Design for Riordan Manufacturing

Local procurement of materials provides an ease in production at the plant in Hangzhou. Costs are one area that attention is paid so that they can be kept within reason ensuring an affordable product. Throughout the process careful negotiations must be done to ensure there are adequate materials as well as manpower to fulfill the orders that have been placed by customers. The plant has the ability to produce a large amount of stock fans as well as special order merchandise. With specialty orders the process for procurement shift slightly because of the unique nature of the order and the variety of materials that may be used as well. With the procurement of the polymer done locally this also expedites the production process simply because logistics will not be an issue. The necessary machinery for manufacturing is onsite for quick manufacturing times that can quickly move into the production lines for assembly. Assembly leads way into storage for sales. Orders can be filled at the plant as well as shipped directly to the buyer both within China and internationally. Depending on the final destination of the merchandise there are multiple companies that are used to ensure the fastest shipping time to the buyer.

The design method that would be used for Riordan Manufacturing would involve the use of Joint Application Development (JAD). Participants in this methodology would include users, managers, sponsors, programmers, and systems analysts. By involving everyone in the program, we can obtain the most vital information on what is needed to improve the current process for Riordan.

This way the IT department can understand what the higher level and lower level employees need for system stability and a better graphical interface. Another plan of action would include the method of Systems Development Life Cycle or SDLC. The phases of this method are planning, analysis, system design, implementation and operation. First we must plan on what exactly we are trying to accomplish. We know we need to upgrade the Riordan Manufacturing system. Next we must analyze the system and look for problematic errors. A project proposal can be essential to launching a system analysis (Farah, 2013). These are things to keep in mind: understand the business situation or problem, understand the significance to the problem in the organization, think of alternate solutions, the use of computer information systems for solutions, find people interested in the solving the problem (Farah, 2013). This plan is used to decrease redundancies, errors, and increase security. Finding all the weak spots in the company will help in the improvement of integrating an updated efficiently functioning system. Feasibility is important to account for when upgrading the system. Integrating a CRM will help to work with customers and understand their needs and wants to benefit the company and the relationship with their customers. Designing the system will involve knowing what kind of software is needed to store and

Founded in 1975, Custom Molds Inc. is the producer and supplier of bespoke molds and plastic connectors to the electronics industry. Building on its reputation, the company expanded in-house operations in the 1980s to include the limited production of plastic parts geared towards R&D based initiatives. During the early 1990s, the company realized that the shifting structure and market environment of the electronics industry was starting to impinge on the company’s manufacturing processes. This created a host of issues.

Subsequently Riordan Manufacturing proposes to have higher levels of inventory that allows them in effectively forecasting models for inventory control, production, planning, improving supply chain, and guaranteeing deliveries of Riordan products. Creating a new process design essentially caters for the new supply and demand of Riordan products. Using lean production can help Riordan Manufacturing minimize waste from raw material toward the finished product. Because of the elevated demand for the product, production needs increase (Chase, Jacobs, & Aquilano 2006).

In order to create a successful business plan, we first conducted a needs analysis and put together a list of recommendations that could be used to help the company. Riordan Manufacturing would like to reduce costs and materials across all plants. The introduction phase involves the evaluation of the current

• Review the intranet site for Riordan Manufacturing including Human Resources – Organizational Charts, Employee Files, etc., and Sales & Marketing –

One of the biggest improvements to be made that would assist the manufacturing, delivery and shipping systems are changes to the inventory management system. The inventory management system needs to be upgraded to a less manual, more automated system utilizing barcode technology. Barcodes would be placed on every product built and/or raw materials received by Riordan. Inventory would be scanned when picked from the shelves, would be scanned when placed on transit, and would be scanned upon arrival and departure at any Riordan facility. This would be put into place for both raw materials arriving as well as products that are post-production and ready for distribution. With accurate inventory counts, the company could better forecast low inventory levels and drive manufacturing based on the available inventory and projected orders from our customers. The system will have reorder quantities established and will auto-reorder when inventory levels get

Riordan Manufacturing should switch to using Microsoft Dynamics CRM. Microsoft Dynamics CRM is a Customer Relationship Management program that focuses on customer records, sales, marketing, help desk, inventory and customer order management, make financial data available for planning and regulatory compliance, automate routine functions so employees can focus on critical tasks, help minimize the costs and complexities of administering salaries, benefits recruiting and performance management, provides greater visibility into aspects of performance factors such as profitability and potential issues, and meet industry-specific needs with functionality for upward business processes (Microsoft, 2013). Specific parts of the software, such as human resources (for payroll, etc.) can be added on an as-needed basis.

Riordan Manufacturing is a global plastic manufacturing company, employing 550 people. Riordan’s main headquarters in San Jose, California, along with three other plants located at Albany, Georgia, Pontiac, Michigan, and Hangzhou China.

The focus of this paper is to analysis the regulatory measures of Riordan Manufacturing. Riordan Manufacturing, Inc. is an industry leader in the field of plastic injection molding. With state-of-the art design capabilities, creating innovative plastic designs that have earned international acclaim. Attention to detail, extreme precision and enthusiastic quality control are the hallmarks of Riordan Manufacturing. With facilities in San Jose, California, Albany, Georgia, Pontiac, Michigan and

Riordan Manufacturing is a privately held company with plant operations in Albany, Georgia; Pontiac, Michigan; Hangzhou, China. The Corporate Headquarters are located in San Jose, California. Riordan Manufacturing is a subsidiary of Riordan Industries. The Chief Operating Officer (COO) is Hugh McCauley and the Chief Financial Officer (CFO) is Dale Edgel. The Company employs a work force of 550 people throughout the four locations.

Riordan Manufacturing is a mid-size American company that was founded in 1991, employs 550 people and has projected annual earnings of $46 million. Riordan has three manufacturing locations, two in the United States and one in China. Riordan understands the importance of strategic planning and will lay out their reasoning in this paper. Competitive advantages, sustainability, innovation and ethical and social responsibilities will be addressed, as well as cultural and structural leadership and assessment and feedback controls.

To support this strategy, Riordan will have to implement a material resource planning platform (MRP) to support the lean plan. Furthermore this platform must be open with its suppliers so that everyone

Custom Molds, Inc. was founded by a father and son team in 1987 to provide high quality, custom-designed molds for manufacturers of electronic connectors, but later expanded into the production of plastic parts for the industry. In recent years, the changing environment of the electronics industry had a profound impact on the way Custom Molds conducts its business and manufacturing processes. The changing sales mix, coupled with delivery and quality problems, prompted the company to revise its business strategies to address to following issues: