L4M1試験無料問題集「CIPS Scope and Influence of Procurement and Supply 認定」
What is an electronic system? Describe the following: e-requisitioning, e-catalogues, e-sourcing, e-payment technologies (25 marks)
正解：
See the solution in Explanation part below.
Explanation:
How to approach this question:
- Your response will need 5 definitions. For 25 points that means 5 points per section so think about the level of detail you'll need to include. It would be 5 points for electronic system (i.e. your introduction and conclusion), and then do a paragraph on each of the technologies. In the description you could talk about why it's used and the advantages, and give some examples if you know any.
- Definition of electronic system - a system which uses some form of technology and automates a procurement process than would otherwise have been completed manually.
- E-Requisitioning - a way of ordering goods or services. Includes the use of integrated ordering systems such as: ERP/ ERP II / MRP / MRP II
- E-Catalogue- an electronic display of what goods can be ordered. A simple example of this may be a supplier displaying the goods they offer on their website and the prices to purchase the goods.
- E-Sourcing - this involves the early stages of the tender process- using an electronic portal to find a supplier and / or conduct a tender exercise.
- E-Payment - the P2P part of the cycle (procure to pay) - may involve electronic POs and Invoices, BACS, CHAPS and SWIFT payment systems, and the use of Purchasing Cards Example essay:
Electronic systems, commonly refered to as E-procurement, is the business-to-business or business-to- consumer purchase of goods or services, typically using the Internet or other information/ networking systems such as ERP systems. It has developed in the past 20 years as technology has improved and replaces time- consuming manual processes and is now considered the 'norm'. Electronic systems and e-procurement can be used throughout the entire supply chain- not just between a single buyer and supplier. Examples of electronic systems including the following:
E-requisitioning
This is often used in manufacturing organisations to order raw materials. An electronic 'bill of materials' is created and stock levels are automatically updated. As materials get used and a pre-determined level is reached, this triggers a new order which is placed via an e-requisitioning system such as MRP. It is a technological version of the traditional kan-ban (2 bin) system. E-requisition tools are often cloud-based. It helps buyers simplify the buying process, track orders and provides higher levels of visibility on spend. The main disadvantage to this technology is that it requires technology interfacing between the buyer and suppler, which may be expensive.
E-catalogues
This is a digital or online version of a catalogue- a document that details what you can buy and at what price.
There are two main types - buy side catalogues and sell side catalogues. A buy-side catalogue is an internal system used by a buyer which hosts a list of pre-approved suppliers from whom purchases can be made. It may include details of commonly bought items and the prices. The use of this reduces maverick spending and ensures consistency in purchases (e.g. whenever lightbulbs need to be ordered, the same lightbulbs are ordered so the office lighting is consistent). A sell-side catalogue is provided by a supplier and details what they offer- it often includes prices, any discounts for bulk buying and may also let buyers know of availability (e.g. the website may say only two items remaining). This may be as simple as a price list on their website, available for anyone to view.
E-sourcing
This is a tool that helps a buyer find the most suitable supplier. Examples include e-tendering websites where a buyer can host a competition to find a supplier. E-auctions are also a type of e-sourcing tool. The tool (often a website) hosts all of the tendering documents and allows for buyers and suppliers to communicate during the tender process (for example if there are any clarifications needed on the specification). Using this tool allows for transparency and equal treatment, but also saves time in completing the tender exercise. PQQs can be automated and some e-sourcing tools include the use of Artificial Intelligence which can 'read' tender submissions and automatically exclude suppliers who do not fulfil the required criteria.
E-payment technologies
These are methods to pay for goods and services that replace the need for cash and cheques. Examples include online bank transfers, electronic Purchase Orders and Invoices and the use of Pre-Payment cards. These act like credit cards for employees to use when they need to buy supplies. For example, if you have a maintenance team that frequently need to purchase low-value items like screws and paint, you could issue the team with a Pre-Payment card with a certain limit (e.g. £500/ month) so they can buy what they need. The company will then automatically be sent a monthly invoice for all of the purchases. This saves time from having to issue the maintenance team with petty cash for the purchases and allows for greater visibility over spend (e.g. how many screws are typically bought per year?). Another typical use is for staff travel.
