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What is Communication?

In engineering, communication is the lifeblood of project success. It is the process of exchanging technical data, ideas, and intentions through a shared system of signs.

Encoding: Translating thoughts into a message.

Channel: The medium (email, report, speech).

Feedback: Ensuring the message was understood.

Introduction to Communication

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Example: An engineer must switch from "technical jargon" with peers to "benefit-oriented language" for stakeholders.

Why English?

English is the global language of engineering. From ISO standards to GitHub documentation, it enables international collaboration and career mobility.

Communication Competency

It’s more than grammar; it’s the ability to choose the right words, tone, and medium for a specific social or professional context.

English & Communication Competency

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Emotional Intelligence (EI)

Technical projects often involve high stress and tight deadlines. Understanding your emotions and those of your team is vital.

Self-Awareness: Recognizing frustration before it affects a meeting.

Empathy: Understanding a client’s concerns regarding safety.

Regulation: Staying calm during a critical system failure.

The Role of Emotions

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Identify Purpose

Are you informing, persuading, or requesting action? A clear objective prevents technical clutter.

Analyze Audience

Who is reading? Managers need high-level summaries; technicians need granular detail.

Tailor Tone

Match the formality to the relationship. Use professional yet accessible language.

Basics: Purpose & Audience

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The Global Engineer

Navigating Cross-Cultural Communication in Modern Industry

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Religion & Beliefs

Affects work schedules, holidays, and ethical viewpoints on technology.

Values & Attitudes

Perceptions of time (punctuality) and authority (hierarchy) vary globally.

Politics & Laws

Regulatory compliance and safety standards differ by jurisdiction.

Social Organization

How teams are structured—individualistic vs. collective cultures.

Cross-Cultural Communication

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Artificial: Man-made system of symbols.

Arbitrary: No natural link between "Tree" and the object.

Abstract: Can describe concepts like "Stress" or "Torque."

Creative: Infinite ways to build new sentences.

Redundant: Repetition ensures clarity in noisy environments.

Recursive: Structures nested within structures.

Language: Characteristics

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Listening: Active listening to client requirements.

Speaking: Clear verbal briefings and presentations.

Reading: Interpreting complex data and research.

Writing: Drafting error-free technical reports.

Communicative Skills: LSRW

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General Guidelines

Be Concise, Clear, Correct, Coherent, and Complete (The 5 C's of Communication).

Assertive Communication

Expressing your needs and technical findings firmly but respectfully without being aggressive or passive.

Effective & Assertive Communication

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Category	Types	Application in Engineering
Direction	Internal vs. External	Team meetings vs. Client proposals.
Formality	Formal vs. Informal	Project charters vs. Quick Slack messages.
Medium	Oral vs. Written	Brainstorming vs. Blueprint specifications.
Coding	Verbal vs. Non-Verbal	Spoken words vs. Diagrams/Body language.

Modes of Communication

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Non-Verbal Mastery

The Silent Language

Kinesis: Body movement and posture.

Appearance: Professional grooming in workshops vs. offices.

Eye Contact: Building trust during site inspections.

Facial Expressions: Conveying confidence or concern during testing.

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1.5ft

Intimate Zone

4.0ft

Personal Zone

12.0ft

Social/Public Zone

Proxemics: The 4 Space Zones

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Why It Matters?

Technical communication translates complex engineering concepts into actionable, safe, and efficient instructions for non-experts.

Ensuring user safety.

Standardizing complex processes.

Protecting intellectual property.

Technical Communication

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Feature	General Communication	Technical Communication
Content	General interest, broad.	Specific, specialized data.
Audience	Generic (Public).	Specific (Peers, Clients, Users).
Language	Subjective/Conversational.	Objective/Precise/Scientific.
Format	Variable/Free-flow.	Structured (Reports, Specs, Manuals).

General vs. Technical

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Be Objective

Focus on facts and data, not personal biases or "gut feelings."

Be Precise

Use exact measurements. "The pipe is 5.2m" is better than "The pipe is long."

Follow Up

Always confirm understanding. Feedback loops save engineering projects.

Tips for Effective Communication

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Questions?

Effective communication is the bridge between a great design and a successful product.

Thank You!

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https://s3-us-west-2.amazonaws.com/courses-images/wp-content/uploads/sites/4052/2019/04/08194317/CommunicationProcessModel4.jpg

Source: courses.lumenlearning.com

https://igsglobal.com/wp-content/uploads/2022/11/Integrated-team.webp

Source: igsglobal.com

https://thekeygroupinternational.com/wp-content/uploads/2017/01/15-cross-cultural-698x314.jpg

Source: thekeygroupinternational.com

https://image.slidesharecdn.com/be-ppt-2-250815162600-c01dfe63/75/Language-SKills-LSRW-Skills-Communication-Skills-2-2048.jpg

Source: www.slideshare.net

https://www.collidu.com/media/catalog/product/img/e/6/e63d51e211b651f1861fcc4003757d9359642a34712ba2560eb530dce2131ec4/passive-vs-aggressive-assertive-slide2.png

Source: www.collidu.com

https://www.communicationtheory.org/wp-content/uploads/2022/07/Importance-of-facial-expressions-in-communication.webp

Source: www.communicationtheory.org

Image Sources

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https://upload.wikimedia.org/wikipedia/commons/thumb/3/35/Personal_Space.svg/250px-Personal_Space.svg.png

Source: en.wikipedia.org

https://ugceconsultants.com/wp-content/uploads/2026/01/Writing-Reliable-Technical-Reports-for-Engineering-Projects-1024x683.jpg

Source: ugceconsultants.com

Image Sources