Anglais - Semestre 1

PART A - Presentation Generale du Cours

Contexte de la formation

L'anglais est devenu incontournable dans les metiers de l'ingenierie et de la technologie. La majorite de la documentation technique, des articles scientifiques, et des echanges professionnels internationaux se font en anglais. Ce module vise a preparer les etudiants a evoluer dans un environnement professionnel international et a etre capables de communiquer efficacement dans leur domaine technique.

Positionnement dans le cursus

  • Semestre : S1 (1ere annee DUT GEII)
  • Volume horaire : 30h (TD en groupes reduits de 15-20 etudiants)
  • Credits ECTS : 2
  • Prerequis : Niveau B1 du CECRL recommande (niveau Bac general)
  • Continuite : Module d'anglais a chaque semestre (S1 a S4)

Public vise

Etudiants de premiere annee DUT GEII avec des niveaux heterogenes en anglais, necessitant un renforcement linguistique adapte au domaine technique de l'electronique et de l'informatique industrielle.


PART B: EXPERIENCE, CONTEXTE ET FONCTION

Objectifs pedagogiques

Competences linguistiques generales :

  • Atteindre le niveau B2 du CECRL en fin de DUT
  • Comprendre et produire des documents techniques en anglais
  • Communiquer efficacement a l'oral en contexte professionnel
  • Acquerir une aisance dans les situations de communication technique

Competences professionnelles :

  • Lire et comprendre de la documentation technique (datasheets, manuels)
  • Rediger des documents professionnels (emails, rapports, CV)
  • Presenter des projets techniques devant un auditoire
  • Participer a des echanges professionnels internationaux

Programme detaille

1. Comprehension ecrite (Reading comprehension) - 8h

Documents techniques :

  • Datasheets de composants electroniques (resistances, condensateurs, microcontroleurs)
    • Lecture des caracteristiques techniques
    • Comprehension des tableaux et graphiques
    • Interpretation des conditions d'utilisation
  • Manuels d'utilisation (User manuals)
    • Instructions de montage et d'utilisation
    • Consignes de securite
    • Procedures de depannage (troubleshooting)
  • Articles techniques et scientifiques
    • Structure d'un article (abstract, introduction, methods, results, discussion)
    • Vocabulaire scientifique
    • Lecture rapide (skimming) et detaillee (scanning)
  • Normes et standards (IEEE, IEC, ISO)
    • Comprehension des nomenclatures
    • Specifications techniques internationales

Strategies de lecture :

  • Identifier les mots-cles techniques
  • Deviner le sens par le contexte
  • Utiliser les cognates (mots similaires francais-anglais)
  • S'appuyer sur la structure du document

2. Expression ecrite (Writing) - 7h

Emails professionnels :

  • Structure et formules de politesse
  • Demande d'information technique
  • Signalement de probleme ou bug report
  • Confirmation de reunion ou de commande

Exemple type :

Subject: Technical inquiry regarding STM32 microcontroller

Dear Sir/Madam,

I am currently working on a project involving the STM32F407
microcontroller. I would like to inquire about the maximum
current consumption in sleep mode.

Could you please provide me with the datasheet section
covering power management features?

Thank you for your assistance.

Best regards,
[Name]

Comptes-rendus techniques (Technical reports) :

  • Structure : Introduction, Materials & Methods, Results, Conclusion
  • Description de procedures experimentales
  • Presentation de resultats avec tableaux/graphiques
  • Redaction claire et concise

CV et lettre de motivation en anglais :

  • Format anglo-saxon vs format francais
  • Sections principales (Personal information, Education, Experience, Skills)
  • Action verbs (designed, implemented, tested, analyzed)
  • Lettre de motivation (cover letter) pour stage ou emploi

Documentation de projets :

  • README files
  • Code comments
  • User guides
  • Technical specifications

3. Comprehension orale (Listening comprehension) - 7h

Supports audio/video :

  • Tutoriels techniques (YouTube : EEVblog, GreatScott!, etc.)
    • Explication de circuits electroniques
    • Demonstrations d'outils (oscilloscope, multimetre)
    • Reviews de composants
  • Presentations de conferences (TEDx, IEEE conferences)
    • Innovations technologiques
    • Tendances en electronique et IoT
    • Accents varies (americain, britannique, international)
  • Podcasts techniques (Embedded, The Amp Hour)
    • Discussions sur l'actualite tech
    • Interviews d'ingenieurs

Activites :

  • Exercices de comprehension (QCM, vrai/faux, questions ouvertes)
  • Prise de notes (note-taking)
  • Resume oral ou ecrit
  • Dictees techniques

4. Expression orale (Speaking) - 8h

Presentations techniques :

  • Presentation individuelle (5-7 min) :
    • Mon parcours et mes objectifs professionnels
    • Presentation d'un composant electronique
    • Explication d'un circuit ou systeme
  • Presentation de projet en groupe (10-15 min) :
    • Introduction et contexte
    • Description technique (schemas, prototypes)
    • Demonstration fonctionnelle
    • Reponses aux questions (Q&A)

Structure type d'une presentation :

  1. Opening (introduction, agenda)
  2. Body (main points with visual supports)
  3. Conclusion (summary, recommendations)
  4. Q&A session

Phrases utiles :

  • "Let me start by introducing..."
  • "As you can see in this diagram..."
  • "The main advantage of this solution is..."
  • "To sum up..."

