Guest Posts – Page 4 – The OM Blog by Heizer, Render, & Munson

Guest Post: What is a Group Purchasing Organization?

Prof. Howard Weiss explains the topic of GPOs, an important supply chain issue.

Your Heizer/Render/Munson textbook discusses purchasing throughout several chapters and, in particular, in the Supply Chain Management chapter (Ch. 11). Obviously, keeping costs low is a major goal in operations. In order to do that, for the first time in their history, Temple U., Penn State U., and U. of Pittsburgh have entered into a joint agreement for the purchase of office supplies.
The cost savings occur due to the increased negotiating power of the three schools. In addition, the transaction/setup/order costs are reduced because it is not incumbent on each university to manage purchasing contracts and orders. Because this is a more efficient process it could likely lead to savings due to procurement employee layoffs.

There are benefits other than costs. Quality and service can improve because vendors do not want to risk losing the larger contracts. Vendor choices are expanded since some vendors have minimum order sizes that individual schools could not meet.

The three universities are not the first to enter into a joint purchasing agreement. The Wisconsin Association of Independent Colleges has 24 members and, in addition to supplies, offers joint purchasing for property insurance. Its members have saved over $100 million since 2003.

Nor are universities the only institutions with cooperative agreements. In the 1980s, Congress endorsed Group Purchasing Organizations (GPOs) for the medical supply market. The reduced costs save the government money for programs such as Medicare. These GPOs are generally run by an organization that is not necessarily the hospitals themselves.

There are several conditions that must be met for the joint agreement to be legal. For example:
 The agreement must not violate anti-trust laws by creating a buyer cartel.
 The agreement must have the benefit of creating economies of scale or avoiding duplication of effort.
 The total amount purchased by the group must be less than 35% of the total market for the items.
 Participating parties must be allowed to make purchases outside of the agreement

GPOs are useful when the products or supplies are standardized. If a company needs custom products, then the GPO may not be able to help. In addition, if the GPO is run by a private company then the clients may not know how the GPO is prioritizing contracts. Finally, the increased demand might eliminate smaller vendors from consideration.

Guest Post: “Exploring Fibonacci– A Math Trick with Applications in OM

Prof. Andrew Stapleton, at U. Wisconsin-La Crosse, provides another interesting exercise to liven up your OM class.

The Fibonacci sequence, introduced by mathematician Leonardo Fibonacci from Pisa, Italy in the 12th century, is a number sequence where each term is the sum of the preceding ones. A typical Fibonacci sequences looks like: 1, 1, 2, 3, 5, 8, 13, 21, 34, and so on. While this is the most well-known version, Fibonacci numbers can begin with any two numbers on the number line as long as they follow the same pattern of addition.

The sequence is closely related to the Golden Ratio, a concept that appears frequently in nature (e.g., in the spiral pattern of shells or of sunflowers) and art (e.g., proportions in Renaissance paintings).

Interestingly, the Fibonacci sequence also has practical applications in Operations and Supply Chain Management. It can be applied in areas such as supply chain network design, forecasting inventory fluctuations, resource allocation, and even in facility layout optimization.

Fun Math Trick using Fibonacci Sequence
Here is an engaging way to explore Fibonacci numbers with your students:
1. Have a student pick any two numbers, say 5 and 4.
2. Add the numbers together (5+4=9).
3. Now, take the second and third numbers (4+9=13)
4. Continue the process for ten steps and calculate the sum.
For example, start with 5 and 4. These yields: 5, 4, 9, 13, 22, 35, 57, 92, 149, 241.
Now calculate the sum of the sequence. The sum is 627.

