How to build a services marketing course: a complete guide for lecturers

Central question: What makes a service different to market and manage, and when do those differences actually matter?

Begin by moving students beyond the memorised list of intangibility, heterogeneity, inseparability and perishability. Those characteristics remain useful prompts, but the stronger teaching move is to ask how value is created through processes, people, access, information and customer participation. This establishes services marketing as a cross-functional discipline rather than a promotional specialism.

What this concept covers

• Service characteristics and the limits of simple goods-versus-services distinctions.
• Service-dominant value creation, access and outcomes rather than ownership alone.
• The service package: core benefit, facilitating services and enhancing services.
• Customer participation and co-production.
• Servitization, subscriptions and services embedded in product businesses.

Learning outcomes

By the end of this concept, students should be able to:

• Distinguish service marketing problems from product marketing problems.
• Analyse where customer participation changes value creation or delivery risk.
• Explain how a service promise depends on operations, people and evidence.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Open with three offers - a haircut, cloud software and an airline ticket - and ask what is actually being bought.
• Map what customers can evaluate before, during and after consumption.
• Ask students to convert a product company into a service-led business and identify what changes in the marketing system.

Case-style example

Northline Mobility sells a £38,000 electric vehicle but is considering a £499 monthly mobility subscription covering insurance, maintenance, charging support and replacement transport. Students compute the two-year revenue under 1,000 subscribers, then compare a high-retention service model with the existing one-off sale. One group may prefer predictable recurring revenue; another may reject the operational exposure. Students discover that servitization changes the value proposition, risk and evidence customers need.

Where students struggle

Students often repeat service characteristics without tracing their managerial consequences. Push every characteristic into a decision: what must the firm design differently, promise differently, price differently or measure differently?

Reading and a quick check

Use the opening chapters of Zeithaml, Bitner, Gremler and Mende or Wirtz to establish the service system. Quick check: ask students to name one service where customer participation improves value and one where it creates risk.

Where it leads

The next concept shifts from what the service is to how customers form expectations and judge quality.

Central question: How do customers decide whether a service was good when much of the value is experienced rather than inspected in advance?

Services are evaluated through expectations, perceptions, evidence and outcomes across multiple encounters. Teach service quality as a diagnostic system rather than only a scale. The gaps logic helps students distinguish a poor promise from poor delivery, while perceived risk explains why reputation, reviews, guarantees and tangible cues matter before purchase.

What this concept covers

• Search, experience and credence qualities.
• Expectations, zones of tolerance and perceived performance.
• Service quality dimensions and the gaps model.
• Risk reduction through reviews, guarantees, evidence and reputation.
• Satisfaction, quality, value and loyalty as related but distinct constructs.

Learning outcomes

By the end of this concept, students should be able to:

• Diagnose a service-quality problem using evidence rather than labels.
• Differentiate expectation failure from delivery failure.
• Recommend credible signals that reduce customer uncertainty.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Give students a set of hotel reviews and ask them to separate expectation, process and outcome failures.
• Use a gap diagnosis on a familiar university service.
• Have groups redesign one high-risk touchpoint using guarantees, standards or physical evidence.

Case-style example

Helio Diagnostics charges £280 for a specialist home health test. Its advertised result time is 48 hours, but the current average is 57 hours and 18% of customers wait more than 72 hours. Satisfaction is 82% among on-time customers and 49% among late customers. Students identify the dominant service gap and decide whether Helio should narrow the promise to 72 hours or invest £90,000 to restore 48-hour delivery. They discover that changing expectations can improve perceived quality but may weaken positioning.

Where students struggle

Students frequently equate satisfaction with service quality or assume that exceeding expectations is always optimal. Encourage them to ask which expectation matters, what it costs to exceed it and whether the firm can deliver consistently.

Reading and a quick check

Use the gaps-model chapters in the core textbook, then pair them with contemporary customer-experience research. Quick check: ask which evidence would prove a knowledge gap, a standards gap and a delivery gap.

Where it leads

Once students can diagnose customer expectations and quality, they can decide which customers to serve and how to position the service.

Central question: Which customers should the service be built around, and what promise should make it meaningfully different?

STP remains central in services marketing, but service segments are often distinguished by needs, usage situations, risk, willingness to participate, channel preference and desired relationship intensity. Positioning then has to be operationally deliverable. A premium promise that the service system cannot fulfil is worse than a modest promise delivered consistently.

