Precalculation of a Strategy Implementation

Precalculation of a Strategy Implementation

A product/market strategy should help to increase company value. The calculations in the post “Quantifying the draft strategy” are not sufficient for the strategic decision because

    • the estimated quantities and the net revenues per sales area and product for the intended strategy period are still missing,
    • information on proportional material and external service costs for the new products or services to be offered is missing (bill of materials of the items to be assessed),
    • for the new products or services it has not yet been determined  in which cost centers which unit-related processing steps are to be carried out (work plan per new service or new product),
    • it is not clear yet for the new products which additional fixed costs will be required for the sales, production and support areas (cost center plans),
    • the necessary investments in buildings, equipment, vehicle fleet or rights and licenses are not yet taken into account.

This data is preferably created in the ERP-system and in the management accounting system because the data structures and historical values are already available there:

    • If customers, products, sales quantities, prices and sales deductions as well as bills of materials and routings are stored in the ERP-system, the new products can also be created in these data structures.
    • In management accounting the cost center plans with their personnel and machine capacities, the proportional cost rates and the fixed cost blocks are available. This allows to calculate the proportional production costs of the new products or services.
    • The deciding managers must be able to build on this database because they will be responsible for the success of the strategy.

The procedural steps for quantifying the implementation project of a strategy are developed in the example below. It must be shown whether the production and sale of individualized bookends for private or public libraries can increase the value of the company.

Front Flap Bookend
Front Flap Bookend

Intended manufacturing process

The starting material for the standard bookends are 1 mm thick and 12 cm wide steel coils. Sheet metal plates with a length of 24 cm are punched from the coils and are bent into a 12 cm wide and 12 cm high bookend.  The bookends are then painted black, white or red and individually wrapped in a transparent protective film.

For the intended front flap bookend 18 cm wide steel coils are required because the front flap should be 6 cm high and 12 cm wide. Punching a front flap bookend will result in sheet metal waste of 6 x 12 cm per piece. The coil supplier can recycle this waste.

The area to be painted increases by 12 x 6 cm per unit compared to the standard version, i.e. by 25%. The front flap bookend can be punched, coated and packaged on the existing machines.

The front flap is customized using an image template of the customer’s choice submitted electronically. The “image processing” cost center is to be set up for this purpose. It should take on the following tasks:

    • Checking the images submitted by e-mail for the front flap and sending the order to the external printer of the self-adhesive images
    • Gluing the returned foils onto the bookends front flap.

It is advisable to create the bill of materials and the work plan for the intended front flap bookend in the ERP system, as almost all the materials to be used and the processing cost centers are already available in the system. Based on this data the planned proportional costs of the existing and of the new front flap bookend can be calculated:

Precalculation of a strategy implementation
Precalculation of a strategy implementation

With this calculation the strategy deciders recognize which costs are directly caused by the production of the bookends. The planned proportional costs per unit are a key prerequisite for assessing whether the introduction of the new product will lead to higher company profits.

The annual fixed costs of the production and image processing cost centers were estimated (excluding depreciation and interest) and recorded as a planning basis in management accounting:

Fixed costs of bookend production
Fixed costs of bookend production

These fixed costs are also relevant to the strategy assessment.

Net revenue planning

Together with product management, the sales organization considered how many units per product could be sold annually in the sales channels (direct sales, sales via dealers in Germany and exports). In doing so, they did not focus on the manufacturing costs, but tried to estimate the sales prices that potential customers would be willing to pay for the individualized front flap bookend by means of competitor comparisons.

They also estimated how the life cycle of the products might develop. The experience curve shows that both the sales quantities and the net revenue per unit decrease towards the end of the life cycle due to market saturation and the market entry of imitators.

The expected quantities per sales channel (columns a-c, yellow boxes) and the expected net revenue (columns e-g) were estimated for an expected product life of 7 years and entered in the table. It had to be taken into account that domestic and export dealers will require a margin share of gross sales to cover their own efforts (columns f and g). The expected net revenue of Bookend Ltd. is shown on the right-hand side of the table (rows h-k), BE = Bookend, BEF = Bookend with front flap.

Planned sales quantities and net revenues
Planned sales quantities and net revenues

Planned development of absolute contribution margins

The proportional production costs of the two types of bookends were deducted from the planned net revenue (column k above). To simplify matters, it was assumed that the proportional product costs per unit will not change over the strategy horizon. This resulted in the absolute contribution margins I per item to be expected annually.

BE and BEF Contribution margins
BE and BEF Contribution margins

In the following graph the expected annual absolute contribution margins I from bookends BE and front flap bookends BEF are highlighted in yellow. These must cover the additional fixed costs, the investments and the target profit of the strategy.

BE and BEF annual contribution margins
BE and BEF annual contribution margins

These annual contribution margins must cover the additional fixed costs and investments listed below:

    • Additional fixed personnel costs of EUR 100,000 are expected annually and beginning in year 3 in bookend production because more production orders will have to be processed and more operational personnel will have to be supervised.