In conclusion, procurement teams benefit significantly from leveraging electronic tools, including e- requisitioning, e-catalogues, e-sourcing, and e-payment technologies. The adoption of these electronic tools brings about various advantages that enhance efficiency, transparency, cost-effectiveness, and overall effectiveness in the procurement process. Moreover E-procurement tools has helped develop the procurement function into a professional and respected function and allows for a more pro-active rather than reactive approach to purchasing.
Tutor Notes:
- Fun Fact! In the public sector, it is mandated that electronic systems are used in procurement (Public Contract Regulations 2015) as this helps to achieve the objectives of transparency and equal treatment. Where manual systems are used, it is easy to manipulate the tender process. For example, a buyer could read some tender submissions before the deadline for submission and no one would know, but with an electronic system this is impossible as it locks evaluators out until the deadline has passed and all bidders have submitted their responses. (note PCR 2015 is being replaced in 2024- details are still TBC but the above fun fact will still remain in the new legislation- they're definitely still going to make it compulsory).
- You could also mention the names of systems if you know any. For example, e-sourcing tools include MyTenders.com and Delta E-Sourcing. PO / Invoice systems include Sage, Xero and QuickBooks.
- The question doesn't ask for advantages of using these technologies but you could mention this in your answer. Just be sure that this isn't the focus of your response- the question asks specifically for you to DESCRIBE the systems so detailed Explanation: s and examples are where you will secure the most points.
- p.108
Explanation:
How to approach this question:
- Your response will need 5 definitions. For 25 points that means 5 points per section so think about the level of detail you'll need to include. It would be 5 points for electronic system (i.e. your introduction and conclusion), and then do a paragraph on each of the technologies. In the description you could talk about why it's used and the advantages, and give some examples if you know any.
- Definition of electronic system - a system which uses some form of technology and automates a procurement process than would otherwise have been completed manually.
- E-Requisitioning - a way of ordering goods or services. Includes the use of integrated ordering systems such as: ERP/ ERP II / MRP / MRP II
- E-Catalogue- an electronic display of what goods can be ordered. A simple example of this may be a supplier displaying the goods they offer on their website and the prices to purchase the goods.
- E-Sourcing - this involves the early stages of the tender process- using an electronic portal to find a supplier and / or conduct a tender exercise.
- E-Payment - the P2P part of the cycle (procure to pay) - may involve electronic POs and Invoices, BACS, CHAPS and SWIFT payment systems, and the use of Purchasing Cards Example essay:
Electronic systems, commonly refered to as E-procurement, is the business-to-business or business-to- consumer purchase of goods or services, typically using the Internet or other information/ networking systems such as ERP systems. It has developed in the past 20 years as technology has improved and replaces time- consuming manual processes and is now considered the 'norm'. Electronic systems and e-procurement can be used throughout the entire supply chain- not just between a single buyer and supplier. Examples of electronic systems including the following:
E-requisitioning
This is often used in manufacturing organisations to order raw materials. An electronic 'bill of materials' is created and stock levels are automatically updated. As materials get used and a pre-determined level is reached, this triggers a new order which is placed via an e-requisitioning system such as MRP. It is a technological version of the traditional kan-ban (2 bin) system. E-requisition tools are often cloud-based. It helps buyers simplify the buying process, track orders and provides higher levels of visibility on spend. The main disadvantage to this technology is that it requires technology interfacing between the buyer and suppler, which may be expensive.
E-catalogues
This is a digital or online version of a catalogue- a document that details what you can buy and at what price.
There are two main types - buy side catalogues and sell side catalogues. A buy-side catalogue is an internal system used by a buyer which hosts a list of pre-approved suppliers from whom purchases can be made. It may include details of commonly bought items and the prices. The use of this reduces maverick spending and ensures consistency in purchases (e.g. whenever lightbulbs need to be ordered, the same lightbulbs are ordered so the office lighting is consistent). A sell-side catalogue is provided by a supplier and details what they offer- it often includes prices, any discounts for bulk buying and may also let buyers know of availability (e.g. the website may say only two items remaining). This may be as simple as a price list on their website, available for anyone to view.
