ULTERIORI CONOSCENZE LINGUISTICHE LINGUA INGLESE

GENERAL OBJECTIVES OF TEACHING IN TERMS OF EXPECTED RESULTS OF LEARNING:

Since the main purpose of this course is to foster students’ learning of the four linguistic skills (Listening, Speaking, Reading and Writing) which are pivotal to support the linguistic competence defined by the upper intermediate level (B2 CEFR), main features of syntax and morphology will be analyzed, with specific reference to phonetics, lexis of connected speech and English usages in the mathematical field, related to the degree’s objectives.

1. Knowledge and understanding: students will be required to apply their linguistic competences and to communicate fluently, using "connected speech" (spoken language used in a continuous sequence) with specific lexis and correct syntax, concerning several topics of the professional field. Students will be also able to show a good conception of the language structure of English. 

2. Applying knowledge and understanding: students will be required to improve speaking and fluency, using “chunks” (common phrases with specific meaning) related to the mathematical field.

3. Making judgements: students will be able to give an account of a topic orally and in writing with greater independence and greater linguistic correctness. Linguistic competence is crucial for a practical application of ESP/English for Scientific Purposes to national and international work contexts.

4. Communication skills: communication skills will be assessed through oral and written tests and they are meant to provide students with adequate tools to gain international work experience. Thanks to these skills, students will be also able to actively and independently participate in seminar discussions.

5. Learning skills: the course aims at developing students' autonomous learning skills, using technology tools and devices to improve class and individual activities.

This course allows students to explore syntactic and stylistic analysis of ICT English. It aims to improve the student's ability to communicate effectively in the oral and written language. Course structure also includes work in groups and more extensive talks about various aspects of ESP/English for Specific Purposes, developing key terms and ICT field knowledge. Discussion is an important component as aspects of learning various problematic structures of language is included in the form of translation, as well as software and devices to improve class and individual activities. Lessons are based on a communicative approach and cooperative learning methods to motivate students to express themselves confidently in face-to-face communications.

If necessary, the telematic way will be adopted. Should teaching be carried out in mixed mode or remotely, it may be necessary to introduce changes with respect to previous statements, in line with the schedule planned and outlined in the syllabus. Learning assessment may also be carried out online, should the conditions require it.

PLEASE NOTE: Information for students with disabilities and/or SLD

To guarantee equal opportunities and in compliance with the laws inforce, interested students can ask for a personal interview in order to plan any compensatory and / or compensatory measures, based on the didactic objectives and specific needs. It is also possible to contact the referent teacher CInAP of our Department (prof.ssa Daniele) and the Center for Active and Participated Integration - Services for Disabilities and / or SLD.

ENGLISH for Master's Degree in Mathematics (3CFU)

COURSE SYLLABUS
Module 1 (1CFU)
The main aim is to allow students to know English language and specific lexis, for this this reason attention will be paid to MATH vocabulary, using texts and videos, to enhance
reading, listening and speaking skills:

a) working with vocabulary: key nouns, key verbs, key adjectives, key adverbs.

b) at academic institutions: academic courses, applications and application forms.

c) ways of talking about: sources, facts, evidence and data, statistics, analysis of results, research and study aims.

Module 2 (2CFU)
Focus on ESP and working on reading, writing and speaking abilities:

a) reading and translating a text (new approach to translation studies).

b) writing abstracts, reports, summaries, CV .

c) presenting a topic using power-point or prezi, describing research methods, processes and procedures, classifying, comparing and contrasting. 

Teaching organization/methods: lectures with handouts and slides; written and oral activities; team work; web quest and 'non googleable question’.

1)Cambridge Academic English-Upper Intermediate, Cambridge University Press; P.Emmerson, E-mail English, Macmillan; A.Wallwork, English for Presentation at International Conferences, Springer Science-Oxford University Press; A.Walwork, English for Writing Research Papers, Springer Science-Oxford University Press.

2)Oxford Advanced Learner’s Dictionary, Oxford University Press; Essential Dictionary for Learners of English, Macmillan.

3) Thompson, Fundamental Writing Skills, Egea.

4)Scientific Writing and Translating; articles and materials adapted to suit ESP students.

Placement test to assess the level of the incoming linguistic competence.

In itinere evaluation: presentation of a ppt. Class attendance is necessary to participate in this exam: students must attend 75% of the lectures.

Final term evaluation is composed of an oral exam, where all the topics listed in the course syllabus will be assessed (see also codes to access lessons and materials on the English TEAM).

Learning assessment may also be carried out online, should the conditions require it.

Final evaluation requires approval only.

 Oral exam:

• “what are the main features of Scientific Writing and Translating? (new approach to translation studies). 
• "what is a content or function word related to your ESP/English for Specific Purposes"?
• "introduce yourself during a job interview".
• "translate abstratcs" ("Dynamic Electric Power Supply Chains"- Network and Supernetwork; "Cooperation in pollution control problems"; "To teach Operations Research to Non-Mathematics Majors" - Optimization Theory and Applications, etc).