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MIS604 Requirement Engineering Report Sample

Task Summary

This final assessment requires you to respond to the given case study used in Assessment 1 and 2, so that you can develop insights into the different facets of Requirements Analysis in agile. In this assessment you are required to produce an individual report of 2000 words (+/-10%) detailing the following:

1. A Product Roadmap for the project

2. Product Backlog of coarse granularity including Epics and User stories

3. Personas who typifies the future system end user

4. Decomposition of Epics into User stories for first release

5. Minimum Viable Product (MVP) definition for first release

6. Story Mapping for MVP - ordering User stories according to priority and sophistication

7. Story elaboration of User stories for MVP to ensure that the User story is clear, along with the acceptance criteria for the elaborated stories to ensure the ‘definition of done’.

8. A paragraph detailing the similarities and differences between ‘traditional predictive’ and ‘Agile’ requirements analysis and management.
Please refer to the Task Instructions for details on how to complete this task.


 In the second assessment you would have developed capability in the areas of requirements analysis and requirements lifecycle management, which are well recognised Business Analysis skills and capabilities. However, Agile has become a recognised software development approach which is both adaptive and iterative in nature. This has necessitated the development of new and differentiated requirements analysis and management skills, techniques, and capabilities. This assessment aims to assist you in developing well-rounded skills as a Business Analyst who uses a spectrum tools and techniques. In doing so, you can draw irrespective of the approach your future employer may take to software development.



The report will discuss the different user stories and epics in developing a product, "ServicePlease", which is an online delivery system. The grocery stores can register in the system where the users can see the profile and order the products. For assignment help A software system will require the development of user stories and product roadmap by developing personas from consumers' perspectives. The story mapping for the minimum viable product will be described in this report, where the sophistication of the design approach and priority of design according to the mapping of the product will be highlighted. The use of agile project management and the traditional predictive model will be discussed, where similarities and differences of each project management style will be examined.

Addressing the areas regarding case study

Product Roadmap for the project

ABC Pty Ltd aims to develop the "ServicePlease" online home delivery system based on the combination of website and mobile application. For that purpose, the roadmap to ensure efficient system development is needed to be considered. Release planning involved in product roadmap creates effective time management (Aguanno, & Schibi, 2018).


Table 1: Product Roadmap including releases and time
Source: (Developed by the author)

Product backlog including Epics and User stories


Table 2: Product backlog
Source: (Developed by the author)

Persona who typifies the future system end-user


Table 3: Persona engaged in satisfying end-users
Source: (Developed by the author)

Decomposition of Epics into User Stories for the first release

Requirements analysis for system development includes specific user stories which help to elicit the requirements for new systems in business (Stephens, 2015). The decomposition of epics into user stories will help specify the requirements and the tasks associated with each user story.


Table 4: (Epics decomposed into user stories)
Source: (Developed by the author)

Minimum Viable Product (MVP) definition for the first release

The first release will include several items which will increase the viability of the system. System design development through minimum viable products ensures basic operations within the software (John, Robert, & Stephen, 2015). The minimum viable products for the "ServicePlease" home delivery system may include a basic user interface design for registration, sign-up, and verification. The registration and sign-up processes will allow the users to enter into the system. Verification of the criminal history and other records of the service providers will help to maintain the safety of the residential customers and to appoint appropriate candidates as service providers. The interface will serve as a communication platform between the users and the system. The system will also include security check-up features like VCC, VEVO, ABN for the first release. The payment feature will also be developed during the first release. Apart from that, the "ServicePlease '' home delivery system will include the features like a search bar tool, navigation key, order desk, and feedback and review desk.

Story Mapping for MVP

The user stories related to the system development of "ServicePlease" in ABC Pty Ltd will be arranged systematically for identifying the priority level.

Priority 1

- The registration process in the first release is the most important step as it will ensure proper verification of the users' details.

- Inputting the criminal history, driving license, vehicle registration certificate, and citizenship proof, the service providers will register within the system.

- The security checking process helps to ensure authentication within the system (Liu et al. 2018).

Priority 2

- The sign-up process will help the customers to enter into the system by providing their email address, phone number, and basic details.

- Sign-up is essential for managing order placement and product search

Priority 3

- The payment option will help the resident customers to pay for the orders
- Information and transaction security during payment is essential (Serrano, Oliva, & Kraiselburd, 2018)
- The priority of the payment feature development in the first release is high

Priority 4

- Order preparation option will help the supermarkets to accept the orders of the customers.
- The priority of order desk creation in the first release is moderate

Priority 5

- The feedback and Review option will be generated after the first release, so the priority is low.
- The feedback process will help the customers to state their comments about the services.