Increasing production volumes will require investments in production facilities:

    • Year 0 (before the start of production of front flap bookends): Adaptation of the punching and bending system, approx. EUR 90,000.
    • Year 0: Installation of the system for positioning and gluing the front flap images, approx. EUR 60,000.
    • Year 2: Addition of a heating tunnel to the paint shop for approx. EUR 80,000. The heating tunnel reduces the drying time and thus increases the capacity of the paint shop by 40%. The processing times per unit will remain the same as before.

As these cash outflows for additional fixed costs and investments are expected in different years, the time value of money must be considered when deciding on a strategy. This is done in the next post with the help of the dynamic investment calculation.

Is it worthwile to do this detailed planning?

Definitely! If the described clarification of the strategic project were to cost EUR 100,000 in personnel costs (3-6 months of work) but would lead to a rejection recommendation, this amount would be much smaller than the outflow of funds that would result from an unsuccessful strategy implementation.

 

 

 

 

Quantify the Draft Strategy

Quantify the Draft Strategy

Bringing a strategic plan to decision-making maturity requires the cooperation of many people who are often already heavily burdened with the execution of their usual tasks.  It is therefore advisable to make a rough estimate of the expected financial impact of the draft strategy. Only when this rough assessment is positive is it worth starting an implementation project.

A quantified estimate should be made for the following items:

    • How much additional net revenue (quantity x expected net sales price) could the proposed strategy generate annually?
    • What will be the expected unit-related material and external service costs per unit to be sold?
    • How many manufacturing hours will approximately be required to produce the proposed products or services? The hours estimated are multiplied by the personnel cost rate of the respective activity cost center. The proportional personnel costs per unit result.
    • With this information the expected contribution margin I per unit can be calculated.
    • New product/market combinations usually lead to additional fixed (mainly personnel) costs in sales, production, purchasing and administration. These are also be taken into account.
    • Finally, strategic plans often lead to investments in fixed assets (capacity expansions) as well as to external service expenses, which are necessary for the realization of the strategy and must therefore be covered by the proceeds of the strategy.
Quantifiy the Draft Strategy
Quantifiy the Draft Strategy

The net cash inflow from the market is estimated in lines 1 – 3. The sales quantity is to be assumed for an average product of the strategic idea. It also forms the basis for calculating the volume- and the  hourly costs. Only the net amounts to be invoiced will lead to cash flow. For this reason, expected discounts and expected margins for intermediaries must be deducted.

Changes in inventory are not taken into account in this first estimate. For this reason, the material and external service costs per unit can be multiplied by the sales volume in lines 4-6.

The proportional production costs are estimated in lines 7 – 11. The assumed processing time per unit  includes all cost centers directly involved in production. The personnel costs per hour as well as the other direct hourly costs are multiplied by the processing time. This results in the estimated proportional production costs per unit (line 10) and for the planned sales quantity (line 11).

The absolute contribution margin I to be expected from the project can then be calculated in line 14.

Insofar as the strategy will require an expansion of management capacities for production, procurement and sales, estimated additional fixed personnel and other costs must be entered in line 15.

If the intended strategy will lead to capital expenditures for new equipment (machinery, buildings, vehicle fleet, IT) and for externally commissioned feasibility studies, the corresponding estimated amounts should be entered in line 17.

This rough estimate of the average expected annual sales volumes, net revenue and proportional production costs per unit is sufficient to calculate the contribution to fixed cost coverage and profit generation (CM I = 330,000 per year). After deducting the additional annual fixed costs resulting from the strategy, the expected annual cash flow is calculated.

The payback period of this strategy design is calculated in row 18. In the example, it will take around 4.5 years for the investments to be paid for by the annual cash flows.

This rough quantification of the draft strategy is worthwhile, as only a few quantities, consumptions and values need to be estimated. With few figures it is possible to assess whether further development of the project is promising.

If the payback period is longer than 4 years, there is little chance of achieving a higher company profit with the project. This is because interest must be paid on the investments and the net cash flows will result in additional taxes on profits.

If the draft strategy clears the payback hurdle, an implementation project can be applied for.

Offering Custom-Made Products

Offering Custom-Made Products

A hairdresser will tell you when he has the next available opening and whether he can offer the service you want.

Similarly, many service or production companies receive inquiries as to whether they can render a service or manufacture a product according to the customer’s specifications. The customer wants to know how quickly the specific product or service can be delivered, in what quantity and at what net price.

The offering company assumes that it can deliver the product or service. Even if the product or service is already being manufactured and sold in a similar form today, it is a make-to-order manufacture.