Discussions et debats :

  • Discussions en petits groupes sur des sujets techniques
  • Debat : "Should we ban gasoline cars by 2035?"
  • Argumentation et contre-argumentation

Jeux de role professionnels :

  • Entretien d'embauche en anglais
  • Appel telephonique professionnel
  • Reunion technique
  • Negociation client-fournisseur

Prononciation et intonation :

  • Phonemes difficiles pour francophones (/th/, /h/, /r/)
  • Accentuation des mots (stress patterns)
  • Intonation pour les questions
  • Rythme de la phrase en anglais

Vocabulaire technique par thematique

Electricite et Electronique

EnglishFrancaisContext
ResistorResistancePassive component
CapacitorCondensateurStores electrical energy
InductorBobine/InductanceMagnetic component
VoltageTensionMeasured in Volts (V)
CurrentCourantMeasured in Amperes (A)
Power supplyAlimentationProvides electrical energy
Circuit boardCircuit imprime (PCB)Printed Circuit Board
BreadboardPlaque d'essaiPrototyping tool
Soldering ironFer a souderWelding tool
MultimeterMultimetreMeasurement device
OscilloscopeOscilloscopeWaveform visualization

Informatique et Programmation

EnglishFrancais
Embedded systemSysteme embarque
FirmwareMicrologiciel
DebuggingDebogage
CompilerCompilateur
To upload/downloadTelecharger (vers/depuis serveur)
LoopBoucle
ArrayTableau
FunctionFonction
VariableVariable
AlgorithmAlgorithme

Termes professionnels

EnglishFrancais
InternshipStage
TraineeStagiaire
SkillsCompetences
Team playerEsprit d'equipe
DeadlineDate limite
SchedulePlanning
MeetingReunion
StakeholderPartie prenante

Methodes pedagogiques

Cours en petits groupes (15-20 etudiants) :

  • Interaction maximale
  • Participation active encouragee
  • Atmosphere bienveillante pour oser parler

Approche communicative :

  • Priorite a la communication efficace
  • Travail sur l'aisance avant la perfection grammaticale
  • Situations authentiques et contextualisees

Utilisation des TICE (Technologies de l'Information) :

  • Plateformes d'e-learning (Moodle)
  • Ressources multimedias (videos, podcasts)
  • Exercices interactifs en ligne
  • Outils de presentation (PowerPoint, Prezi)

Pedagogie differenciee :

  • Activites adaptees selon les niveaux
  • Groupes de besoin ponctuels
  • Tutorat entre pairs

PART C: ASPECTS TECHNIQUES

Outils numeriques et ressources

Plateformes d'apprentissage

Moodle (plateforme IUT) :

  • Depot de documents de cours
  • Exercices en ligne autocorrectifs
  • Forums de discussion en anglais
  • Soumission de devoirs

Applications mobiles recommandees :

  • Duolingo : Apprentissage ludique quotidien (15 min/jour)
  • Anki : Cartes memoire (flashcards) pour le vocabulaire
  • BBC Learning English : Podcasts et exercices
  • TED : Videos inspirantes avec sous-titres

Ressources en ligne gratuites

Chaines YouTube techniques en anglais :

  • EEVblog : Blog electronique, reviews, tutorials
  • GreatScott! : Projets DIY electroniques
  • ElectroBOOM : Electronique avec humour
  • Ben Eater : Electronique numerique et informatique

Sites web pedagogiques :

  • BBC Learning English (learningenglish.bbc.co.uk) - Gratuit, excellent pour l'audio
  • Cambridge English - Tests de niveau et exercices
  • Coursera/edX - Cours en anglais sur l'electronique
  • Stack Overflow - Forum de programmation (lire les questions/reponses)

Dictionnaires techniques :

  • WordReference.com - Dictionnaire avec forums contextuels
  • Linguee.com - Traductions en contexte
  • Reverso Context - Exemples d'utilisation
  • Electropedia (IEC) - Terminologie electrotechnique multilingue

Logiciels et outils

Grammarly (extension navigateur) :

  • Correction grammaticale et orthographique
  • Suggestions de style
  • Version gratuite suffisante pour etudiants

Google Translate :

  • Traduction rapide (attention a verifier la justesse)
  • Fonction dictionnaire vocal
  • OCR pour traduire images de texte

Pronunciation tools :

  • Forvo.com - Prononciation par des natifs
  • YouGlish.com - Prononciation dans des videos YouTube
  • Google Translate (icone haut-parleur)

Techniques d'apprentissage efficaces

Methode d'etude du vocabulaire

Technique des flashcards (Anki) :

  1. Creer des cartes recto-verso :
    • Recto : mot anglais + image si possible
    • Verso : traduction + exemple de phrase
  2. Revision espacee (spaced repetition) :
    • Jour 1, Jour 3, Jour 7, Jour 14, Jour 30
  3. Contexte : toujours apprendre dans une phrase

Exemple :

  • Front: "Capacitor" [image of a capacitor]
  • Back: "Condensateur - Stores electrical charge. Example: This circuit uses a 10uF capacitor."

