth in manufacturing industry etc. Examples. Signs industrial urban society high rate of a gain of urban population, high employment in industrial branches. Role of tertiary sector economy. Examples. A functionalism and practice of town-planning zoning in the industrial city. Formation of systems of moving and stage of growth of metropolitan areas steady and progress suburbanization, decentralization. Their main spatial forms. Agglomeration and its models monocentric , policentric ,multinuclear etc.
  Subject 2. The latest urban tendencies upon transition from an industrial era to the post-industrial. Globalization and megalopolization. Post-industrial era of urbanization. Principles of new urbanism. Not western models of the city in the modern world new colonial cities traditional city settlements.   Subject 2. The latest urban tendencies upon transition from an industrial era to the post-industrial. Globalization and megalopolization. Post-industrial era of urbanization. Principles of new urbanism. Not western models of the city in the modern world new colonial cities traditional city settlements.
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Subject 3. System properties of the cities- Maximova - Plurality and step-type behavior - Transition of redundancy to self-restriction - Accumulation of a variety and law of development - Orderliness and organization - Law of system separatism - Emergence - Structure and function. Expansion and increase of functions in social, production, administrative spheres. - Law of balance of conservatism and variability. - Law of the smallest resistance - City as dynamically open system. Group homeostasis and structure of the cities of the past.
Subject 4. Mobility and its evolution. Transport movings, rhythms and cycles as indicators of the urbanized environment (the general principles). A hierarchical number of the existential organization of activity and corresponding to it territorial communication a community.
Subject 5. Structural transformation of the cities in a history and economy context. Historical examples of development of the cities (Rome, Paris, Moscow etc.) and models (Tyunen's concentric model, Berdzhes's Concentric model 1924?, Sectoral Hoyt model 1939 Model of the subcenters of Garris-Ullman of 1945. (Multinuclear model). Non-uniform the zoned model or the theory of central areas)Golovin A.
Subject 6. History of a town-planning science. Howard, Garnier, Le Corbusier, Saarinen. A functionalism and practice of town-planning zoning in the industrial city. Multipurpose town-planning design. The transit focused design. Typology of buildings and open spaces in a context of historical development. Features of morphology of city spaces in market and non-market economy. Evolution of forms of use of the territory of the city and its environment the dwelling in city and region structure
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Basics territorial management. Urban planning design design operational/Urban renewal
Semester 1
Subject 1. Influence of climatic and engineering and geological factors on building formation. Analysis of various planning structures. Advantages of the compact city.
Subject 2. Concept of zoning methodology studying of topographical conditions, building delimitation, development of the scheme of green and red zones. Development of policy of zoning of the territory. Tools of town-planning policy (a green and red belt) Concept about mixed use of the territory and its role in revival of business activity and formation of city-forming base.  
Subject 3. Principles and methods of the analysis of the territory. Classification of tasks of the town-planning analysis and planning, development of strategy of town-planning planning.  
Semester 2
Number of storeys of building and its role in formation of a qualitative urban environment. Regulations of height of building, determination of limiting height of a building, sizes of household and fire-prevention gaps. (on the basis of data of a vertical layout, etc.) limiting sizes of the land lots Assessment of possible zones of high-rise clusters Density of building (FAR) and its role in the organization of city space. Calculation methods.
The natural. researches. Work of public transport on an example of different types of transport and their routes. Supervision are carried out to various time of day and various points of the city. Transport systems (infrastructures and services) in various scale area, city, city, regional settlements communication improvement, reduction of isolation, way of increase economic effectiveness of public transport.
Choice of strategy, statement of the purposes and problems of territorial development on the basis of the studied material. The SWOT analysis method is used.
Subject City planning (a territorial and spatial development of the city, the settlement) - concepts, strategy, priorities Delivery of tasks for a term paper. Discussion of subject, the plan of work and scientific approaches to development.
Independent work Subject short inspection and region studying. Creation of structure of data for planning
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Basics ecology (Lectures independent work)
Semester 1
City as ecosystem. Manifestation of fundamental laws of ecology in city functioning. Resource security of megalopolises water, energy. Food security of megalopolises. Concepts of the city agro-industry. Resource Management Urban environment of dwelling as difficult natural and technogenic system, general characteristic of subsystems and their interrelation. Reasons of deterioration of a condition of habitat of the modern city insufficient ecological efficiency of a technosphere (industry, transport, power, municipal services) intensive physical, chemical, mechanical and biological environmental pollution general growth and territorial unevenness of environmental pressures, etc. Negative impact of these factors on health of the person, a condition of plants and ecosystems, materials, buildings and constructions. Essence of environmental problems of the cities, their communication with satisfaction needs of the person for life support system resources and conditions, characteristics material and environment. Signs of reference of the cities and territories adjoining to them to zones of the increased ecological risk, an emergency ecological situation or ecological disaster. Habitat as set of microhabitats of stay of the person during life cycles. The inhabited environment (the apartment, a building, territories, the residential district) the main artificial ecosystem of habitat of the person. Functional properties of its elements, internal system communications, external relations with a surrounding urban environment. The direct and mediated influence of a condition of a surrounding urban environment on a choice of utilities on qualities of the inhabited environment. System of ecological criteria of quality of habitat all-the-year-round security of thermal conditions and purity of air in rooms (at level of requirements to atmospheric) modes of natural illumination and insolation protection of elements of the inhabited environment against noise, vibration, electromagnetic and ionizing radiation efficiency of use of energy resources on maintenance of a heater mode and household needs security with recreations and platforms of other functional purpose safety of conditions of accommodation, including security from infections and emergency situations of natural and technogenic character. The necessary spatial and functional environment of the dwelling and standard security in total area a primary condition of quality of habitat. Ecological essence and system interrelation of criteria of quality of habitat.  