This raises the following questions for the bidding company:

    • Are we able to produce this?
    • Can we meet the desired deadline?
    • What order quantities and delivery conditions are required?
    • Can we expect follow-up orders if we will be successful?
    • Are there competing suppliers and at which prices do they quote?
    • Is the production capacity needed available in terms of personnel and machinery, or can it be built up within a reasonable period of time?
    • Can the required raw materials and semi-finished goods be procured in sufficient quantities and within a reasonable period of time?
    • How much net revenue and contribution margin would have to be generated to achieve the own planned profit targets?

To avoid unpleasant surprises these questions must be answered internally before an offer is submitted to the potential customer.

Since the potential customer formulates fairly precise requirements and quickly expects a reliable offer, the offering company must design its planning and control system to be able to prepare offers, process orders and manage its own earnings development. These are the subjects of the next posts.

Bottlenecks at Service Providers

Bottlenecks at Service Providers

For service providers, material consumption and machine capacity are rarely the key bottlenecks. Mostly the available hours for order-related work limit the achievement of a profit in line with the market.

Activity- and cost-planning for an ERP- implementation

A small IT company implements ERP-systems for its customers and also programs software enhancements as needed. The customers are in each case supported by a project manager. The developers perform the implementation work and also create program adaptations if required. For the plan year, the personnel costs of the project manager and the four developers are as follows:

Bottlenecks at service providers

Personnel costs of IT-department

The following simplified cost center plans resulted from annual planning:project manager and developers

If the hours scheduled for Internal tasks  (cost center management, sale support, training and internal administration) are deducted, 1,000 hours remain during which the project manager can work on customer orders. The developers plan to work  5,600 hours on projects.

According to project planning, the following hourly employments  are foreseen for 2 projects in the planned year (in hours):Hour consumptions

The order-related planned hours can be performed for both projects.

Planned contribution margins

The supplier of the standard ERP software grants the installing IT company a commission of 15% of the license revenue invoiced to the end customers (line 1). The contracts with the two end customers include the agreed project manager hours at 250.00 per hour and the developer hours at 175.00 per hour. For each project, this results in the contract total excluding license revenue (line 2). Line 3 contains the net revenues per project.

The planned proportional production costs per order were calculated by multiplying the proportional planned hourly rates of the cost centers with the planned hourly consumption (line 4 below). This results in the CM I to be achieved per project.

CM I per Project
CM I per Project

To ensure that Project B is fully operational on schedule, i.e. by the end of the planned year, the client insisted that a penalty of 2% of the contract sum (line 6) be deducted from the agreed contract sum per month of late completion.

Personnel bottleneck

On June 30 of the year, one of the developers terminates his employment contract as of September 30 because he wants to continue his education.

As a result 400 developer hours will be missing in the fourth quarter. Both projects should be completed by the end of the year. The search for a new developer has been unsuccessful so far.

The project manager consults with sales management. Two solutions are outlined:

    1. Complete project B only by the end of January of the following year. This would trigger the penalty of 15,600.
    2. Convince the client of project A that his project will not be completed until the end of January of the following year. For this delay, he would receive a subsequent discount of 25,000.

In purely arithmetical terms, the difference of 9,400 between 1. and 2. argues in favor of completing Project A on schedule at the end of the year and to pay the contract penalty for Project B. If, on the other hand, Project B were not completed until the end of February or even later due to further delays, a further 15,600 penalty would have to be paid each month, which would mean that the one-off discount for Project A would have less impact on the result.

In the real case, other factors not considered in this example calculation would have to be taken into account, e.g. effects on customer satisfaction, adherence to schedules, follow-up orders and the reputation of the IT company.

Cost splitting in service companies too

The example is intended to show that the splitting of cost center costs into their proportional and fixed parts is also relevant to decision-making in the planning and management of service companies.  Only if it is known which costs are directly caused by a certain service, it is possible to distinguish which costs are caused by the service units provided and which are the fixed period-dependent service-readiness costs.

The Dominating Bottleneck

The dominating bottleneck

The table below shows how much contribution margin I per bottleneck unit is generated by the individual products of Ringbook Ltd. The data basis are the actual values of the year 2021 (sales volumes, realized net revenues, recalculated proportional manufacturing costs, actual employment in the assembly and foil welding cost centers). In each case, the best three items are marked in blue.

Column 7 shows that item 103000 achieves the largest contribution margin per unit (4.05). This is followed by articles 105110 and 105120. It is therefore worthwhile for the salespersons and for the company to concentrate primarily on these three products. 4.56 units of item 101010 must be sold to generate the same contribution margin for fixed cost coverage as one unit of 103000. The market potential of the standard item 101010 (first line) is naturally much greater than that of item 103000 (special A5 format with wide back). The sales staff of Ringbook Ltd. recognized this and therefore exploited the market potential of article 103000 better than the competition, with 116,300 units sold.

The dominating bottleneck
The dominating bottleneck

Final assembly of the ring binders takes place in cost center 250 (Assembly). Column 9 shows that the articles 105060, 105070, 105080 achieve the highest contribution margins per minute of assembly time. If assembly becomes a bottleneck due to machine failure or insufficient personnel, the articles mentioned are consequently to be produced first.

