DB FPX 8420 Assessment 3 Creating Supply Chain Management Instructional Plans and Assessments

DB FPX 8420 Assessment 3 Creating Supply Chain Management Instructional Plans and Assessments

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DB-FPX8420 Teaching Business in Higher Education

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    Creating Supply Chain Management Instructional Plans and Assessments

    • Slide 1:

    Hi! I am … today, your supply chain management (SCM) master of business administration (MBA) lecturer, and we are going to talk about how the new structures and future trends are changing the supply chain strategies in global executive leadership.

    Lesson Overview and Learning Objectives

    • Slide 2:

    Learning needs to be grounded in adequate consonance between what is taught and what is sought to be achieved by students, such that they become as involved in the learning process as possible and retain what they learn. The lesson emphasizes the coordination problem in real-life case studies on the basis of the works of such companies as H&M and Unilever, which demonstrate the strategic importance of the supply chain in the competitiveness of the businesses that rely on the latest research (Jodlbauer et al., 2023; Schleper et al., 2021). The designated lesson can be associated with the five learning objectives that are to be developed within the framework of our MBA supply chain management course, since the learners will be capable of tracking the aspects of the supply chain. However, they will also have the opportunity to examine how the current trends transform the traditional models. The systematic one is grounded in adult learning principles that entail the connection between the theoretical backgrounds and the direct applications that the MBA students can directly transfer to the working situation.

    All trends are thoroughly described, including their historical background, current applications and expectations, and employment opportunities relevant to the executive decision-making position. The lesson sequencing is based on a logical approach to learning supply chain management, its historical background, and existing basic structures and thinking about three current trends: how the circular economy is implemented, blockchain technology use, and post-pandemic resilience (Hazen et al., 2021; Santhi & Muthuswamy, 2022). Students will obtain knowledge about the techniques of strategic planning, the techniques of risk management, and the techniques of digital transformation, which are needed in top-level jobs in the sphere of supply management in the global market today. The content prepares the graduates to pursue careers that include supply chain strategy, sustainability consulting, and technology implementation jobs, and increases the applicability of academic education to the careers of the graduates.

    Supply Chain Management Historical Foundation

    • Slide 3:

    The background is a historical context requirement for the analysis of the current supply chain management issues and opportunities. The transformation of basic logistics coordination in the 1950s to strategic supply chain management took place during the significant changes in the 1960s, materials requirement planning (MRP) systems, and in the 1990s with the realization of enterprise resource planning (ERP), and others (Alsharari, 2022). These influential retailers, like Walmart, changed the thinking in terms of the supply chain as they demonstrated how efficient logistics may be exploited to be at an advantage and how the philosophy of lean manufacturing by Toyota provided just-in-time thinking that redefined the inventory management approach. This change of logistics cost-based dynamics to the value-creating supply chain model became the conceptual foundation, which is the determinant in the modern supply chain system and decision-making strategies.

    The first movers found out that supply chain coordination does not only occur within the four walls of particular firms but also across the entire system of suppliers, manufacturers, distributors, and consumers working to bring value. The shift to strategic supply chain thinking was increased by the fundamental theories on which value chain analysis was developed by Porter and the systems of supply chain management were derived by scholars (Eisenreich et al., 2022). Information technology systems introduced and transformed the supply chains, which were initially considered as logistic reactionary operations, to strategic ones that were proactive due to the introduction of real-time data sharing and coordination. The modern situation requires current supply chain management to respond to the updated demands of sustainability, digital transformation, and resilience that is founded on the already existing historical basis and the management principles that have proved to be effective through time.

    Current State of SCM Fundamentals

    • Slide 4:

    The contemporary supply chain management entails familiarity with the underlying structures that define the present practices and tactics in the sector. Jodlbaker et al. (2023) state that seven key constructs establish modern supply chain management, and these constructs are demand-driven operations, prescriptive analytics, antifragile capabilities, collaborative networks, sustainability integration, digital transformation, and optimization of risk management. This paradigm change between the traditional approaches, which are based on planning, and the demand-based approaches can enable organizations to respond dynamically to market changes and apply predictive analytics in their strategic decisions. The contemporary constructs provide MBA professionals with the tools of analysis that are required to handle complicated global supply chain landscapes and obtain a competitive edge in terms of operational excellence.

    The concept of antifragile capabilities is a radical twist to the traditional resilience thinking, with the concept of the systems being empowered in disruptions, rather than merely surviving. Strategic supply chain positioning refers to the activity of aligning the operational capabilities of businesses with business strategy to achieve sustainable competitive advantages, which competitors can find challenging to replicate (Santos et al., 2021). Demand-driven strategies devote reduced attention to the forecast-push models and increased attention to customer pull signals to reduce inventory waste and maximize service delivery through responsive customer-oriented supply chain design. To successfully work in an ever-more complex global network and meet the challenges of the modern world, such as the requirements of sustainability, digital transformation programs, and post-pandemic resilience, modern supply chain professionals need to master the underlying concepts of supply chain management.

    Global SCM Framework Integration

    • Slide 5:

    Global supply chain management also consists of a high level of awareness of how the differences in cultural, legal, and business context can affect the effectiveness of operations and strategic performance. Dissimilarities within the legal system present complex compliance requirements that not only affect the implementation of the contract or the safeguarding of the intellectual property but also the labor and environmental standards in several jurisdictions (Whalen, 2022). The cross-cultural supply chain challenges occur when companies attempt to align processes in markets that have extremely different business activities, communication styles, and relationship development models. International trade issue, including tariffs, customs processes, currency, and political stability, has a direct effect on the supply chain design and management of risks in multinational organizations.

    The differences in culture between the host country and the home country should be considered to accommodate the relations-building preference, the negotiating style, the time orientation difference, and the power distance difference, which greatly affect supplier partnerships and operations coordination. The dissimilarity in legal frameworks means that supply chain professionals have to operate within different contract law frameworks, dispute resolution frameworks, and regulatory compliance obligations that may significantly adjust the cost of operation and strategic flexibility (Abubakar & Okoli, 2025). An example of this is relationship-oriented cultures, which may be concerned with long-term relationships instead of cost efficiency in the short run, and task-oriented cultures, which are more concerned with efficiency measures and performance on a contractual basis. Whilst trying to ensure the consistency of quality standards, ethical practices, and efficiency in the operation processes of various business environments and rules, modern supply chain leaders have to build cultural intelligence and legal awareness to manage global networks efficiently.

    Trend 1 – Circular Economy Implementation (History & Current State)

    • Slide 6:

    The contemporary sustainability problems require the critical transformation of the traditional models of the linear supply chain into the principles and practices of the circular economy. The H&M garment collection project demonstrates a feasible approach to the circular economy because it has garnered more than 20,000 tonnes of used garments in 2018, which would have equated to 103 million T-shirts and led to new income streams and the reduction of the problem of textile waste (Hazen et al., 2021). The circular economy is an idea proposed in the 1970s as an extension of the industrial ecology school of thought, and popularized by the Ellen MacArthur Foundation in the 2010s, which suggests that to eliminate waste and keep as much value as possible, flows of resources should be closed, slowed down, and intensified. The modern implementation challenges include technological constraints, infrastructure, changes in consumer behavior, and complexity of coordination among a multi-layer supplier network, which traditional linear optimization approaches cannot address.

    Supply chains used by organizations applying a circular economy business approach need to be reformulated to permit reverse logistics, remanufacturing, and closed-loop material movement that necessitates new skills and collaborations. The three major circular economy strategies include sealing resource loops with recycling and waste disposal, decelerating the flows of resources with the product lifetime and sharing models, and deepening resource exploitation with efficiency gains and multi-use practices (Mishra et al., 2020). The main obstacles to implementation today are the high initial investment required, consumer knowledge, regulatory factors, and opposition of suppliers to alter established business models and business processes. To transform the linear operations into sustainable circular systems successfully, supply chain professionals will need to acquire new skills in the areas of reverse logistics management, circular design thinking, and collaboration with stakeholders.

    Circular Economy – Future Projections & Outcomes

    • Slide 7:

    The various regulatory frameworks, the cultural approach to sustainability, and economic growth priorities of specific world markets will affect the ways in which the circular economy will be adopted in the future. The potential cost savings and the potential ROI estimates vary significantly across industries, where the fashion and electronics industries are ranked higher concerning the potential of the circular economy due to the opportunity to keep material value and regulatory pressure (Mishra et al., 2020). It is projected that the estate adoption levels would see the European Union regulations achieve an earlier adoption compared to the developing economies, which may have an immediate aim of economic growth at the expense of long-term sustainability expectations. Global regulatory trends, including long-term producer responsibility legislation, carbon pricing schemes, and strategies on circular economy initiatives, are presenting opportunities and compliance demands to multinational supply chain operations.

    Cultural consideration is an issue, and the collectivistic society might adopt the models of the sharing economy with less difficulty as opposed to the individualistic societies, which highly value ownership and consumption patterns. The employment opportunities in the sustainability consulting industry will evolve at a highly rapid rate as companies will be interested in acquiring the knowledge in the sphere of creating a circular supply chain, receiving the policies of regulatory compliance, and cross-cultural implementation that will meet the requirements of different markets (Lin & Chu, 2024). These variations in the legal systems affect the application of the circular economy by offering variations in intellectual property protection, contract enforcement systems, and other environmental liability systems that may have an effect on the viability of a business model in different jurisdictions. These global supply chain management practices, combined with the principles of a circular economy, provide huge career opportunities to MBA graduates.

    Trend 2 – Blockchain Technology Adoption (History & Current State)

    • Slide 8:

    The digital transformation efforts currently concentrate on blockchain technology as a remedy to the issue of supply chain transparency and traceability concerns that contemporary organizations are grappling with. The history of blockchain in supply chains dates back to the use of cryptocurrencies in 2008, followed by logistics and manufacturing, where different organizations realized the possibility of creating an immutable, non-tamperable record in the entire complex global networks (Santhi & Muthuswamy, 2022). Blockchain establishes a high level of transparency because of the distributed ledger systems that ensure real-time monitoring of products, materials, and transactions with various stakeholders without centralized control mechanisms. The existing implementation challenges have been attributed to the high infrastructure cost, technical complexity, energy consumption issues, and lack of standardisation across industry platforms that limit wide implementation.

    Transparency and traceability applications vary in scope and range, from food safety verification to luxury goods authentication, and Walmart and other companies use blockchain to monitor the origin of contamination within seconds instead of days or weeks. The present state of problems is the inability to interoperate across various blockchain solutions, difficulties in integrating with older enterprise resource planning solutions, and supplier resistance due to a lack of technical skills or resources to implement (Kitsantas, 2022). The records-keeping features will deal with the problem of fraud prevention, regulatory compliance, and consumer trust, which cannot be effectively handled in the traditional supply chain management system. To find the best strategies to adopt blockchain, organizations are required to weigh the potential advantages of blockchain against the costs of implementation, technical challenges, and change management needs in an organization.

    Blockchain Technology – Future Projections & Outcomes

    • Slide 9:

    The uses of blockchain will be incredibly diverse within different cultural backgrounds, regulatory regimes, and economic development rates that influence the technological infrastructure and legislation. Recent surveys of the global adoption schedule show that first will be the developed economies with robust digital infrastructures and that the emerging markets will be able to bypass the legacy technology investment system that is currently in place (Joseph & Balachandra, 2021). The matter of interoperability should be discussed at an industry-wide level, whereby standardized protocols should be established to enable the exchange of data across different blockchain providers and interoperability with existing enterprise systems across borders. On the one hand, the disparity in the legal frameworks creates complexity in the meaning of data privacy laws, rules concerning cross-border operations, and enforcement of smart contracts, which affect the plans of implementing blockchains.

    Transparency, data sharing, and technological innovation cultural orientation have a substantial influence on the rate of acceptance of blockchain in various geographical areas and business settings. The demand level of skills related to blockchain project management will be high in the future as companies will be in need of expertise in the field of digital transformation management (Micah et al., 2025). The integration with the existing infrastructure is an odd question in countries that have varying levels of technological advancement, regulatory maturity, and institutional trust, which condition the opportunity for blockchain implementation and timing expectations. The intersection of blockchain technology and global supply chain management provides significant opportunities to MBA professionals who will be able to overcome cultural barriers, deal with complexity, and formulate implementation strategies that accommodate various regulatory and business needs.