How to Predict the Sum:
Before calculating, you can impress your students with a neat trick! Here’s how:
 Instead of adding all of the numbers manually, look at the fourth number from the bottom of the list. In this case, it is 57.
 Multiply the number by 11.
57 x 11 = 627 – this gives you the total sum without having to add them up.
This works because the Fibonacci sequences follow a predictable pattern:
This is what the list of numbers will be:

a
b
a + b
a + 2b
2a + 3b
3a + 5b
5a + 8b
8a + 13b
13a + 21b
21a + 34b
The sum is 55a + 88b, which is 11 times the seventh number. Since multiplying by 11 is a relatively simple calculation, this creates a fun and useful math trick to amaze your students and connect math concepts to OM.

Guest Post: The Waffle House Index and Hurricane Milton

Professor Howard Weiss provides a timely example of qualitative forecasting.

Waffle House is a restaurant chain with over 2,000 locations in 25 states ranging from Florida as far north as Pennsylvania and as far west as Arizona, operating all day every day. When you think of a Waffle House, you think about eggs, bacon, and, of course, waffles. What you don’t think about is forecasting. The Waffle House Index is a map that Waffle House provides of the status of its restaurants.

 Red means the restaurant is closed likely due to severe damage or unsafe conditions
 Yellow indicates that the restaurant is open but only serving a partial menu. The restaurant is working off of a generator and may not have water but has the ability to cook the meals.
 Green means the restaurant is fully operational.

From the closings one can see the severity of an upcoming storm as indicated by this map captured one day before Hurricane Milton is scheduled to strike Florida. Residents can use the information to decide on their storm strategy. One can also see the damage caused after the storm based on the open or closed Waffle Houses. The use of the index is a qualitative forecasting method as discussed your textbook.

The government, including FEMA, uses different methods to track storms, including airplanes and satellite. But FEMA also began to use the Waffle House Index in 2011 to gauge the severity of any storm. Waffle House has a reputation for staying open during storms as long as or even longer than any other restaurant so that people can get a hot meal, charge cell phones or just warm up or cool down. The map is not only useful before a weather event but also afterwards since it indicates how the recovery is going in an area served by a Waffle House.

Waffle House has chosen a strategy based on keeping their restaurants open 24/7. This includes purchasing generators for their stores and using what they term as “Jump Teams”. The jump team consists of volunteers who go to the affected location by car or even plane in order to help the employees get the restaurant open as soon as possible. These teams are, of course, examples of varying the workforce and/or subcontracting as described in the Aggregate Planning chapter (Ch. 13).

Classroom discussion questions
1. What other organizations use subcontracting in the event of a storm?
2. What companies are essential to re-open as soon as possible after a storm?

Guest Post: The Missing Digit Puzzle!

Prof. Andrew Stapleton at U. of Wisconsin-La Crosse shares with us another fun and motivational teaching tip.

This math puzzle looks a lot more intimidating than it really is. It is called the Missing Digit Puzzle. Pick a student to come to the front and write down a number on the white board or overhead projection. Hide or otherwise cover your eyes in some way so that you can’t see what your student is writing.

Ask your student to secretly write down ANY number (at least four digits long). e.g. 78341 Ask her to add up the digits… e.g. 7+8+3+4+1 = 23 … and then subtract the answer from the first number e.g. 78341 – 23 = 78318. Ask her to then cross out ONE digit from the answer. (It can be any digit except a zero) e.g. 7×318. She then reads out what digits are left e.g. 7-3-1-8

Even though you haven’t seen any numbers, you can say what the missing digit is! EIGHT.

THE SECRET: This great puzzle relies on the power of 9. After your student has added up the digits and subtracted them, the answer will ALWAYS divide by 9. If a number divides by nine, then when you add the digits up, they will also divide by 9. If you check our example 7+8+3+1+8 = 27 which does divide by nine. When she crosses a digit out, she then reads out the digits that are left. You add them up. In the example we had 7+3+1+8= 19. All you do now is see what you have to add on to your answer to get the next number that divides by nine! The next number to divide by 9 after 19 is 27. So, you need to add on EIGHT to get to 27. This is the number that was crossed out!