If the available output in the foil welding shop becomes a bottleneck, this only affects the foil-wrapped articles. Of these, articles 105060, 105070 and 105110 are to be produced first, as they achieve the highest CM I per minute of bottleneck utilization.

Since the material consumption for sheet steel and wire is more than twice as large for 4-ring binders as for 2-ring binders, in the event of a supply bottleneck for these raw materials, the achievable CM I per piece would have to be related to the individual material costs per piece (not shown here).

Prerequisites for bottleneck analyses are on the one hand, the existence of the bills of material and the routings of the products to be manufactured. On the other hand the split into proportional and fixed costs must be set up in cost center planning.  This is because to make optimum use of the remaining capacity in a bottleneck, it must be known which articles generate how much CM I per dominant bottleneck unit. For this calculation, the split into proportional and fixed costs is necessary in the cost centers so that the proportional product- and manufacturing costs can be determined.

Throughput

Typically, order intake is the dominant bottleneck. Customer demand and the skills of the sales force determine net revenue and contribution margin. When internal bottlenecks occur, the aim is to keep throughput as high as possible until they are eliminated. This would argue for selling and manufacturing primarily those products that make the least use of the bottleneck. However, the numerical example above showed that from the overall perspective of the company, contribution margin I must be maximized in order to cover the fixed costs and the target profit.

Therefore, it is important to sell first those products or services that achieve the highest CM I per bottleneck unit.

Inventory levels are not relevant to the decision-making process in terms of throughput. This is because the dominant bottleneck area must be continuously supplied with the raw materials and semi-finished products needed to operate at full capacity at all times. When and how much of an article is to be purchased is determined by the replenishment lead times, the delivery capabilities of the suppliers and their price conditions. In addition, there are safety stocks so that the cost centers can continue to produce if delivery is delayed for other reasons. Many manufacturing companies therefore try to agree “just-in-time” delivery with suppliers. This way, they oblige the suppliers to stock enough units in their own company.

 

Bottleneck Orientation

Bottleneck Orientation

Various reasons can lead to the fact that products and services manufactured or refined in-house cannot be delivered according to customer requirements, i.e. in line with incoming orders.

The possible causes are manifold:

    • Insufficient inventory of finished or semi-finished products
    • Lack of raw materials or late deliveries from suppliers
    • Energy or other operating material deficiencies
    • Failure of machines or tools
    • Insufficient personnel capacities in production cost centers
    • Delayed final quality inspections of manufactured items
    • Insufficient production capacities of certain facilities

In such situations, it is important to identify the respective bottlenecks and to master them in such a way that the available capacities are used optimally until the bottleneck is eliminated. This optimal utilization occurs when the maximum possible contribution margin I is generated, taking into account the dominant bottleneck in each case. Because, as has been shown several times in this blog, the contribution margins generated are used to cover fixed costs and profit.

Cost center planning

In the example company Ringbook Ltd. the sleeves and closing mechanisms are joined together to ring binders ready for sale in the assembly cost center. For this purpose 4 parallel assembly lines are available. Each of these lines is in operation for 8 hours per working day. With 230 annual working days, the capacity of each line is 230 * 8 * 60 minutes = 110,400 minutes. Together all four assembly lines have an annual capacity of 441,600 minutes.

Production management planned an annual activity of the assembly area of 422’400 minutes (see lines 1 – 3). The capacity of 441,600 minutes should therefore be sufficient for the planned production. For each piece of ring binder produced, an employee in the assembly department works 1 minute. 57,600 minutes are planned per year for organization, cleaning, maintenance and training (lines 6 and 7). In total, the presence time of the five employees (including cost center managers) amounts to 480,000 minutes. After taking into account the other direct costs, the costs directly caused by the products amount to 278,784 in line 11 in the “proportional” column and the proportional planned cost rate of 0.66 per minute in line 12.

Bottleneck orientation
Costcenter plan “Assembly”

Product costing and contribution margins

In lines 13 – 19, the product costing and contribution margin calculation can be traced. Product A requires 10 minutes per piece in the assembly line, product B 6 minutes. Together with the costs for the envelope and for the binder mechanism, the proportional costs per unit result in line 16. In line 18, the contribution margins per unit are calculated.

Calulation CMi
Contribution margin per unit

 

Machine breakdown in assembly

One of the four assembly lines suffers a machine breakdown. The supplier reports that four months !! will pass until the necessary spare parts will be delivered and the plant will be ready for operation again. As a result, one third of the capacity of one of the four lines is missing, namely 36,800 machine minutes (cf. line 4: 441,600 / 4 / 12 x 4). These are no longer available for assembly.

The production manager wants to reduce the production of product A because each unit of A requires 10 minutes of production time, whereas for product B it is only 6 minutes per unit (line 2). The sales manager replies in the management meeting that the contribution margins of the products must be considered before the production program is determined. Who is on the right track?