Immersion quotidienne (15-30 min/jour)

Strategie des petits pas :

  • Changer langue du telephone en anglais
  • Regarder une video YouTube technique par jour
  • Lire un article court sur un sujet d'interet
  • Ecouter un podcast pendant les transports

Amelioration de l'oral

Technique du shadowing :

  1. Ecouter une phrase en anglais
  2. La repeter immediatement en imitant l'intonation
  3. Augmenter progressivement la vitesse

Enregistrement vocal :

  • S'enregistrer en train de parler
  • Comparer avec un modele natif
  • Identifier les points a ameliorer

Parler seul (self-talk) :

  • Decrire ce qu'on fait en anglais
  • Expliquer un concept technique a haute voix
  • Penser en anglais progressivement

PART D: ANALYSE ET REFLEXION

Evaluation des competences

Modalites d'evaluation

Controle continu (100% du module) :

  1. Comprehension ecrite (25%) :
    • 2 evaluations dans le semestre
    • Textes techniques avec questions (QCM, vrai/faux, questions ouvertes)
    • Duree : 1h
    • Dictionnaire unilingue anglais autorise
  2. Comprehension orale (20%) :
    • 2 evaluations audio/video
    • Ecoute de documents techniques
    • QCM et questions courtes
    • 2 ecoutes autorisees
  3. Expression orale (30%) :
    • Presentation individuelle (15%) : 5-7 min + questions
    • Participation orale (15%) : Assiduite, interventions, jeux de role
  4. Expression ecrite (25%) :
    • Redaction d'emails professionnels (5%)
    • Compte-rendu technique ou rapport (10%)
    • CV + lettre de motivation (10%)

Grille d'evaluation - Presentation orale (exemple)

CritereInsuffisant (0-5)Moyen (6-10)Bien (11-15)Excellent (16-20)
Contenu techniqueSuperficiel, erreursCorrect mais basiquePrecis et detailleExpert, approfondi
StructureDesorganiseStructure visibleBien structureParfaitement organise
LangueErreurs genant comprehensionErreurs frequentesGlobalement correctMaitrise tres bonne
PrononciationDifficile a comprendreComprehensible avec effortClaireExcellente
InteractionPas de contact visuelContact minimalBon contactExcellente presence
Support visuelAbsent ou inadapteBasiquePertinentProfessionnel

Coefficient par critere : Contenu 30%, Structure 15%, Langue 25%, Prononciation 15%, Interaction 10%, Support 5%

Niveaux du CECRL et progression

Referentiel europeen (CECRL)

Niveau A1-A2 (Debutant/Elementaire) :

  • Comprend phrases simples
  • Peut se presenter et poser des questions basiques
  • Vocabulaire limite

Niveau B1 (Intermediaire) - Objectif debut DUT :

  • Comprend les points essentiels d'un discours clair
  • Peut raconter une experience ou un evenement
  • Commence a suivre des discussions techniques simples

Niveau B2 (Independant) - Objectif fin DUT :

  • Comprend des conferences et presentations techniques
  • Peut communiquer avec aisance avec locuteurs natifs
  • Redige des textes detailles sur des sujets techniques
  • Niveau requis pour certifications professionnelles

Niveau C1 (Autonome) :

  • Comprend des textes longs et complexes
  • S'exprime spontanement et couramment
  • Niveau d'ecoles d'ingenieurs ou poursuite d'etudes

Progression typique en DUT GEII

SemestreObjectif CECRLFocus
S1Consolidation B1Bases techniques, vocabulaire
S2B1+ / B2-Comprehension technique avancee
S3B2Expression orale, presentations
S4B2+Preparation TOEIC, autonomie professionnelle

Certifications et tests

TOEIC (Test of English for International Communication)

Format :

  • Listening (100 questions, 45 min) : Comprehension orale
  • Reading (100 questions, 75 min) : Comprehension ecrite
  • Score : 10 a 990 points

Scores de reference :

  • 400-600 : Niveau B1
  • 600-785 : Niveau B2 (autonome)
  • 785-900 : Niveau C1 (competent)
  • 900+ : Niveau C2 (maitrise)

Preparation :

  • Tests blancs fournis par l'IUT
  • Livres : Official TOEIC Practice
  • Applications : TOEIC Test Pro
  • Passage en S4 recommande (generalement organise par l'IUT)

Autres certifications reconnues

  • TOEFL (plus academique, pour etudes a l'etranger)
  • Cambridge English (B2 First, C1 Advanced)
  • IELTS (pour UK, Commonwealth)
  • Linguaskill (Cambridge, en ligne)

Competences acquises et debouches

Competences linguistiques

  • Comprehension de documentation technique en anglais
  • Redaction de documents professionnels (emails, rapports)
  • Presentation de projets techniques devant un auditoire anglophone
  • Participation a des reunions/discussions professionnelles
  • Autonomie dans l'apprentissage continu de l'anglais

Competences transversales

  • Confiance en soi a l'oral
  • Capacite d'adaptation (accents, contextes varies)
  • Ouverture interculturelle
  • Rigueur dans la communication ecrite
  • Travail en equipe multiculturelle

Applications professionnelles

Dans le monde du travail :

  • 60% des offres d'emploi en ingenierie mentionnent l'anglais
  • Salaires moyens superieurs de 15-20% pour bilingues
  • Acces a des postes internationaux
  • Veille technologique (publications, brevets en anglais)
  • Collaboration avec equipes internationales (offshore, nearshore)

Mobilite internationale :

