Name of Programme
MSc Applied Data Science [Degree Apprenticeship]
Final Award
MSc
Location
Online
Awarding Institution/Body
University Of Buckingham
Teaching Institution
University Of Buckingham
School of Study
School of Computing
Programme Code(s)
PMSF2PADSDA / Full Time / 21 Months
Professional Body Accreditation
None
Relevant Subject Benchmark Statement (SBS)
Computing (2022)
Level 7 DTSS Apprenticeship Standard
Admission Criteria
Honours degree (2.1 or above) in a STEM subject (must have mathematics and programming skills) or significant relevant work experience;

Level 2 Maths and English will need to be evidenced prior to entering Gateway
Applicable Cohort(s)
August 2023
FHEQ Level
7
UCAS Code
Summary of Programme
This is a specialist master’s degree to equip apprentices with advanced knowledge, understanding and skills in data science and its application to achieve strategic business objectives. The programme consists of six taught modules, a work-based dissertation, a workshop/masterclass-based leadership and innovation module, and an individual project to solve a defined business problem. The programme strikes a balance between theory and practical skills in data science, emphasising on technical know-how, innovation, leadership and application, to ensure full competency within the workplace.

This programme is aligned to the Data Analytics Specialist specialism of the Level 7 Digital and Technology Solutions Specialist Integrated Degree apprenticeship standard. (Link)

Apprentices must successfully complete the apprenticeship End-Point Assessment to receive the MSc award from the University of Buckingham.
Educational Aims of the Programme
Digital and technology solutions lie at the heart of modern societies and industries of the future. Multinational corporations, small to large businesses, charities and public sector organisations are using data and digital technologies to transform the products and services they offer, and to optimise internal business processes to achieve strategic objectives.

Data Science includes solutions that handle big data from capturing, storing, processing, visualising and analysing data to discovering insights for strategic decision making. These solutions can include data mining, machine learning, advanced analytics, data visualisation and in-database analytics. Data Science has applications in banking, education, finance, food & beverage, healthcare, insurance, logistics, oil & gas, public services, retail, transport, telecom, and sales & marketing to name a few.

The MSc Applied Data Science (Degree Apprenticeship) is a specialist master’s level integrated degree apprenticeship designed to train individuals to become confident and competent data scientists who can lead, implement and deliver technological strategic solutions to achieve organisational goals in a range of different scenarios and sectors. The programme consists of six taught modules, a work-based dissertation, a workshop/masterclass-based leadership and innovation module, and an individual project to solve a defined business problem.

The programme trains apprentices in four key areas:

1. Academic and research skills: apprentices from diverse backgrounds will be trained on essential skills necessary for the successful engagement and the completion of the master’s programme. These skills are transferrable enabling apprentices to investigate, identify and evaluate technological strategic solutions for the workplace;

2. Algorithms and techniques for data science: apprentices will be trained on developing a critical understanding of a wide range of algorithms and advanced techniques, underpinned by an understanding of essential concepts, theories and facts in mathematics, statistics and computing, to design, implement and evaluate data science projects.

3. Methodologies, tools and systems: apprentices will be trained on a range of methodologies, tools and systems, many at the forefront of data science, to develop practical skills to design, implement, manage and communicate data science projects.

4. Leadership and innovation: apprentices from diverse backgrounds will be trained on inclusive leadership skills to successfully deliver workplace transformations and build high-performing data teams.

The majority of the 18-month training programme is delivered through interactive live online sessions. Several on-campus training sessions and events are held to offer opportunities for apprentices to network with others from different organisations, and be part of a community of data scientists. One-to-one project supervision and one-to-one learning development coaching offer apprentices a personalised learning experience to achieve their potential. Regular seminars by guest speakers from industry and academia are offered to enrich the overall learning experience.

Upon completion of the 18-month training programme, apprentices will enter Gateway to complete the End-Point Assessment (EPA) which takes up to 3 months.

