Chapter 10

Producing World-Class Goods and Services

Learning Objectives

  • Current State of Productivity and Competitiveness
    • Describe the current state of productivity and competitiveness in Canada’s economy.
  • Evolution from Production to Operations Management
    • Describe the evolution from production to operations management.
  • Operations Management Planning Issues • Describe operations management planning issues, including:
    • Facility location
    • Facility layout
    • Materials requirement planning
    • Purchasing
    • Just-in-time (JIT) inventory control
    • Quality control
  • Production Processes and Productivity Improvement Techniques • Identify various production processes and describe techniques that improve productivity, including:
    • Computer-aided design and manufacturing
    • Flexible manufacturing
    • Lean manufacturing
    • Mass customization
    • Robotics
    • 3D printing
  • Manufacturing Process Control Tools
    • Explain the use of PERT (Program Evaluation and Review Technique) and Gantt charts to control manufacturing processes.

Canada Today

  • Industrial Landscape • Canada is a large industrial country with many major industries. • Major industries include:
    • Forest products, with plants in nearly all provinces producing wood, furniture, and paper products.
    • Aluminum mills located in Quebec and British Columbia.
    • Automotive-related manufacturing plants in Ontario and Quebec.
    • Aircraft manufacturing plants in Ontario, Quebec, and Manitoba.
  • Current Challenges • Canada faces significant challenges to its modern competitive status in the industrial sector which include:
    • Constant change and dislocation in the business climate.
    • New technologies and increasing global competition that necessitate swift responses.
    • The Fourth Industrial Revolution emphasizes digitization in manufacturing, focusing on data, analytics, and advanced robotics.

Research and Development (R&D)

  • Definition
    • R&D refers to work directed toward the innovation, introduction, and improvement of products and processes.
  • Benefits of R&D • Adoption of advanced technologies can lead to:
    • Increased production capabilities.
    • Improved productivity.
    • Expansion of product lines and services.

From Production to Operations Management

  • Definition of Production
    • Production involves creating goods and services by utilizing the factors of production: land, labour, capital, entrepreneurship, and knowledge.
  • Evolution of Production Management
    • Historically, production management referred to activities aimed at creating goods.
    • The term has evolved, recognizing the shift from a manufacturing focus to a broader operations management perspective, which includes services.

Operations Management

  • Definition • Operations management is a specialized area of management that converts or transforms resources into goods and services, encompassing:
    • Inventory management
    • Quality control
    • Production scheduling
    • Follow-up services
  • Operations Management in the Service Sector • In the service industry, the focus is on creating high-quality experiences for users. • Increased use of artificial intelligence (AI) in operations, exemplified by:
    • AI-driven delivery guides for food services like DoorDash that optimize driver routes.

Operations Management Planning

  • Planning Scope
    • Involves both service and manufacturing sectors similar operational issues:
  • Facility Location
    • The process of selecting a geographic site for a company's operations.
    • Recently, many manufacturing organizations have relocated facilities domestically and abroad.
  • Decision-Making Factors • Include reducing time to market and proximity to international customers, influenced by:
    • Availability of skilled and inexpensive labor.
Facility Location Trends
  • Outsourcing • Outsourcing has become common for cost-saving, with various job types being transitioned to developing countries, including:
    • Software development
    • Call center roles
    • Financial analysis
    • Medical services and more.
  • Technological Developments
    • Innovations in IT are enhancing flexibility in location choices for businesses.
  • Competitive Positioning
    • Selecting operational locations while maintaining competitiveness is crucial.
Facility Layout
  • Definition
    • Refers to the physical arrangement of resources (people and equipment) to optimize production processes.
  • Types of Facility Layouts A. Assembly-Line Layout
    • Used for repetitive tasks.
      B. Process Layout
    • Common in operations tailored to diverse customer needs.
      C. Modular Layout
    • Accommodates design changes or fluctuations in customer demand.
      D. Fixed Position Layout
    • Used where the product is too large to move, such as construction projects, where work is scheduled around various contractors.

