CIPS L4M1 Exam With Confidence Using Practice Dumps

1) A definition of Value for Money: ensuring a purchase is cost effective. This may be that the purchase achieves the 5 Rights of Procurement or that the purchase achieves the 4Es: Economy, Efficiency, Effectiveness and Equity. – this is only worth 5 points, so don’t spend too long on this

2) 4 techniques Bob can use to achieve VFM: this is the bulk of your essay. Each of the 4 will be worth 5 points, so remember to give a thoroughExplanation:and example. Pick 4 from the list below: complete a value analysis to eliminate non-essential features, minimise variety/ consolidate demand, avoid over specification, pro-active sourcing, whole life costing methodologies, eliminate / reduce inventory, use electronic systems, international sourcing, sustainability / environmental policies, currency/ exchange rate considerations, negotiating good payment terms, packaging, warrantees.

Example Essay:

"Value for money" (VFM) is a concept that refers to obtaining the best possible return on investment or benefits relative to the cost incurred. It involves assessing whether the goods, services, or activities provided offer an optimal balance between their cost and the quality, benefits, or outcomes they deliver. Value for money is not solely about choosing the cheapest option; instead, it considers the overall efficiency, effectiveness, and long-term value derived from an expenditure. For Bob, the Procurement Manager at ABC Ltd there are four key ways that he can achieve this for all future purchases.

Value Engineering

This is looking at the components of a product and evaluating the value of each component individually. You can then eliminate any components that do not add value to the end product. To do this Bob would choose a product to review and determine whether any parts of this can be omitted (thus saving the company money) or could be replaced by components that are of a higher quality at the same price (thus providing added value to the customer). For example, Bob could complete a Value Engineering exercise on the new mobile phone prototype ABC plan to release next year. His findings may discover a way to provide a higher quality camera at no additional cost or that some components don’t add value and can be eliminated.

Consolidate demand

Bob can achieve value for money by consolidating demand at ABC ltd. This would mean rather than each individual person/ department ordering what they want when they need it, Bob creates a centralised process for ordering items in bulk for the departments to share. For example, if each department require stationary to be ordered, Bob can consolidate this demand and create one big order each quarter. This will likely result in cost savings for ABC as suppliers often offer discounts for large orders. Moreover, consolidating demand will allow for saving in time (one person does the task once, rather than lots of people doing the same task and duplicating work).

International sourcing

Bob may find there is value for money in changing suppliers and looking at international sourcing. Often other countries outside of the UK can offer the same products at a lower cost. An example of this is manufactured goods from China. By looking at international supply chains, Bob may be able to make cost-savings for ABC. He should be sure that when using this technique there is no compromise on quality.

Whole Life Costing methodology

This is a technique Bob can use for procuring capital expenditure items for ABC. This involves looking at the costs of the item throughout its lifecycle and not just the initial purchase price. For example, if Bob needs to buy a new delivery truck he should consider not only the price of the truck, but also the costs of insurance for the truck, how expensive it is to buy replacement parts such as tyres and the cost of disposing of the truck once it reaches the end of its life. By considering these factors Bob will ensure that he buys the truck that represents the best value for money long term.

In conclusion Bob should ensure he uses these four techniques for all items he and his team procures in the future. This will ensure ABC Ltd are always achieving value for money, and thus remain competitive in the marketplace.

Tutor Notes

- This case study is really short, and the ones you’ll receive in the exam are often longer and give you more guidance on what they’re expecting you to write. With case study questions, you have to make your entire answer about Bob. So don’t bring in examples from your own experience, rather, focus on giving examples for Bob.

- A good rule of thumb for case study questions is make sure you reference the case study once per paragraph.

- Value for Money is a really broad topic and you can pretty much argue anything that procurement does is helping to achieve value for money. There’s a large table of stuff that’s considered VFM on p.38 but that table isn’t exhaustive. So feel free to come up with your own ideas for this type of essay.

