using real aviation communications to create tasks for

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INTERNATIONAL CIVIL AVIATION ENGLISH ASSOCIATION supporting the use of English for aviation safety Using real aviation communications to create tasks for training and testing (2) Aline Pacheco (PUCRS) Ana Lú cia Monteiro (ANAC, ICAEA) Angela Garcia (ANAC, Carleton) Malila Prado (Fujian University of Technology) Patrícia Tosqui-Lucks (ICEA)

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Page 1: Using real aviation communications to create tasks for

INTERNATIONAL CIVIL AVIATION ENGLISH ASSOCIATION

supporting the use of English for aviation safety

Using real aviation communications

to create tasks for training and testing (2) Aline Pacheco (PUCRS)

Ana Lú cia Monteiro (ANAC, ICAEA) Angela Garcia (ANAC, Carleton)

Malila Prado (Fujian University of Technology) Patrícia Tosqui-Lucks (ICEA)

Page 2: Using real aviation communications to create tasks for

Collaborative Aeronautical English Corpus

• Webinar 5a: Let’s create a collaborative Aeronautical English corpus together?

AEROCORPUS

• Steps for compiling a corpus:

• Step 1 - Find a suitable RTF communication;

• Step 2 - Check if it has a transcript or transcribe it;

• Step 3 - Fill in the chart with the transcript;

• Step 4 - Fill in the chart with the information from the text;

• Step 5 - Save it at padlet. Done!

Page 3: Using real aviation communications to create tasks for

Today. Thank you!!!

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New Challenge

• Let’s see how many scripts we can have by November, 24th – 2 weeks

https://padlet.com/patricialucks/a2rp4dol4uhpswjm

• We will share the template AND guidelines for posting in the chat - in the end of the webinar.

• We will put together all transcripts we get collaboratively and share them all with the people who participated in this project

• Send us an e-mail to receive the corpus – or if you have questions

[email protected]

Page 5: Using real aviation communications to create tasks for

Objectives

To discuss the usefulness of Corpus Linguistics (CL) to

Language Testing and Assessment;

To present some applications of Corpus Linguistics to task design in the assessment of pilots and controllers.

Page 6: Using real aviation communications to create tasks for

Guide

Definitions

Usefulness of Corpus Linguistics to Language Testing and Assessment

Our focus

Construct specification – speaking and listening

Task design:

1) listening tasks;

2) speaking tasks.

Conclusion

References

Page 7: Using real aviation communications to create tasks for

Definitions

“Corpus linguistics is a research method which employs corpora for data

extraction. A linguistic corpus is a bank of texts stored in computers,

which allow for a (semi-) automatic extraction of data by using statistical

analysis”.

(Prado & Tosqui-Lucks, 2019, p. 116)

Page 8: Using real aviation communications to create tasks for

Corpus Linguistics can be useful at all phases of test development and validation (Cushing, 2017).

• Comparative analyses of :

1) specialized corpus vs. general corpus

2) learner corpus vs. expert users corpus

3) test performances corpus

Usefulness

Page 9: Using real aviation communications to create tasks for

Usefulness

Language testers can also check intuitions against empirical corpus data (Cushing, 2017):

1) For task and item design:

- make decisions about what features of language are criterial at different levels of proficiency,

- check the prevalence of certain error types for creating plausible distractors for multiple choice questions,

- identify the features that make listening or reading texts more or less difficult.

2) For rating scale design: based on the close analysis of learner language.

Page 10: Using real aviation communications to create tasks for

Usefulness

Taylor and Barker (2008) add that “corpora of language test content (input)

and of test-taker performance (output) provide language testers with

important archives that enable them to address key issues such as:

• comparability across test forms,

• rater training and standardisation,

• standard setting and maintenance of standards over time,

• and investigation of test bias across different test-taker populations”(p. 247).

Page 11: Using real aviation communications to create tasks for

Our focus

To use a specialized corpus (from expert users) in order to inform the design of test tasks and items that authentically reflect the target language use (TLU) domain.

professional context of international aeronautical RT communications LSP testing = Language for Specific Purpose testing (Douglas, 2000) LAPP = Language Assessment for Professional Purposes (Knoch & Macqueen, 2020)

Page 12: Using real aviation communications to create tasks for

Test development process

Test Specs

Frameworks

Models Construct framework - What complex of

knowledge, skills, or other attributes

should be assessed?

Evidence Models - What behaviors or

performances should reveal those

constructs?

Task Models - What tasks or situations

should elicit those behaviors?