Line 19 gives the answer. Product A generates a CM I per piece of 15.10. Per minute of bottleneck usage (cost center assembly) this is 1.51. Product B uses the bottleneck less, but because of the lower sales price “only” generates a CM I of 1.12 per minute.

CMI bottleneck
CMI per bottleneck unit

If the remaining capacity of 73,600 minutes (line 20) were used exclusively for product A, a CM I of 111,136 could be generated, while concentrating on product B would generate 82,677 (line 22). This is, of course, a hypothetical calculation, since what has to be produced is what the customers buy. However, the difference of 28,459 CM I between the two products shows that concentrating on the products that are stronger in terms of the bottleneck leads to a higher total CM I and thus to a better company result.

This example intends to show that in operational management it is necessary to analyze in each case how a bottleneck affects the overall result, e.g. earnings before interest and taxes (EBIT). For this purpose, the CM I per bottleneck unit must be calculated. Bottlenecks can be raw materials that are difficult to procure, insufficient service availability from suppliers, own personnel capacities or the availability of own equipment.

If the activity level decreases, but the personnel cannot be used in other cost centers or cannot be committed to a lower degree of employment, the fixed costs, resp. the spending variances of the considered cost center increase. To avoid this is the task of the cost center manager concerned.

Decision-Making, Responsibility and Causality

Decision-Making, Responsibility and Causality

CZSG Controller Zentrum St. Gallen/Switzerland introduced many decision-relevant planning and control systems mainly in German speaking countries. The basis was always “Grenzplankostenrechnung GPK” and the further developments arising from it. The applied management accounting principles correspond almost 100% to the recommendations for the design of “Resource Consumption Accounting RCA” according to Larry R. White and of the Profitability Analytics Center of Excellence PACE.

Who decides what?

Many chief financial officers and cost accountants see the purpose of management accounting primarily as presenting an organization’s financial results in accordance with the requirements of local accounting laws, IFRS and USGAAP, local tax laws and regulations for setting transfer prices between related companies, and other regulations.

In our eyes the purpose of management accounting is first and foremost to provide decision support for managers at all hierarchical levels. After all, they are responsible for the results to their superiors. The focus is on management support, not on external reporting.

Customers decide whether they want to place an order and at what price. In this way, they also indirectly decide the proportional manufacturing costs of the products or services to be sold and manufactured. Managers at all levels decide how the necessary offers are to be made and what personnel and machine capacities will be required to process the orders won and, in doing so, to achieve a profit with the company in line with the complete market.

In strategic and operational planning, managers at all levels must define activities, quantities and capacities. Consequently, consumption according to bills of materials and work plans as well as activity-based cost center budgets are required for planning and subsequent control. Only when these quantities and activities are known can they be valued in monetary terms. A management accounting system that is suitable for decision-making must therefore provide those quantities, activities and valuations which a responsible manager can control himself and thus take responsibility for. This also requires that the manager can always compare the planned values with the actual values of his area.

This starting position applies to manufacturing companies, service providers, hospitals, retailers as well as banks and government institutions.

No financial accounting system can provide this data, as it only represents values. Valuation regulations from tax law, from accounting standards (US GAAP, IFRS) or from specifications for the determination of international transfer prices are also irrelevant in accounting for management, because cost center managers, product managers and salespersons cannot change these values themselves.

Responsibilities of different managers

(usual period of consideration is one month).

Since managers are responsible for achieving their objectives, it is useful to list their responsibilities.

Production manager:

    • Timely processing of dispatched production orders
    • Ensuring stock receipts of semi-finished and finished products (valued at proportional standard production costs)
    • Adherence to target consumption rates for materials and cost center activities in accordance with the precalculation of released production orders, valuation of consumption at planned purchase prices and proportional planned cost rates
    • Compliance with the planned costs of its own cost center(s)
    • Notify other areas when capacity constraints become apparent.

Cost Center Manager:

    • On-time completion of manufactured work
    • Adherence to the precalculated times in the production orders to be processed
    • Adherence to target costs (flexible budget) of own cost center, taking into account precalculated times and work performed.

Sales Manager:

    • Achievement of planned net revenues per period (invoiced).
    • Compliance with the planned costs of his own cost center(s)
    • Meeting the agreed delivery dates to the customers.

Purchasing Manager:

    • Procurement and on-time availability of all goods and services to be purchased.
    • Determination of planned prices (standard prices) for raw and auxiliary materials as well as services to be purchased (on this basis the standard cost calculations are prepared)
    • Informing sales and production in the event of major variances between actual and planned purchase prices.

Who is responsible for depreciation?

    • The manager in whose cost center the asset is located,
    • the managers who determined the planned useful life of an asset on the occasion of the investment decision,
    • the financial manager or the controller who determines the depreciation method (preferably fixed depreciation from the replacement value of an equally efficient asset)
    • Depreciation is mainly a period cost, since most assets do not need to be replaced because they no longer function, but because they are technologically obsolete.