Here’s another example: Say the number written down is 873946284 (yikes!). Your friend adds the digits 8+7+3+9+4+6+2+8+4 = 51. Your friend does the subtraction: 873946284 – 51 = 873946233 (So far you have NO IDEA what numbers are whizzing around!) Your friend crosses a digit out 87394×233 and tells you what’s left. You add 8+7+3+9+4+2+3+3 = 39. The next number that divides by 9 after 39 is 45. As 45-39=6 this means that SIX is the missing digit.

You can do this one quickly and even have other students come up and give it a try – and you will always be able to tell what the missing digit is!

Guest Post: How Fastenal Weathers the Storm

Temple U. Professor Misty Blessley shares her insights with our readers monthly.

The Atlantic hurricane season in the U.S. runs from June through November, with most hurricanes making landfall between Florida and Texas. The National Oceanic and Atmospheric Administration (NOAA) has forecasted that the 2024 hurricane season could be one of the busiest on record. Hurricane Beryl, a Category 5 storm that struck Houston on July 8, is the earliest such hurricane in Atlantic history, setting a severe tone for the season. Ensuring access to supplies when and where they are needed is crucial for the region’s ability to withstand and recover from hurricane-related disruptions.

Here is the contingency plan for Fastenal, an international industrial and supply solutions company. The season began with Fastenal’s onsite team stationed at a Phillips 66 refinery in Texas, directly in Hurricane Beryl’s path. Due to the sensitive nature of their operations, refining companies must manage weather events with extreme care, which is why Fastenal staffs these sites with onsite personnel. Hurricane Beryl’s impact went beyond refineries, temporarily halting operations across Houston’s maritime, air, and motor carrier sectors, affecting numerous businesses.

In addition to its mitigation efforts with Phillips 66, Fastenal’s plans to bolster the region’s resilience, include:
 A corporate communication channel for providing rapid support to customers in affected areas.
 Ample stocks of hurricane-specific supplies, such as generators and water, at four major distribution centers (Dallas, Houston, Atlanta, and Jackson, Mississippi).
 Having distribution teams on standby to deliver supplies to affected areas as soon as access is granted.
 A private fleet allowing for quick and flexible response.

As highlighted in Chapter 11 of your Heizer/Render/Munson text, “Companies need to focus not only on reducing potential disruptions but also on how to prepare for responses to inevitable negative events.” Fastenal credits the company’s dedicated staff and advanced technology—such as its warehouse management system, which can handle both planned and unplanned orders—for its ability to respond to crises like Hurricane Beryl.

Classroom discussion questions:
1. In Table 11.3 supply chain risks and tactics are covered. Which of the risk reduction tactics is 2most beneficial in the event of a catastrophic weather event?
2. Review other weather-related disruptions and identify contingency plans. Hint: Icelandic volcano eruptions and Texas snowstorms

Guest Post: Random Number Prediction–A Class Exercise

Prof. Andrew Stapleton at the U. of Wisconsin-Lacrosse shares a teaching tip when discussing random numbers.

Predict a “random number” by alternating four-digit contributions. Start by determining a 5- digit number and writing it down in dark ink on a large piece of paper and sticking it in your briefcase. I act like I am picking random numbers, but I know exactly how to get to the number I have pre-determined.

Here is an example: I tell my class, “Let’s pick some numbers, I’ll start”: 4729 Mine I already know that the final number – the one written on the large piece of paper in my briefcase is 24727.

I then ask for two students to give me each a two-digit random number. The greater the number of participants the greater the impact. Student one chooses “58” and Student 2 chooses “32.” So 5832 yours

4167 Mine I act like I am thinking about another random four-digit number, but what I am doing is making their digits and mine add to 9999. (i.e., 5832 + 4167 = 9999)

I again ask two different students to each give me a two-digit random number. One gives me “69” and the other “02”. So 6902 yours

3097 Mine Again I make theirs and mine add to 9999, but I don’t do it right away. In fact, I act like I am really just pulling my digits out of thin air.

