Article

Improving Teams Performance in Pilotage Waters


by Herman Broers - published on 31 March 2022 266 -

Introduction

This paper aims to explore the possibilities of improving team performance on the bridge in pilotage waters. In Bridge Resource Management, the integration of the pilot in the bridge team is an issue open to discussion. In this paper, the pilot will NOT be considered part of the bridge team for several reasons: He is not familiar with the bridge layout, nor is he familiar with the bridge team. Finally, the formal (legal) framework is much different for a pilot than for the captain, officers, and crew of a ship. However, this does not stand in the way of a successful collaboration. The pilot and the bridge team have a common goal: to navigate the ship safely and smoothly.  With the introduction of the term NAVteam, the actual course of events onboard is outlined as it is in practice in pilotage waters. This also opens the possibility of adding the other teams involved in navigating the ship, such as linesmen, port authorities and tugs. They all share the common goal. From the architecture of this multi-team, recommendations are made for optimal functioning by means of a so-called team Effectiveness model.  

The NAV-team

The team involved in navigating a ship will be called NAV-team. A general definition of a team is: A group of people with different skills and different tasks, who work together on a common project, service, or goal with a meshing of functions and mutual support (washington.edu, 2021),P.1.  The goal of the NAVteam can be formulated as follows: “To navigate the ship safely and smoothly into or out of port in the most efficient way”. It is assumed that the ship is subject to compulsory pilotage and will use tugboats and linesmen in the process. 

 

Composition of the NAV-team

Directly involved in the safe navigation of the ship are the Bridge Team: A master, OOW(s), crew member(s); The pilot(s): one or more maritime pilots; Tugboat(s) teams; Linesmen teams. Indirect involvement in the safe navigation of the ship is from HCC and VTS, providing information, advice, or instructions. 

From the above, it is clear there is a multi-team, which is self-managed because of various characteristics, such as the autonomy of all teams. The pilot is not part of the bridge team in this structure. Figure 1 shows the architecture of the NAVteam. All communication is depicted by red arrows.  The pilot plays a central role in all forms of communication. 

Characteristics of the NAV-team

As per (Robbins et al., 2017) P.275, there are various characteristics that define a team. To this paper, the characteristics Interests and Duration have been added. 


  1. Goal: To navigate the ship safely and smoothly into or out of port in the most efficient way.
  2. Synergies: Different. The bridge team has specific knowledge about the ship’s equipment, its characteristics, and the layout of various equipment such as mooring layout. The Pilot has specific knowledge on geography, traffic patterns and -density, local procedures and maneuvering with various ships in differing conditions. The tugboat teams are specialized in assisting the ship using tugs, under the direction of the pilot. Linesmen are experts in mooring a vessel in a safe, efficient way. 
  3. Accountability: Different. Each player has different accountabilities. The captain is accountable to the flag state of his ship and the country he visits. Moreover, he is accountable to his employer, company, and charterer. The pilot has no commercial interests; however, he is subject to national laws and pilotage regulations. The Tug Master is subject to his tug’s flag state regulations and his employer, whereas the linesman is accountable to national law and his companies’ regulations. 
  4. Skills: Various, see above “Synergies”.
  5. Interests: Various, both public and private interests play a role in this team.
  6. Duration of the team: The length of the voyage from pilot station to berth, vice versa.

 

Team Effectiveness Model

In  (Robbins et al., 2017), P.279 the team effectiveness model is defined (figure 2). To improve the effectiveness of the NAV-team, all components of this model will be considered.


  1. Context

Adequate resources: Upon boarding the vessel, the pilot and captain determine the voyage plan. Based on the fairway characteristics and the meteorological conditions, the use of tugboats and linesmen will be discussed and determined.  For some categories of ships, the harbor master department stipulates the use of tugboats and linesmen.

Suggestion 1 for improvement: Pilot is to send his proposed voyage plan and planned use of additional services (tugs and linesmen) to the ship and tug and linesmen operator. This may include meteo data to support his advice. This is done to avoid delays in passage time because of lack of resources (Tugs and linesmen)

Leadership and structure: In a multi-team environment as described here, there is not one person or team that can be appointed as leader. When a ship is under pilotage, roles and responsibilities are generally well established. Every team has its own safety- and operational restrictions. A good understanding of these restrictions is needed by all teams, and they should therefore be established before the operation takes place. Every team must respect each other’s position. 

Suggestion 2 for improvement: It should formally be established at what point the captain or the pilot has the conn of the ship.

Climate of trust: The NAV-team is formed on an ad-hoc basis, making it impossible for team members to get to know one another before and after an operation takes place. Mutual trust will therefore mainly be based on perception, reputation, appearance, and professional and personal behavior. 

Suggestion 3 for improvement: Professionalism is the key to success.  Never be unprofessional, whatever the hour of day, or whatever the task may be.

Performance Evaluation and reward system:  Evaluation hardly ever takes place upon completion of a voyage of a ship. Most of the times, pilot, tugs, and linesmen are off to another job very quickly. It would however be beneficial to all players in the process to evaluate a ship’s navigation, especially when problems or unexpected events have arisen. 

