1) Introduction to green transport and logistics, basic problems of green transport and logistics, legislative framework.
2) General principles of operation research methods suitable for modeling problems in the field of green transport and logistics – linear programming, queuing theory, discrete simulation.
3) Minimization of negative environmental impacts in the design of single-stage distribution systems based on shuttle trips.
4) Minimization of negative environmental impacts in the design of two-stage distribution systems based on shuttle trips.
5) Minimizing negative environmental impacts when designing single-stage distribution systems based on circular trips.
6) Minimizing negative environmental impacts when designing two-stage distribution systems combining shuttle and circular trips.
7) Designing control plans for shuttle control needs during road closures.
8) Designing control plans for light-controlled intersections, including green wave modeling to minimize negative environmental impacts.
9) Deploying environmentally friendly charging stations for various media on the transport network.
10) Dimensioning the service capacity of charging stations using queueing theory – analytical approaches.
11) Dimensioning the service capacities of charging stations using queueing theory – simulation approaches.
12) Minimizing negative environmental impacts when designing production logistics plans with universal machines.
13) Minimizing negative environmental impacts when designing production logistics plans with single-purpose machines.
2) General principles of operation research methods suitable for modeling problems in the field of green transport and logistics – linear programming, queuing theory, discrete simulation.
3) Minimization of negative environmental impacts in the design of single-stage distribution systems based on shuttle trips.
4) Minimization of negative environmental impacts in the design of two-stage distribution systems based on shuttle trips.
5) Minimizing negative environmental impacts when designing single-stage distribution systems based on circular trips.
6) Minimizing negative environmental impacts when designing two-stage distribution systems combining shuttle and circular trips.
7) Designing control plans for shuttle control needs during road closures.
8) Designing control plans for light-controlled intersections, including green wave modeling to minimize negative environmental impacts.
9) Deploying environmentally friendly charging stations for various media on the transport network.
10) Dimensioning the service capacity of charging stations using queueing theory – analytical approaches.
11) Dimensioning the service capacities of charging stations using queueing theory – simulation approaches.
12) Minimizing negative environmental impacts when designing production logistics plans with universal machines.
13) Minimizing negative environmental impacts when designing production logistics plans with single-purpose machines.