Introduction to System design

Rob learns that efficient operations and systems design hinge on matching the right equipment to the task, with proper infrastructure and a work environment to ramp up goat milk production.

Explore how systems design and operations management boost efficiency and productivity in a global market, through design enhancements, industrial engineering, and workflow improvements for manufacturing and services.

Define system design goals through scientific analysis of methods, enhance worker performance, establish performance standards, optimize resource use at minimum cost, and improve productivity, employee satisfaction, and organizational efficiency.

Explain factors affecting systems design, noting it varies by nature of production, job oriented, and service oriented operations, as well as the nature and size of operation.

Explore how a good system design improves productivity, reduces dissatisfaction, and enhances safety by incorporating employee input, training, and adjustable work schedules.

Explain how systems design and industrial engineering optimize plant machinery and materials to boost productivity, minimize incremental costs, promote automation, and drive an efficient work cycle.

Identify the information needed for systems design by categorizing data into process design, physical considerations, and work methods study, detailing duties, equipment, conditions, risks, and ergonomics.

Identify and describe three techniques of systems design, two- or three-dimensional templates, sequence analysis, and line balancing, with scaled models, sequencing activities, and a linear assembly flow.

Explore how systems design and production boost efficiency, training, safety, and optimal use of workforce and equipment. Review production techniques: separation, modification or improvement, and assembly, oil separation and annealing.

Identify key elements of systems design, including operations process analysis, work site analysis, ergonomics and safety control, and systems training, to improve workflows and safety.

Apply work study in systems design by using method study and work measurement to analyze task time, simplify processes, and boost productivity, standardize methods, and design effective jobs.

Explain the steps of the job design process, from task selection and sequencing to method study, to create clear, efficient roles that boost achievement and reduce organizational risk.

Explore how material handling supports systems design to improve movement, storage, safety, and productivity using unit load, space utilization, standardization, and ergonomics, with Leonard Polymers providing a real-life case example.

Explore how facility layout integrates with systems design to optimize workflow, reduce movement, and cut costs while ensuring safety and comfortable environments; covers six layout types and key design principles.

Explain how ergonomics, when integrated with systems design, fits the person, equipment, processes, and environment to reduce injuries and protect worker safety through safe design choices.

Boost production efficiency and optimize resource utilization through systems design. Improve material flow, reduce production costs, and raise worker morale and safety with work study, method study, and job design.