## 1 Introduction  
Agile software projects (ASFs) are conducted with an iterative and incremental approach [1], based on project scope definition [2] and project planning. According to [PERSON] et al. [3], the most important factors that influence on-time delivery in large-scale agile software development are requirements refinement, task dependencies and organizational alignment. [PERSON] et al. [2] propose using multiple models and other forms in requirements elicitation to enable more precise formulation of the agile software development project scope--user stories, UML (Unified Modeling Language) use case diagram, UML activity model, domain class model, requirements list and SysML requirements.  
Process-aware information systems (IS) are created to support, control or monitor business processes. [PERSON] and [PERSON] [4] propose a close relationship between business needs and continuous software engineering with the BizDev approach. The importance of business process modeling as an essence for software design within enterprise information systems has been particularly emphasized for data flow representation in the work of [PERSON] [5]. [PERSON] et al. [6] introduce the BuPUS method that utilizes business process models in understanding relationships between user stories [6]. Agile software requirements prioritization includes estimation of the business value for each preliminary requirement, before the prioritization process with other relevant factors [7]. The Disciplined Agile Delivery (DAD) [8] framework includes enterprise awareness as one of the basic principles.  
The business process model could be a basis for the definition of a software product scope and delivery planning, especially in enterprise-aware/process-aware information systems development. Previous research results did not provide a straightforward method to be conducted from business process models to work items list (WIL) for software development. This research contributes with a method that integrates business process models, software functional patterns (SFP) and work items list patterns (WILP) to support enterprise-aware software design and development planning within Disciplined Agile Delivery methodology. The key contributions of this research are related to the following:  
* The concept of **D**isciplined **A**gile **F**unctional **Q**rdered **W**ork **I**tems **L**ist (DA-FOWIL)--includes an ordered work items list, based on software functions (SF) (derived from business processes and software functional patterns) and work items list patterns. The created DA-FOWIL work items list could be used in iterations planning of DA-based software development;
* The method BPriS (Disciplined Agile Delivery Planning Method Based on Work Items List Pattern Applied to **Pr**oritized **S**emantially Coupled Software Functions Derived from **B**usiness Process Model and **S**oftware Functional Patterns)--for the creation of DA-FOWIL, based on business process model mapping to software functions, software development prioritization, semantic coupling of software functions, technology-dependent software functional patterns and work items list patterns.  
The rest of this work is organized as follows: Section 2 provides a brief explanation of basic terms related to Disciplined Agile Delivery and business process modeling; Section 3 provides short literature review regarding business process mapping to software design, software semantic coupling, software functional patterns, agile software development planning and automation and agile software release planning and prioritization; Section 4 describes the proposed method; Section 5 illustrates the results of proposed method utilization applied in accounting software development in a private general hospital; Section 6 summarizes method feasibility and limitations; and Section 7 bring conclusions and future work directions.