(Adapted from Fulcher and Davidson, 2007, 2009)

Page 13: Using real aviation communications to create tasks for

Construct specification – Monteiro (2019)

Source: Adapted from Monteiro (2019, p. 220)

Page 14: Using real aviation communications to create tasks for

Interactional Competence - Definition

Interactional Competence refers to “the pragmatic relationship between participants’ employment of linguistic and interactional resources and the contexts in which they are employed …[and] how those resources are employed mutually and reciprocally by all participants in a particular discursive practice” (Young, 2011, p. 428).

Interactional competence “is not what a person knows, it is what a person does together with others” (p. 430).

Page 15: Using real aviation communications to create tasks for

Construct specification of listening tests

What needs to be assessed in relation to the listening performed by pilots in RT communications with the ATCOs (Garcia & Fox, 2020): - To understand main ideas; - To recognize words and numbers; - To understand both plain English and phraseology; - To extract specific meaning from both short and long transmissions; - To understand messages that differ from what was expected; - To use strategies in order to understand.

Page 16: Using real aviation communications to create tasks for

Interactive Listening

Interactive listening – John Field (2020, Webinar) “Listening as an equal partner in a conversation is much more cognitively demanding than (e.g.) listening to a recorded conversation:

a) lexical search and parsing – to tag pieces of language in short term memory to link their next utterance to the one they are hearing; b) meaning construction – to recognize the intention of the speaker, interpret pronouns and infer information that has not been explicitly mentioned”.

under extreme time pressure – construction of his/her next utterance

Page 17: Using real aviation communications to create tasks for

Task design

Methodology:

• Corpus – CORPAC (non-routine events) – specialized corpus

Pacheco, 2021 (forthcoming)

• Software - Wordsmith

• Concordance analysis – “confirm” to explore: • type of info that required confirmation/clarification • contexts in which they appeared

Page 18: Using real aviation communications to create tasks for

Task design

Page 19: Using real aviation communications to create tasks for

Task design

48 instances of confirm/confirmed/confirming

in the corpus

13 were from the same transcript

Page 20: Using real aviation communications to create tasks for

Task design

1) Listening tasks

• Construct to be measured – Ability to recognize words and numbers, understand main ideas, and to extract specific meaning from both short and long transmissions.

• Goal – To develop test tasks that require pilots and ATCOs to understand transmissions, including headings, distances, emergency situations, clarification requests, etc.

Selected task types - Completing a table

- Answering multiple choice questions

- Reporting what happened in a non-routine situation

- Answering questions about a non-routine situation

Page 21: Using real aviation communications to create tasks for

Task design

Task 1: You will hear a short pilot/ATCO transmission. Complete the table below filling in the spaces in the right column.

PILOT CALL SIGN , […]

ATCO Unreadable, please say again.

PILOT CALL SIGN, requesting heading for ditching.

PILOT Ditching.

PILOT MAYDAY, we need vectoring for the sea for ditching. Away

from the trees.

ATCO Unreadable. Confirm you need vectors to land or UH ditch

fuel?

PILOT Vectors for ditching. Ditching. The aircraft is uncontrollable.

We need vectors to land ditching.

ATCO Roger sir, in that case you can fly to […] fly heading 260.

PILOT We need vectoring to the sea, please. We will be ditching.

Come on! Ditching.

ATCO CALL SIGN, fly heading 260.

PILOT 260.

PILOT CALL SIGN, please, request vectoring to the sea area,

please. We will be ditching. Aircraft is completely unstable.

ATCO CALL SIGN, you have the river, if you turn, by the left or

right heading 260. It’s the closest thing.

PILOT 260 for the river, okay. Maybe ocean? Not so far.

ATCO The ocean is 40 miles from your position.

PILOT Okay, please request back to the river.

ATCO CALL SIGN, left heading 260.

PILOT Left heading 260.

1. Pilot’s initial request to

ATCO

2. The pilot wanted to avoid

3.The ATCO asked the pilot to

confirm if he wanted to

or

4. Problem reported by pilot

5. Heading assigned

6. Distance to the ocean

7. Instructions to reach the

river

Adapted script:

Page 22: Using real aviation communications to create tasks for

Task design

Task 1: You will hear a short pilot/ATCO transmission. Complete the table below filling in the spaces in the right column.

1. Pilot’s initial request to

ATCO

2. The pilot wanted to avoid

3.The ATCO asked the pilot to

confirm if he wanted to

or

4. Problem reported by pilot

5. Heading assigned

6. Distance to the ocean

7. Instructions to reach the

river

PILOT American 2493 , […]

ATCO Unreadable, please say again.

PILOT MAYDAY MAYDAY MAYDAY, American 2493, we need

vectors to the sea for ditching. We need to avoid trees.