E-sourcing
This is a tool that helps a buyer find the most suitable supplier. Examples include e-tendering websites where a buyer can host a competition to find a supplier. E-auctions are also a type of e-sourcing tool. The tool (often a website) hosts all of the tendering documents and allows for buyers and suppliers to communicate during the tender process (for example if there are any clarifications needed on the specification). Using this tool allows for transparency and equal treatment, but also saves time in completing the tender exercise. PQQs can be automated and some e-sourcing tools include the use of Artificial Intelligence which can 'read' tender submissions and automatically exclude suppliers who do not fulfil the required criteria.
E-payment technologies
These are methods to pay for goods and services that replace the need for cash and cheques. Examples include online bank transfers, electronic Purchase Orders and Invoices and the use of Pre-Payment cards. These act like credit cards for employees to use when they need to buy supplies. For example, if you have a maintenance team that frequently need to purchase low-value items like screws and paint, you could issue the team with a Pre-Payment card with a certain limit (e.g. £500/ month) so they can buy what they need. The company will then automatically be sent a monthly invoice for all of the purchases. This saves time from having to issue the maintenance team with petty cash for the purchases and allows for greater visibility over spend (e.g. how many screws are typically bought per year?). Another typical use is for staff travel.
In conclusion, procurement teams benefit significantly from leveraging electronic tools, including e- requisitioning, e-catalogues, e-sourcing, and e-payment technologies. The adoption of these electronic tools brings about various advantages that enhance efficiency, transparency, cost-effectiveness, and overall effectiveness in the procurement process. Moreover E-procurement tools has helped develop the procurement function into a professional and respected function and allows for a more pro-active rather than reactive approach to purchasing.
Tutor Notes:
- Fun Fact! In the public sector, it is mandated that electronic systems are used in procurement (Public Contract Regulations 2015) as this helps to achieve the objectives of transparency and equal treatment. Where manual systems are used, it is easy to manipulate the tender process. For example, a buyer could read some tender submissions before the deadline for submission and no one would know, but with an electronic system this is impossible as it locks evaluators out until the deadline has passed and all bidders have submitted their responses. (note PCR 2015 is being replaced in 2024- details are still TBC but the above fun fact will still remain in the new legislation- they're definitely still going to make it compulsory).
- You could also mention the names of systems if you know any. For example, e-sourcing tools include MyTenders.com and Delta E-Sourcing. PO / Invoice systems include Sage, Xero and QuickBooks.
- The question doesn't ask for advantages of using these technologies but you could mention this in your answer. Just be sure that this isn't the focus of your response- the question asks specifically for you to DESCRIBE the systems so detailed Explanation: s and examples are where you will secure the most points.
- p.108
Describe the main characteristics of, and differences between, procuring goods, services and construction works (25 points)
正解：
See the solution in Explanation part below.
Explanation:
- there are a lot of components to this question so I would take a good 5 minutes to write out some bullet points on the characteristics of each one, and on some differences. Then from your notes make this into an essay. The mark scheme isn't 100% clear on how many characteristics and differences you need to name, so try and keep an equal split between the two areas. You would probably need 2-3 characteristics of each, and 3 differences for a good score.
- Characteristics of goods: tangible, homogeneous, items tend not to perish quickly, can be stored
- Characteristics of services: intangible, heterogenous, inseparable (produced and consumed at the same time), no transfer of ownership, perish upon use (i.e. cannot be stored)
- Characteristics of construction work: project-based procurement, includes procuring both goods and services, complex procurement which has its own set of regulations (CDM2015).
- Differences between these
1) goods are not usually outsourced and services can be.
2) Complexity of the supply chain (goods and construction may have a complex supply chains, but service contracts usually only involve 2 parties).
3) Timescales - construction work has a designated timescale but procurement of goods could be a one off or long-term contract, services is usually a long-term contract.
Example Essay
Introduction:
Procurement is a multifaceted field, and understanding the nuances between procuring goods, services, and construction works is pivotal for effective management. This essay explores the main characteristics that differentiate these categories.
Tangible / Intangible:
Goods are tangible items that can be physically seen and touched. For instance, raw materials like wheat and sugar in a manufacturing organization are tangible goods. On the other hand, services are intangible-though the results can be observed, the service itself cannot be touched. An example is a cleaning contract for a factory; while the effects of the cleaning are visible, the service itself remains intangible. Construction is usually a mixture of tangible and intangible procurement; the tangible is the construction materials such as bricks and windows, and the intangible aspect is the labour to complete the project.