Some additional tidbits of information on VFM:

- The ‘academic’ definition of Value for Money is ‘the optimum combination of whole life cost and the quality necessary to meet the customer’s requirement’

- Value for Money is an important strategic objective for most organisations but particularly in the public sector. This is because the public sector is financed by public money (taxes), so they must demonstrate that the organisation is using this money wisely. This might be an interesting fact to put into an essay on VFM.

- Value can often be hard to quantify, particularly in the service industry. E.g. in customer service it can be difficult to quantify the value of having knowledgeable and polite employees delivering the service.

How to approach the question

- There are 4 main components to this question that you will have to answer, so my advice is to first write down subheadings for your essay so you don’t miss any out: definition of supply chain management, drivers, advantages and disadvantages

- The question also brings up 2 concepts – supply chain management and tiered supply chains, it would be good to include a definition of both of these.

- Because of the number of things you’ll have to write, you don’t need to go into lots of detail – one paragraph per section will be enough.

Proposed Essay Structure

Intro – what is supply chain management and what is a tiered supply chain

P1 – drivers

P2 – advantages

P3 – disadvantages

Conclusion – supply chains are complex due to globalisation

Essay Ideas:

- Definition of supply chain management = Making something available in response to a buyer’s requirements. The transformation of goods from raw material into an end product (input > conversion > output)

- Drivers = Cost, Time/ Speed, Reliability, Responsiveness, Transparency, Globalisation

- Advantages = reduced costs by elimination of waste, improved responsiveness to customer requirements, joint-ventures with supply partners leading to innovations, tech sharing, improved communication leads to faster lead times for product development

- Disadvantages = needs considerable investment and internal support, closer relationships may be risky (IP, loss of control), issues in fairly distributing gains and risks

(you don’t need to talk about all of these- pick 1 or 2 you feel you know the best and focus on that)

Example Essay

Supply Chain Management (SCM) is the arrangement of processes involved in the production and distribution of goods / services - from the origin to the end consumer. In simple terms, it’s taking a raw product and transforming it into an end product that a consumer would purchase. For example taking a potato from a farmer, giving it to a manufacturer to make into chips and sending these to retailers to be sold. SCM relies on close relationships between the parties in the supply chain and adds value to the product at every stage. A Tiered Supply Chain is a specific configuration within SCM that involves multiple levels of suppliers and sub-suppliers. A buyer will work with a small amount of Tier 1 suppliers who will in turn work with their own suppliers. In a tiered system there can be many, many layers of suppliers who all ultimately work towards creating the same product. This essay aims to delve into the drivers, advantages, and disadvantages associated with implementing a complex supply chain, such as the Tiered Supply Chain model.

The main drivers of using a tiered supply chain are often rooted in the pursuit of efficiency, cost-effectiveness, and flexibility. By consolidating suppliers into distinct tiers, organizations can streamline their management processes, reduce complexity, and enhance overall supply chain performance. Additionally, tiered supply chains are often employed in response to the global nature of modern business, accommodating the need to source materials and components from various regions while maintaining a manageable and responsive supply network.

One of the advantages of a Tiered Supply Chain is the streamlined management of suppliers. In this model, there are fewer direct suppliers to oversee, simplifying the coordination and communication processes. This can lead to increased efficiency and responsiveness as organizations deal with a smaller, more manageable pool of suppliers. The consolidation of suppliers in a tiered system may also result in potential cost savings and improved collaboration with a select group of trusted partners.

However, the complexity of a Tiered Supply Chain brings disadvantages. One significant drawback is reduced visibility. As the supply chain extends across multiple tiers, organizations may struggle to have a comprehensive view of the entire process. This lack of visibility can lead to challenges in tracking and responding to potential disruptions. Moreover, ethical risks emerge when companies have limited oversight over lower-tier suppliers, potentially exposing organizations to issues such as labour exploitation, environmental concerns, or violations of ethical standards.