ATCO American 2493, unreadable. Confirm you need vectors to

land or to dump fuel?

PILOT American 2493, vectors for ditching. Ditching. The aircraft is

uncontrollable. We need vectors to ditch.

ATCO American 2493, Roger sir, in that case you can fly to KMIA,

fly heading 260.

PILOT We need vectoring to the sea, please. We will be ditching.

Ditching.

ATCO American 2493, fly heading 260.

PILOT Heading 260, American 2493.

PILOT American 2493, please, request vectors to the ocean,

please. We will be ditching. Aircraft is completely unstable.

ATCO American 2493, you have the river, if you turn, by the left or

right heading 260. It’s the closest thing.

PILOT Heading 260 for the river, American 2493. Maybe the

ocean? Is it too far?

ATCO American 2493, the ocean is 40 miles from your position.

PILOT Okay, please request back to the river.

ATCO American 2493, left heading 260.

PILOT Left heading 260, American 2493.

Adapted script:

Page 23: Using real aviation communications to create tasks for

Task design

The pilot requested vectors to the ATCO in order to ….

a) dump fuel over the sea

b) ditch the aircraft

c) land on a clear field

d) land in an airport by the sea

The pilots were facing ….

a) unstable engine pressure

b) uncontrollable fire onboard

c) loss of Control In-flight

d) shortage of fuel

The pilot’s final intention was to be vectored to….

a) the sea, as it was 40 miles from the airport

b) the sea, as it was not so far from their position

c) the river, as it was 40 miles from their position

d) the river, as it was the closest option

Task 2: Listen to a short recording (same as Task 3) and choose the best option to complete each statement:

Page 24: Using real aviation communications to create tasks for

Task design

CORPAC 43:

PILOT – Approach, CALL SIGN, MAYDAY MAYDAY MAYDAY. We lost control… 4000 feet on heading 030.

(…)

PILOT– MAYDAY, we need vectoring for the sea for ditching. Away from the trees.

ATCO – Unreadable. Confirm you need vectors to land or uh ditch fuel?

PILOT – Vectors for ditching. Ditching. The aircraft is uncontrollable. We need vectors to land ditching.

ATCO – Roger sir, in that case you can fly to uh fly heading 260.

Adapting:

PILOT: MAYDAY, MAYDAY, MAYDAY, Miami Approach, American 2493, we lost control of the aircraft. Request vectors to the

sea for ditching. Away from the trees.

ATCO: American 2493, Miami Approach, Roger Mayday. Confirm you need vectors to land or dump fuel?

PILOT: Miami Approach, American 2493, we need vectors for ditching. Ditching. The aircraft is uncontrollable. I say again, we

need vectors to land on the sea.

ATCO: Roger, 2493, in that case you can fly heading 260.

Page 25: Using real aviation communications to create tasks for

Task design

Task 3: Listen to a short recording. Then, tell the examiner, in your own words, everything you understood. Task 4: Listen to a short recording. The examiner will then ask you some questions. a) What was the reason for the Mayday call?

b) What was the pilot’s request to deal with this situation? c) What information did the ATCO ask the pilot to confirm? d) How important was this request for confirmation, in your opinion? e) What was the heading assigned by the ATCO?

Page 26: Using real aviation communications to create tasks for

Task design

2) Speaking tasks • Construct to be measured – Interactional competence = ability to deal

with apparent misunderstandings, by checking, confirming and clarifying • Goal – develop scenarios for test tasks that require pilots and ATCOs to

confirm or clarify information/instructions

• Selected task types - Brazilian test for pilots (SDEA), Part 2

- roleplay for ATCOs

Page 27: Using real aviation communications to create tasks for

Task design

SDEA Part 2 – Interacting as a pilot (Mock version - example)

Interlocutor: You are going to land at Frankfurt Airport. Listen to Frankfurt Center and read back. Recording 1: ANAC 123, [traffic is overtaken]. [Descend to flight level two niner zero]. Test-taker reads back. Interlocutor: Imagine you have just experienced a rapid decompression. Call Frankfurt Center to report the situation and say your intentions. Test-taker interacts with ATCO. Recording 2: ANAC 123, [descend to flight level zero niner zero], [I understand you had a loss of hydraulic pressure], confirm? Test-taker interacts with ATCO, confirming or clarifying. Interlocutor: What did the controller say?

Test-taker responds.

Page 28: Using real aviation communications to create tasks for

Task design

Step 1: Setting the scene: context and routine communication (Option 1)

Task:

Interlocutor: You are going to land at Miami Airport.

