Engineer in Society Mock Exam 1
University of Ilorin
Prepare thoroughly for your Engineer in Society mock exam with this comprehensive question set tailored for 500 Level Computer Engineering students at the University of Ilorin. This mock exam covers essential topics including the fundamentals of engineering, its relationship with science and technology, professional development in Nigeria, ethical conduct, safety and risk management, and the impact of engineering on Sustainable Development Goals.
About This Exam
Prepare thoroughly for your Engineer in Society mock exam with this comprehensive question set tailored for 500 Level Computer Engineering students at the University of Ilorin. This mock exam covers essential topics including the fundamentals of engineering, its relationship with science and technology, professional development in Nigeria, ethical conduct, safety and risk management, and the impact of engineering on Sustainable Development Goals.
Topics Covered
Exam Structure
- Question Formatmcq
- Total Questions100
- Estimated Duration150 minutes
- Difficulty LevelMedium
Learning Objectives
- •Understand the fundamental relationship between engineering, science, and technology.
Prerequisites
Basic understanding of engineering principles, awareness of the Nigerian professional engineering context, and familiarity with ethical considerations in professional practice.
Sample Questions
Get a taste of what to expect in the full exam.
The course discusses the importance of improving public perception of the engineering profession in Nigeria. Which of the following actions would most effectively enhance the public's trust and understanding of the value of engineering work?
Limiting public access to information about ongoing engineering projects
Focusing media campaigns solely on the financial success of engineers
Showcasing successful engineering projects and their positive impact on society through accessible media
Encouraging engineers to work exclusively on highly specialized, technical tasks without public engagement
Scenario: An engineer is offered a substantial financial incentive by a material supplier to specify their product for a public infrastructure project. The supplier's product is slightly more expensive and less durable than an alternative, but the incentive is very appealing. What is the ethical action the engineer should take according to Nigerian engineering ethics?
Accept the incentive, as long as it is not explicitly illegal, and specify the supplier's product to benefit personally.
Refuse the incentive, and specify the material that offers the best long-term performance and value for the public project.
Accept the incentive but inform the client about it to maintain transparency, then specify the supplier's product.
Delay the decision until the supplier increases the incentive, then make a choice.
To promote a culture of safety and minimize risks on a large-scale construction site in Nigeria, the project management team is reviewing its current practices. Which measure, beyond basic personal protective equipment (PPE), would be most effective in mitigating potential hazards and ensuring worker well-being?
Relying solely on workers' self-reporting of safety concerns
Implementing a comprehensive risk assessment system with regular safety audits and training
Reducing the number of safety inspectors to cut operational costs
Prioritizing project completion speed over detailed safety inspections
Scenario: A professional engineering body in Nigeria wants to significantly improve the public perception of the engineering profession, which is currently seen as less attractive than other fields. Which initiative would be most effective in achieving this goal, based on the provided insights?
Lobbying the government for higher salaries for engineers without public engagement
Restricting public access to information about ongoing engineering projects to maintain exclusivity
Launching a nationwide media campaign showcasing successful engineering projects, their societal benefits, and the diverse career paths within engineering
Focusing solely on technical conferences for engineers, without involving the general public
An engineering company implements a new policy where all employees, from top management to entry-level workers, are actively involved in daily safety briefings, hazard reporting, and continuous safety training. This initiative primarily aims to foster a strong:
Hierarchical management structure
Competitive work environment
Safety culture
Cost-reduction strategy
Scenario: An engineer discovers a minor structural flaw in a newly completed public building project. While the flaw does not pose an immediate collapse risk, it could potentially compromise the building's long-term safety and durability, requiring significant additional costs to rectify. The client insists on quick handover to avoid penalties. What is the most ethical course of action for the engineer in Nigeria?
Approve the project for handover, noting the flaw in internal documents only
Inform the client of the flaw, its potential long-term impact, and recommend corrective action
Delay the handover indefinitely until a cost-effective solution is found by the client
Seek a second opinion from another engineer without disclosing the flaw to the client
Effective communication of risks on an engineering project site is crucial for preventing accidents. This involves:
Hiding potential risks to avoid alarming workers.
Clearly informing all stakeholders, including workers, about identified risks and mitigation strategies.
Only informing senior management about risks to maintain control.
Delegating all risk communication to external consultants.
An engineering consulting firm in Nigeria aims to achieve an optimal technical service delivery. If they currently employ Engineers, based on the desirable cadre ratio of one Engineer to eight Engineering Technologists and sixteen Engineering Technicians, how many Engineering Technologists and Engineering Technicians should they ideally have respectively?
Technologists and Technicians
Technologists and Technicians
Technologists and Technicians
Technologists and Technicians
A common observation in Nigerian engineering education is that graduates often struggle to apply theoretical knowledge to practical, real-world problems upon entering the workforce. This challenge is primarily attributed to:
An oversupply of engineering graduates in the job market
A lack of interest among students in advanced theoretical concepts
Insufficient access to modern equipment and practical training facilities
Excessive focus on interdisciplinary collaboration in curricula
The initial step in a comprehensive risk analysis process for an engineering project involves:
Implementing safety measures
Identifying potential hazards and assessing their impacts
Conducting a financial audit of the project
Evaluating the project timeline for delays
Ready to start practicing?
Download Learn to access the full exam, get instant feedback, and see step-by-step solutions for every question.
How to Prepare
Key Preparation Tips
- Thoroughly review the provided course materials on the engineer's role in society.
Mistakes to Avoid
- •Confusing the roles and responsibilities of different engineering cadres.
Success Criteria
Achieving a score of 70% or higher demonstrates a strong understanding of the core concepts and readiness for the actual examination.
How LearnAI Helps You Prepare Faster
LearnAI is your personal AI lecturer that understands your study style and helps you master any topic in record time.
60% Prediction Accuracy
Our AI models predict potential exam questions with high accuracy based on past trends.
Personalized Explanations
Get step-by-step explanations for every topic, tailored to your current knowledge level.