In conclusion, supply chain management has evolved into a complex discipline due to the forces of globalization and consumer demands for speed and quality. The Tiered Supply Chain model, driven by these factors, presents both advantages and disadvantages. While managing fewer suppliers can enhance efficiency, the trade-off includes diminished visibility and increased ethical risks. Organizations must carefully evaluate the specific needs of their operations and weigh the benefits against the challenges when deciding whether to adopt a Tiered Supply Chain. In this intricate landscape, the ability to balance complexity and efficiency becomes paramount for sustained success in the global marketplace.

Tutor Notes

- Definition of supply chain management is from p.5

- Drivers, advantages and disadvantages p.9

- This topic used to be much more in depth in the old syllabus and has been drastically simplified in the new study guide. The guide is actually quite light on this topic stating simply that “globalisation and localisation are both drivers of using supply chain tiering”. If you don’t work in manufacturing, or an industry that uses supply chain tiering, this concept may be a bit alien to you and I’d recommend doing a little extra research. The best example of supply chain tiering is in car manufacturing- and that would be a good example to use in an essay. Some additional links for research:

- Supplier Tiers: What's The Difference Between Tier 1, Tier 2, and Tier 3 | PLANERGY Software

- Sustainable Sourcing - Definition, Examples, Benefits & Best Practices (brightest.io)

- https://youtu.be/fs1rDgBQy1M

How to approach this question:

- Definition of Inventory Management System – a system, usually a piece of digital software, that helps an organisation manage their inventory. It oversees the process of ordering stock, receiving it, storing it and converting it into finished goods. Used predominantly in manufacturing organisations. MRP and ERP are types of IMS.

- MRP - Material Requirements Planning- this is a planning, scheduling, and inventory control system used to manage manufacturing processes. Most MRP systems are software-based. The aim is to automate and improve the efficiency of ordering and processing raw materials.

- ERP – Enterprise Resource Planning – this system uses MRP but also includes other operations such as finance, so allows for budgeting and forecasting, and customer relations. ERP gives an organisation a more holistic overview compared to MRP which just focuses on manufacturing.

- When they are used – predominantly in the manufacturing industry for the ordering of goods. Not used for services. Used when there is a lot of maths involved in figuring out how much of something to order and when e.g. a chocolate manufacturer who needs to produce 50,000 chocolate bars a day. MRP / ERP helps the organisation know what to order, how much and when. It helps achieve the 5 Rights of Procurement.

- Advantages – the advantages of MRP and ERP are very similar and in most cases the same: more accurate than manual processes, quicker response times, automated process frees up people to complete more added value tasks, flexibility, has real time information to inform on decision making, improved responsiveness to customers, improved supply chain management, reduction in costs.

- Disadvantages - expensive, complicated, can break down or be hacked (as they're digital systems), only as good as the information put into them. training required to use.

Example Essay:

IMS

An Inventory Management System (IMS) is a software application or set of tools designed to oversee and optimize the management of a company's inventory. The primary goal of an inventory management system is to maintain an accurate record of stock levels, streamline the procurement process, and ensure efficient order fulfilment. This system plays a crucial role in supporting businesses by helping them avoid stockouts, reduce excess inventory, and enhance overall supply chain efficiency.

Inventory Management Systems have the following functions: demand management (which assists with forecasting, and helps the avoidance of overstocking), helps to control stock levels (by stating minimum and maximum levels), replenishment of stock in line with policies, allows automatic reordering when stock levels get low, tracks stock movements (e.g. around a warehouse), allows communication with suppliers and end users, and helps increase safety by ensuring stock isn’t damaged or deteriorating.

MRP

MRP stands for Material Requirements Planning, and it is a computer-based inventory management and production planning system used by businesses to optimize the management of materials, components, and finished products in the manufacturing process. MRP is a key component of Enterprise Resource Planning (ERP) systems, focusing specifically on the planning and control of materials and production resources.

MRP systems uses 3 main modules: 1. Master Production Schedule- information on customer orders, forecast orders, customer requirements and stock orders 2. Bill of Materials – the recipe / breakdown of components of the finished product and 3. Inventory Status File – tells you the current stock levels.

