Lesson Notes By Weeks and Term v4 - SHS 2
ETHICS AND PROFESSIONAL PRACTICE
Download the Lessonotes Mobile Ghana app for faster lesson access on Android and iPhone.
ETHICS AND PROFESSIONAL PRACTICE
Download the Lessonotes Mobile Ghana app for faster lesson access on Android and iPhone.
Subject: Engineering
Class: SHS 2
Term: 2nd Term
Week: 8
Grade code: 2.1.3.LI.5
Strand code: 1
Sub-strand code: 3
Content standard code: 2.1.3.CS.1
Indicator code: 2.1.3.LI.5
Theme: ENGINEERING PRACTICE
Subtheme: ETHICS AND PROFESSIONAL PRACTICE
This page supports the lesson note with a companion video and a short classroom-ready summary.
For class groups and homework, share this lesson page so learners also get the summary, objectives, and full lesson context.
Engineers are the builders of our nation. From the Akosombo Dam that powers our homes and industries, to the Accra-Tema Motorway we travel on, to the mobile phone networks that connect us, engineers' work is all around us. But building things is not enough. A *good* engineer must build things that are safe, reliable, and beneficial to society. This requires more than just technical knowledge; it requires a strong character and a commitment to professional standards. In this lesson, we will explore the essential qualities, or "attributes," that make an excellent engineer.
What is an "Attribute"? An attribute is a quality, characteristic, or feature that is regarded as a natural part of someone. For an engineer, these are the qualities that define their competence and character. We can group these attributes into two main categories:
A. Technical Attributes (The "What You Know") These are the core knowledge and skills related to science, mathematics, and technology that an engineer must possess. They are the foundation of engineering. Strong Foundational Knowledge: A deep understanding of mathematics (calculus, algebra), physics (mechanics, electricity), and chemistry. *Why it matters:* Without this, an engineer cannot calculate the load a bridge can carry or design an efficient electrical circuit. It's the language of engineering. Problem-Solving Skills: The ability to identify a problem, analyse it from different angles, and develop effective, logical solutions. *Why it matters:* Engineering *is* problem-solving. Whether it's designing a drainage system to prevent flooding in Accra or creating a low-cost irrigation system for a farm in the Northern Region, the goal is always to solve a problem. Analytical & Design Skills: The ability to break down complex systems into smaller parts to understand how they work (analysis) and the creativity to put ideas and components together to create something new (design). *Why it matters:* An engineer must analyse why a machine is failing before they can design a better one.
B. Professional and Ethical Attributes (The "Who You Are" and "How You Work") These attributes are just as important as technical skills. They govern how an engineer interacts with colleagues, clients, and the public, and they ensure that their work is done responsibly. Integrity and Honesty: Being truthful, transparent, and having strong moral principles. It means refusing to cut corners, take bribes, or falsify data. *Ghanaian Context:* Imagine an engineer supervising the construction of a new classroom block. A contractor offers them a "gift" to approve the use of cheaper, weaker iron rods. An engineer with integrity would refuse, knowing that the safety of students is paramount and cannot be compromised for personal gain. Responsibility and Accountability: Taking ownership of your work, decisions, and their outcomes. If a mistake is made, a responsible engineer admits it and works to correct it. *Why it matters:* The public trusts engineers with their safety. An engineer who designed a faulty bridge cannot blame the materials alone; they are accountable for the design. Commitment to Public Safety: This is often considered the highest principle in engineering. The primary duty of an engineer is to protect the safety, health, and welfare of the public. *Why it matters:* A poorly designed electrical system can cause fires. A poorly built building can collapse. A contaminated water treatment system can cause disease. The consequences of engineering failures are severe. Teamwork and Collaboration: The ability to work effectively with other people, including other engineers, technicians, architects, and clients. *Why it matters:* Major projects like the Kejetia Market redevelopment or the Pokuase Interchange are not built by one person. They require hundreds of professionals to collaborate, share ideas, and coordinate their work. Effective Communication: The ability to explain complex technical ideas clearly to both technical and non-technical audiences, through writing, speaking, and drawing. *Why it matters:* An engineer must be able to write a clear report for a client, explain a design to a construction team, and present a project proposal to government officials. Lifelong Learning: The commitment to continuously update one's knowledge and skills throughout their career. *Why it matters:* Technology changes rapidly. The best engineering practices of today may be outdated in ten years. A good engineer is always learning about new materials, new software, and new techniques to stay effective. How Can These Attributes Be Developed?
Developing these qualities starts now, as a student. It is a continuous process of conscious effort.