Term Project Paper
Research Paper (Areas of Selection):

1. Modeling/Framework –SPMR, MRL

2. Returns, Collection & Recovery – GB & URL, SPMR

3. Secondary Market/Reverse Logistics, The Future – GB, MRL

4. Optimization and Market Strategies – GB

5. Futurity/Industry & secondhand – GB, SPMR, UPS

6. A 7-8 page (text, does not include the title page, abstract or references) research paper in the correct A&PA format. If done right and in keeping with guidance, your text body is completed during week 3, and your title page, abstract and references will completed during week 4, which leaves your text remaining and a consolidation.

7. Paper format will be double-spaced in 12-point Times New Roman or Arial font with standard, 1-inch margins. The papers must follow the instructions located under the “Assignment Details” section of the “Abstract” and “Research Paper” assignments. Research paper will be formatted in accordance with latest APA. See your resources section for more details.

Writing Expectations

Please see the Writing Expectations handout in the Course Materials folder.

Citation and Reference Style

Attention Please: Students will follow the APA Guide as the sole citation and reference style used in written work submitted as part of coursework to the University. Assignments completed in a narrative essay or composition format must follow the citation style also cited in the APA Guide.

This final paper should be between 8 to 10 pages for the content, not counting the title page or the reference page.

•Written communication: Written communication is free of errors that detract from the overall message.
•APA formatting: Resources and citations are formatted according to latest APA style and formatting.
•Length of paper: typed, double-spaced pages with no less than an eight page paper.
•Font and font size: Times New Roman, 12 point.

ANSWER

Optimization and Marketing Strategies

Abstract

Optimization of supply chain-related processes, creation and execution of marketing strategies is key to any logistics company’s success, its forward and reverse logistics, and supply chain in general. An organization can only reduce the aggregate cost through the optimization of processes and activities. A holistic approach to optimization increases the level of productivity and efficiency. On the other hand, marketing strategies allow organizations to increase brand awareness and sales. Logistics and manufacturing companies can contribute to effective service delivery and general development of the supply chain sector by optimizing their processes and executing exceptional marketing strategies. This paper explains optimization and marketing strategies, analyzing their influence in reverse logistics, and explains how they contribute to the success of a company. This is attained by conducting an extensive literature review and conducting a thematic or content analysis of the main concepts.

Optimization and Marketing Strategies

Introduction

Optimization of logistic processes allows companies to increase their efficiency and effectiveness of carrying out operations in the supply chain. The optimization process helps a business to ensure that there is good management of the movement of goods and reduction in waste (Yimer & Demirli, 2010). Marketing in logistics begins with identifying the sources of goods and services, where they are produced and stored, planning on how goods will be transported, delivering them, and controlling the general flow of physical goods and information from the producer to the market. Transportation and distribution costs take a substantial portion of the full marketing cost. Hence, a logistics company needs to invest resources and time in developing effective marketing plans (Barcik & Jakubiec, 2013).

In reverse logistics, optimization and marketing strategies are as crucial and significant as in forward logistics. In the latter, optimization and marketing aim at increasing profitability by capturing customer responsiveness and ensuring product integration into the market while optimization reduces operational and logistics costs. Similarly, these are vital in reverse logistics, as they can affect a company’s bottom-line, profitability, customer service, and product integration into the market (Matthi, 2015). This research paper focuses on Optimization and Marketing Strategies in Reverse Logistics and is divided into three sections. Section 1 provides background information on the two concepts, further conceptualizing to identify their influence and impact on reverse logistics. Section 2 conducts an extensive literature review on the concepts, allowing for Section 3, which outlines major findings. Finally, the paper concludes with a summary of the results and recommendations for further research and study.

Background Information

Reverse logistics involves the backward flow of goods or return of products from the endpoint of consumption to the original point of order, where economic value recapturing or correct disposal of the products is conducted through extensive planning, execution, and control functions. This process involves numerous attributes and activities that pose multiple challenges due to diverse return channels, transportation directing complexities, exceptional dividend returns, and numerous customers requiring different serviceability (Matthi, 2015). Without optimized processes put in place, logistics costs are heightened, quality expenses in the recuperation process increased, and low return rates from clients experienced. Customers have different purchase intentions and behavior regarding remanufactured products, and their willingness to purchase remanufactured products is low or high only at a lower price than the original product.