  • Stages a l'etranger (Erasmus+, programmes bilateraux)
  • Poursuite d'etudes en Master international
  • Expatriation professionnelle
  • Conferences et salons internationaux

Liens avec les autres cours

Module GEIIUtilisation de l'anglaisExemples
ElectroniqueDatasheets composantsLecture de specs de microcontroleurs, transistors
ProgrammationDocumentation codeArduino, Python documentation
Systemes NumeriquesStandards IEEEVHDL, Verilog documentation
ProjetsPresentations finalesSoutenance en anglais parfois demandee
Travaux de LaboNotices equipementsManuels oscilloscopes (Tektronix, Keysight)

Ressources complementaires

Ouvrages recommandes

Grammaire et vocabulaire :

  1. English Grammar in Use - Raymond Murphy (Cambridge) - LA reference mondiale
  2. Oxford English for Electrical and Mechanical Engineering - Eric Glendinning
  3. Professional English in Use - Engineering - Mark Ibbotson (Cambridge)
  4. Technical English - Vocabulary and Grammar - David Bonamy (Pearson)

Preparation TOEIC :

  • Official TOEIC Study Guide - ETS
  • Tactics for TOEIC - Grant Trew (Oxford)
  • Reussir le TOEIC - David Mayer (Studyrama)

Sites web et applications

Apprentissage autonome :

  • Duolingo (duolingo.com) - Gamification, gratuit
  • Memrise - Vocabulaire avec videos de natifs
  • Quizlet - Flashcards collaboratives
  • Anki - Revision espacee (plus avance)

Comprehension orale :

  • TED Talks (ted.com) - Sous-titres disponibles
  • BBC Learning English - Podcasts quotidiens (6 minutes English)
  • VOA Learning English - Anglais simplifie avec transcriptions
  • Spotify - Podcasts techniques (Embedded, The Amp Hour, Sparkfun, Adafruit)

Lecture :

  • IEEE Spectrum (spectrum.ieee.org) - Actualites techno en anglais
  • Hackaday (hackaday.com) - Projets DIY electroniques
  • All About Circuits - Tutoriels et forums
  • Medium - Articles techniques

Pratique orale :

  • italki - Cours particuliers avec professeurs natifs (payant)
  • HelloTalk / Tandem - Echanges linguistiques (gratuit)
  • Meetup - Rencontres anglophones locales

Conseils de reussite

Strategies d'apprentissage

Regularite avant intensite :

  • Eviter 3h d'anglais le dimanche soir
  • Preferer 20 minutes chaque jour

Plaisir et interet :

  • Choisir des contenus qui vous passionnent (electronique, gaming, musique)
  • Varier les activites (video, lecture, ecoute, ecriture)
  • Progresser sans s'ennuyer

Oser parler sans peur de l'erreur :

  • L'erreur est normale et fait partie de l'apprentissage
  • Les locuteurs natifs font aussi des erreurs
  • La communication prime sur la perfection

Immersion maximale :

  • Series/films en VO sous-titree anglais (pas francais !)
  • Musique avec paroles
  • Jeux video en anglais
  • Reseaux sociaux en anglais

Erreurs courantes a eviter (False friends)

False friend (English)Signification reelleConfusion avec
ActuallyEn realiteActuellement = currently
EventuallyFinalementEventuellement = possibly
LibraryBibliothequeLibrairie = bookstore
To attendAssister aAttendre = to wait
SensibleRaisonnableSensible = sensitive
To achieveAccomplirAchever = to complete/finish

Methodologie pour les presentations orales

Preparation (80% du succes) :

  1. Definir objectif et message cle
  2. Structurer en 3 parties claires
  3. Preparer support visuel simple (images > texte)
  4. Rediger un script (mais ne pas lire !)
  5. S'entrainer a voix haute (minimum 3 fois)
  6. Anticiper les questions

Jour J :

  • Arriver en avance, tester le materiel
  • Respirer calmement avant de commencer
  • Regarder l'auditoire, sourire
  • Parler lentement et articuler
  • Faire des pauses
  • Utiliser des gestes naturels

Phrases de secours :

  • "Let me rephrase that..." (Laissez-moi reformuler)
  • "What I mean is..." (Ce que je veux dire c'est)
  • "Could you repeat the question?" (Pouvez-vous repeter la question ?)
  • "That's an interesting question. Let me think..." (Bonne question, laissez-moi reflechir)

Objectif final

A la fin du S1, vous devriez etre capable de :

  • Lire et comprendre une datasheet de composant electronique
  • Rediger un email professionnel simple en anglais
  • Vous presenter et parler de votre parcours (2-3 minutes)
  • Comprendre une video technique (avec aide des sous-titres)
  • Utiliser le vocabulaire de base en electronique et informatique

Remember: Practice makes perfect!

The only way to improve is to practice regularly and not be afraid of making mistakes. English is a tool, not an exam subject. Use it, enjoy it, and it will become natural!

