Jobs to be Done (JTBD)
for Manufacture of fluid power equipment (ISIC 2812)
Fluid power equipment is highly technical and often purchased based on performance specifications. However, these products are always a means to an end – they help customers perform a 'job'. The JTBD framework is highly relevant because it helps manufacturers understand the underlying customer...
What this industry needs to get done
When facing increasing competitive pressure and commoditization, I want to deeply understand the latent needs beyond technical specifications, so I can innovate truly differentiated solutions and maintain market leadership.
Current R&D often focuses on incremental feature improvements rather than understanding the underlying 'job', leading to products that struggle to differentiate in a price-sensitive market (MD03: 1/5) and perpetuate unit ambiguity (PM01: 4/5).
- New product revenue growth %
- Customer retention rate for innovative solutions
- Time-to-market for market-disrupting products
When manufacturing complex fluid power equipment with high precision requirements, I want to ensure my production processes are highly efficient and consistently meet quality standards, so I can reduce costs and minimize defects.
The inherent technical complexity and precision requirements of fluid power equipment mean production errors or inefficiencies can lead to significant cost overruns and quality issues, impacting profitability.
- Manufacturing defect rate reduction
- Production cycle time reduction
- Unit cost of goods sold
When integrating fluid power components into a larger system or machine, I want to quickly and accurately select the optimal components and ensure seamless compatibility, so I can minimize design time and integration risks.
High unit ambiguity (PM01: 4/5) and complex technical specifications make it difficult for customers to compare and integrate different fluid power components, leading to delays and potential performance issues during system assembly.
- Design cycle time reduction
- First-pass yield of integrated systems
- Reduction in integration-related warranty claims
When operating critical machinery powered by fluid systems, I want to feel confident that the equipment will operate reliably and safely without unexpected downtime or failures, so I can maintain continuous production and avoid catastrophic losses.
The high 'structural toxicity & precautionary fragility' (CS06: 4/5) of fluid power systems means unexpected failures can have severe safety, environmental, and financial consequences, leading to constant worry and risk aversion.
- Unscheduled downtime hours reduction
- Mean Time Between Failures (MTBF) improvement
- Safety incident rate reduction
When developing and launching new fluid power solutions, I want to be perceived as an innovative and highly dependable partner, not just a component supplier, so I can attract top-tier customers and justify premium pricing.
In an industry often commoditized by technical specifications, it's challenging to cultivate a distinct identity, undermining the ability to command premium pricing (MD03: 1/5) and attract partners or top talent.
- Brand awareness index
- Customer perception of innovation score
- Net Promoter Score (NPS) from key accounts
When sourcing specialized components and raw materials for manufacturing, I want to ensure a stable, reliable, and cost-effective supply chain, so I can meet production schedules and manage costs efficiently.
The 'trade network topology & interdependence' (MD02: 4/5) of global supply chains for specialized components introduces significant vulnerability, making it difficult to ensure consistent material availability and manage costs effectively.
- Supply chain lead time variance
- Supplier on-time delivery rate
- Raw material cost variance
When managing equipment maintenance schedules and operational budgets, I want to have clear visibility and predictive insights into the health of my fluid power systems, so I can plan maintenance proactively and optimize resource allocation.
Without comprehensive data and predictive analytics, managing fluid power system health often relies on reactive maintenance, leading to unpredictable downtime and cost spikes that erode a sense of control over operations and budgets.
- Predictive maintenance accuracy rate
- Unplanned maintenance cost reduction
- Asset uptime percentage
When expanding my market reach and offering integrated solutions, I want to establish and maintain strong, collaborative relationships with system integrators, distributors, and technology partners, so I can provide end-to-end value to customers.
Navigating a complex 'distribution channel architecture' (MD06: 4/5) and fostering deep collaboration with system integrators and distributors is essential but challenging, making it difficult to deliver comprehensive solutions and expand market reach effectively.