What this concept covers

• Needs-based and behaviour-based segmentation.
• Segment attractiveness, accessibility, profitability and fit.
• Targeting depth versus reach.
• Frames of reference, points of difference and reasons to believe.
• Positioning services through people, process, evidence, price and communications.

Learning outcomes

By the end of this concept, students should be able to:

• Build service-relevant segments from customer evidence.
• Select a target market using both commercial and delivery criteria.
• Develop a positioning statement that the service system can substantiate.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Provide four customer personas and a cost-to-serve profile, then force a single primary target.
• Ask groups to write the positioning first, then identify the operational proof required.
• Compare how the same service would be positioned for convenience, expertise, reassurance or status.

Case-style example

CareLoop is a virtual physiotherapy service with 12,000 prospects split into four segments. Busy Professionals will pay £55 per session but expect evening access; Recovery Patients will pay £42 and require clinical reassurance; Fitness Improvers will pay £30 and show high churn; Employers offer £24 per session but guarantee volume. Students rank segment attractiveness, choose one primary target and write a positioning statement. The disagreement is volume versus margin and strategic fit. Students discover that a target is also a delivery commitment.

Where students struggle

Students often choose the largest segment or write positioning as advertising copy. Require them to state who is excluded, why the target is attractive and what capabilities prove the promise.

Reading and a quick check

Use the STP chapters in Wirtz plus the Go To Market simulation materials. Quick check: ask students to remove one positioning claim that cannot be operationally evidenced.

Where a simulation fits

The Go To Market Simulation fits after students know STP. It gives every student a common market and requires an individual segmentation, target, regional, access-channel, pricing and positioning route that can be compared in debrief.

Where it leads

Target-market choice becomes more defensible when students can also analyse the wider environment and industry structure.

Central question: Is the service opportunity attractive because demand is growing, or is the competitive structure likely to absorb the value?

Services are particularly exposed to regulation, labour markets, technology, local demand, access channels and switching behaviour. This concept separates three questions students often collapse: what is changing in the macro-environment, how attractive is the industry structure, and what internal strengths or weaknesses determine whether this firm can compete.

What this concept covers

• PESTLE as macro-environmental scanning and prioritisation.
• Porter's Five Forces as an industry-profitability framework.
• SWOT as a synthesis of internal capability and external conditions.
• Market growth versus structural attractiveness.
• Evidence quality, materiality and role bias in strategic analysis.

Learning outcomes

By the end of this concept, students should be able to:

• Separate macro, industry and firm-level evidence.
• Prioritise environmental factors by materiality.
• Translate competitive analysis into a go, conditional go or reject recommendation.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Give the same expansion case to three groups using PESTLE, Five Forces and SWOT, then compare what each framework can and cannot answer.
• Ban generic labels such as high competition unless students provide a mechanism and evidence.
• Ask students to reconcile two defensible recommendations.

Case-style example

LumaCare Clinics is considering five new urban sites. Demand for elective diagnostics is forecast to grow 8% annually, but two insurer groups control 61% of referrals, specialist staff costs have risen 14%, and digital substitutes now cover 20% of routine consultations. Students first classify evidence by PESTLE and Five Forces, then decide Go, Conditional Go or Reject. Optimists focus on demand growth; sceptics focus on buyer power and labour pressure. Students discover that market growth and industry attractiveness are different questions.

Where students struggle

Students often use PESTLE, SWOT and Five Forces as interchangeable lists. Insist that each framework answers a different decision question and that the same fact may have different implications at each level.

Reading and a quick check

Pair the textbook market-positioning chapter with a contemporary service-industry case. Quick check: ask students to place one regulatory fact, one buyer-power fact and one capability fact into the correct framework.

Where a simulation fits

The PESTLE Analysis Simulation can develop macro-environmental prioritisation, the Porter's Five Forces Simulation can test industry attractiveness, and the SWOT Analysis Simulation can integrate internal capability with external conditions. Use one or sequence them rather than forcing all three into one session.

Where it leads

The next step is to turn target-market and market analysis into a coherent service offering and brand promise.

Central question: What exactly is the customer being promised, and how should the service brand make an intangible offer easier to choose?

A service product is a bundle of outcomes, processes, access, supplementary elements and signals. Lecturers can use this concept to connect value propositions with service branding, guarantees, evidence and portfolio design. The key test is whether the promise is specific enough to guide delivery and distinctive enough to guide customer choice.