Contenu du cours

Comprehension ecrite

  • Lecture de documentation technique
  • Articles scientifiques et techniques
  • Manuels d'utilisation
  • Datasheets de composants electroniques
  • Normes et standards internationaux

Expression ecrite

  • Redaction de courriels professionnels
  • Comptes-rendus techniques
  • Resumes d'articles
  • Documentation de projets
  • CV et lettre de motivation en anglais

Comprehension orale

  • Ecoute de presentations techniques
  • Videos educatives et tutoriels
  • Conferences et webinaires
  • Communications professionnelles

Expression orale

  • Presentations techniques
  • Discussions en groupe
  • Simulations de situations professionnelles
  • Prononciation et intonation

Vocabulaire technique

Electronique et electricite

  • Composants electroniques
  • Circuits et systemes
  • Mesures et unites
  • Outils et equipements

Informatique

  • Programmation
  • Systemes d'exploitation
  • Reseaux
  • Hardware et software

Domaine professionnel

  • Vocabulaire de l'entreprise
  • Gestion de projet
  • Communication professionnelle
  • Terminologie des metiers de l'ingenieur

Supports pedagogiques

  • Manuels d'anglais technique
  • Ressources en ligne (videos, articles)
  • Plateformes d'apprentissage (Moodle, etc.)
  • Exercices interactifs
  • Documents authentiques

Activites pratiques

Travaux en groupe

  • Projets de presentation
  • Debats techniques
  • Etudes de cas
  • Jeux de role professionnels

Travail individuel

  • Exercices de grammaire et vocabulaire
  • Comprehensions ecrites et orales
  • Redactions
  • Preparation aux certifications

Evaluation

  • Controles continus (vocabulaire, grammaire)
  • Comprehensions ecrites et orales
  • Presentations orales (20-30%)
  • Projet ecrit (rapport, article)
  • Examen final

Certifications

Preparation aux certifications reconnues :

  • TOEIC (Test of English for International Communication)
  • TOEFL
  • Cambridge English
  • BULATS

Liens avec d'autres cours

  • Tous les cours techniques : Lecture de documentation en anglais
  • CEC : Communication professionnelle
  • Projets : Presentation en anglais

Competences developpees

  • Autonomie dans l'apprentissage de l'anglais
  • Confiance a l'oral
  • Capacite a lire et comprendre des documents techniques
  • Communication professionnelle internationale
  • Preparation a la mobilite internationale

Ouverture internationale

  • Sensibilisation aux cultures anglophones
  • Contexte international du metier d'ingenieur
  • Opportunites de stages et d'etudes a l'etranger
  • Reseau professionnel international

English - Semester 1

PART A - General Course Overview

Training context

English has become essential in engineering and technology professions. The majority of technical documentation, scientific articles, and international professional exchanges are conducted in English. This module aims to prepare students to work in an international professional environment and to communicate effectively in their technical field.

Position in the curriculum

  • Semester: S1 (1st year DUT GEII)
  • Course hours: 30h (tutorials in small groups of 15-20 students)
  • ECTS credits: 2
  • Prerequisites: CEFR B1 level recommended (high school level)
  • Continuation: English module every semester (S1 to S4)

Target audience

First-year DUT GEII students with heterogeneous English levels, requiring language reinforcement adapted to the technical fields of electronics and industrial computing.


PART B: EXPERIENCE, CONTEXT AND FUNCTION

Learning objectives

General language skills:

  • Reach CEFR B2 level by the end of the DUT program
  • Understand and produce technical documents in English
  • Communicate effectively orally in a professional context
  • Gain fluency in technical communication situations

Professional skills:

  • Read and understand technical documentation (datasheets, manuals)
  • Write professional documents (emails, reports, CVs)
  • Present technical projects to an audience
  • Participate in international professional exchanges

Detailed program

1. Reading comprehension - 8h

Technical documents:

  • Datasheets for electronic components (resistors, capacitors, microcontrollers)
    • Reading technical specifications
    • Understanding tables and graphs
    • Interpreting operating conditions
  • User manuals
    • Assembly and usage instructions
    • Safety guidelines
    • Troubleshooting procedures
  • Technical and scientific articles
    • Article structure (abstract, introduction, methods, results, discussion)
    • Scientific vocabulary
    • Skimming and scanning techniques
  • Standards and norms (IEEE, IEC, ISO)
    • Understanding nomenclatures
    • International technical specifications

Reading strategies:

  • Identify technical keywords
  • Guess meaning from context
  • Use cognates (similar words between French and English)
  • Rely on document structure

2. Writing - 7h

Professional emails:

  • Structure and polite formulas
  • Technical information requests
  • Problem reporting or bug reports
  • Meeting or order confirmation

Sample email:

Subject: Technical inquiry regarding STM32 microcontroller

Dear Sir/Madam,

I am currently working on a project involving the STM32F407
microcontroller. I would like to inquire about the maximum
current consumption in sleep mode.

Could you please provide me with the datasheet section
covering power management features?

Thank you for your assistance.

Best regards,
[Name]

Technical reports:

  • Structure: Introduction, Materials & Methods, Results, Conclusion
  • Description of experimental procedures
  • Presenting results with tables/graphs
  • Clear and concise writing

CV and cover letter in English:

  • Anglo-Saxon format vs French format
  • Main sections (Personal information, Education, Experience, Skills)
  • Action verbs (designed, implemented, tested, analyzed)
  • Cover letter for internship or employment

Project documentation:

  • README files
  • Code comments
  • User guides
  • Technical specifications

3. Listening comprehension - 7h

Audio/video resources:

  • Technical tutorials (YouTube: EEVblog, GreatScott!, etc.)
    • Electronic circuit explanations
    • Tool demonstrations (oscilloscope, multimeter)
    • Component reviews
  • Conference presentations (TEDx, IEEE conferences)
    • Technological innovations
    • Trends in electronics and IoT
    • Various accents (American, British, international)
  • Technical podcasts (Embedded, The Amp Hour)
    • Tech news discussions
    • Engineer interviews

