Port Management and Operations: Yard, Vessel & Gate Planning

At the end of this section, you will be able to understand six main points.

First, you will understand integrated terminal operations.

This means understanding how different terminal departments work together as one system.

Second, you will understand the importance of Key Performance Indicators, also called KPIs,
in terminal performance.

Third, you will have an overview of the operational process flow within the terminal.

Fourth, you will understand the role and responsibilities of the yard planning team.

Fifth, you will understand the coordination between yard planning, vessel planning,
and other operational teams.

And finally, you will understand why safety is important in yard planning operations.

These topics are very important because yard planning is connected to almost every movement inside the terminal.

At the end of this section, you will be able to understand six main points.

First, you will be able to describe the key parts of a container’s construction.

Second, you will understand the ISO container characteristics identifier.

Third, you will understand the ISO alpha code.

Fourth, you will describe the key container types.

Fifth, you will understand IMO label types used for hazardous cargo.

And finally, you will understand out of gauge cargo and break bulk cargo.

These topics are important because yard planning depends on correct container information.

If the information is wrong, the container may be planned in the wrong area, handled by the wrong equipment, or stored in an unsafe location.

Welcome back. In the previous section, we talked about container construction, ISO codes, and container types. Now, we will continue with special cargo requirements, including reefers, hazardous cargo, out of gauge cargo, and break bulk cargo.

At the end of this section, you will be able to understand six main points.

First, you will be able to describe the attributes of an Automatic Rail Mounted Gantry.

Second, you will understand the ARMG terminal and stacking layout.

Third, you will understand the ARMG operational processes.

Fourth, you will describe the different ARMG yard stacking strategies and the variables that affect these strategies.

Fifth, you will understand different types of ARMG yard layouts and stacking strategies.

And finally, you will understand the impact of stacking strategies on yard planning.

These points are important because yard planning is not only about storage.

It is about using the yard space correctly, reducing unnecessary moves, supporting vessel operations, and keeping the operation safe.

Welcome back. In the previous section, we introduced the ARMG yard, its layout, operational process, and the main variables that affect stacking. Now, we will focus on the different ARMG stacking strategies and their impact on yard planning.

At the end of this section, you will be able to understand five main points.

First, you will be able to describe the attributes of Rubber-Tired Gantry cranes, or RTGs.

Second, you will understand the RTG terminal and stacking layout.

Third, you will understand the RTG operational processes.

Fourth, you will describe the different RTG yard stacking strategies and the variables that affect them.

And finally, you will understand the difference between RTG and ERTG.

ERTG means Electric Rubber-Tired Gantry crane.

These points are important because RTG yard planning affects productivity, yard capacity, truck flow, safety, and equipment utilization.

The objective is not to memorize technical details.

The objective is to understand how an RTG yard works and what the planner must consider when planning containers.

At the end of this section, you will be able to understand five main points.

First, you will be able to describe the attributes of a straddle carrier, also called SC.

Second, you will understand the SC terminal layout and stacking layout.

Third, you will understand the SC operational processes in an ARMG yard.

Fourth, you will describe the different SC yard stacking strategies and the variables that affect them.

And finally, you will understand different types of SC yard layout and stacking strategies.

These topics are important because the yard system affects how containers move, how they are stored, and how efficiently the terminal can operate.

The objective is simple.

By the end of this unit, you should understand how a straddle carrier yard works and what yard planners must consider when planning this type of operation.

At the end of this section, you will be able to understand five main points.

First, you will be able to describe the attributes of a chassis.

Second, you will understand the chassis terminal layout and parking layout.

Third, you will understand the chassis operational processes.

Fourth, you will describe the different chassis yard parking strategies and the variables that affect them.

And finally, you will understand different types of chassis yard layout and parking strategies.

These topics are important because chassis operations are different from normal stacked yard operations.

In a stacked yard, we think about blocks, rows, bays, and tiers.

But in a chassis yard, we think more about parking slots, traffic flow, truck access, and space utilization.

The objective is simple.

By the end of this unit, you should understand how a chassis yard works and what the planner must consider when organizing this type of yard.