    Trend 3 – Post-Pandemic Resilience Strategies (History & Current State)

    • Slide 10:

    The COVID-19 pandemic radically changed the thinking regarding supply chain management, turning the efficiency-driven optimization approach into the resilience-driven strategic planning approach in all industries. Schleper et al. (2021) reported the emergence of pop-up cooperatives, in which rival businesses cooperated during the most drastic disruption times in order to share their resources, transport, and distribution capacity. The models of lean operations that were used before the COVID pandemic focused on just-in-time delivery, low inventory buffers, and the use of the single-source supplier model to lower costs and make the operations as efficient as possible, which proved to be vulnerable when it came to the global lockdowns and the closure of borders. The disruptions caused by the pandemic gave a clear understanding of what is essential, and the global supply chain is not one of them, since the world organizations were forced to quickly formulate alternative sourcing plans, emergency inventory management plans, and crisis communication systems.

    The resilience focus necessitated the organizations to compromise cost optimization with risk reduction using a diversified supplier base, larger inventory buffer, and flexibility in manufacturing capabilities. The speed of crisis innovation increased in 2020-2021 as businesses came up with quick response procedures, cross-industry alliances, and alternative product lines that would have otherwise taken years to form (Netz et al., 2022). These resilience strategies that are currently in use are multi-sourcing strategies, regionalized supplier development strategies, scenario planning strategies, and real-time supply chain monitoring systems, which are capable of giving early warning against future disruption. Now, supply chain professionals need to combine the old efficiency parameters with resilience ones, such as supplier diversity ratios, inventory buffer sufficiency, and crisis response time metrics, to have a competitive edge and guarantee the continuation of operations.

    Post-Pandemic Resilience – Future Projections & Outcomes

    • Slide 11:

    The resilience plans in the post-pandemic period will be quite different in the cultural environment where the attitude towards risk, uncertainty, and long-term planning will have an effect on organizational decision-making and investment priorities. According to Harapko (2024), 90 percent of the respondents indicated that the chief executive officer (CEO) now values the role of supply chain in terms of financial performance, which is a paradigm shift in strategic awareness that drives supply chain management to the board-level decision-making processes. The strategies on diversification and flexibility should take into consideration the different regulatory environments, the level of economic stability, and the infrastructure capacity of the different geographic markets where organizations have their global supply networks deployed. The multinational companies working on standard resilience models have to rely on cultural differences in responding to crises, the expectations of government intervention, and business continuity priorities, which make their work complex.

    Risk management development encompasses advanced scenario planning encompassing geopolitical tensions, climate change effects, and technological upheavals, as well as conventional operational risk elements in various legal and regulatory landscapes. Business continuity planning prospects can arise when organizations acknowledge the necessity of supply chain professionals who will be able to negotiate cultural disparities during crisis management, regulatory compliance, and communication patterns with stakeholders (Guntuka et al., 2023). The differences in the legal systems influence business continuity planning in various ways, as there are variations in the bankruptcy laws, force majeure interpretation, and emergency regulatory authorities, which shape the structure of contracts in the supply chain and risk allocation strategies. The combination of resilience thinking with global supply chain management provides the MBA graduates with significant career prospects since they are capable of formulating culturally sensitive risk management mechanisms.

    Adult Learning Framework Integration

    • Slide 12:

    As dependent on adult learning frameworks, there should be particular pedagogical strategies that would take into account the fact that MBA students have work experience and are motivated to apply it in the career environment. The principles of andragogy include self-directed learning involving responsibility of the students in the learning process, problem-centered learning, where the students are not focused on abstract theories, but on practical issues in the context of their professional knowledge, and experience-based learning (Bouchrika, 2024). Praxis-based learning relates theoretical concepts of supply chain with practical implementation issues that students encounter in existing organizations and establishes relevance via instant applicability (Francisco et al., 2021). Integration of professional experience helps to motivate students to present their industry knowledge, workplace case studies, and cross-industry viewpoints, which will enhance the collaborative education results of all participants.

    Problem-solving approaches: Collaboration- Problem-solving approaches are based on real-world workplace dynamics in which supply chain professionals need to coordinate across departments, organizations, and cultural lines to accomplish strategic goals. Adult learners acknowledge the learning environment that treats expertise with respect and puts analytical skills to task by organizing work with various professional backgrounds (Abedini et al., 2021). The methodology involves small group discussion during which the students will be asked to analyze actual supply chain issues through the prism of the frameworks taught throughout the lesson, peer learning, which will allow the students to share best practices with respect to their professional experience, and interactive activities that will mimic the process of executive decision-making. The pedagogical strategies guarantee that the content of the lessons is related to the career development prospects and develops critical thinking capabilities that are needed to occupy executive positions within supply chain management.

