Intro to Engineering & Design 1 Course

Intro to
Engineering &
Design 1

S e e k + L i s t e n + S u c c e e d

Nama: Ansarullah Lawi
Cell-Phone: 0812-82864823
Email: ansarullahlawi@iteba.ac.id
Work Experience
PT PLN (Persero) Cabang Kendari 1999-2005.
PT Epcos Indonesia, Des 2010 – Des 2011.
PT Labtech Penta International, Feb 2012 – Feb 2013.
PT Caterpillar Indonesia Batam, Maret 2013 – Juli 2016.
Universitas Putera Batam, Sept 2011 – Juli 2016.
Universitas Universal, Juli 2016 – Juni 2021
Institut Teknologi Batam, Juli 2021 - …
D-3: Ahli Madya (A. Md.) Dept. of Mechanical Engineering
Politeknik Negeri Ujung Pandang, Makassar
S-2: Master of Engineering (M. Eng.) Dept. of Intelligent Machinery & Systems
Kyushu University, Japan
S-3: Doctor of Engineering (Dr. Eng.) Dept. of Intelligent Machinery & Systems
Kyushu University, Japan
Greetings

Course Informations
1) Intro to engineer
2) Energy Conversion
3) Intro to Civil and Chemical Engineering
4) Intro to Mechanical and Electrical
Engineering
5) Intro to Computer and Manufacturing
Engineering
6) Intro to Bioengineering and Engineering
Economics
7) Intro to Electrochemical Engineering and
Green Engineering
❖ Mid Test 30 %
❖ Final Test 30 %
❖ Autonomous Task 20 %
❖ Structured Task 20 %

Exploring Engineering
In This Chapter You Will Study
• The role of engineers
• Personal and Professionals ethics
• Communication engineering
• Intro to design engineering
• Engineering Design Process

Intro
“Science can amuse and fascinate us
all but it is engineering that changes
the world.”
Professor of biochemistry at
Boston University
What is an engineer?
An engineer is a creative, ingenious
person.
What does an engineer do?
Engineers create ingenious solutions to
societal problems

Aerospace
Agricultural
Architectural
Automotive
Biomedical
Ceramic
Chemical
Civil
Computer
Ecological
Electrical
Applied Mathematics
Engineering Management
Manufacturing
Marine
Mechanical
Metallurgical
Mining
Nuclear
Ocean
Petroleum
Environment
Systems
Industrial
Transportation
What Is Engineering ?
Engineers can be classified according to the kind of work they
do—administration, construction, consulting, design,
development, teaching, planning, production, research, sales,
service, and test engineers. Because engineering deals with the
world around us, the number of engineering disciplines is very
large. The table below lists some of the many engineering fields.

What Is Engineering Technology ?
Engineering technology is the profession in which a knowledge
of mathematics and natural sciences gained by higher
education, experience, and practice is devoted primarily to the
implementation and extension of existing technology for the
benefit of humanity.
Engineering technologists work closely with engineers in
coordinating people, material, and machinery to achieve the
specific goals of a particular project. The engineering
technologist is often responsible for design and development.

What Makes A “GOOD” 21 st
Century Engineer?
The 21st century will be characterized by the
convergence of many technologies and engineering
systems. The products of today and tomorrow will be
“smarter ” in which computers, sensors, controls,
modern alloys, and plastics are as important as
continuing expertise in the traditional engineering
disciplines.

Personal Ethics
Personal ethics are the standards of human behavior that
individuals of different cultures have constructed to make moral
judgments about personal or group situations.
Naturally, they vary over time and from culture to culture,
resulting in conflict when what is acceptable in one culture is
not in another. For example, the notion of privacy in U.S. culture
is very strong, and a desk is considered an extension of that
privacy, whereas in another culture, such as Japan, office space
is open and one’s desk would be considered public domain.

Five Cornerstones of Ethical
Behavior
❑ Do what you say you will do.
❑ Never divulge information given to you in
confidence.
❑ Accept responsibility for your mistakes.
❑ Never become involved in a lie.
❑ Never accept gifts that compromise your ability to
perform in the best interests of your organization.

Professional Ethics
Having a code of ethics enables an engineer to resist the
pressure to produce substandard work by saying, “ As a
professional, I cannot ethically put business concerns ahead of
professional ethics. ” It also enables the engineer to similarly
resist pressure to allow concerns such as personal desires,
greed, ideology, religion, or politics to override professional
ethics.
As members of this profession, engineers are expected to
exhibit the highest standards of honesty and integrity. Engineers
perform under a standard of professional behavior that requires
adherence to the highest principles of ethical conduct.

National Society of Professional
Engineers Code of Ethics
Fundamental canons
Engineers, in the fulfillment of their professional duties, shall
• Hold paramount the safety, health, and welfare of the public.
• Perform services only in areas of their competence.
• Issue public statements only in an objective and truthful manner.
• Act for each employer or client as faithful agents or trustees.
• Avoid deceptive acts.
• Conduct themselves honorably, responsibly, ethically, and
lawfully so as to enhance the honor, reputation, and usefulness
of the profession.

Where to Find Information
Your Instructors
Your fellow team members
Campus Resources
Others (internet)

Where to Find Information

Engineering Design Process:
Recognizing the Need for a Product or a Service
Problem Definition and Understanding
Research and Preparation
Conceptualization
Synthesis
Evaluation
Optimization
Presentation

Engineering Design Is:
Synthesis – putting things together
Analysis – taking things apart

Example - Buying a Car
A car salesperson might say:
a) “This car was driven by an older person
who never exceeded the speed limit.”
and
b) “It has great power, excellent fuel efficiency, and
low pollution.”
What would an engineer say to part a)?

Design Criteria
For part a) an engineer might say:
“It was driven by a human about 1.7 meters high
and 2 billion seconds old who never drove it
faster than about 70 meters per second.”
Variable
Height
Age
Speed
Unit
meters
seconds
m/s
Number
1.7
2x109
70

Design Criteria
In part b) when the salesperson says
“It has great power, excellent fuel efficiency, and
low pollution.”
An engineer might say:
“(You fill in this part and define the variables, units,
and numerical values)”
Variable Unit Number

National Academy of Engineering Top 20
Engineering Achievements of the 20th Century
11)Highways
12)Spacecraft
13)Internet
14)Imaging
15)Household Appliances
16)Health Technologies
17)Petroleum and Petrochemical
Technologies
18)Laser and Fiber Optics
19)Nuclear Technologies
20)High-performance Materials
1) Electrification
2) Automobile
3) Airplane
4) Water Supply and Distribution
5) Electronics
6) Radio and Television
7) Agricultural Mechanization
8) Computers
9) Telephone
10)Air Conditioning and
Refrigeration

The National Academy of Engineering List of the Challenges
for Engineering in the 21st Century.
1) Make solar energy economical
2) Provide energy from fusion
3) Develop carbon sequestration
methods
4) Manage the nitrogen cycle
5) Provide access to clean water
6) Restore and improve urban
infrastructure
8) Engineer better medicines
9) Reverse-engineer the brain
10) Prevent nuclear terror
11) Secure cyberspace
12) Enhance virtual reality
13) Advance personalized learning
14) Engineer the tools of scientific
discovery
7) Advance health informatics
http://www.engineeringchallenges.org/

Do you agree
with this list of
challenges?
http://www.engineeringchallenges.org/

Intro to Engineering & Design 1 Course

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