How MRP works- For example, a customer wants to order a new sofa. 1. input the customer order into MRP 2. Check finished stock and if there’s a sofa, give the customer that sofa. If there isn’t a sofa in stock, the MRP system will look at the Bill of Materials- looking at individual materials needed to make the sofa and will order these, factoring in lead times 3. confirm to customer what the lead time is on getting their new sofa, based on delivery time of materials and time to make it.

MRP is a simple system – it doesn’t take into account other business processes and can go wrong due to inaccurate or outdated information.

Advantages of the MRP process include the assurance that materials and components will be available when needed, minimised inventory levels, reduced customer lead times, optimised inventory management, and improved overall customer satisfaction.

Disadvantages to the MRP process include a heavy reliance on input data accuracy (garbage in, garbage out), the high cost to implement, and a lack of flexibility when it comes to the production schedule.

ERP

This is business management software which is used to collect, store, manage, and interpret data from many business activities. It uses MRP but also includes other operations such as finance, HR and customer services. Therefore it’s more powerful than MRP. Where MRP can tell you how much of something to order and what the lead times are, ERP can also consider how many staff are available each day (by looking at holidays and sickness) and factor this into the manufacturing process. It can also produce accurate financial data, manage customer and supplier relationships.

ERP facilitates information flow between all business functions and manages connections to outside stakeholders. SAP and Oracle are examples of ERP systems. There is also ERP II – this extends the system to include links with suppliers and supply chain stakeholders

One of the primary advantages of implementing an ERP system is the integration of information across various departments. By providing a unified view of an organization's operations, an ERP system ensures that different functions work with synchronized and consistent data, fostering improved decision-making and collaboration.

Operational efficiency is another significant benefit of ERP systems. Through the automation of routine tasks and streamlined processes, organizations can achieve greater efficiency, reduce manual errors, and enhance overall productivity.

However, one of the primary disadvantages is the high initial implementation costs. Organizations must invest in software licenses, training programs, and customization to align the ERP system with their specific needs. The complexity of ERP systems and potential customization challenges can pose difficulties, requiring expertise and resources for successful implementation.

Resistance to change among employees is a common hurdle when introducing ERP systems. Employees may be hesitant to adopt new processes and technologies, leading to a slower transition period and potential inefficiencies during the learning curve. Organizations also become dependent on ERP vendors for updates, support, and maintenance, and switching vendors can be disruptive and costly.

In conclusion, while MRP and ERP systems offer numerous advantages in terms of operational efficiency, data integration, and strategic planning, organizations must carefully weigh these benefits against the associated challenges. A well-planned and effectively implemented system can contribute significantly to an organization's success, but the decision to adopt such a system should be approached with a thorough understanding of both its advantages and potential drawbacks.

Tutor Notes

- This is a really hard topic if you don’t have a manufacturing background. The way I think about it is this- imagine you’re Cadbury’s and you’re coming up to Easter. How much sugar do you need to buy and when do you need to buy it in order to make all your Easter Eggs? Hard question right? Well MRP / ERP is the clever software that figures that all out for you. It will tell you how much sugar needs to be bought on what day, in order for the delivery time to be right for manufacturing. It will consider storage costs and how quickly Easter Eggs get made in the factory. It’s honestly so clever. Feel free to use that example in your essay. Examples like that show the examiner you understand the topic.

- Although they’re fabulous systems, using MRP and ERP systems doesn’t guarantee success- at the end of the day they’re just software- the key to success is in the accuracy of the data that’s inputted into the systems and how the systems are used. That would make a strong conclusion.

- This is a good simple video that explains the topic: What is Materials Requirement Planning (MRP)? (youtube.com) I also like watching How Its Made – a documentary series about factory life. You can find it on BBC Iplayer. If you don’t have a manufacturing background it helps give context to some of these dry subjects like MRP and Just-in-Time manufacturing.

- LO 3.4 p. 175