    Resource Summary and Annotation

    • Slide 13:

    The combination of resources that is used in the present lesson aids in showing the need to use a mixture of academic research and the knowledge of practitioners by trying to develop a deep understanding of the problems of contemporary supply chain management. Jodlbaker et al. (2023) made one of the most significant contributions to the value of the resource by offering a systematic analysis of seven constructs of supply chain management, Hazen et al. (2021) presented the frameworks of the circular economy with concrete examples of how technology is applied in the sector, and Santi and Muthuswamy (2022) presented how blockchain technology is used and gave specific examples of the presence of technology in the industry. A combination of academic and practitioner insights offers the students a theoretical foundation and practical implementation directions that should be applied at the executive level of the global supply chain in sophisticated settings.

    Contemporary research instruments connect the current lesson content to the existing challenges and opportunities in the business that will define the future developments in supply chain management, both in terms of career and business strategy. The continuous learning framework emphasizes the importance of continuing professional development through industry and scholarly journals and practitioner networks, which facilitate long-term learning in a rapidly evolving profession of supply chain management (Francisco et al., 2021). The selected sources are the more recent literature on the post-pandemic development of supply chains, the impact of technological innovations, and issues of sustainability integration, which the MBA students will have to resolve in their professional progress. The modern resources should be seen by students not as a complete set of knowledge in all aspects of supply chain management, but as an initial step in the process of obtaining deeper insight into particular areas in which the student may be interested in their future career and management issues in organizations.

    Assessment Preview and Learning Objectives

    • Slide 14:

    The design of assessment in adult learners should not only be consistent with the professional development objectives but should also show the mastery of particular learning objectives with the help of real methods of assessment. Students will do a thorough analysis that will show the possibility of prescribing supply chain management models and examine the modern trends in real organizational settings (Netz et al., 2022). The next task will involve asking students to examine the modern issues within the supply chain in terms of the discussed trends and frameworks in the context of the modern lesson, with a focus on practical implementation rather than on memorization of the theoretical material. The assessment will be in the form of a case study analysis, a set of strategic recommendations, and a critical analysis of the implementation issues that will reflect real-life executive decision-making activities.

    The principles of assessment are based on the depth of analysis, the application of the framework, the use of evidence-based arguments, and the quality of the writing that meets the academic requirements of the graduate level and the communication requirements of the workplace. The demonstration of learning goals asks students to combine several concepts of the course and demonstrate the knowledge of how supply chain management choices can be influenced using circular economy, blockchain technology, and post-pandemic resilience strategies (Joseph & Balachandra, 2021). Professional application expectations focus on the linkage between academic study and career development prospects, career strategic thinking, and practical problem-solving skills, which students can directly implement in their existing positions. The assessment model acknowledges the adult learner’s time-constrained framework and offers valuable opportunities to demonstrate competency and receive feedback to help in further professional growth and development.

    Conclusion

    • Slide 15:

    The lesson has provided the learners with the necessary models for comprehending the development of supply chain management as the simple coordination of logistics into the strategic value of business by implementation of the circular economy, the adoption of blockchain technology, and the post-pandemic resilience strategies. Blending modern trends with the principles of the supply chain gives you a solid place to maneuver in the fluid global business landscapes, as well as meet sustainability needs, technological change demands, and risk management issues that characterize the contemporary executive leadership requirements. The skills and critical thinking acquired in the present day are the basis of further learning and career growth in the fast-changing world of supply chain management.

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        Abedini, A., Abedin, B., & Zowghi, D. (2021). Adult learning in online communities of practice: A systematic review. British Journal of Educational Technology52(4), 1663–1694. https://doi.org/10.1111/bjet.13120

        Abubakar, S. A., & Okoli, T. O. (2025). Effect of supply chain management practices on contract dispute resolution in Nigeria’s public sector. Kashere Journal of Politics and International Relations3(1), 1–14. https://journals.fukashere.edu.ng/index.php/kjpir/article/view/397

        Alsharari, N. (2022). The implementation of enterprise resource planning (ERP) in the united arab emirates: A case of musanada corporation. International Journal of Technology, Innovation and Management (IJTIM)2(1). https://doi.org/10.54489/ijtim.v2i1.57

