A proposed Product Owner approach for translating enterprise transformation strategy into prioritized, testable and business-focused SAP S/4HANA capabilities.
In simple terms, Honeywell Technologies makes the hardware, software, sensors, control systems and process technologies that help buildings, factories and industrial operations run more automatically, safely and efficiently.
A sensor detects what is happening → a control system decides what should happen → automation makes it happen → software and data help the business monitor and optimize the operation.
Technology that helps commercial buildings operate safely, comfortably and efficiently.
Examples:Technology that helps factories, warehouses and industrial equipment monitor conditions and automate operations.
Examples:Systems and technologies that help refineries, chemical facilities, manufacturers and energy operations control complex industrial processes.
Examples:Honeywell Forge is an industrial software platform that connects operational information, equipment and data to help organizations understand performance and improve operations.
Honeywell UOP provides specialized technologies, equipment, catalysts and processes used in refining, petrochemicals, chemicals, fuels and energy production.
Honeywell builds complex physical products and industrial technologies. Behind those products are materials, components, engineering changes, suppliers, manufacturing processes, financial transactions and enterprise data. Enterprise Resource Planning (ERP) technology helps connect those business processes.
Products require accurate material, engineering and manufacturing information.
Components need to be sourced, planned, purchased, tracked and available.
Engineering definitions must eventually become something factories can consistently build.
Standardized processes and data help complex operations execute consistently across the organization.
What interests me about this role is the connection between innovation and execution. Honeywell can design innovative products, but those products eventually require accurate materials, Bills of Materials, suppliers, manufacturing information and standardized enterprise processes. As Product Owner, my role would be to help translate those business needs into prioritized SAP S/4HANA capabilities that the Agile team can deliver.
Innovation to Order (I2O) connects product innovation and engineering with the enterprise information and processes required to make a product ready for manufacturing and operational execution.
My responsibility is to create the bridge between business strategy, Subject Matter Experts (SMEs), process owners and technical execution.
Interview SMEs, users, process owners and technical teams. Understand current-state workflows, systems, dependencies and pain points.
Translate business needs into features, user stories, requirements and measurable acceptance criteria.
Order work according to business value, urgency, risk, dependencies and delivery impact.
Review completed functionality, support User Acceptance Testing (UAT), accept stories and confirm that the intended business outcome was achieved.
One of my primary responsibilities would be converting product strategy into work an Agile team can understand, estimate, build, test and demonstrate.
Standardize and modernize the enterprise Innovation-to-Order process.
Improve creation and validation of material master data for New Product Introduction (NPI).
Enable a Product Engineer to create required material information using standardized fields and validation.
Validate required data, permissions, business rules, exceptions and downstream availability.
A Product Owner should be able to take a broad business problem and progressively translate it into something the delivery team can build and validate.
As a Product Engineer,
I want required product and material
information validated before submission,
so that incomplete or inaccurate master data
does not create downstream manufacturing or procurement
issues.
Not every request should automatically become the next user story. Prioritization requires understanding business value, delivery impact, risk, dependencies and urgency.
Customer impact, operational efficiency, cost reduction, compliance and strategic alignment.
Dependencies, complexity, technical enablement, sequencing and team capacity.
Production risk, regulatory requirements, defects, deadlines and blocked downstream capabilities.
Within the Scaled Agile Framework (SAFe), Planning Interval (PI) Planning helps multiple Agile teams coordinate priorities, objectives, capacity, risks and dependencies for an upcoming delivery period.
An Agile Release Train (ART) is a long-lived group of Agile teams working toward a shared product or solution mission. As Product Owner, I would collaborate with Product Management, other Product Owners, the Scrum Master, business process owners, functional experts and technical teams to manage dependencies and keep team execution aligned with broader program objectives.
Prepare upcoming work
Align sprint goals
Support development
Test against acceptance criteria
Confirm Definition of Done (DoD)
Improve the next cycle
My objective would not be to walk in and immediately redesign Honeywell's process. I would first learn the environment, transition into execution ownership, and then use delivery data and stakeholder feedback to identify opportunities for improvement.
Build the business, SAP and organizational context needed to make informed backlog decisions.
Transition from learning the environment to actively owning Product Owner execution.
Move beyond managing stories and begin improving how the team delivers business outcomes.
Story completion alone does not prove a transformation is successful. I would evaluate both Agile delivery health and measurable business outcomes.
Time required to move priority work through delivery.
Percentage of upcoming work meeting agreed readiness standards.
Escaped defects and recurring functional issues.
Delivery against planned Planning Interval objectives.
Completeness, accuracy and consistency of critical product and material data.
Work repeated because of incomplete requirements, incorrect data or downstream issues.
Time required to complete important business process steps.
Successful usage of standardized SAP S/4HANA capabilities.
Understand the business problem first and translate it into requirements technical teams can execute without losing the original business intent.
Maintain a healthy, prioritized backlog and ensure upcoming work has enough clarity to support predictable delivery.
Create a consistent feedback loop between Product Management, Subject Matter Experts, process owners, developers, testers and other Product Owners.
A user story reaching Done is not the final measure of success. I want to understand whether the delivered capability actually improved the underlying business process.
Honeywell operates across several industrial markets rather than competing against one single company. This reinforces the importance of innovation, product quality, operational efficiency and speed-to-market.
Supporting reference material covering Honeywell history, SAP S/4HANA, Innovation to Order, manufacturing concepts, Product Ownership and Scaled Agile Framework terminology. Specialized terms are written out before their acronyms to make the appendix useful as a study guide.
| Year | Milestone | Why It Matters |
|---|---|---|
| 1885 | Albert Butz |
Albert Butz developed an early automatic furnace
regulator, establishing roots in automatic control
technology.
What is a furnace?