In the stratified presentation of the origin of results and profit, the contribution of the individual responsibles and their employees becomes apparent:

Decision-Making, Responsibility and Causality
Decision-Making, Responsibility and Causality

Who is responsible for idle capacity?

    • The managers who bought too large a plant,
    • the salespeople who sold too little
    • possibly cost center managers, if they do not point out idle capacity to their colleagues.

From this it can be deduced that it makes little sense to allocate costs of idle capacity (especially personnel and depreciation costs) to cost centers or product groups. As mentioned, imputed depreciation and personnel costs are charged to cost centers because they are observed there.

Strong and weak causalities

In our opinion, a strong causality is given if the consumption of an input good, e.g. the output of a cost center or an employee, is directly caused by the storeable or saleable product. This is the case if a routing or/and a bill of materials can be created for the product or the service unit performed.  In Grenzplankostenrechnung GPK, therefore, only proportional costs are charged to products or services, and the remaining fixed costs are transferred to stepwise contribution accounting. This is because fixed costs can only be changed by management decisions, such as firing an employee or purchasing a machine.

Weak causalities do not show a direct dependency between output and input.

Example 1: Because the headcount has increased, the human resources department needs an additional employee for everyday personnel support. There is no rule how many employees one person in the personnel department can supervise. It is a management decision whether to hire the person or not. The costs directly attributable to a manufactured product do not change as a result of the increase in staffing levels, since no changes are required in either the bills of materials or the routings. But the fixed costs of the company increase.

Example 2: A company fills gas cylinders and delivers them to customers by trucks (see the case study “Le Petomane Gas in the PACE homepage“). Delivering to a remote customer requires an additional hour of travel time, resulting in corresponding fuel and labor costs. These could be saved if the customer is no longer served. On the other hand, the net sales minus the proportional costs for the delivered gas cylinders, i.e. the contribution margins I of this customer would be eliminated. This results in:

+ omitted transport costs – omitted contribution margins.

The proportional product costs per filled gas cylinder in the finished goods warehouse can be clearly determined since material consumption and work schedule for filling are defined in the technical bases (strong causality).

Example 3:  Most companies have a central IT cost center for the implementation, operation and maintenance of applications and data. The resulting data and evaluations are used (to varying degrees) by many cost centers.  In cost accounting, therefore, a search is often made for cause-effect chains by means of which the IT costs could be charged to the receiving cost centers. Mostly this search is unsuccessful because both the data sets and the applications are used by a wide variety of cost centers (very weak causality).

Nevertheless, many financial managers and cost accountants try to allocate the fixed costs of the IT department (including depreciation) to the various cost centers and from there to the manufactured products by means of one or more allocation keys. After all, according to the widespread opinion that each product must bear its share of the total fixed costs. However, the IT manager plans and controls the costs of the IT department and is consequently also responsible for them to the management. There is no need to allocate costs to individual cost centers and products. The contribution margin from sales must be sufficient to cover all fixed costs plus the target profit.

Insight:

In Grenzplankostenrechnung GPK, only proportional costs are charged to manufactured products because they were directly caused by the products (only strong causalities). Therefore, in management-oriented cost and revenue accounting, inventories should also be valued only at proportional (standard proportional product costs). This is because fixed costs are period costs and, as such, should be shown as blocks in the contribution margin accounting. They are to be controlled in the cost centers.

To put it even more clearly:

In GPK and in Resource Consumption Accounting RCA, fixed cost allocations have no place because these allocations are an attempt to delegate cost responsibility to units that have no direct possibility of influencing the costs at the point of origin.

Of course, it makes sense to include fixed costs in pricing for individual customers. However, in our view, this is activity-based pricing, not costing. Therefore, considerations about setting offer prices and conditions should be made outside the management accounting system, especially in the sales organization.

If in the Costing Levels Continuum Maturity Model from Gary Cokins the  levels 11 and 12 are to be reached, all allocations of fixed costs must be eliminated, because otherwise no useful simulations are possible.

Management Accounting and Managerial Decisions

Management Accounting and Managerial Decisions

Managers decide on the people to be employed, the procedures, the capacities, the market presence and the results to be achieved. In their respective management areas, they are responsible for the results. A management accounting system must therefore be designed that each manager can see for his area of responsibility what the direct consequences of his decisions will be or have been.

What do managers decide?

Customers decide whether to place an order or not. If an order is placed, the product, quantity, price, conditions and delivery date are recorded. This information defines gross and net revenue of the order. Based on the bills of material and routings as well as on the planned purchase prices and proportional cost center rates, the proportional planned costs of the order can be calculated.

The difference between net revenue and proportional costs is the contribution margin I of the order (not the cost of sales).

