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Industrial Engineering

Optimising processes by integrating systems to improve quality and productivity

Systems Design

Planning and structuring of processes and facilities to optimise production efficiency and resource utilisation

  1. Analyse and redesign workflows to minimise bottlenecks and streamline operations across manufacturing and assembly lines

  2. Implement adaptable systems that can quickly respond to changes in product types, volumes, and demand

  3. Develop models for effective allocation of resources like labor, materials, and machinery to meet production targets

Value Stream Mapping

Utilising value stream mapping to visualise, analyse, and improve workflow

  1. Utilising visualisation tools that maps out all the steps involved in a process, from raw material acquisition to product delivery, enabling a clear understanding of the flow of information and materials

  2. Applying lean methodology and principles Identifying waste, bottlenecks, and non-value-added activities within a process,

  3. Helping teams and stakeholders understand the process flow, fostering collaboration and alignment

Facility Design and Layout

Optimising production lines and facilities
planning and arrangement of physical spaces, including buildings and work areas, to optimise workflow, efficiency, and safety

  1. Arranging workspaces and equipment to create efficient workflows that minimize movement and reduce production times, enhancing overall operational efficiency

  2. Designing layouts that maximize the use of available space

  3. Incorporating ergonomic principles and safety standards in the design to create a secure working environment

Production Planning

Managing production schedules, resources, and workflows to meet demand efficiently and effectively

  1. Implement JIT-JIS principles to reduce inventory levels while ensuring that materials arrive exactly when needed in the production process.

  2. Create a detailed schedule that outlines what needs to be produced, when, and in what quantities to meet customer demands

  3. Analyse production capabilities and forecast future needs andt resources

Work Measurement & Design

Evaluating and designing job tasks and work environments to improve efficiency, safety, and ergonomic performance.

  1. Determine standard times for tasks using time studies and work sampling techniques to create benchmarks

  2. Design workstations that promote ergonomic practices, increasing productivity

  3. Create job roles that are clear and manageable, ensuring that tasks are aligned with employees’ skills

Supply Chain Management

Coordinating and managing all activities involved in sourcing, procurement, production, and logistics to deliver products

  1. Implementing quantity methods and safety stock calculations to maintain optimal inventory levels without excess

  2. Creating initiatives aimed at improving supplier performance through training, collaboration, and shared goals

  3. Utilise forecasting and planning tools to align supply with expected demand, minimising overproduction and stockouts

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