Transporta sistēmu inženierija

ADRESE: Lomonosova 1, V. korp., Rīga, LV-1019

TĀLRUNIS: 7089975, 7089948

FAKSS: 7089968

E-MAIL: tti @ adm.rtu.lv

INTERNET: http://omega.rtu.lv/tti

DIREKTORS: Profesors Aleksandrs Urbahs
Visās transporta jomās, tai skaitā transporta uzņēmumos, organizācijās un pētniecības iestādēs, tuvākajos gados pieaugs pieprasījums pēc speciālistiem, kas ir zinoši transporta sistēmu loģistiskā, tehnoloģiskā un tehniskā nodrošinājuma jautājumos.

Pasaules līmeņa zināšanas minētajās tehnoloģijās Jūs varat apgūt RTU Transportmašīnu tehnoloģiju institūtā - TTI. TTI iegūtas zināšanas dos Jums iespēju būt konkurētspējīgam darba tirgū.

TTI piedāvā šādas studiju programmas, kuru ietvaros var iegūt gan akadēmisko, gan arī profesionālo izglītību.

Studiju programmas:

• 
  TRANSPORTA SISTĒMU INŽENIERIJA (TRANSPORT SYSTEMS ENGINEERING)
  
• 
  TRANSPORTS (TRANSPORT)
  

Specializācijas:

• LOĢISTIKA UN TRANSPORTA SISTĒMAS

• 
  TRANSPORTA SISTĒMU TEHNISKAIS NODROŠINĀJUMS
  
• 
  TRANSPORTMAŠĪNU EKSPLUATĀCIJAS UN REMONTA TEHNOLOĢIJAS
  

Studiju līmeni:

• 
  Bakalaura profesionālās studijas:
  

Studiju ilgums: 4 gadi

Iegūstamais akadēmiskais grāds: bakalaura profesionālais grāds

transportsistēmu inženierijā

Iegūstama kvalifikācija: transportsistēmu inženiera profesionālā

kvalifikācija

• 
  Maģistra profesionālās studijas:
  

Studiju ilgums: 2 gadi

Iegūstamais akadēmiskais grāds: maģistra profesionālais grāds

transportsistēmu inženierijā

Iegūstama kvalifikācija: transportsistēmu inženiera profesionālā

kvalifikācija

• 
  Maģistra studijas:
  

Studiju ilgums: 2 gadi

Iegūstamais akadēmiskais grāds: inženierzinātņu maģistrs transporta un

satiksmes zinātnē

• 
  Doktora studijas:
  

Studiju ilgums: 3 gadi

Iegūstamais akadēmiskais grāds: inženierzinātņu doktors
Transporta sistēmu inženierija – tā ir specifiska darbības sfēra, kas ietver sevī zināšanas sekojošās jomās:

• 
  loģistika
  
• 
  multimodālie un intermodālie pārvadājumi
  
• 
  starptautisko pārvadājumu tehniskais nodrošinājums
  
• 
  kravu ekspedīcija
  
• 
  kravu uzglabāšanas un apkalpošanas sistēmas
  
• 
  transporta terminālu uzbūve
  
• 
  transporta plūsmu analīzes un prognozēšanas metodes
  
• 
  transporta ekonomika un organizācija
  
• 
  transportmašīnu uzbūve
  
• 
  CAD/CAM/CAE tehnoloģijas transportmašīnbūvē
  
• 
  transporta līdzekļu tehniskās apkopes tehnoloģijas
  
• 
  transporta līdzekļu remonts
  
• 
  ekspluatācijas darba vadība
  
• 
  mašīnbūves tehnoloģija
  
• 
  darbu mehanizācijas un automatizācijas līdzekļi
  

RTU TMF INSTITUTE OF TRANSPORT VEHICLES TECHNOLOGY

ADDRESS: 1 Lomonosova Str (block V), Rīga LV-1019, Latvia

TELEPHONE: [phone]

FAX: [phone]

E-MAIL: [e-mail]

INTERNET: http://omega.rtu.lv/tti

HEAD: Professor, Dr.h.Sc.Ing. Aleksandrs Urbahs
In the nearest future there will appear an increasing demand for professionals able to find solutions to problems in the field of transport system logistics as well as in technological and technical support in all spheres of transport. In modern transport systems a special place is taken by the most progressive technologies connected to the realization of so called multimodal and intermodal transportation involving the use of basic kinds of transport (railway, moto, marine and air) in their optimal combination. From the logistic, technical and technological point of view, the above mentioned direction is considered to be one of the most complicated and comprehensive.

In RTU Institute of Transport Vehicles Technologies (TTI) you can gain knowledge about the above discussed technologies which corresponds to international standards. The education gained in TTI will enable you to become a competitive employee at the modern labour market.

The study programme - ‘Transport System Engineering’ - envisages the training of such professionals in Latvia. The studies are realized at two levels: Bachelor professional studies and Master professional studies. Thus, the program provides both academic and professional education.

Transport system engineer training according to ‘Transport System Engineer’ program is realized in compliance with the requirements of PS0253 profession standard.