Management accounting and managerial decisions
Management accounting and managerial decisions

To execute the order, managers must ensure that the company is operationally ready to perform. The equipment must be ready for operation, the personnel must be available and ready and the technical and procedural requirements must be met. Managers are thus responsible for the company’s readiness to perform and for the resulting costs. They decide which personnel, which facilities and which internal services must be available so that production and sales can take place.

Decision-relevant management accounting

To enable managers to make decisions and to take responsibility for the results, three dimensions of costs and revenues must be represented simultaneously in management accounting:

Proportional and fixed costs

Proportional costs are causally necessary to produce a unit of a product or a service.  According to the bill of materials a given product or service unit consumes material and/or external services. According to the work plan this product also consumes cost center services. The valuation of these consumptions with the planned purchase prices and the proportional planned cost rates of the cost centers results in the proportional planned product costs. These are the only costs directly caused by the produced unit.

Fixed costs are given by the capacity and the structure of the organization. This is also true for most depreciation costs because most equipment becomes technologically obsolete faster than it could be used. Fixed costs are the complement of proportional costs:

Total costs – proportional costs = fixed costs.

Controllability of costs

If a manager wants to change costs in his area, he must know in which time period these costs can be influenced. Hourly paid employees usually have a shorter notice period than permanent employees.  Contracts with suppliers can also be concluded for shorter or longer periods. The basis for depreciation of fixed assets only changes when the asset is replaced or taken out of service. Both proportional and fixed costs may have different time periods for them to be affected.

Traceability of costs

All cost and revenue documents are to be assigned to the lowest competent and thus responsible hierarchy level (customer, production or research order or cost center). This is also where costs can be directly influenced. Direct cost assignment to the lowest possible level also accelerates and simplifies the management process (delegation principle).

Cost Cube
Three dimensions of costs and revenues

Cf. Controller Dictionary, p. 146

Proportional costs are directly caused by the product or service manufactured or by services explicitly asked from other cost centers.

Fixed costs are incurred for the organization’s readiness to perform. They are always assigned to a cost center because the manager of the cost center is responsible for them. Therefore, the allocation of fixed costs to a single unit manufactured or sold is not accurate.

The main purpose of management accounting is the planning and control of revenues and costs by the managers directly responsible for them. These persons must know which influencing variables they can control on their own responsibility. Requirements from tax laws and accounting standards (US GAAP, IFRS) are not relevant in management accounting because the focus is on corporate management, not on external reporting.

We have implemented this management accounting-system for many years with the help of German Grenzplankostenrechnung GPK (or Resource Consumption Accounting RCA) and of stepwise contribution accounting. This combination of instruments works in manufacturing, trading and service companies as well as in selected public administrations. Our intention is always to serve all managers with decision-relevant information for their area so that they can take responsibility for the results.

Investment in Handling Robots

Logoof Schuetzengarten Brewery

«Schuetzengarten Brewery in St. Gallen/Switzerland (Ltd.) is the oldest independent and private brewery in Switzerland. It was founded in 1779. Despite cutthroat competition and market domination by a few large international breweries it manages to gain market share while remaining financially successful in the long term.

There are two main reasons for this development:

    • The product range is continuously adapted to new customer needs; at international competitions, the brewery regularly wins top awards for its new products.
    • The productivity of the operational processes is continuously improved in all areas, which naturally has a positive effect on profitability.
Horse driven delivery by Schuetzengarten around 1960
Horse driven delivery by Schuetzengarten around 1960

Investment Calculation for Handling Robots

In order to improve productivity, it had to be decided whether the investment in two handling robots for the barrel cleaning and filling would be worthwhile and how many years the benefits would have to flow until the cost savings would cover the investment and the respective interest costs.

Dynamic investment calculation is the instrument for the financial assessment of this decision.

Schuetzengarten Ltd. wanted to achieve the following benefits by using robots:

    1. Prevention of long-term physical damage to the employees working in the keg filling department (weight of the barrels (KEG) and number of movements).
    2. To proof pressure-safe filling, testing and sealing (quality assurance).
    3. To have sufficient filling capacity at all times, even for seasonal consumption peaks (at large events, beer is mainly served open, i.e. from KEGS)
    4. To be able to electronically measure the units of output provided and the condition of the equipment (preventive maintenance).
    5. To produce at a lower cost per output unit (different KEG sizes).

The investment amounts and the current expenditures for the operation (mainly electricity consumption and equipment maintenance) came from the suppliers’ quotations, the costs of the current employees in the KEG filling plant came from the cost center accounting or from the payroll administration. The qualitative and capacity requirements of points 2. – 4. are mandatory criteria to be covered in the offers of the potential suppliers. Higher fees for accident insurance and public liability insurance could possibly be added. However, this was not the case in the example described.

Investment and running costs

For the preparation of the decision, the controller of the brewery collected the following data:

The planned useful life of the investment is 15 years. The cash flows are divided into investment amounts to be paid at the beginning of the investment and the expected annual expenditures. The investment amount is posted to fixed assets and depreciated beginning in year 1 of use.