Sum = 24727. I then add all of these together. I tell them I had a dream about what number we would collectively come to in this exercise and wrote it down on a piece of paper and I get it out and unfold it. Once they see it matches, they are baffled and are eager to learn how I did it.

Solution: I simply take my original 5-digit number and subtract 2 from the last digit and put it in front of the first. This is because whatever you choose – I will choose digits that add to 9. So, the second set adds to 9999 and the third set adds to 9999 – just shy of 20000, in fact 19998. So, I subtract those two from the end and stick the “2” in the front.

Guest Post: From Anxiety to Curiosity–The Power of Mathematical Puzzles in Your OM Class

Prof. Andrew Stapleton teaches OM at U. Wisconsin-LaCrosse

Many of us have experienced the anxiety some of our students feel whenever we teach OM techniques. I have found a very effective manner to alleviate it by beginning my lectures with Math Magic.

First, start off the semester with the Phone Number. Tell your students to: (1) Grab a calculator; (2) Key in the first three digits of their phone number (NOT the area code); (3) Multiply by 80; (4) Add 1; (5) Multiply by 250; (6) Add the last four digits of the phone number; (7) Add the last four digits of their phone number again; (8) Subtract 250; (9) Divide by 2. Recognize the number?
Here is why it works:
X = first three digits of your phone number
Y = last four digits of your phone number = [250(80x+1) + (2y-250)]/2 = [20000x + 250 +2y -250]/2 = [20000x + 2y]/2 = 1000x + y = your phone number (this trick doesn’t work if the first digit of the last four is a zero).

Hers is another one: The Rope Around the World. Imagine an un-stretchable rope wrapped completely around the Earth at the equator. Imagine the Earth is as smooth as a cue ball. Here is the question: If you lift that rope exactly one foot above the earth’s surface (ignoring gravity), going all the way around the planet, how much extra rope will you need? The answer is amazing. Students may think they need to Google the diameter of the Earth to figure this one out. Surprisingly, you don’t need to know the Earth’s diameter or radius. You only need to know the formula for the circumference of a circle, i.e., Circumference = 2πr, where the value of π is approximately 3.14 and r stands for the radius.

Answer: You realize you can plug in that extra foot into the circumference formula. When the rope was wrapped around the Earth at the surface, you just have 2πr. When you add in the extra foot, it extends the radius of the Earth by one foot, so you now have 2π(r+1). If you want to find out the difference between the lengths of the two ropes, you subtract the shorter rope on the Earth’s surface from the longer rope suspended one foot above the Earth. 2π(r+1) – 2πr or 2πr + 2π – 2πr = 2π. The two circumferences in the equation cancel out, which leaves just the 2π. Really? It’s true! The rope that is suspended a foot higher all the way around our planet only needs to be 2π or 6.28 feet longer than the rope lying flat on the Earth’s surface.

Challenges like these take help take students’ minds off anxiety they may have felt when we go over a new OM model, making them more receptive to learning a new technique.

Guest Post: The Global Initiative for Green Shipping Corridors

Our Guest Post comes from Dr. Drew Stapleton, Professor of Operations Management at the U. of Wisconsin-La Crosse

Last year, the US Department of Energy and the UK Department for Transport simultaneously requested information relating to the establishment of a green shipping corridor (GSC) between the countries. The GSCs are “maritime routes that showcase low- and zero-emission lifecycle fuels and technologies with the ambition to achieve zero greenhouse gas emissions.”

GSCs have been gaining popularity in recent years. In 2021, nearly two dozen nations expressed their support for the zero-emission routes by signing onto the Clydebank Declaration, which sets the goal of establishing at least five GSCs by 2025. Since then, development has begun on two such corridors—one between LA and Shanghai, and the other between Montreal and Antwerp. By sharing cost and risk burdens by the key stakeholders in the production of zero-emission ships and the use of green fuel oils, the GSC is conceived as an effective policy mechanism and logistics strategy to reduce GHG emissions at sea as well as to mitigate business risks in the value chain.