- Partner satisfaction score
- Revenue generated through partner channels
- Number of successful joint customer projects
When selecting a long-term supplier for critical fluid power components, I want to feel a strong sense of trust and confidence in their product reliability and support capabilities, so I can minimize long-term operational risks without second-guessing my decisions.
The high stakes and long-term investment in critical fluid power components create significant anxiety during supplier selection, as a poor choice can lead to persistent operational issues and financial burdens, eroding fundamental trust.
- Repeat purchase rate
- Customer loyalty index
- Warranty claim rate
When designing, manufacturing, or operating fluid power systems, I want to ensure full compliance with all relevant safety standards and environmental regulations, so I can avoid penalties, litigation, and reputational damage.
The high 'structural toxicity & precautionary fragility' (CS06: 4/5) inherent in fluid power equipment necessitates adherence to complex and evolving regulatory frameworks, making ongoing compliance a demanding and resource-intensive task.
- Regulatory audit pass rate
- Number of safety violations
- Environmental incident frequency
Strategic Overview
The 'Jobs to be Done' (JTBD) framework offers a powerful lens for manufacturers of fluid power equipment to move beyond product features and technical specifications, focusing instead on the fundamental problems or 'jobs' their customers are trying to accomplish. In an industry characterized by 'MD01: Maintaining Market Share Against Alternatives' and 'MD03: Sustaining Premium Pricing in a Competitive Market', JTBD enables companies to uncover unmet needs and develop truly differentiated solutions, rather than incremental product improvements. This approach helps shift the conversation from component-level features (e.g., 'this valve has X flow rate') to customer outcomes (e.g., 'achieve precise, consistent speed control for heavy-duty robotic arms').
By understanding the functional, emotional, and social 'jobs' customers are hiring fluid power equipment for, manufacturers can innovate more effectively, reducing the risk associated with 'High R&D Investment for Adaptation' and ensuring new products genuinely solve customer pain points. This is particularly critical in complex industrial applications where fluid power systems are often just one part of a larger, integrated solution. Identifying these overarching 'jobs' allows for the creation of value-added services or integrated system offerings that command premium pricing and foster stronger customer loyalty.
Applying JTBD also has implications for marketing and sales, helping to articulate value propositions more clearly by focusing on customer benefits rather than technical jargon. It supports the development of comprehensive solutions that address the full lifecycle of a customer's operational needs, from initial design and installation to maintenance and end-of-life, ultimately driving 'MD08: Structural Market Saturation' by creating new market segments or expanding existing ones through superior problem-solving.
4 strategic insights for this industry
Uncovering Latent Needs Beyond Specifications
Customers in fluid power often articulate needs in terms of technical specifications. JTBD helps probe deeper to understand the overarching operational, economic, or safety 'jobs' they are trying to achieve (e.g., 'minimize downtime in high-pressure drilling operations', 'ensure consistent product quality in automated assembly'). This uncovers latent needs not expressed in existing product requirements, enabling truly innovative solutions that address 'MD01: Maintaining Market Share Against Alternatives'.
Shift from Product Features to Integrated Solutions
By focusing on the 'job', manufacturers can identify opportunities to bundle equipment with software, sensors, data analytics, and services (e.g., predictive maintenance, system optimization) to offer comprehensive solutions. This moves beyond selling individual components ('PM03: Tangibility & Archetype Driver') to providing integrated systems that solve a holistic customer problem, enhancing customer value and supporting 'MD03: Sustaining Premium Pricing'.
Differentiated Value Proposition in a Technical Market
In an industry where 'PM01: Unit Ambiguity & Conversion Friction' and technical complexity can make differentiation difficult, JTBD allows manufacturers to articulate their value proposition in terms of tangible customer outcomes and benefits, rather than just technical superiority. This resonates more strongly with decision-makers focused on business results, improving market penetration and defense against competitors ('MD07: Structural Competitive Regime').
Guiding R&D for Higher Impact Innovation
Understanding the 'job' provides a clear framework for R&D efforts, ensuring that innovation is directed towards solving real customer problems rather than developing features for features' sake. This reduces wasted investment and increases the likelihood of market success, addressing 'MD01: High R&D Investment for Adaptation' and improving the return on innovation.