Manufacturing Sector: Operations Management

Materials Requirement Planning
  • Definition
    • A computer-based operations management system that ensures availability of parts and materials based on sales forecasts.
  • Evolution to ERP
    • Enterprise Resource Planning (ERP) integrates multiple operations such as finance and order fulfillment using a unified corporate data set.
Purchasing
  • Role of Purchasing
    • Functional area responsible for sourcing quality materials, finding suppliers, and negotiating prices.
Just-in-Time Inventory Control (JIT)
  • System Overview
    • JIT minimizes stock kept on-site, with deliveries timed to coincide with production schedules.
    • Requires superior coordination with suppliers.
    • Challenges may arise due to disturbances affecting supply chains, such as poor weather or global events like the COVID-19 pandemic.
Quality Control
  • Definition
    • Ensures consistent production of customer-desired products, minimizing errors pre- and post-delivery.
  • Quality Control Approaches • Six Sigma
    • Aims for only 3.4 defects per million opportunities, promoting problem detection before issues arise.
      • Statistical Quality Control (SQC)
    • Continuously monitors production phases to ensure quality is integrated from inception.
      • Statistical Process Control (SPC)
    • Testing statistical samples of product components at various production stages and graphing results.
      • Deming Cycle
    • A systematic approach to quality management involving plan-do-check-act steps.
      • Excellence Canada
    • Leading authority in Canada for organizational excellence through quality system implementation and workplace health, presenting annual awards.
      • International Organization for Standardization (ISO)
    • A global federation establishing product quality standards through chapters from over 160 countries.
    • ISO 9001 focuses on quality management while ISO 14001 addresses environmental impact management. Certification is essential for compliance with regulations, especially within the EU.

Supply Chain Management

  • Logistics
    • Involves distributing the right products/services to the right places at the lowest cost and optimal time.
  • Supply Chain
    • Sequence of firms performing activities to create and deliver goods/services to consumers or industrial users.
  • Management Explanation
    • Involves the integration of information and logistics to optimize value creation through improved quality, cost reduction, flexibility, speed, and enhanced customer service.

Production Processes

  • Overview
    • The production process converts input factors into final goods/services through planning, routing, scheduling, and fulfilling production objectives.
  • Form Utility
    • Value added in production, e.g., turning raw materials into finished products.
  • Types of Production Processes • Process Manufacturing
    • Chemical or physical transformation of materials.
      • Assembly Process
    • Combines components to create a final product.
      • Continuous vs. Intermittent Processes
    • Continuous processes yield consistent outputs over time, while intermittent processes are responsive to specific customer orders and adjust frequently.

Improving Production Techniques

  • Techniques for enhancing production include:
    • Flexible manufacturing
    • Lean manufacturing
    • Mass customization
    • Robotics
    • Computer-aided design and manufacturing
    • 3D and additive manufacturing.
Flexible Manufacturing
  • Definition
    • Involves machine design for multipurpose production leading to higher productivity and cost savings.
Lean Manufacturing
  • Definition
    • Production that utilizes fewer resources than traditional mass production, enhancing output quality while minimizing costs.
Mass Customization
  • Definition
    • Tailoring products for individual consumers at scale, leveraging automation and advanced technologies.
Robotics
  • Role of Robotics
    • Industrial robotics enable mass customization and continuous operation, expected to significantly perform automated tasks in the future.
Computer-Aided Design (CAD) and 3D Printing
  • Integration of CAD/CAM
    • CAD and CAM technologies allow for custom product designs without substantial cost increases.
    • Latest developments include 3D printing technologies, which create products layer by layer.

Control Procedures: PERT

  • Overview • Program Evaluation and Review Technique (PERT) is used to manage production processes by:
    • Analyzing necessary tasks.
    • Estimating completion times.
    • Calculating the minimum time required for project completion.
  • Example
    • A graphical representation for a music video production schedule highlighting various tasks, their durations, and dependencies as part of the critical path.

Control Procedures: GANTT

  • Overview
    • Gantt charts serve as visual tools for tracking project timelines and progress on multiple tasks and assignments.
  • Example
    • A Gantt chart demonstrates the workflow of doll manufacturing across different machines over a set timeline.

Chapter Summary

Key Themes
  • Evolution from production centered around goods to operations management, encompassing both goods and services.
  • Operations management integrates resource conversion, inventory management, quality control, and enhancing customer experiences.
  • Facility location and layout are crucial for operational efficiency, alongside JIT systems and quality control methodologies like Six Sigma.
Production Techniques
  • The integration of flexible approaches in manufacturing, lean production principles, and technology-enabled customization positions firms advantageously for market demands.