The ports of LA, Long Beach and Shanghai have announced the creation of the first- ever green shipping corridor designed to accelerate emissions reductions at three of the world’s largest container ports and from vessels in transit from China to Southern California. Leaders from the globe’s largest carriers are on board. Maersk, CMA CGM, Hapag-Lloyd and other shipping lines called for an end date to building vessels powered only by fossil fuels.

Maersk established a net-zero emission target to be reached in 2040. The Danish ocean carrier also aims to procure 100% net-zero steel by 2050 for use in its vessels. CMA CGM’s goal to reach net-zero emissions in its operations is set for 2050. As part of its decarbonization efforts, the French ocean carrier launched a program that incentivized shippers to return their containers early in exchange for carbon credits. Hapag-Lloyd has a goal to reach net-zero emissions in its operations by 2045. MSC has set up a goal to reach net-zero by 2050.

The U.S. believes GSCs are a key means of spurring the early adoption of zero-emission fuels and technologies that will help to achieve zero emissions no later than 2050, and calls on all countries to adopt ambitious actions to create a clean maritime future.

Classroom discussion questions:

Are the emission targets realistic?
Provide details regarding the Clydebank Declaration.

Guest Post: Using AI to Decrease Food Waste and Combat Food Insecurity

Temple University Professor Misty Blessley raises an interesting issue in her Guest Post today.

The Supplemental Nutrition Assistance Program (SNAP), overseen by the U.S. Department of Agriculture (USDA), plays a crucial role in combating food insecurity across the U.S. SNAP offers monthly benefits through an Electronic Benefit Transfer card, enabling food- insecure individuals and families to purchase food at authorized retailers.

Food insecurity, defined as a lack of consistent access to adequate and safe nutrition, affects about 13% of the U.S. population. Delaware recently became the first state to pilot an AI-powered app aimed at linking surplus food with SNAP demand. With over 30% of food wasted during production and distribution, food insecurity is increasingly viewed as a supply chain challenge.

This new AI-powered app is instrumental in combatting food insecurity by addressing the potential for waste along the supply chain.

How it works: The app, called the Smart Shopper app, allows producers and retailers to offer SNAP-approved items at discounted prices in locations where surplus inventories and unmet SNAP demand overlap. SNAP recipients can download digital coupons to purchase food that would otherwise be wasted. Developed by the creators of Priceline, the app operates similarly by offering discounted goods, much like Priceline offers unused hotel rooms and airplane seats. One key advantage is its ability to predict food surpluses at their source, rather than merely reacting to food approaching its expiration date.

The benefit: The app extends the value of SNAP benefits, helping recipients make fewer compromises when deciding which foods to purchase. It also creates a win-win situation.
Delaware noted that “when we help our most vulnerable buy locally grown products, they receive the most nutritious, freshest food Delaware has to offer, and we support small farms, boosting and growing the local economy.” Additionally, the app addresses a $250 billion food waste issue at the retail level. The app is expected to become available nationwide.

Classroom discussion questions:
1. Refer to Introduction to Big Data and Business Analytics in Module G of your Heizer/Render/Munson text. In what ways does the Smart Shopper app move decision-makers from information to optimization?
2. Why is inventory record accuracy important to the proper functioning of the Smart Shopper app?
3. How are agricultural products the same as/different than hotel rooms and airplane seats?

Guest Post: The Home Depot’s Move Away From Store Fulfillment

Professor Misty Blessley, at Temple U., shares her insights with readers monthly.

Last year, Walgreens introduced an innovative strategy to transform its stores into dual-purpose retail outlets and hubs for home deliveries. This shift was driven by a change in consumer behavior towards ordering non-pharmaceutical products for delivery and Walgreens’ belief that store fulfillment is more efficient than managing separate distribution networks for e-commerce and in-store sales. Walgreens’ store employees now pick and pack items for same-day delivery via services like DoorDash and Uber Eats.

