Manufacture and facility system attribution.

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1. Manuacture System & Facilities Group 1 Facilities and Design Management bsm 2034

2. Group 1 　　NO. 　　FULLNAME GROUP 1: ID. MATRIX 　　1 AWANG ANIQKMAL BIN AWANG TAJUDIN B22080004 　　2 LAURANCE SUKAANAK BIGAU B22110041 　　3 NOOR JASNA BINTI HALIM B21120005 　　4 NURULFAKHRI BIN PAZUL BAHRI B22120015 　　5 KHATIMIL B21080087 　　5 ASFARINA BINTI ALOI B21080012 　　6 MOHD KAMAL BIN ABDULLAH B23010020

3. Manufacturer The progress of produce and technologies assemble with the process from raw material to reduce waste,oil, mines,mineral, gas and quarter timber.

4. Objectives: Estimation Loaded 2 container outbound 4 to 5 container storage system. Energy consume Reproduce energy Workers on duty minimum inbound Damage counted null leak counted nil scratch counted none To increase quality and quantity. Enhance the visibility from the inventory management. Acquire high profits as a produce cylce management. Obtain effective product consolidation to gain more customer observation.

5. Procedure taken Advantages efficient flow of works. Endure the stock arrangement appropriately. time reprodcutivity capacity management Quality continuosly achievement disadvantages loss employee satisfaction.

6. system manufacture

7. Facilities Workforce Management .Problem: Production consistency is being impacted by high employee turnover. Solution Exploration: Provide competitive wages and benefits, enhance employee engagement, and improve working conditions. Issue: The adoption of advanced manufacturing technologies is restricted by a skills deficit in the workforce.Solution Exploration: Foster ongoing learning and development, collaborate with educational institutions, and allocate resources to training programs. Facility Layout and Space Utilization Problem Workflow disruptions caused by inefficient facility layout. Solution Exploration: Utilize industrial engineering principles to redesign the facility layout and simulate workflows using software tools. Issue: The facility is not fully utilizing its available space. Solution Exploration: Perform a space utilization analysis and reorganize storage and production areas to optimize efficiency.

8. Facilities Data Management and Analytic Problem Inadequate actionable insights from manufacturing data. Solution Exploration: Establish robust data analytic platforms, employ machine learning to generate predictive insights, and guarantee data integrity and accuracy. Issue: The comprehensive analysis of manufacturing operations is impeded by data silos. Solution Exploration: Foster a culture of data sharing and collaboration by integrating data across departments using ERP systems. Risk and Safety Management Issue: A high prevalence of workplace accidents and injuries. Solution Exploration: Improve safety training programs, enforce more stringent safety protocols, and employ personal protective equipment (PPE). Problem: Inadequate risk management processes for emergency management. Solution Exploration: Conduct regular exercises, develop comprehensive risk management plans, and ensure adherence to safety standards.

9. Strategy Customer Demand and Market Adaptation Problem: Difficulty in adapting to swiftly changing customer demands. Solution Exploration: Enhance customer feedback mechanisms, enhance market analysis capabilities, and implement flexible manufacturing systems (FMS). Problem: Customer satisfaction is negatively impacted by extended supply times. Solution Exploration:Optimize production scheduling, reduce preparation times, and streamline processes. These problem statements encompass a wide variety of challenges that may arise in manufacturing systems and facilities. Effectively addressing these issues can result in substantial enhancements in operational efficiency, quality, and productivity.

10. conclusion CONCLUSION Effective facility layout and design are pivotal for enhancing operational efficiency, ensuring smooth workflow, and optimizing resource utilization in manufacturing systems. The integration of advanced technologies like robotics, automation, and IoT further enhances productivity and quality control while reducing operational risks and costs. Key considerations such as material handling efficiency, space utilization, and safety protocols underscore the importance of a well-planned facility layout. Flexibility in design allows for future scalability and adaptation to evolving production needs, ensuring sustained competitiveness in the market. Moreover, addressing challenges such as workforce management, environmental sustainability, and supply chain disruptions through strategic planning and technology integration contributes significantly to overall manufacturing success. By prioritizing these factors, businesses can achieve higher levels of customer satisfaction, operational excellence, and profitability in a dynamic global economy. This conclusion summarizes the critical aspects discussed in the provided texts, emphasizing the importance of thoughtful facility design and management practices in modern manufacturing environments