The profession standard was elaborated by RTU professionals in cooperation with Latvian Maritime Academy’s (LMA) and Latvian Agricultural University’s (LAU) professionals which gave opportunity to consider the logistic, technical and technological peculiarities of engineers’ professional activity with regard to combined transport systems. In accordance to the professional standard, transport system engineer should become an experienced and skillful manager of transport system technical, technological, executive and organization processes as well as an originator of basic operation strategy, an executive of operation policy and an initiator of innovations, improvements and changes. Transport system engineer might be employed in companies, organizations or research and educational institutions which deal with elaboration and servicing of effective transport technological systems and technologies related to logistic and technical support of cargo and passenger transportation.
TTI offers study programs involving both academic and professional education.

Study programs:

• 
  TRANSPORT SYSTEM ENGINEERING
  
• 
  TRANSPORT
  

Study specialization:

• LOGISTICS AND TRANSPORT SYSTEMS

• 
  TECHNICAL SUPPORT OF TRANSPORT SYSTEMS
  

• 
  TRANSPORT VEHICLES MAINTENANCE AND REPAIR TECHNOLOGIES
  

Study levels:

• 
  Bachelor professional studies:
  

Program duration: 4 years

Academic degree awarded: Bachelor’s professional degree

Transport System Engineering

Qualification awarded: Transport System Engineer

professional qualification

• 
  Master professional studies:
  

Program duration: 2 years

Academic degree awarded: Master’s professional degree in

Transport System Engineering

Qualification awarded: Transport System Engineer

professional qualification

• 
  Master studies:
  

Program duration: 2 years

Academic degree awarded: Master of Science Engineering in

Transport and Traffic

• 
  Doctoral studies:
  

Program duration: 3 years

Academic degree awarded: Doctor of Science Engineering
The process of Doctoral studies should contain obligatory research and innovative elements. Along with theoretical knowledge on transport system innovative technologies, persons working for Doctor’s degree are to take part in the realization of fundamental and business scientific research projects, carry out experimental researches, take part in creating inventions which will turn into real patents, will be presented at technical exhibitions as well as introduced into industry.
Study program description:
Transport system engineering is a specific sphere combining knowledge from the following branches of industry:

• 
  Logistics
  
• 
  Transport system functioning
  
• 
  Multimodal and intermodal transportation
  
• 
  Cargo shipping
  
• 
  Cargo storage and service systems
  
• 
  Technical support of international transportation
  
• 
  Organization and transportation of passenger transportation
  

• 
  Traffic safety
  
• 
  Transport terminal building
  
• 
  Methods of transport flood analysis and prognosis
  
• 
  Transport economics and organization
  
• 
  Legal organization of transport services
  
• 
  Cargo and commerce organizing and management
  
• 
  Computer modelling of transport processes
  
• 
  Modern computer software applications
  
• 
  Formalization and programming of transport problems
  
• 
  Electronic business
  
• 
  Transport machine building
  
• 
  CAD/CAM/CAE technologies in machine building
  
• 
  Vehicle servicing technologies
  
• 
  Vehicle repair
  
• 
  Means of work mechanization and automation
  

dEPARTMENT OF COMPUTER

SIMULATION AND TECHNOLOGIES OF transport VEHICLES

Head:	Professor, Dr.habil.sc.ing. ALEKSANDRS URBAHS
Phone:	[phone]
E-mail.:	[e-mail]

STAFF

Title	Degree	Name, surname	E-mail:
Professor, head of the department	Dr.habil.sc.ing.	Aleksandrs Urbahs	[e-mail]
Professor	Dr.habil.sc.ing	Valerijs Ushakovs	[e-mail]
Professor	Dr.habil.sc.ing	Anatolijs Kobcevs	[e-mail]
Researcher	Mr.sc.ing	Konstantins Savkovs	[e-mail]
Researcher	Mr.sc.ing	Vladislavs Nesterovskis	[e-mail]
Lektor	Mr.sc.ing	Viktors Feofanovs	[e-mail]
Asistent	Mr.sc.ing	Uldis Gravitis	uldis.gravī[e-mail]
Asistent	Mr.sc.ing	Zoja Smorodova	[e-mail]
Asistent	Mr.sc.ing	Karina Savicka	[e-mail]

research topics

Logistics and transport systems

Acoustic Diagnostics of Machinery

Transport Vehicles Design

Automated design of special robots

Vacuum technologies

Mechanics of liquids, gas and plasma

Technologies of computer experiment and simulation in transport mechanical engineering

Dynamic of transport machines

FUNDED PROJECTS
Title of project	Source of funding	RTU holder of grant
Continuously CAD-integrated Reliability Analysis and Optimization of Technical Systems	ES 6 FP / LSC / MSE	Prof. Aleksandrs Urbahs
Creation of ionic-plasma coverings for protection and restoration of details for vehicle power-plants
SCIENTIFIC EQUIPMENT
Vacuum coater НHВ 6.6-И1
Magnetron sputtering source «Magnetron 2»*
Laser equipment «Квант-12» и «Квант-16»
Scanning Electron Microscope РЭММА-200
Optical microscopes МБС-10, МЕТАМ -Р1
X-ray diffractometer АДП-1
Microhardness measuring instrument ПМТ - 3
Galvanic equipment
Analytical balance АДВ-200М
Electric stoves МП-2УМ, СШОЛ
Test setup ZDM
Microhardness measuring instrument ПМТ-3
Universal ultrasonic flaw detector Krautkramer USM35S*
Eddy current inspection instrument HOCKING Locator2*
Glossmeters PicoGloss MC
Roughness measurement SurTest
Coating thickness measurement MiniTest™ 600FN
Coating thickness measurement MiniTest™ 400W
Coating thickness measurement eXacto®