The Home Depot’s Flatbed Delivery Center in Dallas, Texas

But recently, Home Depot announced plans to decrease store fulfillment. Why does store fulfillment work for Walgreens customers but not for Home Depots? As the largest home improvement retailer in the U.S., Home Depot sells tools, construction products, appliances, and more to both professionals and amateur do-it-yourselfers. Like Walgreens, it aims to serve its customers as efficiently as possible.

For its lucrative professional customers, the company discovered that distribution center fulfillment is more efficient. This is because it better accommodates orders for various product categories and eliminates the additional step of moving product from the distribution center to the store before reaching the customer.

There are several operational advantages to Home Depot delivering more professional customer orders directly from its distribution centers. These benefits include freeing up store space and labor, reducing store congestion, and increasing in- store product availability for pro customers when needed. It also recognizes the need for different types of distribution centers. For example, flatbed distribution centers are ideal for efficiently handling lumber and other building materials, while direct fulfillment centers are better suited for products like flooring, windows, and doors.

Best Buy, the consumer electronics retailer, is pursuing the same strategy as Home Depot. It is leaning more on its distribution centers to fulfill orders, allowing employees to focus more on in-store sales and order pickups.

By updating its value chain as needed, a firm can enhance efficiency while better serving its customers. (Refer to page 40 in Chapter 2 of your Heizer/Render/Munson text).

Classroom discussion questions:
1. Value chain analysis identifies activities that represent a firm’s strengths or opportunities for competitive advantage. In what ways does Home Depot’s decision to segment its customer base for distribution purposes provide an opportunity for competitive advantage?
2. Peruse the product offerings of the firms mentioned in the article. How do storage, picking, packing and delivery needs differ across the product offerings?

Guest Post: Electronic Shelf Labels, Dynamic Pricing and OM

Prof. Howard Weiss shares his insights with us monthly.

Disney, sports arenas, hotels and airlines have been using dynamic pricing (see Chapter 13) to increase revenue for years. Now it has come to supermarkets and is being implemented using Electronic Shelf Labels (ESLs).

ESLs allow retailers to use a computer or other electronic device to change the displayed price of an item rather than having to go to the shelf, remove the old price display and put up the new display. They have been widely used in Europe and now are being installed and experimented with in U.S stores including Kroger, Schnucks, Walmart and Whole Foods. But supermarkets are not the only stores that could benefit from digital pricing. Each Best Buy store devotes an estimated 40 labor hours per week to change price tags. With over 1,000 Best Buys, this could save 2 million labor hours per year.

While for Disney and airlines the major advantage is to increase revenue, for supermarkets the major advantage is operational. Rather than having employees go up and down aisles to manually change prices, the prices can be changed much more quickly from a console. In theory, the price of an item could change while you are shopping, although most changes are more prone to be weekly.

Some stores stock over 100,000 items (called stock keeping units, or SKUs), so having to change prices on even 10% of the items would take a great deal of time if done manually. The reduction in time with ESLs obviously leads to more efficiency and productivity. Another savings is on the cost of the printed price tags themselves. Digital price tags can include information in addition to the price itself. For example, it can show the current inventory level of the item or shoppers could use an app to easily find products in a store.

There are downsides to ESLs. They cost money and a store would need to purchase one ESL for each SKU. Also, an error in the listed price this could have repercussions at checkout lines. Another concern is how long the battery in an ESL will last. Still, within the next few years, millions of customers will be seeing digital pricing.

Classroom discussion questions:
1. List the items you would want for a financial analysis of implementing ESLs. Would breakeven be appropriate?
2. Have you been in any stores with digital pricing?

Guest Post: Quality, Marketing and Cross Contamination

Professor Howard Weiss shares his thoughts about a variety of unusual OM topics with us monthly.

People with food allergies typically check the ingredients of a food product very carefully to ensure that the product does not contain an ingredient to which they are allergic. The top 8 allergens in food production are soy, wheat, milk, peanuts, tree nuts, fish, and shellfish.