Strategic and cost-effective product return processes should be created to streamline, optimize, and increase sales in reverse logistics while minimizing the identified risks and difficulties (Varma, Reklaitis, Blau, & Pekny, 2007). Optimization involves taking the necessary actions to realize a greater efficiency level; in this case, a high level of efficiency in transport and reverse logistics. Some of the optimization strategies include optimizing forward logistics to minimize product returns or recalls (Deloitte, 2014), the integration of advanced technologies in the business to increase efficiency and productivity (Matthi, 2015), reducing lead times by improving approaches to ordering and delivering goods, redesigning transportation, remarketing, using insights from experts to make improvement where necessary, and seeking management support when devising ways to improve processes (Fugate, Sahin, & Mentzer, 2011).

Marketing strategies refer to the combined long-term as well as forward-looking approaches and tactics designed to help a business reach prospective customers and facilitate its growth over time. They are realized throughout the process, including the conventional media tools in marketing communication such as advertisements (Milichovský, 2017), sales promotions, personal selling, directing marketing, interactive marketing through e-tools such as the internet, search engines optimization, social media, and content marketing (Kritzinger & Weideman, 2013). These approaches are brought together to form one detailed marketing plan. Effective marketing plans are often developed based on the market research outcome regarding what businesses and customers need and the existing market conditions (Honga & Nguyen, 2020). Marking plans also comprises goals and market mix that play a crucial role in profit maximization. Optimization marketing strategies create the best alternative that will reduce cost and maximize organizational performance by maximizing desired outcomes and minimizing the undesired ones. Optimization is often limited by a lack of adequate information and time.

Literature Review

Many logistics businesses are trying to execute various measures to boost their performance as well as market share and remain active in the logistic and transport industry. Companies that look forward to increasing their profits recognize the importance of streamlining their business processes and creating new value for the products and services that they offer. The primary and common goal for logistics businesses is realizing the effective delivery of goods and services to customers while maintaining a high level of satisfaction (Matthi, 2015). For an organization to be a leader in the industry, it must reduce cost, maximize its profits, and enhance its competitiveness, outcomes that can be realized through optimization and execution of exceptional marketing strategies.

In a research study conducted by Matthi (2015) on reverse logistics optimization in T-Mobile International AG Company, he finds that through the integration of advanced technologies in the business, such as building and integrating reverse logistics Software or electronic applications in reverse logistics activities, increase efficiency and productivity. When reverse logistics activities are integrated within an electronic application or software in a company, such as warehousing, transportation, and distribution departments, all functions are streamlined into a seamless operation and information shared across all departments (Matthi, 2015). In return, all channels are facilitated from customer returns, virtually transferring store work in returns processing, which reduces inventory costs, improves real-time disposition from return (customer) to the retailer (transportation), the manufacturer (remanufacturing, recycling, reusing), and finally repackaging for resale. This way, speedy transactions are received due to the automation of the returns process and reverse logistics in general. This empowers quick responses to customers maximizing customer service and reducing burdens as well as increasing workforce capabilities.

These findings align with Varma et al. (2007), who argue that strategic and cost-effective product return processes should be created to streamline, optimize, and increases sales in reverse logistics while minimizing the identified risks and difficulties. Advanced technologies, including integrating electronic applications, tracking capabilities, reverse logistics Software, machine-to-machine connectivity, Artificial Learning, and Machine Learning, optimize the reverse logistics processes and activities. they improve visibility of the reverse logistics and returns process, increases ROI on the returned goods by increasing their resale value, ensures effective tracking to avoid product losses or fraud, reduces turnaround from the products, manages remanufacturing efficiently, and most importantly, improves customer communication and reverse logistics transparency (Varma, Reklaitis, Blau, & Pekny, 2007). Optimizing reverse logistics processes with software or electronic applications means using data, where IoT is highly being integrated by manufacturers as well as sensors and connectivity for monitoring and repairing purposes. For products such as machines, manufacturers design products using updatable software and OS that can be troubleshot and updated from anywhere, hence, reducing product returns. This example aligns with Deloitte (2014), arguing that the optimization of forward logistics minimizes product returns or recalls (Deloitte, 2014). In such an instance, a manufacturer optimizes production by using data and advanced technology to ensure a laptop or phone can be updated from anywhere and virtually, minimizing possibilities of product returns.

