Subjects taught:

Building drawing;
Building Architecture, Urban Planning, Fundamentals of Transportation Structures;
Architecture and building construction;
Loads and effects of port structures, structures.

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Subjects taught:

Types and flows of cargo, geography of ports and waterways, engineering of port infrastructure, etc.

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Subjects taught:

Ship power installations;

Technologies for the use of biofuels and natural gas in transport;

Gas utilization technologies;

Maritime Energy (Introduction to Specialty);

Laboratory and practical work:
(a) Design and modernization of marine power plants with KP
(b) Air pollution abatement technologies for marine diesel with KP
c) Ship Propulsion Complexes with CP

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Contacts: (8 46) 39 87 47

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Subjects taught:

Hydromechanics;
Thermal cutting and welding of metals;
Ship repair and diagnostics;
Ship Engineering Technology Innovation;
Ship maintenance and classification companies;
Development of science, innovation and technology;
Master’s thesis.

Contacts:  (8 46) 39 86 81
(8 46) 39 88 01

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Subjects taught:

Port organization and logistics basics
Organization of shipping in port
Problems of seafaring development and research directions
Port navigation systems
Logistics and administration, etc.
Master’s thesis.

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Subjects taught:

Research basics;
Environmental impacts of maritime transport;
Chemotology and Biofuels;
Environmental protection of ships;

Contacts: (8 46) 39 87 39

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Subjects taught:

Structural Mechanics of Buildings
Structural Analysis and Basics of Designing
Designing of Steel Structures
Integrated Structural Mechanics and Basis of Designing
Designing of Complex Structures by the FEM Software
Final Degree Project (1st study cycle)

Construction Optimization Methods
Mechanics of Solid Facilities
Technical Regulation in Civil Engineering
Computer-Aided Engineering for Port Facilities
The Ship Structural Mechanics, Elasticity and Plasticity Theory
Scientific Research Work 1
Scientific Research Work 2
Scientific Research Work 3
Master’s Thesis

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Associate Professor

Seaport Engineering (Tier I, LT, EN, NL);
Seaport Management (Tier II, LT, EN, NL);

Subjects taught:

Transportation systems, freight forwarding and ship agency, transport theory and more.

Contatcs: (8 46)  39 86 88

Subjects taught:

Automated ship design;
Master’s thesis.

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Subjects taught:

Fleet management;
Offshore wind energy.

Subject taught:

Maritime law and insurance fundamentals.

Subjects taught:

Ship systems with course design;
Information search and patent research;
Hydromechanics;
Bachelor’s thesis.

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Civil Engineering (Tier I, LT; NL, I);
Port structures (Tier II, LT; NL, I);
Integrated Engineering (additional studies, LT, EN, NL&I – combined)

Subjects taught:

Wooden and plastic structures;
Masonry and reinforced concrete structures;
Reliability of technical systems.

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Subjects taught:

Engineering graphics;
Engineering computer graphics;
Engineering Graphics and Machine Drawing;
Marine Engineering IT;
Bachelor’s thesis.

Subjects taught:

Engineering graphics;
Engineering computer graphics;
Ship structure;
Ship statics;
Bachelor’s thesis.

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Subjects taught:

Fundamentals of Ship Mechanics;
Ship equipment with course design;
Ship Theory, Design, and Propulsion with Course Design;
Ship Theory and Shipbuilding;
Ship hull construction;
Course design of hull structure;
Shipbuilding mechanics, theory of elasticity and ductility;
Bachelor’s thesis.

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Subject taught:

Navigation basics and port navigation systems.

Subject taught:

Port organization and logistics basics.

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Subjects taught:

Human safety;
Organization of safe work;
Bachelor’s thesis.

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Subjects taught:

Fundamentals of Port Engineering;
Port infrastructure basics with KP;
Organization and operation of special terminals;
Fundamentals of Port Superstructure with KP;
Maritime Transport Management and QMS;
Planning of port terminals;
Practice 2;
Bachelor’s thesis.

Subjects taught:

Ship support mechanisms and systems;
Research work;
Laboratory and practical work:
(a) Thermodynamics and thermal engineering with CP;
(b) Air pollution abatement technologies and KPs for marine diesel;
(c) Ship Propulsion Complexes and CPs.

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Subjects taught:

Building materials and rocks;
Composite reinforced concrete structures, their design;
Geotechnics;
Modern methods of defectology for port structures;
Hydraulic concrete for port structures.

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Subjects taught:

Metal structures, their design;
Geotechnics;
Building materials and rocks.

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Subjects taught:

Construction technology and organization, their implementation project
Construction Regulation and Technology
Construction process management
Building and environmental engineering equipment

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Subjects taught:

Interior engineering systems for buildings;
Surveying and Field Practice in Surveying;
Construction Physics;

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Subjects taught:

Lab works:
Prevention, control and reduction of air pollution from ships;
Environmental impacts of maritime transport;
Chemotology.

Subjects taught:

Masonry and reinforced concrete structures, their design;
Composite reinforced concrete structures, their design.

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Subjects taught:

Shipbuilding and Ship Repair Technology;
Course Project on Shipbuilding and Ship Repair Technology;
Ship systems with course design;
Bachelor’s thesis;
Master’s thesis.

Subjects taught:

Ship power installations;
Thermodynamics and Thermal Engineering with CP;
Complex analytical work.

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