Foundations of Industrial Engineering (2023) PDF

LY N O Foundations of Industrial SE Engineering U E SI Overview of Information Systems -B Asst....

LY N O Foundations of Industrial SE Engineering U E SI Overview of Information Systems -B Asst. Prof. Sarah Castillo Vanguardia C PN R FO  LY N O SE U E SI -B Intended Learning Outcome (ILO) C PN At the end of the discussion, the students should be able to R identify how information systems contribute to process FO optimization, quality control, inventory management, and workforce scheduling in industrial settings.  LY DISCUSSION OUTLINE N O SE IS in the BSIE Curriculum U Definition of Information Systems E SI -B Core Components of IS C PN Application of IS in IE R FO 2023 BSIE CURRICULUM LY N O IEP116: INFORMATION SYSTEMS SE PRE-REQUISITE: IEP112 (QMS); IEE101 (IE ELECTIVE 1) U CO-REQUISITE: NONE E TERM: 3rd YEAR, 2nd SEM SI UNITS: 3 (2 LEC / 1 LAB) -B COURSE DESCRIPTION: C PN Concepts and frameworks of information systems. Analysis and design of information systems. R FO WHAT IS INFORMATION SYSTEMS? LY INDUSTRIAL INFORMATION N O ENGINEERING SYSTEMS SE U a field focused on facilitate the management and E optimizing complex improvement of operations, SI systems, integrating supply chains, and project -B workflows, ultimately people, machines, C influencing productivity, quality, materials, information, PN and customer satisfaction and energy (Heizer, Render, & Munson, 2022) R FO WHAT IS INFORMATION SYSTEMS LY N  Information systems consist of components that O collect, store, and disseminate information. SE  These systems support industrial engineers in U decision-making, strategic planning, and problem- E solving. SI  An information system generally includes hardware, -B software, data, procedures, and people involved in C PN data collection, processing, and reporting. R (Stair & Reynolds, 2021) FO WHAT IS INFORMATION SYSTEMS LY N O SE U E SI -B C PN R FO Source: Aptien.com CORE COMPONENTS OF IS LY N HARDWARE O SE  Physical components like computers, servers, and U networking devices enable E data storage, processing, and SI communication -B  For IEs, understanding C hardware configurations in PN manufacturing is crucial for system reliability and efficiency (Kroenke & Boyle, R 2023) FO CORE COMPONENTS OF IS LY N SOFTWARE O SE  facilitates managing information across multiple industrial U functions, including production E planning, inventory SI management, and quality control (Monk & Wagner, 2020) -B C  customized software PN applications to simulate production processes and analyze system R FO CORE COMPONENTS OF IS LY N DATA O SE  the core of any information system U  quality of decisions depends on E data accuracy, consistency, and SI timeliness -B  real-time data supports C predictive maintenance, PN helping engineers prevent downtime and boost productivity (Lohman, 2022) R FO CORE COMPONENTS OF IS LY N PROCESS O SE  guidelines for using hardware and software U effectively E  in industrial environments, SI clear procedures are -B essential for data handling, C ensuring that personnel PN follow specific protocols to maintain system integrity and avoid disruptions R (Kroenke & Boyle, 2023) FO CORE COMPONENTS OF IS LY N PEOPLE O SE  IEs, operators, IT staff, and other personnel make up the U human aspect of information E systems SI  effective collaboration -B among these individuals C ensures the success of PN information systems and their alignment with organizational goals (Stair R & Reynolds, 2021) FO TYPES OF INFORMATION SYSTEMS IN IE LY N TRANSACTION PROCESSING SYSTEMS (TPS) O  manage routine transactions, such as inventory records and SE order processing U  These systems automate data collection, reducing human errors and improving data consistency, which is essential for inventory E control and tracking in industrial settings (Heizer et al., 2022) SI -B ENTERPRISE RESOURCE PLANNING (ERP) C PN  ERP systems help create a unified view of processes, enabling engineers to streamline production, minimize waste, and R ensure efficient resource utilization (Monk & Wagner, 2020). FO TYPES OF INFORMATION SYSTEMS IN IE LY N SUPPLY CHAIN MANAGEMENT SYSTEMS (SCMS) O  provide insights into supplier performance, inventory levels, SE and delivery schedules, allowing industrial engineers to enhance supply chain resilience and efficiency U  aids in forecasting demand and optimizing resource allocation E (Lohman, 2022) SI -B DECISION SUPPORT SYSTEMS (DSS) C PN  These systems are especially valuable in scenario analysis and what-if simulations, helping engineers identify potential R bottlenecks, plan production schedules, and optimize FO workflows (Stair & Reynolds, 2021). APPLICATION OF IS IN IE LY N INVENTORY AND O PROCESS SE SUPPLY CHAIN OPTIMIZATION U MANAGEMENT E SI QUALITY -B WORKFORCE C CONTROL AND MANAGEMENT AND PN ASSURANCE SCHEDULING R FO FUTURE TRENDS LY CLOUD-BASED PLATFORMS N O SE U E SI -B C PN R FO FUTURE TRENDS LY CLOUD-BASED PLATFORMS N O SE U E SI -B C PN R FO REFERENCES LY N O Heizer, J., Render, B., & Munson, C. (2022). Operations Management: Sustainability and Supply Chain Management. Pearson. SE Kroenke, D. M., & Boyle, R. J. (2023). Using MIS. Pearson. U Lohman, D. (2022). Supply Chain Management: Strategy, Planning, and Operation. Prentice Hall. E Monk, E., & Wagner, B. (2020). Concepts in Enterprise Resource Planning. Cengage Learning. SI -B Stair, R., & Reynolds, G. (2021). Principles of Information Systems. Cengage Learning. C PN R FO  LY DISCLAIMER N Every reasonable effort is made to ensure the accuracy of the information used in the O creation of this reference material, without prejudice to the existing copyrights of the authors. SE As an off-shoot of the innumerable difficulties encountered during these trying times, the authors endeavored to ensure proper attribution of the esteemed original works, by way of U footnotes or bibliography, to their best abilities and based on available resources, despite the limited access and mobility due to quarantine restrictions imposed by the duly constituted E authorities. SI -B We make no warranties, guarantees or representations concerning the accuracy or suitability of the information contained in this material or any references and links provided C here. Links to other materials in our CPOD and CAM was made in good faith, for non- PN commercial teaching purposes only to the extent justified for the purpose, and consistent with fair use under Sec. 185 of Republic Act No. 8293, otherwise known as the Intellectual Property R Code of the Philippines. 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