General Assessment Guidance
Your summative assessment for this module is made up of this Coursework submission which accounts for 100% of the marks
Please note late submissions will not be marked.
You are required to submit all elements of your assessment via Turnitin online access. Only submissions made via the specified mode will be accepted and hard copies or any other digital form of submissions (like via email or pen drive etc.) will not be accepted.
For coursework, the submission word limit is 5000 words. You must comply with the word count guidelines. You may submit LESS than 5000 words but not more. Word Count guidelines can be found on your programme home page and the coursework submission page.
Do not put your name or contact details anywhere on your submission. You should only put your student registration number (SRN) which will ensure your submission is recognised in the marking process.
A total of 100 marks are available for this module assessment, and you are required to achieve minimum 50% to pass this module.
You are required to use only Harvard Referencing System in your submission. Any content which is already published by other author(s) and is not referenced will be considered as a case of plagiarism.
You can find further information on Harvard Referencing in the online library on the Hub (Found via Help&Support). You can use the following link to access this information:
BPP University has a strict policy regarding authenticity of assessments. In proven instances of plagiarism or collusion, severe punishment will be imposed on offenders. You are advised to read the rules and regulations regarding plagiarism and collusion in the GARs and MOPP which
are available on HUB in the Academic registry section (Found via Help&Support).
You should include a completed copy of the Assignment Cover sheet. Any submission without this completed Assignment Cover sheet may be considered invalid and not marked.
This module is assessed through one graded element worth 100%. You must achieve at least 50% to pass this module. For this assignment you have to build a Project Management Consultancy Report based on the Smart City OS case study.
Hull’s journey to becoming a programmable city Here’s how Hull is racing to become the UK’s first smart city.
For a city to become smart, it takes a combination of technologies and disciplines, seamlessly integrated, with an understanding of how a huge number of customers – the population of your city – with interact with it. In the UK, several cities are racing to become the nation’s smartest
city, from London to Manchester to the country’s current leader, Bristol.
Against those larger cities, Hull might seem like the underdog, but it’s been making considerable in-roads over the past 12 months or so. In May last year, it was awarded £55,000 for smart solutions to reduce traffic congestion. Later in the year, it started a more ambitious project – to
create a purpose-built, smart operating system (OS) for the city.
The project, Smart City OS is being delivered by Hull City Council, technology company Connexin and Cisco. Connexin has been working with cities such as Newcastle Upon Tyne to deliver smart city technologies, impacting on everything from lighting, mobility, security and waste.
“Developing Hull as a Smart City will give us the opportunity to work with public and private sector partners to deliver real benefits to communities, businesses and visitors to Hull,” says Councillor Daren Hale, Deputy Leader of Hull City Council.
Hull has been quietly upgrading itself over the past five years. Its small size – with a population of around 260,000 – has allowed it to make changes at a comparatively quick pace. This has allowed Hull to become the UK’s first full-fibre city – it has the fastest broadband of anywhere in the UK, according to broadband choices.
Hull City Council had already worked with Connexin on a long-range wide area network (LoRaWAN), allowing for better business connectivity and the facility of Internet of Things devices. Creating its own OS seemed the next logical step. The aim of the project is to increase and enhance data sharing and decision-making, allowing the Council to deliver more effective services across the board, from traffic management to health and social care.
“The system pulls together information that currently sits within separate council computer systems to enable city-wide management of the city’s public assets in real-time using state-ofthe-art technology, says Hale. “Residents will receive better information to make choices about
transport, traffic and parking. But this will be just the beginning of what is possible. ”Over the course of the project, it will drive new demand for a digitally skilled workforce, which will then boost Hull’s economy. The Council is investing in skills for its young people as a result.
The OS uses Connexin tech, built on Cisco Kinetic for Cities platform. It will pull together 12 separate council IT systems. Each system will process data from a variety of sources, including city-wide sensors and Internet of Things devices. This data can be used to help facilitate various services. Connexin, with its experience in implementing smart city solutions, is taking a five-step process to the installation.
The first step is infrastructure: having the right level of area-wide connectivity to be able to deliver smart city services. This is a combination of high-speed fibre networks and LoRaWAN networks. Hull had a head start in this area – local telecoms company KCOM had invested £85m
in the city’s full-fibre network, and Connexin’s LoRaWAN was already in place.