Bimbo Bakeries, headquartered in Mexico with bakeries in 35 countries including the U.S., has taken a unique approach to listing allergens on some of its products. U.S. inspectors reported that Bimbo Bakeries USA — which includes brands such as Sara Lee, Oroweat, Thomas, Entenmanns and Ball Park buns and rolls —”listed ingredients such as sesame or tree nuts on labels even when they weren’t in the foods.” (Bimbo claims to be the largest bakery in this country).

The reason a company might purposely list ingredients that are not in its products is that it may be concerned about cross-contamination in a bakery plant and wants to ensure it will not be legally responsible in the event of cross contamination. In other words, rather than trying to introduce quality control procedures to prevent cross-contamination in its plant, the company is willing to be untruthful when listing ingredients to minimize the chance and or cost of a law suit.

It may be very expensive or difficult to prevent cross-contamination from one part of plant to another or from one machine to another. So to stay within the letter of the law some companies have deliberately added small amounts of allergens to products that previously did not contain these allergens. This helps the company avoid liability and legal costs.

Cross contamination can occur in several different ways:
 primary food production — from plants and animals on farms
 during harvest or slaughter
 secondary food production — including food processing and manufacturing
 transportation of food
 storage of food
 distribution of food — grocery stores, farmer’s markets, and more
 food preparation and serving — at home, restaurants, and other foodservice operations

There are strategies available to minimize the chance of cross-contamination. The best way is for food manufacturers to process products that contain allergens in a separate facility. If this is not possible then scheduling the production of products that contain allergens at a different time than other products may help. Cleaning procedures can be used to minimize the chance of cross contamination.

Guest Post: Campbell Soup’s Supply Chains of the Future

Temple U. Professor Misty Blessley looks at an interesting supply chain issue.

Supply and demand markets are always evolving, requiring firms to regularly assess and adjust their operations and supply chains to maintain efficiency. Food manufacturers like Campbell Soup Company are adapting by closing some facilities, opening new ones, and expanding existing plants to optimize production.

Campbell, known for its iconic canned soup, is investing $230 million to enhance its operations and supply chains. This investment aims to drive growth while fostering agility, flexibility, and cost-effectiveness. Campbell Soup Company also includes brands such as Pepperidge Farm, V8, and Swanson and has grown to be one of the largest processed food companies in the U.S. In a recent Supply Chain Dive article, Campbell highlighted the company’s ongoing efforts evaluate optimization opportunities to build its supply chain of the future.

Supply chains can be complex and non-linear, as illustrated in your Heizer/Render/Munson text in Figure 11.1. Due to Campbell’s diverse product range, it manages multiple supply chains.

Campbell is closing its Pacific brand organic soup plant due to aging leased buildings that are unsuitable to meet future demand. Consequently, soup and broth production will be relocated, and plant-based beverage production will be transferred to co-manufacturers. Additional changes to the supply chain network aimed at increasing plant efficiency at select U.S. plants include increasing aseptic (sterile canning process) soup production, adding potato chip kettles, and expanding tortilla chip capacity.

Beyond enhancing plant efficiency, Campbell plans to boost capacity for some of its most popular brands. The production of Late July brand tortilla chips will be expanded, and the company will offer new Goldfish varieties, leveraging Goldfish as the fastest-growing cracker brand in the category.

Classroom discussion questions:
1. Why is a SWOT analysis integral for Campbell to build its “supply chain of the future”?
2. Campbell emphasizes competitiveness (“We are growth-minded, take bold actions, move fast, and play to win”) and creativity (“We innovate and find solutions to continuously improve”) as two of its five core values. How do these values manifest in their redesigned operational footprint?

Guest Post: How Will Artificial Intelligence Impact ERP Systems?

Katie Decker is Marketing Manager at Account Mate, a California software firm with over 150,000 clients. She regularly shares her ERP expertise with our readers.