According to Fugate et al. (2006), both flow and mechanism coordination in a supply chain is vital in overall supply chain management. This is similar in reverse logistics; coordination of reverse logistics activities and processes reduces overhead or unnecessary logistics and operational costs, hence, sub-optimizing the process. By adopting coordination mechanisms such as the use of coordination contracts and market coordination among involved stakeholders, a streamlined process from suppliers, retailers, customers, manufacturers, and marketers is attained. For instance, manufacturers and retailers collaborate in reverse logistics through vendor agreements and developing return policies. In cases of product returns in such an arrangement, a manufacturer can decide to provide allowances to retailers to liquidate their products. Hence, during product returns, retailers can handle product return issues and risks from customers, which then are transferred to OEM. This way, the OEM’s brand is protected, and a better and optimized return process is acquired. As managers focus on mechanical and flow coordination of all returns processes and activities, efficacy in resource allocation is enhanced, strategic positioning is strengthened, and general optimization is acquired, resulting in increased organizational performance (Fugate, Sahin, & Mentzer, 2011).

Reverse logistics optimization can also be attained by reducing lead times, improving ordering, manufacturing, and delivering goods. This calls for a need to redesign transportation and manufacturing processes in the reverse logistics supply chain. According to Yimer & Demirli (2010), agility and leanness in manufacturing can increase market share in an organization by optimizing its reverse logistics. In forward logistics, just as built-to-order production strategy ensures production efficiency, in reverse logistics, it should be similar to reduce aggregate costs in all processes and activities (Yimer & Demirli, 2010).

Matthi (2015) argues that remarketing in reverse logistics can help optimize the processes, aligning with Milichovský (2017), who establishes the relationship between reverse logistics and marketing communication. According to Barcik & Jakubiec (2013), marketing and logistics are similar and complementary, as marketing stimulates demand while logistics satisfies this demand by ensuring effective distribution processes (Barcik & Jakubiec, 2013). According to Milichovský (2017), marketing communication strategies adopted in reverse logistics include conventional media tools in marketing communication such as advertisements (Milichovský, 2017), sales promotions, personal selling, directing marketing, interactive marketing through e-tools such as the internet, search engines optimization, social media and content marketing (Kritzinger & Weideman, 2013). Hence, reverse logistics, optimization, and marketing involve streamlining and focusing on five primary processes and activities, including returns, recalls, repairs, refurbishments or remanufacturing, repackaging, and recycling processes.

Findings

This research finds that optimization and marketing strategies are vital to the success of logistics companies. It finds a significant and robust relationship and a correlation between reverse logistics and overall organization performance with the optimization and marketing strategies adopted in an organization. Primarily, companies should implement and integrate the best and diverse marketing communication tools, both offline and online and adopt innovative optimization strategies that focus on the primary reverse logistics activities to fuel business success. They need to focus on these reverse logistics activities, including returns, recalls, repairs, refurbishments or remanufacturing, repackaging, and recycling processes. This research finds the relationship between marketing and logistics being complementary and similar in that marketing stimulates demand, while logistics satisfies this demand by ensuring effective distribution processes. It finds major marketing communication strategies being conventional media tools in marketing communication such as advertisements (Milichovský, 2017), sales promotions, personal selling, directing marketing, interactive marketing through e-tools such as the internet, search engines optimization, social media and content marketing (Kritzinger & Weideman, 2013).

Secondly, some of the optimization strategies include the integration of advanced technologies in the business to increase efficiency and productivity, such as building and integrating reverse logistics Software or electronic applications in reverse logistics activities (Matthi, 2015). Other advanced technologies include tracking capabilities, machine-to-machine connectivity, Artificial Learning, the Internet of Things, and Machine Learning to optimize the reverse logistics processes and activities. Thirdly, flow and mechanism coordination such as the use of coordination contracts, vendor agreements and market coordination among involved stakeholders create a streamlined collaboration or involved stakeholders and reverse logistics (Fugate, Sahin, & Mentzer, 2011). Fourth, optimization is attained by reducing lead times, improving ordering, remanufacturing, and delivering goods. This redesigning can be achieved by using experts’ insights to make improvements where necessary, seeking management support when devising ways to improve processes, and integrating agility and leanness in production processes.