Expected cash flows for the use of handling robots
Expected cash flows for the use of handling robots

This overview shows already that the robot installation will be completely paid back after about three years, but can then be used for many more years.

In most companies, various investment projects with different planned useful lives compete for approval at the same time. To make the different durations and investment amounts of the projects comparable to each other, the time value of money has to be taken into account. The dynamic investment calculation achieves this by discounting the annual cash flows to the starting point.

The investments and the current expenditures from above were entered into our generally applicable dynamic investment calculation model and led to the following result (the Excel model can be downloaded here together with the explanation of the application; all yellow fields can be changed):

Investment Calculation for Handling Robots
Investment Calculation for Handling Robots

If a target return of 10% before interest and income taxes is applied, it can be seen from (8) that the investment is paid back after two years.

Determining the required ROCE

To determine the target rate of return to be applied, it is advisable to take the financing structure of the company into account and to start from the interest-costing capital (capital employed). The 10% assumed in the investment calculation model above can be adjusted in the model to suit the specific company.

An international comparison shows that, in the long term, a company must generate an annual return on capital employed (ROCE) of around 10% so that shareholders are willing to continue investing their money into the company (see the derivation and empirical findings for various countries in the book “360°-Management for all Functions and Management Levels Appendix B, p.243 ff.“).

In the numerical example, an EBIT (earnings before interest and income taxes) of 100 is achieved with an (operating) balance sheet total of 1,000, which corresponds to a ROI of 10%. Accounts payable and customer prepayments do not cost any interest, which means that the interest-costing assets amount to 900. The net capital employed thus generates a ROCE of 11.11%. The EBIT is used to pay interest on borrowings of 50 and income taxes of 10. The profit remaining for the shareholders is 40 and the equity capital used for this is 400. The return on equity is therefore 10%.

From ROCE to ROE
From ROCE to ROE

Investment calculation = pure cash flow analysis

When applying the investment calculation model, it is important to note that only the cash inflows and outflows expected as a result of an investment decision are taken into account. Depreciation has no place in an investment calculation since the expenditure for the investment is already included. Lower tax payments, if any, are also not relevant for investment decisions, since the definitive tax burden is only calculated on the basis of the profits actually incurred in a reporting year.

The investment calculation model presented is suitable for several purposes:

    • Estimating the financial impact of strategic and medium-term operational decisions
    • Comparison of the financial impact of competing investment projects and selection of those to be implemented
    • Basis for the preparation of the medium-term (strategic) investment plan.

 Conclusion

The “Schuetzengarten-Robots” are in operation. Watch the video 

The investment decision was right, the expected benefits are continuously realized. The brewery has improved its competitiveness.

Your SCHüga Beer
Your SCHüga Beer

We wish the brewery continued sustainable implementation success.

Plan Internal Services to provide

We speak of Internal Services Provided if a service from another cost center is explicitly ordered by the receiving cost center or if the service is directly caused by the activity of this cost center. For Internal Tasks no order exists. This is why they cannot be charged according to the cause to other cost centers. But for Internal Services Provided the direct causation link exists. This why the latter can be charged to the receiving cost centers but not the internal tasks.

Plan Internal Services to be provided

Internal services are provided when a receiving cost center directly orders services (activities) from another cost center. Such an order can be placed explicitly or be the direct consequence of the activity level of the ordering cost center. The supplying area is therefore responsible for providing the service.

Examples:

    1. A car of the sales department is damaged and repaired in the company’s own garage (the order could also have been placed externally).
    2. Every 100 operating hours the repair department has to check the dimensional accuracy of the rolls in the Rolling and Punching cost center for four hours and replace the rolls if necessary.
    3. The maintenance group receives an order to rebuild the entrance of the reception building according to the latest safety standards.
    4. The energy supply division supplies all other divisions of the company with electricity, water, and compressed air. Consumption is directly dependent on the equipment installations and on the performance of the receiving cost centers. It can be measured using meters or calculated using consumption tables.
    5. Every tenth production order must be checked in the internal laboratory for compliance with all quality regulations.

In these cases, the ordering cost center is the trigger for the production of the service, either through an explicit order or through an automatic relationship between the service provided in the ordering area and the service delivered by the service area (2,4,5 above). The originator of the service procurement is always the delivering party.  The ordering party should plan (in cooperation with the internal supplier) the services for a year, so that the personnel and machine capacities required by the internal supplier can be determined from this information.

In the example company Ringbook Ltd., the genuine internal exchange of services is planned in the following table:

Plan Internal Services to be provided
All planned internal services

The consumption estimates of the receiving cost centers are collected and converted to the personnel hours or kWh required. A distinction must be made between which consumption is dependent of the activities of the receiving cost centers and which is independent (mainly calendar-driven). Totaling the values in the last column gives the planned activity levels of the internal service providers.