What this concept covers

• Core and supplementary service elements.
• Service bundles, tiers and subscription design.
• Value propositions and jobs-to-be-done logic.
• Brand as a risk-reduction and expectation-setting mechanism.
• Guarantees, proof points and tangible evidence.

Learning outcomes

By the end of this concept, students should be able to:

• Design a service bundle around a target customer job.
• Evaluate whether a value proposition is differentiated and deliverable.
• Identify the evidence needed to support an intangible promise.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Ask students to deconstruct an airline, bank or streaming service into core and supplementary elements.
• Use a before-and-after redesign of a generic value proposition.
• Have students build a proof strategy: what customers can see, verify or experience.

Case-style example

Northstar Legal is launching a small-business subscription at £249 per month. The proposed bundle includes unlimited email queries, two contract reviews and a quarterly compliance call. A competitor charges £179 but promises 24-hour response. Northstar can guarantee 8-hour response only if it hires another solicitor at £72,000 a year. Students calculate the subscriber volume needed to fund the hire, then recommend a promise and proof strategy. Students discover that positioning and capacity economics must agree.

Where students struggle

Students can produce attractive slogans without specifying the underlying service. Make them state the core benefit, the supplementary elements, the proof and the operational implication of each promise.

Reading and a quick check

Use the service-product and brand chapters in Wirtz. Quick check: ask students to turn one abstract claim such as trusted or premium into observable evidence.

Where a simulation fits

The Go To Market Simulation can reinforce value proposition, point of difference, pack format and promotional-message alignment after students have developed a service-specific offering in class.

Where it leads

A defined service offer creates the basis for the next decision: how to price access, capacity and value.

Central question: How should a service be priced when capacity is perishable, costs are partly fixed and customers judge both value and fairness?

Service pricing is more than adding a margin. Students need to connect willingness to pay, reference prices, capacity, demand variability, rate fences, subscriptions and fairness. Revenue management is especially useful because it shows that the same seat, room, appointment or unit of capacity can have different opportunity costs at different times.

What this concept covers

• Cost, competition and customer-value approaches to pricing.
• Price-quality signals and reference prices.
• Yield and revenue management.
• Rate fences, dynamic pricing and capacity protection.
• Subscriptions, freemium, bundles and fairness perceptions.

Learning outcomes

By the end of this concept, students should be able to:

• Recommend a service pricing architecture aligned with demand and capacity.
• Calculate simple contribution and capacity trade-offs.
• Evaluate when dynamic pricing creates fairness or trust risks.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Use a hotel or appointment schedule with fixed capacity and variable demand.
• Ask students to design a rate fence that customers can understand.
• Compare one-off, subscription and outcome-based pricing for the same service.

Case-style example

Aster Dental has 80 premium evening appointment slots per month. Regular appointments contribute £65 each; emergency appointments contribute £120 but arrive unpredictably. Historical demand suggests 18 emergency requests, with a standard deviation of 5. Students decide how many slots to protect for emergencies and calculate lost contribution if protection is too high or too low. One conclusion favours utilisation; another favours availability and customer trust. Students discover that revenue management is a service promise as well as a pricing tool.

Where students struggle

Students may optimise revenue without considering customer perceptions, channel transparency or operational feasibility. Require both the financial case and a fairness rationale.

Reading and a quick check

Use the pricing and revenue-management chapters in Wirtz. Quick check: ask students for a rate fence that changes price without making two customers feel arbitrarily treated.

Where a simulation fits

The Go To Market Simulation includes pricing as part of a wider STP route. Use the debrief to ask whether a price that works for a packaged product would need different evidence, capacity rules or fairness safeguards in a service context.

Where it leads

Price promises access to a service process. The next concept shows students how to design that process deliberately.

Central question: Where in the service journey is value created, where does friction accumulate and which backstage process causes the visible failure?

Customer journey maps show the sequence from the customer perspective; service blueprints add frontstage actions, backstage actions, support processes, evidence and fail points. Teach both so students do not confuse a colourful journey diagram with an operational design. The aim is to convert customer insight into a process that can actually be managed.

What this concept covers

• Journey stages, touchpoints, channels and customer goals.
• Moments that matter and pain-point prioritisation.
• Service blueprinting: customer actions, frontstage, backstage and support.
• Fail points, handoffs and waiting.
• Metrics and ownership across the journey.