The influence of optimization and marketing strategies in reverse logistics includes reduced aggregate costs, speedy transactions, increased reverse logistics, returns process transparency, maximized customer service, communication, and elevated workforce capabilities. Through optimization strategies in reverse logistics, real-time disposition from return (customer) to the retailer (transportation), the manufacturer (remanufacturing, recycling, reusing), and finally, repackaging for resale is enhanced (Varma, Reklaitis, Blau, & Pekny, 2007). Moreover, optimization strategies increase ROI on the returned goods by increasing their resale value, ensures effective tracking to avoid product losses or fraud, reduces turnaround from the products, manages remanufacturing efficiently, and most importantly, improves customer communication and reverse logistics transparency (Varma, Reklaitis, Blau, & Pekny, 2007). Remarketing strategies maximize product awareness, recognition, customer responsiveness and ensure product reintegration into the market. Overly, this maximizes sales and performance of an organization’s reverse logistics, supply chain and overall corporate productivity.

Conclusion

Indeed, for an organization to continuously make a profit and operate in the foreseeable future, it must remain active in the market. This activeness and survival can only be achieved when it develops and executes marketing strategies that can drive an organization to the next level in terms of performance. Different processes and marketing approaches must be optimized and sustainable in a bid to minimize cost, maximize returns, increase market share, enhance productivity, and increase the competitive advantage in the industry. Undeniable, customer’s tastes and preferences change with time. An organization cannot afford to lose customers. They must do what it takes to remain competitive, for instance, by using advanced technologies to improve service delivery.

Further Research Recommendation

Further research can be carried out to determine how the internet and search engines can be used to optimize supply chain activities. The contemporary corporate world is characterized by ever-changing trends such as rapidly advancing technology, economic digitalization (e-commerce) and emphasis on greening the economy for maximized sustainability and business survival. Companies should adopt effective optimization and marketing strategies that align with these trends, necessitating more research in these areas in relation to reverse logistics.

References

Barcik, R., & Jakubiec, M. (2013). MARKETING LOGISTICS. University of Bielsko-Biala, pp 5-12. DOI: 10.25142/aak.2013.058.

Deloitte. (2014). The hidden value in Reverse Logistics. https://www2.deloitte.com/content/dam/Deloitte/be/Documents/process-and-operations/BE_POV_Supply-chain-strategy_20140109.pdf: Deloitte.

Fugate, B., Sahin, F., & Mentzer, J. T. (2011). SUPPLY CHAIN MANAGEMENT COORDINATION MECHANISMS. Journal of Business Logistics, Vol 27(2), pp; 129-161. https://doi.org/10.1002/j.2158-1592.2006.tb00220.x.

Honga, P. V., & Nguyen, T.-T. (2020). Factors affecting marketing strategy of logistics business – Case of Vietnam. The Asian Journal of Shipping and Logistics, Vol 36(4), pp; 224-234. https://doi.org/10.1016/j.ajsl.2020.03.004.

Kritzinger, W. T., & Weideman, M. (2013). Search Engine Optimization and Pay-per-Click Marketing Strategies. W. T. Kritzinger &M. Weideman, Vol 23(3), pp; 273-286. https://doi.org/10.1080/10919392.2013.808124.

Matthi, V. H. (2015). Reverse Logistics Optimization. Culminating Projects in Mechanical and Manufacturing Engineering, 18. https://repository.stcloudstate.edu/mme_etds/18?utm_source=repository.stcloudstate.edu%2Fmme_etds%2F18&utm_medium=PDF&utm_campaign=PDFCoverPages.

Milichovský, F. (2017). An Impact of Reverse Logistics Activities on Marketing Communication. Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis, Vol 65(71), pp; 669-679. https://doi.org/10.11118/actaun201765020669.

Varma, V., Reklaitis, G., Blau, G., & Pekny, J. (2007). Enterprise-wide modeling & optimization—An overview of emerging research challenges and opportunities. Computers and Chemical Engineering, Vol 31, pp; 692-711.

Yimer, A. D., & Demirli, K. (2010). A genetic approach to two-phase optimization of dynamic supply chain scheduling. Computers & Industrial Engineering, Vol 58, pp; 411-422.