The Smart City Os Case Study
Second is the installation of sensors across the city, to collect real-time data. This is where the 12 systems come in. Connexin’s Smart Bins is one of them. The others include the Siemens Stratos platform for traffic management; the Bartec Auto ID system for managing waste; and the Datek
The Vaisala IceCast program will help to predict the weather and plan road maintenance. The Teletrac Navman provides GPS technology, and the Citilogik system will monitor people movement. Pitney Bowes is providing asset-management software for street furniture. Elsewhere, Defra’s air-quality database, the Environment Agency’s flood monitoring platform, Hydro-Logic flooding alert sensors and the Astun iShare GIS web mapping portal – provide the rest of the data.
Stage three is the implementation of the platform and bringing all of the systems onto the OS. This is expected to take around a year. This allows for stage four – gathering insights. Stage five is about determining outcomes based on those insights. “Our platform will enable Hull to become a “programmable city” and move from outdated siloed service driven technologies to a central platform to improve service delivery, reduce costs and to make the most of new technologies such as IoT, AI and machine learning algorithms,” says Furqan Alamgir, Founder and CEO of Connexin.
Engaging the public and managing stakeholders While the data will be used by Hull City Council to improve its services across the board, the aim is to provide insights to businesses and the public too. As the systems are integrated with the OS, they will be exposed to Hull’s business and private residents. This, it is hoped, will encourage start-ups to create new technologies that the city can then pull into its Smart City OS.
“For us, it is not just about smart cities,” says Mike Kenworthy, assistant director of digital and ICT for Hull City Council, who is managing the project. “We are looking at utilising IoT and data – that we potentially collect from other sources as well – to find innovative approaches to any
One of the biggest challenges for the project is managing the stakeholders, who are spread across various departments within the council, plus other organisations such as Humberside Fire and Rescue Service, and the University of Hull. Hull City Council is taking a ‘one council’ approach to managing it all. People see the council as ‘the council’ not as a series of separate services. Constant engagement with stakeholders across
all service sectors is crucial.
Due to its size, strong digital infrastructure, and lessons learned from other smart city projects, Hull City Council has been able to skip the pilot phase and roll out Smart City OS across the city. This could potentially cause Hull to leap up the UK smart city league tables.
Hale and Kenworthy are confident that it will bring considerable economic benefits to the region, making the city particularly attractive to tech firms. While the council has a lofty ambition to make Hull the world’s smartest city, the objective is primarily to benefit the people of the city. “We do not want to be a smart city because it is cool,” says Kenworthy. “We have to be sure that what we are doing is for the benefit of the city.”
It is recommended that you should also conduct your own independent research to strengthen your knowledge of this project.
In the role of a Project Consultant you are required to develop a project report for the Smart City OS project by leveraging the techniques and concepts you have covered in the module.
Critically discuss what skills the project manager of the Smart City OS project needs to develop to be effective and reflect on possible actions the project manager of the Smart City OS project should take to develop those skills. Support your arguments with academic literature and
references to other similar real projects.
Identify relevant stakeholders and create a stakeholder influence map for the Smart City OS project and discuss why these are the most critical stakeholders emerging from your analysis. Afterwards, by leveraging the academic literature and similar real projects, critically discuss how
you engage the stakeholders you have identified with the Smart City OS project.
Critically discuss the importance of the various project triangle parameters that will need to be managed by the Smart City OS project manager over the course of the project, and how they may inter-relate to each other. Discuss the impact of possible changes to this project. Support
your arguments with academic literature and references to other similar real projects.
Provide advice to the project manager on what resources may be required for this project and what could be an effective cost estimation technique for the Smart City OS project and explain why. Support your arguments with academic literature and references to other similar real
Develop a risk analysis by constructing a risk register for the Smart City OS project. You should identify at least ten risks that the Smart City OS project should be aware of by using the appropriate categories (e.g., environmental, operational, financial, strategic, reputational, compliance, etc…). For this analysis, an appropriate risk register format should be used.
Identify at least six conflicts that may arise when running the Smart City OS project and their sources. Once you have identified those potential conflicts, critically discuss which actions can be taken by the project manager to resolve them and suggest appropriate conflict management
and/or negotiation strategies to address these. Support your arguments with academic literature and references to other similar real projects.
Critically discuss what the project manager can do to build a highly successful team for the Smart City OS project. In particular focus on the importance of how a diverse team can increase project performance., Critically reflect on what actions the project manager can take to build a diverse team for the Smart City OS project, and what are some of the challenges of working in diverse teams.
Presentation and Structure (10 Marks)
You must self-evaluate each single task of your report by using the rubric provided in the marking guide and attach it to your report. The template for this can be found in the marking guide section