Learning outcomes

By the end of this concept, students should be able to:

• Map a service journey around a customer goal.
• Build a blueprint that links visible experience to backstage process.
• Prioritise fail points using customer and operational evidence.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Choose a familiar process such as university enrolment or outpatient booking.
• Map the journey first, then add the blueprint beneath it.
• Give each group a budget that can fix only two fail points and require prioritisation.

Case-style example

Mewsley Hotels finds that 31% of mobile check-ins still require front-desk intervention. The median digital check-in takes 3.2 minutes, but failed cases average 14 minutes and generate 46% of check-in complaints. Students blueprint the process from booking to room access, identify the backstage handoff causing the failure and allocate a £50,000 improvement budget between identity verification, staff training and app redesign. Different groups can defend different bottlenecks. Students discover that customer friction often originates backstage.

Where students struggle

Students tend to draw journeys as lists of touchpoints and stop before assigning ownership, evidence or metrics. Ask what happens backstage, who owns the step and how a lecturer would know the redesign worked.

Reading and a quick check

Assign Gahler, Klein and Paul (2023) on omnichannel customer experience or a recent journey-design paper. Quick check: ask students to name one visible fail point and one backstage cause.

Where it leads

Journey design makes physical, digital and social evidence visible, which is the focus of the next concept.

Central question: How do environments and interfaces shape expectations, behaviour and trust when the service itself is partly intangible?

Physical evidence includes far more than interiors. In contemporary services it also includes websites, apps, documents, uniforms, dashboards, signage, interface cues and other customers. The servicescape concept therefore expands naturally into omnichannel experience design: customers infer quality from every cue and expect continuity across channels.

What this concept covers

• Ambient conditions, spatial layout, symbols and signs.
• Digital servicescapes and interface cues.
• Social servicescapes and the presence of other customers.
• Omnichannel consistency and channel switching.
• Accessibility, inclusion, privacy and trust cues.

Learning outcomes

By the end of this concept, students should be able to:

• Evaluate how physical and digital evidence shapes customer inference.
• Design touchpoints for consistency across channels.
• Identify accessibility or trust risks in a service environment.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Run a servicescape audit of a local bank, clinic or café using photographs and screenshots.
• Have students compare the app promise with the physical delivery.
• Ask what a first-time customer would infer before speaking to an employee.

Case-style example

Aurum Wealth plans to replace half of its city branches with premium video-advice lounges. A traditional branch costs £620,000 a year and serves 1,800 active clients; a lounge costs £280,000 and can serve 1,350, but pilot users rate privacy 6.1/10 versus 8.4/10 in branches. Students recommend the format and redesign the evidence that signals privacy, expertise and continuity. The disagreement is cost efficiency versus reassurance. Students discover that the environment is part of the service proposition.

Where students struggle

Students often treat servicescapes as decoration. Keep returning to behavioural outcomes: approach or avoidance, trust, perceived control, waiting, privacy and role clarity.

Reading and a quick check

Use the physical-evidence chapter in Zeithaml et al. and contemporary omnichannel CX research. Quick check: ask students to list three cues that communicate expertise before an interaction begins.

Where it leads

The service environment frames encounters, but people and customer participation still determine much of what happens inside them.

Central question: How should a service firm design roles, empowerment and customer participation so that quality is reliable without scripting out judgement?

Services marketing depends on employees and customers because both can be part of production. Teach role clarity, internal marketing, empowerment, emotional labour and customer participation alongside operational standards. The tension is productive: consistency matters, but rigid scripts can damage empathy and recovery when the situation is unusual.

What this concept covers

• Frontline roles, recruitment, training and empowerment.
• Internal marketing and service culture.
• Emotional labour and employee experience.
• Customers as co-producers and partial employees.
• Role clarity, scripts, standards and judgement.

Learning outcomes

By the end of this concept, students should be able to:

• Design frontline roles around service outcomes.
• Evaluate where empowerment adds value and where controls are necessary.
• Recommend how customers should be educated for effective participation.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Use role-play for an ambiguous service request with one scripted and one empowered response.
• Ask students to redesign an onboarding process that currently transfers work to customers without support.
• Link employee metrics to customer outcomes rather than only speed.