On successful completion of the MSc Applied Data Science (Degree Apprenticeship) programme, apprentices are expected to be confident and competent in playing a leading role in data science projects, delivering business value to their organisation.

Programme Outcomes

Knowledge and Understanding

At the end of the apprenticeship, apprentices should be able to demonstrate knowledge in:

K01. The strategic importance of technology enabled business processes, and how they are designed and managed to determine a firm’s ability to compete effectively;

K02. The principles of business transformation and how organisations integrate different management functions in the context of technological change;

K03. Own employer’s business objectives and strategy, its position in the market and how own employer adds value to its clients through the services and/or products they provide;

K04. How to justify the value of technology investments and apply benefits management and realisation;

K05. The role of learning and talent management in successful business operations.

K06. The role of leadership in contemporary technology based organisations;

K07. The personal leadership qualities that are required to establish and maintain an organisation's technical reputation.

K08. The role of leaders as change agents and identify contributors to successful implementation;

K09. How to monitor technology related market trends and research and collect competitive intelligence;

K10. Technology road-mapping concepts and methods and how to apply them;

K11. How key algorithms and models are applied in developing analytical solutions and how analytical solutions can deliver benefits to organisations;

K12. The information governance requirements that exist in the UK, and the relevant organisational and legislative data protection and data security standards that exist. The legal, social and ethical concerns involved in data management and analysis;

K13. The principles of data driven analysis and how to apply these. Including the approach, the selected data, the fitted models and evaluations used to solve data problems;

K14. The properties of different data storage solutions, and the transmission, processing and analytics of data from an enterprise system perspective. Including the platform choices available for designing and implementing solutions for data storage, processing and analytics in different data scenarios;

K15. How relevant data hierarchies or taxonomies are identified and properly documented;

K16. The concepts, tools and techniques for data visualisation, including how this provides a qualitative understanding of the information on which decisions can be based.

Teaching/Learning Strategy

The Individual Learning Outcomes (ILOs) are achieved through a mixture of lectures, workshops, seminars, tutorial classes, practical classes, one-to-one supervision meetings, one-to-one coaching sessions, and workplace learning.

A full time Data Analyst or a similar role and the academic maturity in self-reliant individual learning in terms of extensive reading and practising outside the classes is essential. The following strategies are used to meet each itemised ILO:

• Lectures, Practical, and Tutorials (K04, K09, K10, K11, K12, K13, K14, K15, K16)
• Degree Apprenticeship Project (K01, K03, K04, K09, K11, K12, K13, K14, K15, K16)
• Work-based dissertation (K03, K09, K11)
• Leadership and Innovation workshops, masterclasses and seminars (K01, K02, K04, K05, K06, K07, K08, K12)
• Workplace projects (K01, K02, K03, K05, K06, K07, K08, K09, K10, K12)

Assessment Strategy

Each ILO is assessed through various assessment methods including coursework, practical tests, portfolio, MCQs, presentations, reports, and viva. The assessment methods of each module are stated in the respective module specifications.

Assessment of the ILOs is through the following means where numbers in the brackets refer to the ILO items:

• Coursework, Practical tests, Portfolio, MCQs, and Presentation (K04, K09, K10, K11, K12, K13, K14, K15, K16)
• Degree Apprenticeship Project Reports, Practical work and Viva (K11, K13, K14, K15, K16)
• Work-based Dissertation Report and Viva (K03, K09, K11)
• EPA Professional Discussion (K01, K02, K03, K05, K06, K07, K08, K09, K10, K12)

Programme Outcomes

Cognitive Skills

At the end of the apprenticeship, apprentices should be able to demonstrate knowledge, skills and behaviours to:

1. Have an understanding and appreciation of the scientific approach to data science and its relevance to society and everyday life;

2. Data comprehension and analytics through knowledge and understanding gained from the programme;

3. Independent and collaborative problem-solving by applying the knowledge and understanding of concepts, theories, methodologies and techniques gained from the programme;