        Bouchrika, I. (2024, June 10). The andragogy approach: Knowles’ adult learning theory principles. Research.com. https://research.com/education/the-andragogy-approach

        Eisenreich, A., Füller, J., Stuchtey, M., & Jimenez, D. G. (2022). Toward a circular value chain: Impact of the circular economy on a company’s value chain processes. Journal of Cleaner Production378(1), e134375. https://doi.org/10.1016/j.jclepro.2022.134375

        Francisco, S., Seiser, A. F., & Grice, C. (2021). Professional learning that enables the development of critical praxis. Professional Development in Education49(5), 938–952. https://doi.org/10.1080/19415257.2021.1879228

        Guntuka, L., Corsi, T. M., & Cantor, D. E. (2023). Recovery from plant-level supply chain disruptions: Supply chain complexity and business continuity management. International Journal of Operations & Production Management44(1), 1–31. https://doi.org/10.1108/ijopm-09-2022-0611

        Harapko, S. (2024). How COVID-19 impacted supply chains and what comes next. EY Global. https://www.ey.com/en_us/insights/supply-chain/how-covid-19-impacted-supply-chains-and-what-comes-next

        Hazen, B. T., Russo, I., Confente, I., & Pellathy, D. (2021). Supply chain management for circular economy: Conceptual framework and research agenda. The International Journal of Logistics Management, 32(2), 510-537. https://doi.org/10.1108/IJLM-12-2019-0332

        Jodlbauer, H., Brunner, M., Bachmann, N., Tripathi, S., & Thürer, M. (2023). Supply chain management: A structured narrative review of current challenges and recommendations for action. Logistics, 7(4), e70. https://doi.org/10.3390/logistics7040070

        Joseph, A., & Balachandra, P. (2021). An energy internet for India: Are we ready for a technology leapfrogging? Environmental Research: Infrastructure and Sustainability1(1), e012001. https://doi.org/10.1088/2634-4505/ac005d

        Kitsantas, T. (2022). Exploring blockchain technology and enterprise resource planning system: Business and technical aspects, current problems, and future perspectives. Sustainability14(13), e7633. https://doi.org/10.3390/su14137633

        Lin, K. Y., & Chu, I. T. (2024). A design thinking approach to integrate supply chain networks for a circular supply chain strategy in Industry 4.0. Industrial Management & Data Systemshttps://doi.org/10.1108/imds-04-2024-0369

        Micah, G. B., Zhao, S., Ampofo, J., Kodua, L. T., Luo, A., & Meng, Y. (2025). E-business cooperation between China and West Africa: Investigating the risks and challenges. Acta Psychologica258, e105249. https://doi.org/10.1016/j.actpsy.2025.105249

        Mishra, S., Jain, S., & Malhotra, G. (2020). The anatomy of circular economy transition in the fashion industry. Social Responsibility Journal17(4), 524–542. https://doi.org/10.1108/srj-06-2019-0216

        Netz, J., Reinmoeller, P., & Axelson, M. (2022). Crisis‐driven innovation of products new to firms: The sensitization response to COVID‐19. Research & Developments Management52(2), 407–426. https://doi.org/10.1111/radm.12522

        Santhi, A. R., & Muthuswamy, P. (2022). Influence of blockchain technology on manufacturing supply chain and logistics. Logistics, 6(1), e15. https://doi.org/10.3390/logistics6010015

        Santos, I. M. dos, Mota, C. M. de M., & Alencar, L. H. (2021). The strategic alignment between the supply chain process management maturity model and the competitive strategy. Business Process Management Journal27(3), 742–778. https://doi.org/10.1108/bpmj-02-2020-0055

        Schleper, M. C., Gold, S., Trautrims, A., & Baldock, D. (2021). Pandemic-induced knowledge gaps in operations and supply chain management: COVID-19’s impacts on retailing. International Journal of Operations & Production Management, 41(3), 193-205. https://doi.org/10.1108/IJOPM-12-2020-0837

        Whalen, R. (2022). Defining legal technology and its implications. International Journal of Law and Information Technology30(1), 47–67. https://doi.org/10.1093/ijlit/eaac005

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            Question 1: What is DB FPX 8420 Assessment 3 about?

            Answer 1: DB FPX 8420 Assessment 3: an instructional plan on circular economy, blockchain, and supply chain resilience.

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