Case-style example

Nexa Broadband handles 60,000 support contacts monthly. Agents are rewarded for keeping calls below six minutes, but repeat contact is 28% and customer effort averages 4.9/7. A pilot giving agents discretion to spend up to 12 minutes reduced repeat contact to 17% but raised staffing cost by £42,000 per month. Students calculate cost per resolved case and recommend the performance standard. One side prioritises capacity; the other total resolution. Students discover that efficiency metrics can create the service failure they appear to prevent.

Where students struggle

Students can romanticise empowerment or assume more employee discretion always improves service. Ask which decisions can be decentralised, what information staff need and what safeguards protect customers and the firm.

Reading and a quick check

Use the employee and customer-role chapters in Zeithaml et al. Quick check: ask students to identify one role that should be scripted and one that needs judgement.

Where it leads

People operate inside a capacity-constrained, increasingly technology-enabled delivery system, which the next concept brings together.

Central question: How can a service match variable demand with finite capacity while deciding which interactions should be human, digital or automated?

Capacity cannot usually be stored. That makes demand shaping, reservations, queue design, self-service, channel migration and workforce planning central marketing questions. AI adds a further design choice: automate, augment or keep human. The lecturer should make students justify the match between task, customer goal, risk and technology rather than celebrate automation by default.

What this concept covers

• Demand patterns and capacity constraints.
• Queues, reservations, appointments and waiting psychology.
• Self-service technologies and channel migration.
• AI, chatbots, service robots and human-AI handoffs.
• Accessibility, bias, privacy and vulnerable consumers.

Learning outcomes

By the end of this concept, students should be able to:

• Recommend demand and capacity interventions using evidence.
• Choose an appropriate human-digital service mix.
• Evaluate AI use through customer goal, risk, inclusion and recovery requirements.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Give students hourly demand and staffing data and ask for a peak-management plan.
• Compare automation for a low-risk FAQ with automation for a high-anxiety complaint.
• Make teams design an escalation rule from AI to human support.

Case-style example

Solace Travel receives 9,000 weekly chat enquiries. A new AI assistant can resolve 62% at £0.18 per interaction versus £4.60 for an agent, but its satisfaction score is 7.8/10 for itinerary changes and 5.2/10 for disruption complaints. Students calculate weekly savings under three routing rules and design a human escalation threshold. One conclusion maximises automation; another protects high-emotion encounters. Students discover that the best technology mix depends on customer goals and failure risk.

Where students struggle

Students may reduce technology decisions to cost savings. Require them to specify which journey stage, customer goal, data risk, failure mode and recovery path justify automation.

Reading and a quick check

Assign De Keyser and Kunz (2022), Larivière et al. (2025) or Chen and Prentice (2025). Quick check: ask students for one task suited to mechanical AI and one that should remain human-led.

Where it leads

Delivery quality is tested most sharply when the relationship continues or the service fails, which leads to loyalty and recovery.

Central question: When should a service invest in retention and recovery, and what makes a response feel fair after failure?

Services often involve repeated interactions, switching costs and accumulated trust. This concept links relationship marketing, customer lifetime value, loyalty programmes, complaints and recovery. Teach recovery through distributive, procedural and interactional justice, but avoid the recovery-paradox myth as a blanket rule. The stronger question is what the firm should restore, for whom and at what cost.

What this concept covers

• Relationship benefits and switching behaviour.
• Retention economics and customer lifetime value.
• Loyalty programmes and customer engagement.
• Complaint behaviour and service failure attribution.
• Service recovery, justice, compensation and learning.

Learning outcomes

By the end of this concept, students should be able to:

• Evaluate whether retention spending is economically justified.
• Design a recovery response proportionate to the failure.
• Use complaint evidence to improve the underlying service process.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Provide three customer profiles with different tenure, margin and failure severity.
• Ask groups to choose apology, correction, compensation and follow-up.
• Require one operational change so recovery is not treated as a customer-service script.

Case-style example

Harbour Mobile has 40,000 subscribers paying £32 monthly with a 58% contribution margin. A billing error affected 2,400 customers; 600 complained and churn among affected customers rose from 1.8% to 6.5%. The firm can offer a £10 credit to all affected customers or a £25 credit only to complainants. Students estimate the cost, discuss fairness and recommend a recovery rule. Different answers can be defended depending on churn assumptions. Students discover that visible complaints understate the affected population.