The integration of AI into Enterprise Resource Planning (ERP) systems (the topic of Ch. 14 in your Heizer/Render/Munson text) may revolutionize how businesses manage their operations. There is a lot of buzz around how AI will impact all businesses, and ERP software is not exempt. AI can transform ERP systems from mere transactional platforms to intelligent systems capable of predictive analytics, process automation, and enhanced decision-making.

Benefits of AI-Enhanced ERP Systems

Increased Efficiency: Automation of routine tasks and processes reduces manual effort, speeds up operations, and increases overall efficiency.
Cost Savings: AI-driven optimizations lead to cost savings in various areas, including inventory management, supply chain operations, and customer service.
Better Decision-Making: Enhanced analytics and predictive capabilities provide more accurate and timely information, enabling better decision-making.
Improved Customer Satisfaction: AI-powered customer service tools and personalized experiences lead to higher customer satisfaction and loyalty.
Scalability: AI-enhanced ERP systems can scale easily to handle growing data volumes and business complexity, making them suitable for businesses of all sizes.

Challenges and Considerations

Data Quality: The effectiveness of AI depends on the quality of data. Businesses must ensure their data is accurate, clean, and well-organized.
Integration: Integrating AI with existing ERP systems can be complex and may require significant changes to infrastructure and processes.
Change Management: Implementing AI requires changes in workflows and employee roles. Effective change management and training are essential for successful adoption.
Security and Privacy: AI systems handle sensitive data, making robust security measures and compliance with data privacy regulations crucial.

AI is poised to have a profound impact on ERP systems, transforming them into intelligent platforms that can predict, automate, and optimize various business processes. By leveraging AI, businesses can achieve greater efficiency, cost savings, and enhanced decision-making. However, successful implementation requires careful planning, quality data, and a focus on change management.

Guest Post: 6 Ways ERP Improves Workflows and Repetitive Tasks

Katie Decker is Marketing Manager at Account Mate, a California software firm with over 150,000 clients

It is common for firms to face numerous challenges that can hinder productivity, efficiency, and overall performance. Enterprise resource planning (ERP) software, the topic in Ch. 14 of your Heizer/Render/Munson text, offers a powerful solution by streamlining operations, automating processes, and unlocking new levels of efficiency. It does this in six ways:

Automate Workflows ERP software automates repetitive tasks and workflows, reducing the reliance on manual intervention and minimizing the risk of errors or delays. By defining predefined workflows and business rules, ERP systems can automatically route tasks, trigger notifications, and initiate actions based on predefined criteria.
Centralize Data Management ERP software has the ability to centralize data from various departments within the organization. By consolidating data into a single, unified platform, ERP eliminates data silos and ensures that information is easily accessible to all stakeholders.
Optimize Resource Allocation ERP software enables businesses to optimize resource allocation by providing real-time visibility into resource utilization, capacity, and demand across various functions and projects. With this insight, decision-makers can allocate resources more effectively, identify bottlenecks, and adjust workflows to maximize productivity.
Enhance Collaboration and Communication ERP systems facilitate collaboration and communication among team members, departments, and external stakeholders. It encourages integrated communication tools, document sharing capabilities, and collaborative workspaces.
Analytics and Decision-Making ERP software provides powerful analytics and reporting tools that enable businesses to gain actionable insights from their data. By analyzing key performance indicators (KPIs), trends, and metrics, decision-makers can make informed decisions, identify opportunities for improvement, and optimize processes.
Scalability and Flexibility As businesses grow, ERP software accommodates changing needs and requirements. Whether expanding into new markets, adding new products or services, or entering new business lines, ERP systems provide the flexibility and scalability to support organizational growth.

As businesses continue to embrace digital transformation, investing in ERP software is an important tool for staying competitive, agile, and resilient in today’s dynamic business environment.

Classroom discussion questions:

What are the advantages of ERP?
The disadvantages?