Heterogeneous / Homogeneous:
Goods are generally homogeneous, meaning they are always the same. For example, steel purchased for manufacturing purposes will always be the same. In contrast, services areheterogeneous, varying each time they are rendered. Customer service, for instance, is inherently different each time due to the dynamic nature of customer interactions. Construction could be either heterogeneous or homogeneous depending on the project - is it a one off unique building, or is it a large housing estate of same-build properties?
Transfer of Ownership:
When goods are procured, there is a transfer of ownership. The product becomes the property of the buyer upon delivery and payment. In contrast, services do not involve a transfer of ownership as there is no physical entity to transfer. In construction the transfer of ownership is extremely complex and varies depending on the project. Usually the buyer will retain ownership of the land throughout the project, but on some occasions the construction company may take ownership for insurance purposes.
Storable (Separable/ Inseparable):
Goods are storable, allowing for purchase on one day and use on another. For example a factory can buy in plastic to be used to manufacture toys and this is stored in inventory until the time comes to make the toys.
However, services are consumed at the point of purchase, making them inseparable. The service is bought and utilized simultaneously. Services cannot be stored. This is the same for construction.
Ability to Outsource:
Goods are rarely outsourced, as they are typically purchased directly from suppliers. Services, on the other hand, can be easily outsourced-examples include outsourcing finance, cleaning, or security services.
Construction works are commonly outsourced, with external companies hired to execute projects.
Complexity of the Supply Chain:
Service contracts often involve a simple two-party relationship between the buyer and the supplier. Goods and construction, however, may have complex supply chains. For example, procuring a pen involves a supply chain with various steps, including the raw material supplier, manufacturer, and possibly a wholesaler.
Construction works often feature a tiered supply chain with subcontractors playing crucial roles.
Construction as a Hybrid:
Construction procurement represents a hybrid, incorporating elements of both goods and services. It involves hiring a service, such as a bricklayer for laying bricks, while also procuring the tangible goods-bricks.
Separating goods from services in construction is challenging, as they are often intertwined, and both aspects are paid for simultaneously.
Conclusion:
In conclusion, distinguishing between the procurement of goods, services, and construction works is essential for effective supply chain management. The tangible or intangible nature, heterogeneity, transfer of ownership, storability, outsourcing potential, and supply chain complexities offer a comprehensive framework for understanding the unique characteristics of each category. Recognizing these distinctions empowers organizations to tailor their procurement strategies to the specific challenges and dynamics associated with goods, services, and construction works.
Tutor Notes
- What a characteristic is can also be a difference. So for example you can say tangible is a characteristic of goods but tangibility is also the main difference between goods and services. So don't worry too much about which order to write stuff in, or doing clear sections for this type of essay. It all comes out in the wash.
- Other differences in procuring these include:
- Costs: procuring goods such as stationary for an office will be low-cost so may not require approval, but a service contract may require management sign off. Procuring construction projects tend to be huge sums of money
- Where the budget comes from: goods and services may be operational expenditure and construction works capital expenditure.
- The level of risk involved in the procurement: goods tends to be quite low risk and construction high risk.
- Types of contract involved: procuring goods may be very simple and just require a PO, services is more complex so may require a formal contract or Deed of Appointment. Construction projects will require a contract due to the high value and high risk of the purchase
- Legislation - Goods = Sale of Goods Act, Construction - CDM Regulations 2015. Construction is much more heavily regulated than services or goods. Note CDM regulations isn't part of CIPS. It's occasionally referenced in various modules but you don't have to really know what it is. Just know it's the main legislation governing the construction industry. Construction - Construction Design and Management Regulations 2015 (hse.gov.uk)
- Study guide LO 1.3.1 p. 40, but mainly p. 52 for services. NOTE the title of this learning outcome includes construction and it is hardly mentioned in the study guide. Most of the above information on construction comes from my own knowledge rather than the book.
Explanation:
- there are a lot of components to this question so I would take a good 5 minutes to write out some bullet points on the characteristics of each one, and on some differences. Then from your notes make this into an essay. The mark scheme isn't 100% clear on how many characteristics and differences you need to name, so try and keep an equal split between the two areas. You would probably need 2-3 characteristics of each, and 3 differences for a good score.