Activities:

  • Comprehension exercises (MCQ, true/false, open questions)
  • Note-taking
  • Oral or written summaries
  • Technical dictations

4. Speaking - 8h

Technical presentations:

  • Individual presentation (5-7 min):
    • My background and professional goals
    • Presenting an electronic component
    • Explaining a circuit or system
  • Group project presentation (10-15 min):
    • Introduction and context
    • Technical description (diagrams, prototypes)
    • Functional demonstration
    • Q&A session

Typical presentation structure:

  1. Opening (introduction, agenda)
  2. Body (main points with visual supports)
  3. Conclusion (summary, recommendations)
  4. Q&A session

Useful phrases:

  • "Let me start by introducing..."
  • "As you can see in this diagram..."
  • "The main advantage of this solution is..."
  • "To sum up..."

Discussions and debates:

  • Small group discussions on technical topics
  • Debate: "Should we ban gasoline cars by 2035?"
  • Argumentation and counter-argumentation

Professional role-plays:

  • Job interview in English
  • Professional phone call
  • Technical meeting
  • Client-supplier negotiation

Pronunciation and intonation:

  • Difficult phonemes for French speakers (/th/, /h/, /r/)
  • Word stress patterns
  • Intonation for questions
  • English sentence rhythm

Technical vocabulary by theme

Electricity and Electronics

EnglishFrenchContext
ResistorResistancePassive component
CapacitorCondensateurStores electrical energy
InductorBobine/InductanceMagnetic component
VoltageTensionMeasured in Volts (V)
CurrentCourantMeasured in Amperes (A)
Power supplyAlimentationProvides electrical energy
Circuit boardCircuit imprime (PCB)Printed Circuit Board
BreadboardPlaque d'essaiPrototyping tool
Soldering ironFer a souderWelding tool
MultimeterMultimetreMeasurement device
OscilloscopeOscilloscopeWaveform visualization

Computing and Programming

EnglishFrench
Embedded systemSysteme embarque
FirmwareMicrologiciel
DebuggingDebogage
CompilerCompilateur
To upload/downloadTelecharger (to/from server)
LoopBoucle
ArrayTableau
FunctionFonction
VariableVariable
AlgorithmAlgorithme

Professional terms

EnglishFrench
InternshipStage
TraineeStagiaire
SkillsCompetences
Team playerEsprit d'equipe
DeadlineDate limite
SchedulePlanning
MeetingReunion
StakeholderPartie prenante

Teaching methods

Small group classes (15-20 students):

  • Maximum interaction
  • Active participation encouraged
  • Supportive atmosphere to encourage speaking

Communicative approach:

  • Priority on effective communication
  • Focus on fluency before grammatical perfection
  • Authentic and contextualized situations

Use of ICT (Information and Communication Technologies):

  • E-learning platforms (Moodle)
  • Multimedia resources (videos, podcasts)
  • Interactive online exercises
  • Presentation tools (PowerPoint, Prezi)

Differentiated pedagogy:

  • Activities adapted to different levels
  • Occasional needs-based groups
  • Peer tutoring

PART C: TECHNICAL ASPECTS

Digital tools and resources

Learning platforms

Moodle (university platform):

  • Course document repository
  • Self-correcting online exercises
  • English discussion forums
  • Assignment submissions

Recommended mobile apps:

  • Duolingo: Fun daily learning (15 min/day)
  • Anki: Flashcards for vocabulary
  • BBC Learning English: Podcasts and exercises
  • TED: Inspiring videos with subtitles

Free online resources

Technical YouTube channels in English:

  • EEVblog: Electronics blog, reviews, tutorials
  • GreatScott!: DIY electronics projects
  • ElectroBOOM: Electronics with humor
  • Ben Eater: Digital electronics and computing

Educational websites:

  • BBC Learning English (learningenglish.bbc.co.uk) - Free, excellent for listening
  • Cambridge English - Level tests and exercises
  • Coursera/edX - English courses on electronics
  • Stack Overflow - Programming forum (read Q&A)

Technical dictionaries:

  • WordReference.com - Dictionary with contextual forums
  • Linguee.com - Translations in context
  • Reverso Context - Usage examples
  • Electropedia (IEC) - Multilingual electrotechnical terminology

Software and tools

Grammarly (browser extension):

  • Grammar and spelling correction
  • Style suggestions
  • Free version sufficient for students

Google Translate:

  • Quick translation (verify accuracy)
  • Voice dictionary feature
  • OCR for translating text in images

Pronunciation tools:

  • Forvo.com - Pronunciation by native speakers
  • YouGlish.com - Pronunciation in YouTube videos
  • Google Translate (speaker icon)

Effective learning techniques

Vocabulary study method

Flashcard technique (Anki):

  1. Create front-back cards:
    • Front: English word + image if possible
    • Back: translation + example sentence
  2. Spaced repetition:
    • Day 1, Day 3, Day 7, Day 14, Day 30
  3. Context: always learn within a sentence

Example:

  • Front: "Capacitor" [image of a capacitor]
  • Back: "Condensateur - Stores electrical charge. Example: This circuit uses a 10uF capacitor."