Suggestion 4 for improvement: A pilot should initiate the evaluation or debriefing of each voyage with the ship’s master. Whenever needed, tugs masters, linesmen, VTS-operators could be involved as well. This can be done on an informal basis. A just culture must be in place to achieve this. 


  • Composition

Since the NAV-team is created on an ad-hoc basis, the abilities of the team members stem from the reputation, certification, and experience of previous cooperation with these parties. Personalities, and team member preference play a very minor role. Diversity is guaranteed by having experts from the ship, the pilots, tugs, and linesmen available. The size of teams is discussed before the operation between captain and pilot. The finalcomposition of the NAV-team cannot be influenced easily. The nature of the voyage, determined by the ship’s properties and dimensions, the fairway dimensions, the meteorological conditions, the berth layout, and the availability of resources make up the composition of the team. Each team member is dispatched by their own organization to the job at hand on very short notice. E.g., a tugboat operator will dispatch the tug that is most suitable for the job, within the required time frame, fitting into the schedule of the tug. The same goes for linesmen and pilot. 

Suggestion 5 for improvement: Team composition information should be shared between all separate actors to manage the expectations of all involved. This can be done using an electronic means of communication in a port community system.


  • Process

The Common plan and purpose should be clear from the start: to navigate the ship safely and smoothly into or out of port. The specific goals are set for each participating team. E.g., linesmen are to set the mooring lines in cooperation with the ship’s mooring gangs in a specific predefined order. At the same time the tugs are to perform their duties in their own, well-orchestrated manner. These goals should be communicated by VHF in a timely, unambiguous manner. In this way, a shared mental model emerges, which allows all teams and team members to understand their duties well in advance. As a result, possible task conflicts will come up before the operation takes place and can be discussed and resolved. 

Suggestion 6 for improvement: The pilot is to communicate all process details in a concise, unambiguous manner to all teams in a timely manner. Suggestions of all teams should be considered, and possible conflicts should be resolved before an operation takes place. 

References

Robbins, S., Judge, T., & Campbell, T. (2017). Operational behaviour (2nd ed.). Pearson. 

washington.edu. (2021). Team definition. Team Definition P.1. https://courses.washington.edu/ie337/team.pdf

Unlimited License Maritime Pilot, Port of Rotterdam. Pilot ladder safety, active marine pilot - Loodswezen Rotterdam - Rijnmond


Maritime Pilot in port of Rotterdam, Author of www.pilotladdersafety.com
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Video Berthing, Anchoring & other Mooring Operations | Berthing (Part 1)

published on 8 September 2021

Course Name: Berthing, Anchoring & other Mooring Operations
Topic Name: Berthing

0

Opinion Pilot safety: a crucial component of navigation safety

by MS Amlin Marine - published on 22 October 2024

The latest MS Amlin Marine circular, compiled by theTechnical Loss Prevention Consultant Peter van der Kroft, focuses on the importance of pilot safety in marine navigation.

0

Video Understanding Plimsoll Line

published on 17 February 2020

Maritime Education

1

Video Electronic Chart Standards: IHO ECDIS and ENC

published on 29 October 2019

Tom Mellor - C​hairman of the IHO Electronic Navigational Chart Working Group (ENC WG) and Head of Digital Standards at the UKHO - explains what the IHO's ECDIS and ENC Standards mean.

0

Article Predicting Maritime Pilot Selection with Personality Traits

by Marine-Pilots.com - published on 7 July 2021

The purpose of this quantitative, ex post facto study was to assess P-J fit theory by examining the relationship between personality traits, as measured by Jackson’s (1984) PRF-E, and selection for a maritime pilot job.

0

Video Should the Captain go down with the sinking ship?

published on 9 November 2020

1:19 What is the history? 2:14 If we fast forward to the modern era, what has changed? 3:00 How have things impacted the modern Captain? 3:33 What are the typical laws on the subject in some countries? 4:05 How is it different from other leadership positions? 5:34 What needs to change? Blog - https://www.melvinmathews.com/ Linkedin - https://www.linkedin.com/in/melvin-mathews/ Twitter - https://twitter.com/melvinsmathews Facebook - https://www.facebook.com/melvin.mathews.37 Instagram - https:...

1

Article Watch out for hydrodynamic effects when manoeuvring your ship in restricted waterways

by SWZ|Maritime - published on 14 October 2021

Research on hydrodynamic interaction indicates that if the speed of the ship near a bank is too high, the rudder may be less able to cope with the forces induced and control will be lost. The Nautical Institute highlights this in its latest Mars Report, in which an LPG carrier hit a barge being towed by a tugboat as a result of hydrodynamic forces.

1

Video A Day in the Life of a Marine Pilot - Sipho Mnisi

published on 26 October 2021

We continue to spotlight our marine services employees this #TransportMonth. Come spend A Day in the Life of Sipho Mnisi, Marine Pilot at the Port of Durban.
#MarinePilot #PortofDurban #ADayIntheLifeof #TransportMonth #SenzaKwenzeke #TransnetNPA

0

Article Marine Accident Investigation Branch (MAIB) Annual Report 2021 published

published on 10 June 2022

The UK Marine Accident Investigation Branch’s (MAIB) has published their latest annual report showing that pilot ladders remain a safety issue for workers.

0