Story elaboration of User Stories for MVP


Table 5: Story Elaboration of User Stories for MVP
Source: (Developed by the author)

Acceptance Criteria for elaborated stories


Table 6: Acceptance criteria
Source: (Developed by the author)

Similarities and differences between agile and traditional predictive analysis and management


The agile methodology delas with the development of user stories, roadmaps and develops product vision. It also helps to create user stories and develops a project management plan. Reasonable and marketable products are developed in an iteration due to which monitoring and creating the project development through a retrospective approach can be an easy approach. The primary focus of agile is to achieve targets and customer satisfaction. IT and software projects tend to prefer agile project management (El-Wakeel, 2019). On the other hand, Project charter development and the project plan is developed by developing sub-projects in the case of traditional project management. Also, interim deliverables are developed and the project control and execution are managed with predictive analysis. Following a waterfall model and each phase are planned at different stages of the product life cycle.


Agile focuses on planning, cost, scope and time with prominence with term work and customer collaboration. Considers customer feedback and constant development at each phase of iteration, preventing time consumption and improved customer satisfaction. The client involvement is high as interaction and requirements constantly change in every phase of development. Both current and predictable requirements are used where the waterfall model is considered. Agile project development of good quality, motivation in team performance and client satisfaction (Loiro et al. 2019). In the case of traditional predictive methodology, The project follows the same life cycle where every stage is fixed, like planning, design, building, production, testing and support. The requirements are fixed and do not change with time. The current and predictable requirements are considered as the product develops completely without any change in iterative phases. Coding is done at a single stage, and testing is not performed at every iteration.


The epic story and user identification help in developing the right product according to customer requirements. Minimum Viable Product design is important to initially develop the product outcomes and the features associated with the software design. Using an agile project approach will be helpful for the design of software as feedback at iterative stages can guide in user mapping based on requirements, and the final product can be justified in terms of the demand and identification of the probable consumers. The ordering of user stories according to priority is elaborated, which is helpful in developing the product. The definition of done is achieved by developing the product through story mapping based on user stories, and the persona development identifies the specific expectations related to consumer experiences and requirements associated with the product. 



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MEM603 Engineering Strategy Report Sample

Task Summary

In response to the background information provided, your group needs to research and develop a strategy to manage an engineering discipline within an international company operating across different global regions. You need to present your research in a 2,000 word (+/–10%) plan.

Please refer to the Task Instructions (below) for details on how to complete this task.


For some time now, there has been a world-wide movement towards the cross-border integration of business activities, which, in the case of products and services, covers their design, manufacture, distribution and sale. This also includes engineering and technical disciplines operating across different global regions. For example, research and development (R&D) is being decentralised to reduce costs and access new capabilities; manufacturing is being moved to be closer to major emerging markets; the engineering design stage of product development is changing to cope with demands for quality and customisation; and licensing technologies are being introduced in new markets in which organisations do not have a presence. The trends driving the need to manage engineering disciplines across different global regions include the advent of the digital age (e.g., information and communications technology and the internet), the emergence and growth of developing countries with low costs and high levels of engineering capability (e.g., India and China) and the increasing cost of R&D and innovation.

International companies need to develop international strategies to ensure that engineering activities across the world are appropriately coordinated and managed. Strategic options to do this include joint ventures, setting up decentralised subsidiaries, mergers, acquisitions and licensing.



Globalization has enabled the channelization of products and services that are coming from across borders. Engineering organizations are some of the most prolific companies involving engineers that provide different types of activities (Aznar-Sánchez et al., 2019). The work of engineering organizations is to make the world a better place and to do things in a better manner. Engineering organizations use their creativity to solve the design challenges resulting in solution-oriented thinking to help build a simplified future. For Assignment Help Engineering organizations are some of the most innovative companies working on a global scale, helping develop infrastructure and providing a key medium to help countries to progress. The globalized nature of engineering organizations is a key tool to grow the national economy resulting in the prosperity of the country and contributes to the development of labor and capital (Fazey et al., 2018). Engineering services and organizations have become an important vehicle for generating GDP growth. Technology and information communication (ICT) has become a key aspect of engineering organizations and technology is paving the way to channelize the strategic decision making reflecting the new operations and business developments. This report is an investigation of engineering business concepts that helps organizations to create strategic planning. The engineering company selected for this report is Hatch Pty Ltd which is a 65 years old company perfecting engineering innovation on a global scale. This report will analyze the business innovation and technology management strategies with a review on technology strategies.

Company Background

Hatch Associates PTY LTD is a Brisbane, Queensland; Australia-based engineering solution Provider Company that deals in the Architectural, Engineering, and Allied Services Industry. Hatch Associates PTY LTD operates at a global level with offices and projects in North America, South America, Middle East, United Kingdom, Russia, South Africa, China, India, Indonesia, and Australia. There are more than 1.124 employees across all the locations of Hatch Associates which is generating revenue of $166.91 million (USD). Hatch Associates PTY LTD is a conglomeration of 12 companies working in Engineering services, Management services, Office Administrative Services, Professional Scientific, and Technical Services. The overall experience of Hatch Associates PTY LTD spanned over more than 150 countries with major project work in metal, energy infrastructure, digital, and investment sectors (Koulinas et al., 2019).

