ETHICS IN
ENGINEERING
PRESENTED TO:
ENGR. JABBAR YOUNIS
ETHICS IN
ENGINEERING
 Ethics in engineering refers to the set
of principles, values, and standards
that guide the behavior and decisionmaking of engineers in their
professional practice. These ethics
help ensure that engineers uphold the
highest standards of integrity,
competence, and accountability while
serving the needs of society.
IMPOROTANCE
 Protects public safety and welfare
from potential harm caused by
engineering decisions.
 Builds trust and credibility with
clients, colleagues, and the public.
 Maintains professional reputation and
avoids legal consequences.
CONFIDENTIALITY
 Definition:
Protecting sensitive information
entrusted to an engineer by clients or
employers.
 Types of confidential information:
Trade secrets
Client data
Internal documents
 Protects intellectual property and
competitive advantage.
 Builds trust with clients and
maintains competitive edge.
 Ensures fair competition and
protects sensitive information.
IMPOROTANCE
Honesty
 Definition:
Being truthful and transparent in all
professional interactions.
Transparency and truthfulness are
essential in engineering. Engineers
should provide accurate information
and not misrepresent data or findings.
Honesty
 Importance:
Building credibility, trust, and
maintaining professional integrity.
 Example:
Providing honest estimates of project
timelines and openly communicating
potential challenges
Conflict of Interest
 Definition:
Navigating situations where personal
interests may influence professional
decisions. Always tell if there might be a
conflict of interest. This makes things
clear and keeps trust strong.
Conflict of Interest
 Importance:
Maintaining objectivity, ensuring fair
practices, and avoiding bias. Engineers
must avoid situations where personal
interests may compromise their
professional judgment or integrity.
 Example:
Disclosing personal relationships that
might affect decision-making, such as
familial or financial ties.
Integrity
 Definition:
Ensuring the accuracy, consistency, and
reliability of engineering data. Engineers
must ensure the accuracy and reliability of
the data they use in their work. This
includes verifying the sources of data and
conducting thorough quality checks. This
includes maintaining transparency and
ethical standards in data analysis and
reporting.
Integrity
 Importance:
Upholding the quality and
trustworthiness of engineering work.
 Example:
Regularly validating and crosschecking data in research or design
processes.
Environmental Health
 Definition:
Considering the impact of engineering
activities on the environment.
Engineers must prioritize sustainability
in their projects to minimize the
negative impact on the environment.
Promoting the use of renewable energy
sources such as wind and solar power.
Environmental Health
 Importance:
Promoting sustainable practices,
minimizing negative effects, and meeting
regulatory standards.
 Example:
Implementing eco-friendly designs to
reduce carbon footprint and
environmental impact.
Conclusion
 Ethics are a vital aspect of
engineering. It is crucial for engineers
to uphold principles of confidentiality,
honesty, data integrity, environmental
health, and avoid conflicts of interest
to maintain professional ethics. By
adhering to these ethical standards,
engineers can ensure the safety, wellbeing, and trust of the public they
serve.
Thank You For
Attention
 Muhammad Faizan:
 Muhammad Abis:
 Ameer Hamza:
FA21-BEE-064
FA21-BEE-089
FA21-BEE-068