Prioritized actions for this industry
Conduct extensive ethnographic research and in-depth interviews with end-users, system integrators, and OEMs to identify the core functional, emotional, and social 'jobs' they are trying to get done when utilizing fluid power equipment.
This qualitative research is foundational to the JTBD framework, providing rich insights into customer pain points and desired outcomes that go beyond surface-level requests. It addresses 'MD01: Maintaining Market Share Against Alternatives' by revealing opportunities for truly novel solutions.
Re-align product development and R&D processes to prioritize projects that address high-value, underserved 'jobs' identified through JTBD research, forming cross-functional 'Job-to-be-Done' teams.
This ensures innovation efforts are strategically focused on creating solutions with high market demand and impact, leading to more successful product launches and higher R&D efficiency, directly impacting 'MD01: High R&D Investment for Adaptation'.
Develop and launch new 'solution-as-a-service' offerings (e.g., 'precision motion control as a service', 'uptime assurance programs') that bundle fluid power equipment with digital services, monitoring, and maintenance.
This moves beyond selling discrete products to delivering integrated outcomes, increasing 'ER05: Demand Stickiness & Price Insensitivity' and creating new recurring revenue streams. It directly applies JTBD by fulfilling the customer's need for a complete operational solution.
Overhaul marketing and sales messaging to focus on the 'job' the customer is hiring the fluid power equipment for, emphasizing the benefits and outcomes rather than just technical specifications.
Effective communication of value is critical in a technical market. By speaking to the customer's desired 'job', marketing can resonate more deeply, differentiate the offering, and justify premium pricing, addressing 'MD03: Sustaining Premium Pricing' and 'PM01: Unit Ambiguity & Conversion Friction'.
From quick wins to long-term transformation
- Training sales and marketing teams on JTBD principles and frameworks to reframe customer conversations.
- Incorporating JTBD-focused questions into existing customer feedback and market research processes.
- Performing a 'Job Story' analysis on a flagship product to identify its core 'job' and current deficiencies.
- Establishing a dedicated 'Voice of Customer' program aligned with JTBD, possibly with external consultants.
- Piloting a new product or service offering based on a clearly defined, underserved 'job'.
- Creating cross-functional innovation teams specifically tasked with developing solutions for identified 'jobs'.
- Integrating JTBD deeply into the company's strategic planning and product roadmap development processes.
- Building a culture of continuous customer-centric innovation driven by JTBD insights across all departments.
- Developing a portfolio of integrated solution offerings that move beyond individual fluid power components.
- Confusing 'jobs' with features, solutions, or customer activities (e.g., 'install a pump' vs. 'ensure consistent fluid transfer').
- Failing to conduct deep, qualitative customer research, relying instead on surveys or internal assumptions.
- Lack of organizational buy-in and cross-functional collaboration to act on JTBD insights.
- Difficulty in translating abstract 'jobs' into tangible product/service development requirements.
- Underestimating the effort required to shift from a product-centric to a job-centric mindset.
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| New Product/Service Adoption Rate (JTBD-derived) | Percentage of customers adopting new products or services explicitly designed to fulfill identified 'jobs'. | 20% market share in target segment within 2 years |
| Customer Solution Revenue Growth | Annual growth rate of revenue from integrated solutions or 'as-a-service' offerings, rather than standalone components. | 15-20% annual growth |
| Customer Retention Rate (for JTBD-focused offerings) | Percentage of customers who continue to use JTBD-derived solutions over time, indicating sustained value. | >90% annual retention |
| R&D Project Success Rate (JTBD-aligned) | Percentage of R&D projects aligned with identified 'jobs' that successfully launch and meet market objectives. | >75% success rate |
| Net Promoter Score (NPS) for Solution Customers | Measure of customer loyalty and satisfaction specifically for customers utilizing comprehensive solutions. | >50 |
Other strategy analyses for Manufacture of fluid power equipment
Also see: Jobs to be Done (JTBD) Framework