Daily immersion (15-30 min/day)

Small steps strategy:

  • Change phone language to English
  • Watch one technical YouTube video per day
  • Read a short article on a topic of interest
  • Listen to a podcast during commute

Improving speaking skills

Shadowing technique:

  1. Listen to a sentence in English
  2. Repeat it immediately, imitating the intonation
  3. Gradually increase speed

Voice recording:

  • Record yourself speaking
  • Compare with a native model
  • Identify areas for improvement

Self-talk:

  • Describe what you are doing in English
  • Explain a technical concept out loud
  • Gradually think in English

PART D: ANALYSIS AND REFLECTION

Skills assessment

Assessment methods

Continuous assessment (100% of the module):

  1. Reading comprehension (25%):
    • 2 assessments per semester
    • Technical texts with questions (MCQ, true/false, open questions)
    • Duration: 1h
    • English-only dictionary allowed
  2. Listening comprehension (20%):
    • 2 audio/video assessments
    • Listening to technical documents
    • MCQ and short answer questions
    • 2 listenings allowed
  3. Speaking (30%):
    • Individual presentation (15%): 5-7 min + questions
    • Oral participation (15%): Attendance, contributions, role-plays
  4. Writing (25%):
    • Professional email writing (5%)
    • Technical report (10%)
    • CV + cover letter (10%)

Grading rubric - Oral presentation (example)

CriterionInsufficient (0-5)Average (6-10)Good (11-15)Excellent (16-20)
Technical contentSuperficial, errorsCorrect but basicPrecise and detailedExpert, in-depth
StructureDisorganizedVisible structureWell structuredPerfectly organized
LanguageErrors hindering comprehensionFrequent errorsGenerally correctVery good command
PronunciationDifficult to understandUnderstandable with effortClearExcellent
InteractionNo eye contactMinimal contactGood contactExcellent presence
Visual supportAbsent or inadequateBasicRelevantProfessional

Weighting per criterion: Content 30%, Structure 15%, Language 25%, Pronunciation 15%, Interaction 10%, Support 5%

CEFR levels and progression

European framework (CEFR)

Level A1-A2 (Beginner/Elementary):

  • Understands simple sentences
  • Can introduce themselves and ask basic questions
  • Limited vocabulary

Level B1 (Intermediate) - Target at DUT start:

  • Understands main points of clear speech
  • Can describe an experience or event
  • Begins to follow simple technical discussions

Level B2 (Independent) - Target at DUT end:

  • Understands technical lectures and presentations
  • Can communicate fluently with native speakers
  • Writes detailed texts on technical subjects
  • Level required for professional certifications

Level C1 (Proficient):

  • Understands long and complex texts
  • Expresses spontaneously and fluently
  • Engineering school level or further studies

Typical progression in DUT GEII

SemesterCEFR TargetFocus
S1B1 consolidationTechnical basics, vocabulary
S2B1+ / B2-Advanced technical comprehension
S3B2Speaking, presentations
S4B2+TOEIC preparation, professional autonomy

Certifications and tests

TOEIC (Test of English for International Communication)

Format:

  • Listening (100 questions, 45 min): Listening comprehension
  • Reading (100 questions, 75 min): Reading comprehension
  • Score: 10 to 990 points

Reference scores:

  • 400-600: B1 level
  • 600-785: B2 level (independent)
  • 785-900: C1 level (proficient)
  • 900+: C2 level (mastery)

Preparation:

  • Practice tests provided by the university
  • Books: Official TOEIC Practice
  • Apps: TOEIC Test Pro
  • Recommended to take in S4 (usually organized by the university)

Other recognized certifications

  • TOEFL (more academic, for studying abroad)
  • Cambridge English (B2 First, C1 Advanced)
  • IELTS (for UK, Commonwealth)
  • Linguaskill (Cambridge, online)

Skills acquired and career prospects

Language skills

  • Understanding technical documentation in English
  • Writing professional documents (emails, reports)
  • Presenting technical projects to an English-speaking audience
  • Participating in professional meetings/discussions
  • Autonomous continuous English learning

Transferable skills

  • Self-confidence in speaking
  • Adaptability (accents, varied contexts)
  • Intercultural openness
  • Rigor in written communication
  • Working in multicultural teams

Professional applications

In the workplace:

  • 60% of engineering job offers mention English
  • Average salaries 15-20% higher for bilingual professionals
  • Access to international positions
  • Technology watch (publications, patents in English)
  • Collaboration with international teams (offshore, nearshore)

International mobility:

  • Internships abroad (Erasmus+, bilateral programs)
  • Further studies in international Masters programs
  • Professional expatriation
  • International conferences and trade shows

Links with other courses

GEII ModuleUse of EnglishExamples
ElectronicsComponent datasheetsReading microcontroller and transistor specs
ProgrammingCode documentationArduino, Python documentation
Digital SystemsIEEE standardsVHDL, Verilog documentation
ProjectsFinal presentationsEnglish defense sometimes required
Lab WorkEquipment manualsOscilloscope manuals (Tektronix, Keysight)

Additional resources

Recommended books

Grammar and vocabulary:

  1. English Grammar in Use - Raymond Murphy (Cambridge) - THE world reference
  2. Oxford English for Electrical and Mechanical Engineering - Eric Glendinning
  3. Professional English in Use - Engineering - Mark Ibbotson (Cambridge)
  4. Technical English - Vocabulary and Grammar - David Bonamy (Pearson)