- Characteristics of goods: tangible, homogeneous, items tend not to perish quickly, can be stored
- Characteristics of services: intangible, heterogenous, inseparable (produced and consumed at the same time), no transfer of ownership, perish upon use (i.e. cannot be stored)
- Characteristics of construction work: project-based procurement, includes procuring both goods and services, complex procurement which has its own set of regulations (CDM2015).
- Differences between these
1) goods are not usually outsourced and services can be.
2) Complexity of the supply chain (goods and construction may have a complex supply chains, but service contracts usually only involve 2 parties).
3) Timescales - construction work has a designated timescale but procurement of goods could be a one off or long-term contract, services is usually a long-term contract.
Example Essay
Introduction:
Procurement is a multifaceted field, and understanding the nuances between procuring goods, services, and construction works is pivotal for effective management. This essay explores the main characteristics that differentiate these categories.
Tangible / Intangible:
Goods are tangible items that can be physically seen and touched. For instance, raw materials like wheat and sugar in a manufacturing organization are tangible goods. On the other hand, services are intangible-though the results can be observed, the service itself cannot be touched. An example is a cleaning contract for a factory; while the effects of the cleaning are visible, the service itself remains intangible. Construction is usually a mixture of tangible and intangible procurement; the tangible is the construction materials such as bricks and windows, and the intangible aspect is the labour to complete the project.
Heterogeneous / Homogeneous:
Goods are generally homogeneous, meaning they are always the same. For example, steel purchased for manufacturing purposes will always be the same. In contrast, services areheterogeneous, varying each time they are rendered. Customer service, for instance, is inherently different each time due to the dynamic nature of customer interactions. Construction could be either heterogeneous or homogeneous depending on the project - is it a one off unique building, or is it a large housing estate of same-build properties?
Transfer of Ownership:
When goods are procured, there is a transfer of ownership. The product becomes the property of the buyer upon delivery and payment. In contrast, services do not involve a transfer of ownership as there is no physical entity to transfer. In construction the transfer of ownership is extremely complex and varies depending on the project. Usually the buyer will retain ownership of the land throughout the project, but on some occasions the construction company may take ownership for insurance purposes.
Storable (Separable/ Inseparable):
Goods are storable, allowing for purchase on one day and use on another. For example a factory can buy in plastic to be used to manufacture toys and this is stored in inventory until the time comes to make the toys.
However, services are consumed at the point of purchase, making them inseparable. The service is bought and utilized simultaneously. Services cannot be stored. This is the same for construction.
Ability to Outsource:
Goods are rarely outsourced, as they are typically purchased directly from suppliers. Services, on the other hand, can be easily outsourced-examples include outsourcing finance, cleaning, or security services.
Construction works are commonly outsourced, with external companies hired to execute projects.
Complexity of the Supply Chain:
Service contracts often involve a simple two-party relationship between the buyer and the supplier. Goods and construction, however, may have complex supply chains. For example, procuring a pen involves a supply chain with various steps, including the raw material supplier, manufacturer, and possibly a wholesaler.
Construction works often feature a tiered supply chain with subcontractors playing crucial roles.
Construction as a Hybrid:
Construction procurement represents a hybrid, incorporating elements of both goods and services. It involves hiring a service, such as a bricklayer for laying bricks, while also procuring the tangible goods-bricks.
Separating goods from services in construction is challenging, as they are often intertwined, and both aspects are paid for simultaneously.
Conclusion:
In conclusion, distinguishing between the procurement of goods, services, and construction works is essential for effective supply chain management. The tangible or intangible nature, heterogeneity, transfer of ownership, storability, outsourcing potential, and supply chain complexities offer a comprehensive framework for understanding the unique characteristics of each category. Recognizing these distinctions empowers organizations to tailor their procurement strategies to the specific challenges and dynamics associated with goods, services, and construction works.
Tutor Notes
- What a characteristic is can also be a difference. So for example you can say tangible is a characteristic of goods but tangibility is also the main difference between goods and services. So don't worry too much about which order to write stuff in, or doing clear sections for this type of essay. It all comes out in the wash.
- Other differences in procuring these include:
- Costs: procuring goods such as stationary for an office will be low-cost so may not require approval, but a service contract may require management sign off. Procuring construction projects tend to be huge sums of money
- Where the budget comes from: goods and services may be operational expenditure and construction works capital expenditure.
- The level of risk involved in the procurement: goods tends to be quite low risk and construction high risk.