Subject 2. Concept of a sustainable development . New urbanism. Green technologies and harmless city. Climatic calls. Kyoto Protocol. International standards LEED, BREEM. Theoretical problems of moving and formation of the cities in interrelation with problems of ensuring global ecological equilibrium, rational use of renewable natural resources and ensuring their reproduction.
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Current Course Structure
code DISCIPLINE   ???/ ECTS Total labour input AUDITORIUM hours per semestr AUDITORIUM hours per semestr Distribution on semesters Distribution on semesters Distribution on semesters Distribution on semesters Distribution on semesters
code DISCIPLINE   ???/ ECTS Total labour input AUDITORIUM hours per semestr AUDITORIUM hours per semestr control Semester Semester Semester Semester
code DISCIPLINE   ???/ ECTS Total labour input lecture practice control 1 Fall 2 spr 3 fall 4 spr
?.1. ?.01. Philosophy 2 72 16 18 Set-off
?.1. ?.02. Mathematics Fuzzy sets, mathematical planning, statistics 3 108 4 30 Set-off
?. ?.03. Mathematical modeling, system analysis 3 108 4 30 Set-off
?.1. ?.04. Basics research Methodology 2 72 2 23 Set-off
   
?.1. ?03 Basic socio-cultural and demography. Basic urban economy, geopolitics 3 108 6   18 Set-off
?.1.?.02 Legal planning instruments/ Basic definition and history of zonning. Zonning practice review. 3 108 6 18 Set-off ??
?.1.?.01 Urban economics 3 108 6 16 Set-off ??
?.2. ?.04 History of Urban Form, Function, and Mobility Systems. Urban ecology Sustainable development 3 108 6 18 Set-off ??
?1??01 ( Elective )Adaptation course( indiv plan) 5 144 6 18 exam
?1?02 ( Elective) Foreign Language 5 144 6 18 exam
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?.2. ?.1 Spatial analytical tools - GIS, Software Applications Graphics,2D,3D, 3 108 2 32 Set-off
?.2.?.2. Foreign Language 2 72   34 Set-off
?.2. ?.3. Methods of research in spatial and urban planning projects. Developing and collecting data for urban planning Projects 4 144 6 18 exam
?.2. ?.4. Pedagogy 2 72 16 18 exam
?.2.?.01. Fall -Urban planning design Introduction. Object and subject of the urban planning. Range of problems. Public and private spaces in the city. Their functions Urban renewal/ Mobility transport Tactical master-plan 2. Spring- City block form and structure. Use allocation Housing. Topology depending of urban scale. SW Linkage of housing topology and urban planning norms. Insolation, urban block size, street profiles and so on. 5 72   4 27 Set-off 72 108
?.2.?.01. Fall -Urban planning design Introduction. Object and subject of the urban planning. Range of problems. Public and private spaces in the city. Their functions Urban renewal/ Mobility transport Tactical master-plan 2. Spring- City block form and structure. Use allocation Housing. Topology depending of urban scale. SW Linkage of housing topology and urban planning norms. Insolation, urban block size, street profiles and so on. 5 108 4 8 exam 72 108
?.2.?0.2. fall - . Urban planning desing design operational. Legal instruments detailed, special issues, development issues. Env. design Landscape architecture. Open space design (basic) . ets. 4 216 6 34 exam ?? 144     72 ??
?.2.?0.2. Spring Urban development/ Land use planning . Public hearing   2 216 6 8 Set-off ?? 144     72 ??
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?.2 ?.02. Project management, scales of intervention, coordination. Commercial development planning 3 108 4 36 exam
?.2.?.03 Regional economy review (methods of survey - from regional to the neighborhood)    
?.2.?.04. Econometrics 2 72 4 18
?.1.??.01 ( Elective1from??.01 ) Transport planning 3 108 4 18 exam
?.1??.01. ( Elective ( 1 from ??.01) Heritage. Basic approaches and methods in heritage protection ..ets 3 108 4 18 exam
?.2.?? 02. ( Elective 1 from ??02) Comprehensive landscaping engineering training Civil engineering infrastructure development Mapping the civil engineering system in planning documents. Water and sewage system development Drainage system development. Hydro- and natural gas, heating systems development. 4 144 4 18 exam
?.2. ?? 02 (Elective) Environmental design. Landscape. Open space design Scale and allocation of recreational areas and places in the city.?pen space and park system. 4 144 4 18 exam
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??? ?.1. Practical Work ( Practice in Planning office Summer school) Practical Work ( Practice in Planning office Summer school) 22 792     Set-off 34 68 152 16
??? ?.2. Research seminar Sciens articles/ /Presentation of document/ conference 2 108     Set-off 16 16
??? ?.2. Research seminar Communication technics-1 3 72     exam 16 16
??? ?.3 Preparation of Tethys Preparation of Tethys 9 324    
Course work( ??) Course work( ??)     1 2
Course project (??) Course project (??)     1 1