Hatch Associates PTY LTD is a globally reputed organization committed to make the world a better place through effective engineering solutions based on the development of better ideas, smarter applications, and efficient professional service delivery. The work culture and innovation in the Hatch Associates PTY LTD is employee-owned and independent-free combining diverse teams, vesting engineering and business knowledge to partner with clients on a global scale. The resultant engineering solution is based on best-fit market strategies, helps manage and maximize the production and also creates game-changing technologies, designs, and complex projects completions (Kozaki et al., 2017). Apart from the engineering marvels, Hatch Associate PTY LTD also considers business sustainability and indigenous people policy as a forward objective of the organization and interconnects the community benefits with profitability.

Existing Engineering strategies

The engineering approaches and strategies adopted and practiced by Hatch Associates PTY LTD are time-effective, sustainable, and yet profitable. Based on the scale and scope of engineering solutions provided by Hatch, a wide array of tested strategies was selected to meet the contextual requirements of each project (Maskuriy et al., 2019). The impact of the region, natural conditions, labor laws of the country in which Hatch is operating influence and shapes the engineering’s strategies. Hatch Associates' existing strategies are governed by the theory of sustainable engineering, which is the process of managing a production based on the optimum utilization of resources and energy. The focus of sustainable engineering is to meet the needs of the existing world in such a manner not impacting future demands (Rahimifard & Trollman, 2018). Following elaborated strategies are currently used by Hatch Associated PTY LTD:

Sustainable Solutions

Engineering projects performed and completed by the Hatch Associated PTY LTD have always been challenged because of their proximity to nature and the local communities that live around them. A successful project performed by Hatch Associated PTY LTD requires the Project Company to extend the beneficial purpose to the surrounding community. Hatch Associates uses the strategy of “Leaving it better than we found it”, this mantra of working starts with performing an environmental assessment of the project along with the feasibility analysis (Pietrobelli et al., 2018). The development projects are provided with a positive relationship with the local surrounding communities based on mutual understanding. The response to sustainable solutions by Hatch works on the following perspectives:

• Developing stronger relationships with the surrounding communities early.
• Both Hands Open strategy
• Celebrating the differences
• Building for the future generation
• Understanding to understood

Urban Solutions

Globally the need for engineering solutions was to develop the cities in terms of infrastructure which further requires a myriad web of maintenance, underinvestment, sometimes impacted due to poor planning and the changing political agendas (Oesterreich & Teuteberg, 2016). These characteristics of urban solutions have to be responded to by any engineering solution. Local communities and financial investors are key stakeholders in engineering projects whereas the powers of urban innovation or not so innovation lie in the hands of politicians (Ordieres-Meré et al., 2020). The strategy of Hatch Associates PTY PTD is based on developing the risk management approaches to the engineering solutions and adhering to the global agendas of sustainable development. The response to the myriad challenges and complexities in developing the urban-centric engineering solutions is as given below:

• Small steps, big impacts
• New Opportunities for development
• Smart prioritization
• Best practices as the way forwards
• Technology integration

Water Development

Water is the essence of life. It is a critical resource interlinking the borders, communities, places, and activities. Engineering and water have been closely associated since the early development of scientific innovations be it transportation or water energy generation. With the increasing pace of urbanization, the stress on the water on a global scale has impacted the engineering responses by organizations. Water other than urbanization is a key agent to mining has a direct relation with the project outlook and planning for Hatch Associates PTY LTD (Pietrobelli et al., 2018). A careful strategy based on the true cost including the social, economic, and environmental perspectives is channeled and adopted by Hatch Associates working on the following given responses and principles:

• Turning data into decisions
• Delivering water wherever it is needed
• Effective environmental protection
• Approaching water-sensitive industrial development

Innovation in Mining

Mining has been one of the major aspects of Engineering solutions, the magnitude of mining and metal products have been increasing profitably and equally controversial. Any engineering company involved in mining demands looking from a new perspective where thinking in a smarter way has been the need (Qu & Fan, 2010). Engineers at Hatch Associates are at the core of solving environmental-related problems during mining operations. Hatch Associates response to the strategic decisions of mining projects involves a partnership with the clients to tackle the challenges based on the following strategies:

• Automation
• Electrification
• Continuous operations
• Eliminating Obstacles
• Optimization of flow sheet