- Types of contract involved: procuring goods may be very simple and just require a PO, services is more complex so may require a formal contract or Deed of Appointment. Construction projects will require a contract due to the high value and high risk of the purchase
- Legislation - Goods = Sale of Goods Act, Construction - CDM Regulations 2015. Construction is much more heavily regulated than services or goods. Note CDM regulations isn't part of CIPS. It's occasionally referenced in various modules but you don't have to really know what it is. Just know it's the main legislation governing the construction industry. Construction - Construction Design and Management Regulations 2015 (hse.gov.uk)
- Study guide LO 1.3.1 p. 40, but mainly p. 52 for services. NOTE the title of this learning outcome includes construction and it is hardly mentioned in the study guide. Most of the above information on construction comes from my own knowledge rather than the book.
What is 'supply chain management'? Outline the drivers, advantages and disadvantages of using this approach within the Procurement Department of an organisation (25 points)
正解：
See the solution in Explanation part below.
Explanation:
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
Explanation:
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
Sarah has recently been hired as the new Head of Procurement at Alpha Ltd, a manufacturer of small electronics such as hairdryers and alarm clocks. Alpha Ltd has a large factory based in Birmingham where many of the products are manufactured. One of the large pieces of machinery in the factory has recently broken and Sarah has been charged with replacing it as quickly as possible. Sarah is considering using the Whole Life Costing approach to this procurement. What is meant by Whole Life Costing? (5 points). Discuss
5 factors that Sarah should consider when buying new machinery (20 points).
5 factors that Sarah should consider when buying new machinery (20 points).
正解：
See the solution in Explanation part below.
Explanation:
How to approach this question
- I'd use clear headings with numbers for this one. It asks you for a definition and 5 factors. Number them.
Makes it easy for you to write and easy for the examiner to mark.
- Don't go over 5 - you won't get any extra points for this. So spend your time giving examples and explaining the 5 well, rather than naming more than 5.
Example Essay
As the new Head of Procurement at Alpha Ltd, Sarah faces the urgent task of replacing a critical piece of machinery in the company's Birmingham factory. Recognizing the complexity of the decision, Sarah contemplates utilizing the Whole Life Costing approach to ensure a comprehensive evaluation that goes beyond initial expenses. This essay explores the concept of Whole Life Costing and delves into five essential factors Sarah should consider when procuring new machinery.
Definition:
Whole Life Costing (WLC) is a procurement approach that considers the total cost associated with an asset throughout its entire lifecycle. Unlike traditional procurement methods that focus primarily on the initial purchase price, WLC evaluates all costs incurred from acquisition to disposal. This includes operational, maintenance, and disposal costs, providing a holistic perspective on the true financial impact of an asset over time.
Factors to Consider in Machinery Procurement
1) Initial Purchase Price:
While WLC looks beyond the initial cost, the purchase price remains a critical factor. Sarah should balance the upfront expense with the long-term costs to ensure the initial investment aligns with the overall financial strategy.
2) Operational Costs:
Sarah needs to analyze the ongoing operational costs associated with the new machinery. This includes energy consumption, routine maintenance, and potential repair expenses. Opting for energy-efficient and reliable equipment can contribute to substantial operational savings over the machine's lifespan, even though this may result in a higher up-front purchase price
3) Training and Integration:
The cost of training employees to operate and maintain the new machinery is a significant consideration.
Sarah should assess how easily the equipment integrates into existing workflows and whether additional training programs are required, impacting both immediate and long-term costs.
4) Downtime and Productivity:
Evaluating the potential downtime and its impact on productivity is crucial. Sarah should assess the reliability and historical performance of the machinery to gauge its potential contribution to sustained production levels and minimized disruptions, impacting the overall operational efficiency.
5) Technology Upgrades and Adaptability:
Sarah should consider the machinery's adaptability to technological advancements and potential upgrades.
Investing in equipment that allows for seamless integration with future technologies ensures that Alpha Ltd remains competitive and resilient in a rapidly evolving industry landscape.
In conclusion, adopting a Whole Life Costing approach empowers Sarah to make informed decisions that align with Alpha Ltd's strategic goals. By considering factors beyond the initial purchase price, such as operational costs, training, downtime, and technology adaptability, Sarah ensures that the replacement machinery not only meets immediate production needs but proves to be a cost-effective and efficient asset throughout its entire lifecycle. The WLC approach safeguards against unforeseen financial burdens, fostering sustainable and informed procurement practices in the dynamic manufacturing environment.