A furnace is equipment used to heat a building.
The early regulator helped automatically control
heating rather than requiring constant manual
adjustment.
|
| 1906 | Honeywell Heating Specialty Company | Mark Honeywell established a company focused on heating and control technology. |
| 1927 | Minneapolis-Honeywell | Minneapolis Heat Regulator Company and Honeywell Heating Specialty Company combined. |
| 1960s | Aerospace & Space Technology | Honeywell expanded its role in advanced aerospace, computing and control technologies. |
| 1999 | AlliedSignal + Honeywell | AlliedSignal acquired Honeywell and retained the Honeywell name. |
| 2019 | Honeywell Forge | Honeywell strengthened its focus on connected operations, industrial software, analytics and operational data. |
| 2026 | Honeywell Technologies | Honeywell Technologies became a focused automation company following the separation of Honeywell Aerospace. |
Searchable quick-reference definitions covering terminology across product, engineering, manufacturing, supply chain, integration and SAP.
Enterprise software that connects major business functions such as manufacturing, procurement, inventory, finance, supply chain and sales.
SAP is an enterprise software company whose systems help organizations manage business processes and enterprise data. The company name originated from the German phrase for Systems, Applications, and Products in Data Processing.
SAP's modern Enterprise Resource Planning platform, designed to connect enterprise processes such as finance, procurement, manufacturing, supply chain and master data.
SAP's in-memory database technology underlying S/4HANA. It is designed to process large amounts of business data quickly.
SAP's role-based user experience and application design approach used to interact with SAP business processes. Fiori is a product name rather than an acronym.
A value stream connecting product innovation and engineering to the enterprise information and processes required to manufacture and operationalize a product.
The process of moving a newly designed product from development toward manufacturing and market readiness.
Core enterprise information reused across multiple transactions and processes, such as materials, suppliers, customers and products.
An item managed within SAP, such as a raw material, component, semi-finished item or finished product.
The central SAP record containing information about a material used across procurement, inventory, manufacturing and other business processes.
The structured list of components and quantities required to build a product.
The product structure representing how engineering designed the product.
The product structure organized around how the product will actually be manufactured.
The sequence of manufacturing operations or work steps required to produce a product.
The machine, production line, labor group or physical location where a manufacturing operation is performed.
Planning logic used to determine what materials are required, how many are needed and when they are needed.
The business process used to obtain goods and services from suppliers.
An internal request indicating that a material or service needs to be purchased.
A formal order sent to a supplier requesting materials or services.
Materials or products physically available within the organization or supply chain.
An SAP object used to authorize and control production of a specified quantity of a product.
The controlled process for modifying product designs, components, specifications or structures while maintaining approvals and traceability.
Systems and processes used to manage product information from concept and engineering through manufacturing, maintenance and retirement.
SAP functionality supporting production planning, manufacturing requirements and execution.
SAP functionality supporting materials, procurement, inventory and related business processes.
SAP functionality supporting sales orders, pricing, shipping and customer fulfillment.
SAP functionality supporting financial accounting, transactions and external financial reporting.
SAP functionality supporting internal cost management, profitability analysis and management accounting.
Moving business data from legacy systems into a new environment such as SAP S/4HANA.
The completeness, accuracy, consistency, timeliness and usability of enterprise data.
A connection allowing systems or applications to exchange data and coordinate business processes.
A defined method allowing software systems to communicate and exchange information.
A structured SAP message format commonly used to exchange business information between SAP and other systems.
Processing transactions or data together at scheduled intervals rather than immediately.
Exchanging and processing information immediately or near-immediately when a business event occurs.
Business-user validation confirming that delivered functionality meets requirements and supports the intended business process.
The coordinated activities required to transition from the old system or process to the new production solution.
The point when the new system or capability becomes available for production use.
A period of elevated support immediately following go-live to identify and resolve production issues quickly.
Universal Oil Products is the historical meaning behind UOP. Honeywell UOP provides process technologies, equipment, catalysts and related solutions used across refining, petrochemicals, fuels and energy.
Systems used to heat, cool and ventilate buildings. Building automation technology can monitor and control HVAC equipment to improve comfort and efficiency.
Owns and prioritizes the Team Backlog and provides day-to-day business and functional clarification to the Agile team.
Owns broader product strategy, roadmap and feature-level priorities and works with Product Owners to translate strategy into team execution.
A framework for coordinating Agile delivery across multiple teams and larger enterprise initiatives.
A long-lived group of Agile teams working together toward a shared product or solution mission.
A larger SAFe delivery timebox containing multiple iterations or sprints during which teams work toward agreed objectives.
A collaborative planning event where teams align on priorities, objectives, capacity, risks and dependencies for the upcoming Planning Interval.
The prioritized collection of user stories, defects and enablers owned by the Product Owner for the Agile team.
A larger piece of functionality or business value that can be decomposed into team-level user stories.
A small, testable description of functionality from the perspective of a user or stakeholder.
Specific conditions that must be satisfied for a user story to meet its expected business behavior.
Technical, architectural, infrastructure or exploration work needed to support future business functionality.
Work that relies on another team, system, capability or activity before it can be completed.
Agreed criteria indicating that work contains enough information, clarity and preparation to enter development.
Agreed criteria defining what must be completed before work can be considered finished.
Ongoing activity where upcoming work is clarified, decomposed, estimated and prepared for future delivery.
A short delivery cycle during which the team builds, tests and demonstrates working functionality.
A concise statement describing the business or technical outcome a team intends to accomplish during the Planning Interval.
The expected benefit delivered by a capability, such as revenue, efficiency, risk reduction, compliance or customer impact.
A measurable value used to evaluate whether a process, product or team is achieving an important objective.
A person with deep knowledge of a specific business process, system, product or technical domain.