Listen to Miami Approach and read back.

TRACK 1

ANAC 123, [turn left] [heading two-

seven-zero]; [descend and maintain

10 thousand]. [Expect ILS approach

runway 09].

Test-taker reads back.

CORPAC – Transcript 2

ATCO – CALL SIGN, turn heading two-seven-zero;

descend and maintain one-zero, ten thousand.

Expect the ILS runway nine approach.

...

PILOT- Miami Approach, CALL SIGN is eight

thousand- I mean, we’re at nine thousand to eight

thousand.

Page 29: Using real aviation communications to create tasks for

Task design

Step 1: Setting the scene: context and routine communication (Option 2)

Task:

Interlocutor: You are flying from Lisbon to Cairo,

climbing after departure. Listen to Lisbon Approach

and read back.

TRACK 1

ANAC 123, [turn left] [heading zero-

six-zero]; [climb and maintain 4000

feet] .

Test-taker reads back.

CORPAC – Transcript 43

An (COMPANY) Embraer 190 performing flight from

LPPT to HECA was climbing after departure when

the pilots reported a flight control problem stating

that the aircraft was totally uncontrollable.

PILOT: XXX Approach, CALL SIGN, MAYDAY

MAYDAY MAYDAY. Climbing 4000 feet on heading

060. Request…

Page 30: Using real aviation communications to create tasks for

Task design Step 2a: Non-routine communication

Task:

Interlocutor: Imagine you have lost control of the

airplane and decided to ditch the airplane in the sea.

Call Miami Approach to report the situation and say

your intentions. Test-taker interacts with ATCO. TRACK 2

(Confirm)

ANAC 123, [Descend to 2500], [QNH

1010]. [Confirm you wish the sea and not

the river?]

Or

ANAC 123, [Descend to 2500], [QNH

1010]. [Confirm you’d like to proceed for a

ditching over the sea?]

Test-taker interacts with ATCO, confirming or clarifying.

CORPAC – Transcript 43

PILOT – CALL SIGN, requesting heading for ditching.

PILOT – Ditching.

PILOT – MAYDAY, we need vectoring for the sea for ditching.

Away from the trees.

ATCO – Unreadable. Confirm you need vectors to land or UH

ditch fuel?

PILOT – Vectors for ditching. Ditching. The aircraft is

uncontrollable. We need vectors to land ditching.

_________

ATCO – CALL SIGN, descend to 2500 feet, QNH 1010.

...

ATCO – Confirm you wish the sea and not the river?

ATCO – Confirm, you’d like to proceed for a ditching over the

sea?

Page 31: Using real aviation communications to create tasks for

Task design Step 2b: Non-routine communication

Task:

Interlocutor: Imagine you have lost control of the

airplane and decided to ditch the airplane in the sea.

Call Miami Approach to report the situation and say

your intentions. Test-taker interacts with ATCO. TRACK

2a

(Clarify)

ANAC 123, [Descend to 2500], [QNH

1010]. [Confirm you wish the river and

not the sea?]

Or

ANAC 123, [Descend to 2500], [QNH

1010]. [Confirm you need vectors to

dump fuel over the sea?]

Test-taker interacts with ATCO, confirming or clarifying.

CORPAC – Transcript 43

PILOT– CALL SIGN, requesting heading for ditching.

PILOT – Ditching.

PILOT – MAYDAY, we need vectoring for the sea for ditching.

Away from the trees.

ATCO – Unreadable. Confirm you need vectors to land or UH

ditch fuel?

PILOT – Vectors for ditching. Ditching. The aircraft is

uncontrollable. We need vectors to land ditching.

_________

ATCO – CALL SIGN, descend to 2500 feet, QNH 1010.

...

ATCO – Confirm you wish the sea and not the river?

ATCO – Confirm, you’d like to proceed for a ditching over the

sea?

Page 32: Using real aviation communications to create tasks for

Task design

Interlocutor: You are going to land at Miami Airport. Listen to Miami Approach and read back.

TRACK 1

ANAC 123, [turn left] [heading two-seven-zero]; [descend and maintain one-zero, ten thousand].

[Expect the ILS runway nine approach].

Test-taker reads back.

Interlocutor: Imagine you have lost control of the airplane and decided to ditch the airplane over the sea. Call

Miami Approach to report the situation and say your intentions. Test-taker interacts with ATCO.

TRACK 2a

(Confirm)

ANAC 123, [Descend to 2500], [QNH 1010]. [Confirm you wish the sea and not the river?]

Or

ANAC 123, [Descend to 2500], [QNH 1010]. [Confirm you’d like to proceed for a ditching over the

sea?]