At the end of this section, you will be able to understand five main points.

First, you will be able to describe information and data sources used in yard planning.

Second, you will understand the inputs, processes, and outputs for berth planning, yard planning, and vessel planning.

Third, you will understand the high-level yard plan.

Fourth, you will understand dwell time.

And finally, you will understand the detailed plan for execution.

These topics are important because yard planning depends on correct information and good coordination.

If the data is wrong, the plan can be wrong.

And if the plan is wrong, the operation can face delays, extra moves, congestion, and safety risks.

So, in this unit, we will look at how information becomes a plan, and how the plan supports the real operation.

Welcome back. In the previous section, we talked about planning inputs, outputs, vessel planning, yard planning, and process control. Now, we will continue with the high-level yard plan, dwell time, and the detailed plan for execution.

At the end of this section, you will be able to understand four main points.

First, you will be able to describe the yard planning process maps.

Second, you will understand possible problem resolution scenarios.

Third, you will understand housekeeping, including productive and unproductive moves.

And fourth, you will understand how KPIs are used to measure efficiency.

These points are very important because execution is not only about moving containers.

It is also about controlling the flow, checking the plan, solving problems, and measuring performance.

For beginners, remember this point: execution connects planning, people, equipment, communication, and performance.

At the end of this section, you will be able to understand five main points.

First, you will recognize the importance of the vessel planner.

Second, you will understand the importance of integrated operations.

Third, you will understand the role of the vessel planner within integrated operations.

Fourth, you will understand the need for KPIs to measure efficiency within the vessel planning process.

And finally, you will be able to explain the vessel planning process inside the terminal, including interaction with other roles and information flow.

These points are important because vessel planning does not work alone.

The vessel planner must communicate with yard planning, gate operations, berth planning, process control, the vessel crew, the vessel agent, and other internal and external teams.

The objective is simple.

By the end of this unit, you should understand how vessel planning supports the full terminal operation.

At the end of this section, you will be able to understand five main points.

First, you will recognize the basic container types.

Second, you will understand the principal dimensions and terminology used for vessels.

Third, you will understand the various stresses and strains that affect vessels.

Fourth, you will recognize the structural elements that help the vessel resist these stresses.

And finally, you will understand the method used to identify container positions on ships.

These topics are important because vessel planning is not only about moving boxes.

The planner must understand how the vessel is built, how cargo weight affects the ship, and how container positions are identified.

The objective is simple.

By the end of this unit, you should understand the basic language used between vessel planners, yard planners, vessel crew, and terminal operations teams.

Welcome back. In the previous section, we talked about container types, vessel dimensions, and ship stresses. Now, we will continue with ship structure, vessel arrangements, and how container positions are identified on board.

At the end of this section, you will be able to understand several important points.

First, you will understand the impact of vessel stowage on the ship.

Second, you will understand the relationship between buoyancy and weight.

Third, you will recognize the application of moments.

Fourth, you will understand the stability limits imposed by IMO.

Fifth, you will understand the causes of list and why correction is needed.

You will also understand the effect of loading on draft and trim.

You will learn the meaning of shear force and bending moments.

You will recognize the forces imposed on a container stack.

You will understand why limitations are placed on stack height and weight.

And finally, you will understand why wind effect must be considered in stack planning.

These topics may sound technical, but we will explain them in a simple way.

The objective is not to become a naval architect.

The objective is to understand why vessel planning is a safety-critical activity.

Welcome back. In the previous section, we talked about the basic stability concepts, list, and trim. Now, we will continue with stack height limitations, forces on containers, lashing forces, and wind effect.

At the end of this section, you will be able to understand four main points.

First, you will be able to explain how vessel planning is conducted.

Second, you will understand the influence of factors such as crane splits.

Third, you will understand vessel planning strategy.

And finally, you will discuss the effect of external limitations, such as dangerous goods.

These points are important because vessel planning is not only about loading and discharging containers.

It is also about productivity, safety, vessel stability, yard readiness, special cargo, and communication with different teams.

The objective is simple.

By the end of this unit, you should understand how a vessel plan is built and how it supports safe and efficient terminal operations.

