Course Code: MGT2364 - Project Management
Institution: McGraw-Hill Education
Name: Professor Mark Thomas
Qualifications:
Masters in Engineering Management
Masters in Management Information Systems
Bachelor's in Industrial Engineering
Attendance Procedures
Class Formatting
Platform Navigation: Brightspace
Weekly Schedule Review
Required Registrations: McGraw Hill Connect
Introduction to Project Management
Learning Activity Agenda
Respect: Maintain a respectful environment
Listening: Pay attention when others are speaking
Microphone: Mute unless asking a question
Participation: Raise hand or use chat for queries
Email Duty: Regularly check Algonquin email and Brightspace
Professional Tone: Adhere to business guidelines in communications
Subject Line: Include course and section numbers for clarity
Response Time: Expect replies within 24 hours (excluding weekends)
Format: Hybrid
Weekly Breakdown:
In-Class: 3 hours
Self Study: 1 hour (hybrid activities in McGraw Hill Connect)
Textbook: Project Management by Erik Larson and Clifford Gray, 8th Edition
Access through Brightspace
Table of Assessments:
Hybrid Activities: Due by 4 PM before class (12%)
In-Class Activities: During class (12%)
Take Home Assignments: TBD (18%)
Midterm Exam: Due February 20 (28%)
Final Exam: Week 15 (30%)
Access: Via Brightspace > Content > McGraw Hill Content
Completion: Can be attempted multiple times; highest grade synced with Brightspace
Communication: Be respectful and use an email signature with your student number
Instructions for Registration: Found in Brightspace
Trial Availability: 14-day trial for McGraw-Hill Connect if not immediately able to purchase
Chapter One Introduction - Focus on modern project management principles
1.1: Understand the importance of project management
1.2: Differentiate projects from routine operations
1.3: Identify the stages of a project life cycle
1.4: Contrast Agile PM with traditional PM
1.5: Acknowledge the balance between technical and sociocultural aspects in project management
1.1: What is a Project?
1.2: Current Drivers of Project Management
1.3: Agile Project Management
1.4: Socio-Technical Approach in Project Management
Definition: A temporary endeavor to create a unique product, service, or result
Major Characteristics:
Specific goals
Defined life span
Involvement of multiple departments
Novelty in execution
Defined performance, cost, and time specifications
Business: New data security system installation
Physical Education: Senior fitness program development
Marketing: Sales program execution for new products
Engineering: Value chain report creation
Chemistry: Quality control program development
Management: Store layout redesign
Program Defined: A group of related projects aiming for a common goal
Project Management Defined: Coordinating ongoing, interdependent projects for strategic achievements
Routine Work Examples: Daily ledger entries, class notes
Project Examples: Term paper, sales kiosk setup
Defining: Goals
Planning: Schedules, specifications, resource allocation
Executing: Status reports, quality assurance
Closing: Document transfer, resources release, lessons learned
Responsibilities:
Manage temporary, non-repetitive tasks
Resource marshaling
Act as customer liaison
Coordinate project teams
Ensure project success and performance
Factors influencing increased project management use:
Compression of product life cycle
Knowledge explosion
Customer focus and demand
Definition and Evolution: Emerged due to frustrations with traditional approaches; suitable for uncertain projects
Traditional PM: Known specifications, complete planning upfront
Agile PM: Evolving specifications, iterative development, and ongoing collaboration
Iterations: Defined to achieve tangible progress over short cycles, adjusting based on reviews
Technical Dimension: Planning, scheduling, controlling
Sociocultural Dimension: Motivating team members, collaboration with stakeholders
Engagement: In-class activities for interactive learning.