TRACK 2b

(Clarify)

ANAC 123, [Descend to 2500], [QNH 1010]. [Confirm you wish the river and not the sea?]

Or

ANAC 123, [Descend to 2500], [QNH 1010]. [Confirm you need vectors to ditch fuel over the sea?]

Test-taker interacts with ATCO, confirming or clarifying.

Page 33: Using real aviation communications to create tasks for

Task design

Information: You are going to listen to a short conversation between a Departure Controller and the pilot of Diamond 453, who is experiencing some problems.

When the recording finishes, you will take the role of the ATCO and interact with the examiner, who is going to play the role of the pilot. Ask and answer questions as you would do in real life.

At the end of the roleplay, I will ask you some questions.

Roleplay – Test-taker = ATCO

Page 34: Using real aviation communications to create tasks for

Task design

(After the roleplay): Now, answer some questions about the situation in the roleplay: 1) What was the emergency the pilot was facing? 2) What did the pilot request? 3) How did you, as the controller, try to help the pilot? 4) How important was it to confirm the pilot’s intentions? 5) Have you ever faced a situation like this? What happened?

Page 35: Using real aviation communications to create tasks for

Task design

Roleplay task:

Listening part – recorded by SMEs, add authenticity (sound effects)

Examiner’s script (pilot) – guidance, but requires flexibility, because communication is co-constructed at the moment of interaction

Role of pilot – performed by an SME, who is knowledgeable to adapt his responses and questions according to previous utterances

Prompts to test-taker – computer screen (diagrams, maps), cards with relevant information, pictures, etc.

Page 36: Using real aviation communications to create tasks for

Conclusion

Present the usefulness of Corpus Linguistics to Language Testing and Assessment Design tasks based on the construct (e.g., Interactional Competence and

Interactive Listening) Identify features of the construct in transcripts of real communications using CL

analysis Create different task types: not interactive – somewhat interactive – totally interactive Adapt the transcript to create task input, questions and options Reminder: Corpus Linguistics is not prescriptive, it is descriptive Work closely with an SME, extract what is good and adapt to your needs

Page 37: Using real aviation communications to create tasks for

Conclusion

Corpus

linguistics

Training Testing

Page 38: Using real aviation communications to create tasks for

References

Cushing, S. T. (2017). Corpus linguistics in language testing research. Language Testing, 34(4), 441–449.

Douglas, D. (2000). Assessing languages for specific purposes. Cambridge: Cambridge University Press.

Field, J. (2020). Idle chatter: What really goes on in tests of interactive communication? CRELLA Symposium. Available at https://www.youtube.com/watch?v=ONM7xcJTPD0&feature=youtu.be

Fulcher, G., & Davidson, F. (2007). Language testing and assessment: An advanced resource book. London and New York: Routledge.

Fulcher, G., & Davidson, F. (2009). Test architecture, test retrofit. Language Testing, 26(1), 123-144. https://doi.org/10.1177/0265532208097339

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References

Garcia, A. C. M., & Fox, J. (2020). Contexts and constructs: Implications for the testing of listening in pilots’ communication with air traffic controllers. The Especialist, 41(4), 1-33. DOI: https://doi.org/10.23925/2318-7115.2020v41i4a4

Knoch, U., & Macqueen, S. (2020). Assessing English for professional purposes. Milton: Routledge.

Monteiro. A. L. T. (2019). Reconsidering the measurement of proficiency in pilot and air traffic controller radiotelephony communication: From construct definition to task design (Unpublished doctoral dissertation). Carleton University, Ottawa, Canada.

Pacheco, A. (2021). Analyzing the use of personal pronouns in aeronautical communications through CORPAC (Corpus of Pilot and Air Traffic Controller Communications). RELIN: Revistas de Estudos da Linguagem, Corpus Linguistics: Achievements and Challenges, 29(2) (forthcoming).

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References

Prado, M., & Tosqui-Lucks, P. (2019). Designing the Radiotelephony Plain English Corpus (RTPEC): A specialized spoken English language corpus towards a description of aeronautical communications in non-routine situations. Research in Corpus Linguistics 7,113–128.

Taylor L., & Barker F. (2008). Using Corpora for Language Assessment. In: Hornberger N. H. (Eds), Encyclopedia of Language and Education. Springer, Boston, MA. https://doi.org/10.1007/978-0-387-30424-3_179

Young, R. (2011). Interactional competence in language learning, teaching and testing. In E. Hinkel (Ed.), Handbook of research in second language teaching and learning (Vol. 2, pp. 426–443). New York: Routledge.