Where students struggle

Students often overcompensate, focus only on angry customers or treat loyalty as a points scheme. Push them to connect economics, justice, trust and process learning.

Reading and a quick check

Use recent service-recovery research such as Cenophat et al. (2024), plus the service-recovery chapter in Zeithaml et al. Quick check: ask students to distinguish distributive, procedural and interactional justice in one failure.

Where it leads

The final concept integrates market choice, delivery design, customer evidence and financial consequences into a coherent service strategy.

Central question: How do the parts of the service system fit together, and what evidence shows that a strategy creates customer and firm value?

Close the course by integrating target market, promise, pricing, process, people, evidence, technology, recovery and measurement. Students should be able to explain the service logic as a connected system and identify leading indicators, customer metrics, operating measures and financial outcomes. The goal is not a dashboard of everything, but a causal story that can be challenged.

What this concept covers

• Strategic coherence across the expanded services marketing mix.
• Service-profit logic and cost-effective service excellence.
• Customer experience, quality and loyalty metrics.
• Operational measures such as waiting, capacity and first-contact resolution.
• Experimentation, learning and continuous service improvement.

Learning outcomes

By the end of this concept, students should be able to:

• Build an integrated service strategy with explicit trade-offs.
• Select a small set of metrics tied to the strategy.
• Defend how customer outcomes connect to operational and financial outcomes.

Supports the course learning outcomes on analysis, recommendation and service-system judgement.

How to teach it

• Return to a case used earlier and ask students to rewrite the strategy after the full course.
• Limit the final dashboard to eight measures and require a causal chain.
• Run an investment-style committee where groups defend what they would change first and what they would not fund.

Case-style example

Pulse Fitness operates 14 premium studios. Membership is £119 a month, monthly churn is 4.6%, average class utilisation is 71%, NPS is 48 and instructor cost is 37% of revenue. Management proposes a £600,000 app and AI-coaching investment expected to lift utilisation to 78% and reduce churn to 4.0%. Students estimate annual revenue retained, identify assumptions and decide whether to invest. The disagreement is whether technology strengthens the core service or distracts from instructor quality. Students discover that service strategy requires a defensible causal model.

Where students struggle

Students often end with a long list of tactics or metrics. Require a coherent chain: target customer, value promise, delivery design, evidence, behaviour, metric and financial consequence.

Reading and a quick check

Use Arkadan, Macdonald and Wilson (2024) on customer-experience orientation and Ostrom et al. (2021) on service research priorities. Quick check: ask students which three measures would change first if the service strategy is working.

Where a simulation fits

The Go To Market Simulation works as an applied strategy checkpoint because students must align segmentation, target, channel, price, value proposition and message. Use a service-specific debrief to ask what additional people, process and evidence decisions would be required before launch.

Where it leads

This closes the lifecycle. Students should now be able to design, analyse and defend a service marketing system rather than discuss isolated tactics.

10-week course structure

Compress by combining closely linked ideas, not by removing customer journeys, people, technology or recovery. A ten-session version can still preserve the full service logic.

14-week course structure

Use extra sessions to separate customer behaviour from quality, deepen market analysis, give service blueprinting its own workshop and create more time for technology, simulation debrief and capstone defence.

The Go To Market Simulation is the strongest direct fit for Services Marketing. Each student acts as the founder of a protein-bar company entering the US market and builds an individual route through Segmentation, Targeting and Positioning. The activity deliberately focuses on market choice and strategic coherence rather than service operations, so the Services Marketing debrief should ask how people, process, evidence, capacity and recovery would change the same decisions for an intangible offer.

Why it fits here

By the end of Session 6, students have studied target-market choice, positioning, service offering and pricing. They can therefore use the simulation to make a connected commercial decision rather than treat STP as three unrelated worksheets.

What students do

• Review a defined product, company mission and US market context.
• Analyse customer motivations, buying behaviour, benefits sought and evidence quality to segment the market.
• Select one target segment, two launch regions, a targeting approach, an access channel and a market-entry posture.
• Choose a positioning theme, frame of reference, point of difference, value proposition, price, pack format and promotional message.
• Submit written reasons, then review score, rank, strategy summary and cohort-level patterns in Reflection.

Recommended course placement

• At the end of Session 6, after service positioning and pricing.
• Inside a two-hour workshop with a separate Services Marketing debrief.
• Before the customer-journey block so students can carry one target and promise into later service design.
• As supporting evidence for an individual strategy memo rather than an automatic grade.

