Globalware Enterprise Management System (GEMS) Warehouse Management Project Project Charter |Filing Reference |: |ISS/SE18/3S/GEMS/MP/MPP/MPPC | |Document Title |: |Project Charter | |Version |: |1.0 | |Prepared By |: |Ganesan Shree Ramakrishnan | |Date Created |: |Wednesday, February 02, 2011 …show more content…
Background 1 2. Business Need and Business Benefits 1 3. Project Objectives 2 4. Project Scope 3 4.1. In Scope 3 4.2. Out of Scope 3 4.3. Flexibility Matrix 4 4.4. Deliverables 4 5. Success Criteria 4 6. Initial Assumptions and Constraints 4 7. Initial Risks and Issues 5 8. Team and Communication 6 8.1. Stakeholders, Roles, and Responsibilities 6 8.2. Project Organization Structure 6 8.3. Initial Communication Plan 6 9. Project Authority 7 Background Globalware Solutions Singapore (GWS) is a logistics and warehousing company in the 3rd Party Logistics (3PL) business. Their clients use GWS to store their items and manage their deliveries. In order to facilitate the warehousing and Sales Order management, GWS purchased a Warehouse Management Software (WMS) called Total Fulfillment Solution (TFS) from an Indian software house. TFS was originally made for an Indian MNC in the manufacturing industry and did not suit 3PL warehousing operations of GWS. It lacked modules like service Invoicing, payment tracking, reporting, etc. In order to overcome this incapability,
Lowe’s is a home improvement warehouse that was founded in 1946 as a single store and since has grown to become the second largest in the world. As technology has evolved, Lowe’s has made many advances incorporating new systems and devices to stay competitive. The purpose of this paper is to evaluate the information technology management systems used at Lowe’s. It will look at Porter’s Five Force Model, supply chain management; data base management system, five agent-based technologies, e-commerce and system development lifecycle. Furthermore, it will look at business continuity planning, emerging trends and security vulnerabilities relates to the organization to remain competitive.
This can be done at a fraction of what it would cost the businesses to build their own systems and infrastructure. This system provides businesses with a network of distribution centers, warehouses, inventory management, and customer call centers so they can take orders on their web sites.
Ensure that the computation of salaries will be accurate and will not affect or interrupt other related processes in the system
3.1.9 Event Logs Windows provides an easy way to keep track of system log events, such as when a user logs on, when antivirus updates occur, when drivers fail, and other types of occurrences.
After careful assessment of the infrastructure and inventory systems used at Riordan Manufacturing, our team has identified these systems are outdated and unable to effectively manage the day to day processing. As a global leader in the manufacturing of plastic products, the performance and reliability of the infrastructure is crucial to the continued success and growth of your company’s operations. Therefore, our solution to uplift the infrastructure and launch of the Riordan Global Operations System (R.G.O) a new platform for supporting inventory and managing customer orders . Our system will enable your employees and customers see
On April 9, 2009, President Barack Obama directed the DoD and the VA to create a Virtual
Warehouse activities have essential elements that run them and how management highlights them as indicators is by comparing the process value with normal, standard values. (Liviu lliea, 2009) The indicators are the key to performance improvement, and there are various ways this is done internationally.
Our Supply Chain Consultant will work with client organizations to improve their supply chain and logistics performance, reducing their cost structure and\or improving their capabilities. These improvements are realized through initiatives involving strategic planning, process re-engineering, and/or information technology implementation. Our Consultant will execute a wide range of projects which include: logistics network design, facility (plant or warehouse) rationalization, plant and warehouse design, operational assessment, technology/software selection and solution implementation. Typical project tasks will include data gathering, data analysis, process mapping, defining requirements, current situation or baseline establishment, alternative scenario creation and analysis.
Outsourcing the warehousing functions: In this option, all warehousing actions will be outsourced to Global Logistics (GL) and distribution will start from main warehouse at
Outsource warehousing to Global Logistics (GL) which will provide a centralized warehousing in Atlanta: Goods will be transported in bulk from Waltham to Atlanta and GL would take responsibility of inventory-control and delivery to the customers. This way SG would not have to bear the warehouse rental charges and could focus on increasing sales and develop newer products to meet customer needs.
This Project Charter Template is free for you to copy and use on your project
An explanation of the distinction between systems analysis and systems design and a description of the activities involved in each
A management dashboard developed with the help of SAP shows how smoothly a critical process is running at a certain point in time. Information from the dashboard helps Burtons users identify inconsistencies a problems that should be monitored more closely.
HANA KIMI CO. would like to adopt an online Supply Chain Management System (SCM) whereby the customers may buy company 's products online via company 's website and able to track the status of the order including the availability of the stocks by integrating the Online Sales System with the company 's Inventory, Manufacturing and Production System.
In software development, there are various types of methods that developers follow in order to produce valuable software. From the many types of methods that exist today, the industry standard that is mostly followed today is the software development lifecycle (SDLC). The SDLC is a process that software development companies utilize in order to design, develop and test software during production. Within the SDLC, there are different test models that developers can utilize based on their business and development requirements. Currently today, the most common models include the waterfall, iterative, spiral and V-model. Regardless of the model that a developer decides to utilize, all the phases will be the same, which would begin with the first step and that is the requirement gathering and analysis phase.