COMP3219W01L01Introduction2024_1___1_
Page 1: Introduction
Module Title: COMP3219 Engineering Management and Law
Focus: Introduction to management and law for engineers and computer scientists.
Lecturer: Dr. Sarah Hewitt
Date: October 2024
Base Slides: Andy Gravell
Page 2: Objectives Today
Purpose: Introduce the module
Topics:
Delivery and assessment (check BlackBoard)
Organisations, management, and decision making
Introduction to teaching team: Anna, Haiming, Sarah
Page 3: Ideals of Engineering and Technology
Theme: How Engineering and Technology Can Change the World For the Better
Page 4: Visual Representation
Poster's representation of technology advancements
Examples:
TDK
Video tape
Floppy disks
Page 5: Foundation Concepts
Engineering and technology have positive impacts.
Suggested reading: "positivism" on Wikipedia; critique by Habermas.
Page 6: Negatives of Technology
Acknowledgement that technology has negative consequences.
Page 7: Global Life Expectancy Data
Data from 1770 showing life expectancy trends by region (Europe, Oceania, Americas, Asia, Former Soviet Union, Africa).
Source: Our World in Data / New York Times bestseller discussed.
Page 8: Solutions to Planetary Issues
Question posed: Which should we rely on to save the planet?
Engineering and Technology:
Renewable energy
Lower power digital electronics
Electric cars
Politics:
Agreed targets for emissions reduction
Necessity to meet or exceed targets
Emphasis on collaboration between engineering and politics.
Page 9: Collaboration vs. Individual Action
Discussion on approaches to change the world: Alone vs. as a team.
Page 10: Importance of Management and Organisation
Management is:
Dealing with and controlling elements
Responsibility for organizations
Organisation is:
A group of people working collectively
The act of structuring elements of an organisation.
Reference to John Searle’s definition of institutions.
Page 11: Types of Organisation
Examples of organisational structures:
Team / Group / Committee
Profit Sharing Partnership / Private Company
Publicly Traded Company
Government / Department / Agency
Charity / Social Enterprise / University
Notable reference for mathematical reasoning in organisational behavior: "A Survey of Multi-Agent Organizational Paradigms (V. Lesser and Horling)".
Page 12: Discussion of Mobile Companies
Reference to key players in mobile phone history and their market leadership periods.
Page 13: Leadership Changes
Historical context of Motorola and Nokia's rise and fall in leadership.
Questions raised about their success and subsequent failures.
Insights shared by a Nokia insider highlighting missteps.
Page 14: Leadership Opportunities
Reference to research by Giachetti & Marchi on competitive actions influencing leadership change.
Comparative analysis of decisions made by Motorola and Nokia.
Page 15: Role of Management
Management Responsibilities:
Support and execution of organizational vision.
Involves decision-making, planning, implementation, etc.
Importance of various management models:
Some mathematical (Operations Research)
Others based on social sciences.
Historical note: management studied for 200 years; origin of major business schools.
Page 16: Importance of Diversity
Thesis: Diversity is fundamental in decision-making.
Research findings:
Diverse teams outperform homogeneous ones.
Enhanced focus on facts and innovation.
Potential risks of "groupthink".
Page 17: Gender Representation in Engineering
Statistic: Only 14.5% of engineers in the UK are female.
Gender improvements = 15-21%
Ethnic = 35%
Page 18: Systematic Decision Making
Advocated method: being scientific and systematic.
Decision-making influenced by unconscious biases (referencing Kahneman).
Page 19: Logic Puzzle
A logical question illustrating abstract reasoning involving relationships.
Page 20: Module Arrangements
Basic logistics and structural arrangements for the module.
Page 21: Topics Covered
Overview of upcoming topics:
Team Project
Risk Management
Product Management
Company Innovation
Ethical Dilemmas
Corporate Social Responsibility
Environmental Sustainability
Page 22: Teaching Schedule
Weekly topics covered by different team members.
Availability of slides and recordings online.
Important dates for tests highlighted.
Page 23: Coursework Assessment
Percentage weight for coursework: 30%
Structure of tests and guidelines for completing them.
Page 24: Question Format
Explanation of the exam structure and how to approach questions for maximum scoring.
Page 25: Exam Details
Weight of the exam: 70% of the module grade.
Format and required preparation for successful performance.
Page 26: Learning Resources
Availability of lecture materials and recommended reading for enhanced understanding.