Õppeaine eesmärk on:
- tuvastada ja analüüsida erinevaid logistika teemasid (nt sisenev logistika, tootmislogistika, transpordilogistika, jaotuslogistika, tagastuslogistika, laondus, militaarlogistika);
- koostada tarneahela kavandamise ja juhtimise protsessi (nt nõudluse prognoosimine, tarneahela modelleerimine, IKT logistikas ja/või tarneahela juhtimises, kvaliteedi- ja riskijuhtimine);
- eristada ja kujundada transpordi planeerimise protsessi (nt prognoosimudelid, transpordi infrastruktuuri planeerimine, ITS);
- saada ülevaade ja uusi lähenemisi sõidukile selle erinevatele osadele rakendatavatest dünaamilistest koormustest.

This course aims to:
- analyze and identify research topics in logistics (e.g., inbound logistics, production logistics, transportation logistics, distribution logistics, reverse logistics, warehousing, military logistics);
- compile and draw up the supply chain engineering and management process (e.g., demand forecasting, supply chain modeling, ICT in logistics and/or supply chain management, quality, and risk management);
- distinguish and shape the transportation planning process (e.g., forecasting models, transport infrastructure planning, ITS);
- get an overview and new approaches of dynamic loads applied to the vehicle to the different parts of it.

Aine läbinud üliõpilane:
- eristab ja diagnoosib logistika, tarneahela inseneri ja transpordiplaneerimise uurimis- ning tehnoloogia teemasid;
- struktureerib ja viib ellu tarneahela protsessi, logistikaoperatsioone ning transpordi planeerimist;
- kavandab ja planeerib logistilisi toiminguid ja tarneahela toimivust;
- hindab ja analüüsib sõidukite mitme kerega süsteemide dünaamikat;
- tuvastab akustika põhiprintsiipe ja analüüsib akustilise kiirguse probleeme.

After completing this course, the student:
- distinguished and diagnoses research and technological topics in logistics, supply chain engineering, and transport planning;
- structures and implements the supply chain process, logistics operations, and transport planning;
- designs and plans operations and the supply chain performance;
- evaluates and analyzes the dynamics of multi-body systems of vehicles;
- identifies the basic principles of acoustics and analyzes the problems of acoustic radiation.

Kursusel käsitletavad valdkonnad: logistika teemad (nt sisenev logistika, tootmislogistika, transpordilogistika, jaotuslogistika, tagastuslogistika, laondus, militaarlogistika); tarneahela haldamise ja juhtimise protsessiga seotud probleemid (nt nõudluse prognoosimine, tarneahela modelleerimine, IKT logistikas ja/või tarneahela juhtimises, kvaliteet ja riskijuhtimine); teemad transpordi planeerimise protsessis (nt prognoosimudelid, transpordi infrastruktuuri planeerimine, ITS); sõidukite mitme-keresüsteemide dünaamika; akustika põhitõed, akustilise kiirguse probleemide analüüs.

Areas covered during the course: topics in logistics (e.g., inbound logistics, production logistics, transportation logistics, distribution logistics, reverse logistics, warehousing, military logistics); issues in supply chain engineering and management process (e.g., demand forecasting, supply chain modeling, ICT in logistics and/or supply chain management, quality, and risk management); topics in the transportation planning process (e.g., forecasting models, transport infrastructure planning, ITS); issues of dynamics of multi-body vehicles; basics of acoustics, analysis of acoustic radiation problems.

Kujundav hindamine. Eksamihinde alus on kirjaliku testi (50% lõpphindest) ja suulise eksami tulemus (50% lõpphindest). Eksamikomisjoni moodustab logistika ja transpordi teaduskeskuse juht.

The examination mark is based on the result of the general written test (50% out of final grade) and oral examination with a board of examination formed by the head research centre of logistics and transportation (50% out of final grade).

Iseseisev töö õppematerjalide ja kirjandusega ning ülesannete lahendamine.

Independent working with study materials and literature, and solving exercises.

The doctoral thesis supervisor recommends articles and monographs in coordination with the responsible lecturer of a subject.
Additional reccomended literature:
- Blundell, M. V.; Harty, D.; The Multibody Systems Approach to Vehicle Dynamics, 2004. Butterworth-Heinemann; 2nd edition.
- Thomson, William T.; Theory of Vibrations with Applications. 1997. Pearson; 5th edition.
- Pierce , Allan D.; Acoustics: An Introduction to Its Physical Principles and Applications . 1989. Physics Today 34(12).

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