Tutor Notes
- Whole Life Costing is on p.28
- Total Life Cycle Costs, Total Cost of Ownership and Life Cycle Costs are all practically the same thing. The book says they're slightly different, but don't get yourself bogged down in trying to remember the differences.
Honestly, in the real world, people use this language interchangeably.
- Other factors you could have chosen to talk about include commissioning costs and disposal costs
- Don't worry if you feel CIPS breezed through this as a topic, they did. It's explained much better in L4M7.
You can read more about it here: Whole Life Costing - What is Whole Life Costing | CIPS and here Whole- Life Cost: What it Means, How it Works (investopedia.com)
Explanation:
How to approach this question
- I'd use clear headings with numbers for this one. It asks you for a definition and 5 factors. Number them.
Makes it easy for you to write and easy for the examiner to mark.
- Don't go over 5 - you won't get any extra points for this. So spend your time giving examples and explaining the 5 well, rather than naming more than 5.
Example Essay
As the new Head of Procurement at Alpha Ltd, Sarah faces the urgent task of replacing a critical piece of machinery in the company's Birmingham factory. Recognizing the complexity of the decision, Sarah contemplates utilizing the Whole Life Costing approach to ensure a comprehensive evaluation that goes beyond initial expenses. This essay explores the concept of Whole Life Costing and delves into five essential factors Sarah should consider when procuring new machinery.
Definition:
Whole Life Costing (WLC) is a procurement approach that considers the total cost associated with an asset throughout its entire lifecycle. Unlike traditional procurement methods that focus primarily on the initial purchase price, WLC evaluates all costs incurred from acquisition to disposal. This includes operational, maintenance, and disposal costs, providing a holistic perspective on the true financial impact of an asset over time.
Factors to Consider in Machinery Procurement
1) Initial Purchase Price:
While WLC looks beyond the initial cost, the purchase price remains a critical factor. Sarah should balance the upfront expense with the long-term costs to ensure the initial investment aligns with the overall financial strategy.
2) Operational Costs:
Sarah needs to analyze the ongoing operational costs associated with the new machinery. This includes energy consumption, routine maintenance, and potential repair expenses. Opting for energy-efficient and reliable equipment can contribute to substantial operational savings over the machine's lifespan, even though this may result in a higher up-front purchase price
3) Training and Integration:
The cost of training employees to operate and maintain the new machinery is a significant consideration.
Sarah should assess how easily the equipment integrates into existing workflows and whether additional training programs are required, impacting both immediate and long-term costs.
4) Downtime and Productivity:
Evaluating the potential downtime and its impact on productivity is crucial. Sarah should assess the reliability and historical performance of the machinery to gauge its potential contribution to sustained production levels and minimized disruptions, impacting the overall operational efficiency.
5) Technology Upgrades and Adaptability:
Sarah should consider the machinery's adaptability to technological advancements and potential upgrades.
Investing in equipment that allows for seamless integration with future technologies ensures that Alpha Ltd remains competitive and resilient in a rapidly evolving industry landscape.
In conclusion, adopting a Whole Life Costing approach empowers Sarah to make informed decisions that align with Alpha Ltd's strategic goals. By considering factors beyond the initial purchase price, such as operational costs, training, downtime, and technology adaptability, Sarah ensures that the replacement machinery not only meets immediate production needs but proves to be a cost-effective and efficient asset throughout its entire lifecycle. The WLC approach safeguards against unforeseen financial burdens, fostering sustainable and informed procurement practices in the dynamic manufacturing environment.
Tutor Notes
- Whole Life Costing is on p.28
- Total Life Cycle Costs, Total Cost of Ownership and Life Cycle Costs are all practically the same thing. The book says they're slightly different, but don't get yourself bogged down in trying to remember the differences.
Honestly, in the real world, people use this language interchangeably.
- Other factors you could have chosen to talk about include commissioning costs and disposal costs
- Don't worry if you feel CIPS breezed through this as a topic, they did. It's explained much better in L4M7.
You can read more about it here: Whole Life Costing - What is Whole Life Costing | CIPS and here Whole- Life Cost: What it Means, How it Works (investopedia.com)