Knowledge students should have before the simulation

• Basic familiarity with Segmentation, Targeting and Positioning.
• Ability to compare segment attractiveness and customer needs.
• An introductory view of value proposition, price and channel choice.
• No specialist technical prerequisite is required.

Delivery format

Suggested debrief questions

• Which customer evidence most changed your segment choice?
• Did your pricing, channel and message reinforce the same positioning?
• Where did competitors cluster, and what did that do to differentiation?
• If the offer were a high-contact service instead of a packaged product, what people, process and evidence choices would have to change?
• Which platform outcome is useful evidence, and which part still requires academic judgement?

The Porter's Five Forces Simulation places students in a US premium-café market-entry decision. Growth and Risk teams examine the same industry but from different mandates, score all five forces, explain the evidence behind each score and then compare assumptions in an Investment Committee before deciding Go, Conditional Go or Reject. For Services Marketing, the value is in moving students beyond demand growth to the structural pressures that affect pricing power, margins, access and the ability to scale a service concept.

Why it fits here

Students already know the service customer and the difference between demand and value. The simulation forces them to test whether the industry structure supports an attractive service business before they design the offer in Sessions 5 and 6.

What students do

• Review BrewSphere's market-entry mission and a Growth or Risk brief.
• Assess new entrants, supplier power, buyer power, substitutes and rivalry using the shared case evidence.
• Score each force from 1 to 10 and add concise written reasoning.
• Compare paired Growth and Risk analyses, challenge assumptions and decide Go, Conditional Go or Reject.
• Review negotiation status and score distribution in Reflection so the lecturer can identify where assumptions diverged.

Recommended course placement

• At the end of Session 4 after Five Forces teaching.
• As one strategy simulation if time is limited, with PESTLE or SWOT retained as cases or workshops.
• Before the service-offering session so industry structure informs differentiation and pricing.
• With an individual note asking which competitive force should shape the service design most strongly.

Knowledge students should have before the simulation

• Purpose and basic structure of Porter's Five Forces.
• Difference between market growth and industry attractiveness.
• Basic understanding of customer switching, suppliers, substitutes and rivalry.

Delivery format

Suggested debrief questions

• Which force had the greatest effect on the service economics?
• Where did Growth and Risk teams interpret the same evidence differently?
• Did a high-growth market remain structurally unattractive?
• Which force should change the service proposition, price or channel choice?
• What would have to be true for a Conditional Go to become a clear Go?

Simulation evidence can strengthen assessment when it is connected to a clear rubric and individual evidence. The platform records decisions, written reasons and comparative outcomes, but it does not establish which individual student made which argument inside a team. Use the evidence to support academic judgement, moderation and debrief rather than to replace them.

Grading with the Go To Market Simulation

Students act individually as founders entering the US protein-bar market. They move through segmentation, targeting and positioning, then choose launch regions, an access channel, value proposition, price, pack format and promotional message.

• Coherence of the complete STP strategy.
• Quality of written reasoning and evidence use.
• Competitive differentiation without arbitrary novelty.
• An individual post-simulation memo explaining which decision they would change for a service business.

Grading with the Porter's Five Forces Simulation

Growth and Risk teams assess the same US premium-café market, score all five forces, justify each judgement and defend a Go, Conditional Go or Reject recommendation.

• Application of all five forces as one industry-attractiveness system.
• Quality of the written rationale behind scores.
• Consistency between evidence, scores and final recommendation.
• Individual reflection on role bias and which assumption changed after challenge.

Grading with the PESTLE Analysis Simulation

Opposing teams analyse political, economic, social, technological, legal and environmental evidence, allocate a fixed 100-point weighting across the factors and negotiate a final market-entry assessment.

• Evidence supporting each factor score.
• Materiality and weighting discipline.
• Quality of the negotiated recommendation.
• Individual explanation of which external factor would most alter a service launch decision.

Grading with the SWOT Analysis Simulation

Business Development and Risk Management teams classify and prioritise internal and external evidence before defending an international expansion recommendation.

• Correct separation of internal strengths and weaknesses from external opportunities and threats.
• Relevance and reliability of selected evidence.
• Prioritisation of strategically material factors.
• Individual reflection connecting the SWOT result to a concrete service marketing action.