Proposed Strategy

The engineering solutions in the 21st century are facing complex challenges which are outside the engineering domain of solutions. The proposed strategy of Hatch Associates is a response to climate engineering theory. According to Climate Engineering theory, engineering works produced by organizations should focus on climate mitigation and climate responsiveness. The journey of Hatch Associates PTY PTD is similar, with multiple projects on a global scale; Hatch Associates are feeling the heat from multiple aspects and must need to innovate. The Climate crisis has been one of the major worries of all engineering organizations (Yazdani et al., 2021). Risk management and climate crisis are some of the potential set of problems that every organization including Hatch Associates is dealing with. The climate Agenda of the Paris Accord 2015 is an abounding agreement of international nature that every country including Australia and Australian organizations are bound to integrate. Water-based issues and problems of post-engineering solutions are pressing the projects of engineering companies. The global oil issues and the world of pirates impacting the supply chains have been major forces resulting in a reduction in profitability and credibility of engineering companies.

The proposed strategy for Hatch Associates PTY LTD is based on the integration of technology streamlining the project monitoring and project management. Hatch Associates PTY LTD used the following strategies to navigate the business of engineering solutions and projects across the global regions (Zhang et al., 2021).

Responding to Energy Transitions

Hatch Associates PTY LTD is working towards the management of energy with better planning and management to optimize the energy requirements. Hatch Associates acknowledge the value of climate engineering theory and is making intentional efforts to positively modify the climate using responsible engineering (Jackson, 2011). Hatch Associates is working towards creating a planned system of load forecasting, system modeling, business case evaluations, and resource planning. These phases of energy management are aim to increase efficiency with the improvement of reliability for engineering networks (Kozaki et al., 2017).

Hatch Associates PTY LTD is working on developing clean energy generation, to develop the low carbon world, aiming for strategic improvements. Hatch Associates at the Architectural level are developing solar energy, wind power into engineering projects.

Carbon-free nuclear technology development is a high prospect area for the Hatch Associate which is going to reap benefits of higher scale increasing the competitive value and business opportunities as well.

Digitization to Transformation

Digital business opportunities are going to drive the Gen-next engineering solutions specifically in the field of Health and Urban solutions. Engineering solutions developed by Hatch Associates are based on the theory of digitalization, which states that every input of digital technologies has an equal economic benefit (Vogelsang, 2012). Thus as a way forward and looking at the data-driven world, computer technologies and digitization power will be an important step to mark the integration of project monitoring, site study, environmental assessments and thus aiming to reduce the risk profiling of the projects (Maskuriy et al., 2019). Every global location in which Hatch Associates is working towards a common and control center at the regional level to stress on the project management aspects, pre-project planning based on GIS, Satellite imagery to improve the project outcomes. Integration of digital design, procurement, and construction is based on the data-driven virtual project management and delivery capability. Hatch Associates are imaging to leverage the digital twin aimed to collect the data and information at the right time, from the right people, and in the right format. Virtual representations will help Hatch Associates making it Data-rich and data-centric using advanced analytical and machine learning. Hatch Associates will aim to integrate operations and performance centers to improve team collaboration for improving the decision-making and effectively resulting from the problem-solving (Oesterreich & Teuteberg, 2016).

Purpose-driven Analytics and Optimization

According to Ordieres-Meré et al., (2020) purpose-driven analytics is going to influence the restricting of the engineering organization and will be among the core business operation. Hatch Associates considers modeling and data optimization such as artificial intelligence (AI), Machine Learning (ML), and Operations Research (OR) are going to be powerful technologies that will add high value to existing and proposed business solutions. These technologies will mark the successful adoption helping construction projects improve upon mathematical sophistication. Hatch Associates PTY LTD aims to build capabilities through the following strategic development:

• Integrated value chain optimization helping decision and support systems to improve the logistical and distribution supply chains.

• AI & ML will help Hatch Associate to optimize the production aiming to leverage the state-of-art-OR knowledge in mining, mineral processing, metal, Oil and Natural gas, and others.

• Using technologies to create a centralized system of online process monitoring.

• Asset management improving the risk-based long-term management and parameter estimation.


Engineering solutions are a vital part of developing the world for the future. The current sphere of engineering organization and solutions comprises data-driven technologies along with the primary aspect of engineering that involved production and discoveries. Engineering solutions provided by an organization such as Hatch Associated PTY LTD which is based in Australia but has experienced working in more than 150 countries requires technologies based on digital and ICTs. The new changing era of ICT technologies will help Hatch Associates to effectively monitor the project outcomes and to plan the strategies of project initiation at a much-informed level. This report is an investigation piece comprising of the analysis of existing engineering approaches and strategies used by Hatch Associates highlighting the changes in the current approaches leading to proposing the new strategies that are based on the technology of ICTs and Digitalization. The proposed strategies include Purpose-driven Analytics and Optimization, Digitization to Transformation, and Responding to Energy Transitions to channel the business effectiveness into the new world order.



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