Welcome back. In the previous section, we discussed the foundations of vessel planning and how planners create a safe and efficient stowage plan. In this video, we will focus on operational planning, including crane allocation, vessel productivity, work sequencing, and the practical challenges that vessel planners face every day.

At the end of this section, you will be able to understand seven main points.

First, you will understand the importance of integrated operations.

Second, you will understand why Key Performance Indicators, also called KPIs, are needed.

Third, you will understand the role of the gate operator within integrated operations and within the operational organization.

Fourth, you will understand the gate operator’s role in maintaining a safe working environment.

Fifth, you will understand how the gate operator interacts with internal and external groups.

Sixth, you will understand the gate operator’s interaction with external stakeholders.

And finally, you will understand the importance of customer service in gate operations.

These points are important because gate operations affect the full terminal flow.

A delay at the gate can affect the yard, the vessel, the customer, and the truck community.

At the end of this section, you will be able to understand seven main points.

First, you will be able to describe basic container types and their attributes.

Second, you will understand reefer containers and special cargoes.

Third, you will understand chassis and trailer attributes.

Fourth, you will understand container seal attributes.

Fifth, you will understand the reasoning for placement and configuration of terminal gates.

Sixth, you will describe the different types of equipment used at gates.

And finally, you will understand the straddle carrier operation from the gate perspective.

These points are important because gate operations depend on accuracy.

If the gate team records wrong information, the mistake can affect the yard, the vessel, the customer, and the terminal system.

At the end of this section, you will be able to understand six main points.

First, you will understand the requirement for the exchange of data and information.

Second, you will understand the interrelationships with internal groups.

Third, you will understand the interrelationships with external groups.

Fourth, you will understand container damage reporting and the Equipment Interchange Receipt, also called EIR.

Fifth, you will understand the processing of dangerous goods.

And finally, you will understand the need for data relating to terminal security.

These points are important because gate operations are not only physical operations.

They are also information-driven operations.

The gate team needs the right data, from the right source, at the right time.

Welcome back. In the previous section, we talked about data exchange and internal coordination. Now, we will continue with external groups, customs, trucking companies, damage reporting, dangerous goods processing, and terminal security.

At the end of this section, you will be able to understand nine main points.

First, you will understand the responsibilities of the terminal and the gate operator.

Second, you will understand the checking of receiving and delivery documentation

Third, you will understand container damage reporting, the purpose of a container seal, and the purpose of the EIR.

EIR means Equipment Interchange Receipt.

Fourth, you will understand full container processing for import and export containers.

Fifth, you will understand empty container processing, for receiving and delivery.

Sixth, you will understand reefer and special cargo processing.

Seventh, you will understand empty chassis processing.

Eighth, you will understand multiple transaction processing.

And finally, you will understand problem resolution scenarios.

These points are important because gate operations must be accurate, safe, and customer focused.

A small mistake at the gate can affect the yard, the vessel, the trucker, and the customer.

Welcome back. In the previous section, we talked about gate responsibilities, documentation, seals, and EIR. Now, we will continue with full container processing, empty container processing, reefer and special cargo processing, multiple transactions, and problem resolution.

At the end of this section, you will be able to understand eight main points.

First, you will understand railroad operator operations.

Second, you will know the attributes of a railcar.

Third, you will understand the interrelationship with internal terminal groups.

Fourth, you will understand railroad operator timetables.

Fifth, you will understand limiting factors, including rolling stock and planning considerations.

Sixth, you will understand single stack and double stack capabilities, and the differences between railroad networks.

Seventh, you will understand rail terminal layout and supporting container handling equipment.

And finally, you will understand problem resolution and safety inspection in rail operations.

These points are important because rail operations require planning, coordination, timing, and safety control.

Rail is not only about loading containers onto wagons.

It is about connecting the terminal, rail operator, yard, gate, cargo control, and inland transport network.

Welcome back. In the previous section, we talked about rail operators, railcars, timetables, and planning considerations. Now, we will continue with single and double stack capabilities, differences between rail networks, rail terminal layouts, and problem resolution.