TOEIC preparation:

  • Official TOEIC Study Guide - ETS
  • Tactics for TOEIC - Grant Trew (Oxford)
  • Reussir le TOEIC - David Mayer (Studyrama)

Websites and apps

Self-study:

  • Duolingo (duolingo.com) - Gamification, free
  • Memrise - Vocabulary with native speaker videos
  • Quizlet - Collaborative flashcards
  • Anki - Spaced repetition (more advanced)

Listening comprehension:

  • TED Talks (ted.com) - Subtitles available
  • BBC Learning English - Daily podcasts (6 Minute English)
  • VOA Learning English - Simplified English with transcripts
  • Spotify - Technical podcasts (Embedded, The Amp Hour, Sparkfun, Adafruit)

Reading:

  • IEEE Spectrum (spectrum.ieee.org) - Tech news in English
  • Hackaday (hackaday.com) - DIY electronics projects
  • All About Circuits - Tutorials and forums
  • Medium - Technical articles

Speaking practice:

  • italki - Private lessons with native teachers (paid)
  • HelloTalk / Tandem - Language exchanges (free)
  • Meetup - Local English-speaking meetups

Tips for success

Learning strategies

Consistency over intensity:

  • Avoid 3 hours of English on Sunday night
  • Prefer 20 minutes every day

Enjoyment and interest:

  • Choose content that interests you (electronics, gaming, music)
  • Vary activities (video, reading, listening, writing)
  • Progress without boredom

Dare to speak without fear of mistakes:

  • Mistakes are normal and part of learning
  • Native speakers also make mistakes
  • Communication trumps perfection

Maximum immersion:

  • TV series/movies in original version with English subtitles (not French!)
  • Music with lyrics
  • Video games in English
  • Social media in English

Common mistakes to avoid (False friends)

False friend (English)Actual meaningConfusion with
ActuallyIn realityActuellement = currently
EventuallyIn the endEventuellement = possibly
LibraryBibliothequeLibrairie = bookstore
To attendTo be present atAttendre = to wait
SensibleReasonableSensible = sensitive
To achieveTo accomplishAchever = to complete/finish

Methodology for oral presentations

Preparation (80% of success):

  1. Define objective and key message
  2. Structure in 3 clear parts
  3. Prepare simple visual support (images > text)
  4. Write a script (but don't read it!)
  5. Practice out loud (minimum 3 times)
  6. Anticipate questions

On the day:

  • Arrive early, test equipment
  • Breathe calmly before starting
  • Make eye contact with the audience, smile
  • Speak slowly and articulate
  • Take pauses
  • Use natural gestures

Emergency phrases:

  • "Let me rephrase that..."
  • "What I mean is..."
  • "Could you repeat the question?"
  • "That's an interesting question. Let me think..."

Final objective

By the end of S1, you should be able to:

  • Read and understand an electronic component datasheet
  • Write a simple professional email in English
  • Introduce yourself and talk about your background (2-3 minutes)
  • Understand a technical video (with subtitle support)
  • Use basic vocabulary in electronics and computing

Remember: Practice makes perfect!

The only way to improve is to practice regularly and not be afraid of making mistakes. English is a tool, not an exam subject. Use it, enjoy it, and it will become natural!

Course content

Reading comprehension

  • Reading technical documentation
  • Scientific and technical articles
  • User manuals
  • Electronic component datasheets
  • International standards and norms

Writing

  • Writing professional emails
  • Technical reports
  • Article summaries
  • Project documentation
  • CV and cover letter in English

Listening comprehension

  • Listening to technical presentations
  • Educational videos and tutorials
  • Conferences and webinars
  • Professional communications

Speaking

  • Technical presentations
  • Group discussions
  • Professional situation simulations
  • Pronunciation and intonation

Technical vocabulary

Electronics and electricity

  • Electronic components
  • Circuits and systems
  • Measurements and units
  • Tools and equipment

Computing

  • Programming
  • Operating systems
  • Networks
  • Hardware and software

Professional domain

  • Business vocabulary
  • Project management
  • Professional communication
  • Engineering profession terminology

Teaching materials

  • Technical English textbooks
  • Online resources (videos, articles)
  • Learning platforms (Moodle, etc.)
  • Interactive exercises
  • Authentic documents

Practical activities

Group work

  • Presentation projects
  • Technical debates
  • Case studies
  • Professional role-plays

Individual work

  • Grammar and vocabulary exercises
  • Reading and listening comprehension
  • Writing assignments
  • Certification preparation

Assessment

  • Continuous assessments (vocabulary, grammar)
  • Reading and listening comprehension
  • Oral presentations (20-30%)
  • Written project (report, article)
  • Final exam

Certifications

Preparation for recognized certifications:

  • TOEIC (Test of English for International Communication)
  • TOEFL
  • Cambridge English
  • BULATS

Links with other courses

  • All technical courses: Reading documentation in English
  • CEC: Professional communication
  • Projects: Presentation in English

Skills developed

  • Autonomous English learning
  • Speaking confidence
  • Ability to read and understand technical documents
  • International professional communication
  • Preparation for international mobility

International openness

  • Awareness of English-speaking cultures
  • International context of the engineering profession
  • Opportunities for internships and studies abroad
  • International professional network