Operations Management for Business Excellence

Define management as planning, coordinating, and controlling organizational affairs, and define operations management as turning inputs into outputs of higher value through a controlled transformation process.

Explore the scope and objectives of operations management, from product design and facilities planning to productivity, quality systems, and enterprise resource planning, with emphasis on strategic and tactical decisions.

Explore the five production system p's—product, plant, program, processes, and people—and compare intermittent and continuous production, including design, layout, capacity, and demand-driven production flows.

Explore productivity and industrial engineering, focusing on inputs and outputs and how management, plant, and energy boost efficiency. Examine controllable and uncontrollable factors shaping productivity as an attitude of mind.

Learn how time study determines standard time, production norms, and assembly line layout through an elemental, real-world example using clamp carrier, observing rating, watch readings, and relaxation.

Explore the assembly line concept in industrial engineering, detailing standard task times, station balancing, balance delay, and aiming for a smooth flow with minimal idle time.

Explore ergonomics as the science of designing work to maximize human well-being and productivity. Learn about physical, cognitive, and organizational ergonomics, chair design, and preventing musculoskeletal disorders.

Evaluate plant location and layout using qualitative and quantitative methods, including factor rating, cost volume analysis, centre of gravity, and transportation models, to identify the most economical site.

Examine plant layout—the physical arrangement of machinery, equipment, and utilities like boilers and warehouses—to minimize costs, meet required quantity and quality, and promote safe, flexible flow.

Explore layout types—product, process, fixed-position, cellular (modular), and service facility—and their roles in operations, while noting welfare facilities like water, sanitation, first aid, restrooms, canteens, tea trolleys, and recreational facilities.

Review the core concepts of operations management, from evolution and history to inputs, outputs, the transformational process, plus facilities planning with plant location, plant layout, time study, and standard time.

Explore the objectives and processes of production planning and control, linking demand forecasts and delivery schedules to optimize men, materials, machines, and money for timely, cost-effective output.

Learn how aggregate production planning determines resource capacity to meet demand by balancing inputs like demand forecasts and policies with outputs such as workforce size, inventory, and subcontracting.

Production control plans, directs, and controls material, supply, and processing to meet the approved sales program, optimizing resources through three levels of programming, ordering, and dispatch.

Forecasting estimates future demand in quantity, timing, quality, and location to guide planning, procurement, and resources, using internal and external data across short, medium, and long horizons.

Explore forecasting methods, from qualitative approaches like Delphi and survey techniques to quantitative tools such as simple moving average and exponential smoothing.

Explore quality management systems and practices to maintain high quality in products and services, empowering operations managers to define and sustain quality across the business.

Define quality as customer perception divided by expectation, illustrated by a car and a hotel, and emphasize continuous improvement of processes to meet evolving expectations.

Explore the six characteristics of quality, starting with conformance to requirements and fitness for use, including meeting and exceeding customer expectations. Achieve zero defect and superiority to competitors in quality.

Define the dimensions of quality: performance, reliability, durability, serviceability, aesthetics, perceived quality, reputation, and conformance to standards, with mobile phones and internet service as examples.

Total quality management is a management philosophy and practices that harness human and material resources to achieve organizational objectives, emphasizing the supplier-customer chain from external suppliers to the final customer.

Explore the cost of quality by examining cost of conformance (prevention, appraisal), cost of non-conformance (internal and external failure), and cost of lost opportunities.

Explore ISO 9001:2015, a customer-focused certification with key changes from 2008. Learn process approach, new terminology, risk management, and external providers.

Integrate production planning and control, sequencing, scheduling, dispatch, and follow-up with sales forecasting to support centralized enterprise resource planning for business excellence.

Explore enterprise resource planning (ERP) as a centralized IT system that integrates planning, manufacturing, sales, and finance to enable real-time, cross-department data and streamlined operations.

Define roles and challenges of operations managers and their process design and implementation to transform inputs into outputs efficiently, applying productivity, work study, master production scheduling, and enterprise resource planning.

Drive operations excellence through top management commitment, clear concepts for all employees, defined roles, a structured implementation plan, ongoing skills training, open communication, customer focus, and recognizing good efforts.

Celebrate completing operations management for business excellence by reflecting on what you learned and enjoyed, and share feedback and reviews to fuel your bright future and success.