4. Critical analysis and evaluation of solutions and software tools through an understanding of their strengths and limitations, their suitability in problem solving, and any trade-off issues ;

5. Model and solution testing through use of recognised and appropriate criteria and rigorous procedures and draw objective conclusions;

6. Developing understanding and appreciation of professional issues in relation to proper use of data science technology and related GDPR guidelines in the UK

Teaching/Learning Strategy

All the skills listed are obtained through a mixture of practical exercises, tutorial discussions, coursework attempts, individual project work and real workplace tasks. In particular, the following are directly useful:

• Research Methods
• Modules Coursework and projects
• Degree Apprenticeship Project
• Work-based Dissertation
• Workplace projects

Assessment Strategy

Each ILO is assessed through various assessment methods. The assessment methods of each module are explicitly stated in the module specification.

All the cognitive skills listed are assessed by the following means and shown through the work submitted:

• Coursework
• Practical tests
• Degree Apprenticeship Project Reports
• Degree Apprenticeship Project viva
• Work-based dissertation and viva
• Professional development portfolios
Programme Outcomes

Practical/Transferable Skills

Subject Related Practical Skills:

At the end of the apprenticeship, apprentices should be able to demonstrate skills to:

S01. Identify, document, review and design complex IT enabled business processes that define a set of activities that will accomplish specific organisational goals and provides a systematic approach to improving those processes;

S02. Design and develop technology roadmaps, implementation strategies and transformation plans focused on digital technologies to achieve improved productivity, functionality and end user experience in an area of technology specialism;

S03. Deliver workplace transformations through planning and implementing technology based business change programmes including setting objectives, priorities and responsibilities with others in an area of technology specialism;

S04. Negotiate and agree digital and technology specialism delivery budgets with those with decision-making responsibility;

S05. Develop and deliver management level presentations which resonate with senior stakeholders, both business and technical;

S06. Professionally present digital and technology solution specialism plans and solutions in a well-structured business report;

S07. Demonstrate self-direction and originality in solving problems, and act autonomously in planning and implementing digital and technology solutions specialist tasks at a professional level;

S08. Be competent at negotiating and closing techniques in a range of interactions and engagements, both with senior internal and external stakeholders;

S09. Evaluate the significance of human factors to leadership in the effective implementation and management of technology enabled business processes;

S10. Develop own leadership style and professional values that contributes to building high performing teams;

S11. Apply broader technical knowledge combined with an understanding of the business context, and how it is changing, to deliver to the company’s business strategy;

S12. Demonstrate effective technology leadership and change management skills for managing technology driven change and continuous improvement;

S13. Create and implement innovative technological strategies to support the development of new products, processes and services that align with the company’s business strategy, and develop and communicate compelling business proposals to support these.

S14. Identify and select the business data that needs to be collected and transitioned from a range of data systems; acquire, manage and process complex data sets, including large-scale and real-time data;

S15. Undertake analytical investigations of data to understand the nature, utility and quality of data, and developing data quality rule sets and guidelines for database designers;

S16. Formulate analysis questions and hypotheses which are answerable given the data available and come to statistically sound conclusions;

S17. Conduct high-quality complex investigations, employing a range of analytical software, statistical modelling & machine learning techniques to make data driven decisions solve live commercial problems;

S18. Document and describe the data architecture and structures using appropriate data modelling tools, and select appropriate methods to present data and results that support human understanding of complex data sets;

S19. Scope and deliver data analysis projects, in response to business priorities, create compelling business opportunities reports on outcomes suitable for a variety of stakeholders including senior clients and management.



Behavioural and Transferable Skills:

At the end of the apprenticeship, apprentices should be able to demonstrate the following behaviours:

B01. Inspire and motivate others to create strong positive relationships with team members to produce high performing technical teams.

B02. Establish high levels of performance and be results and outcomes driven to achieve digital and technology solutions objectives;

B03. Be results and outcomes driven to achieve high key performance outcomes for digital and technology solutions objectives;

B04. Promote a high level of cooperation between own work group and other groups to establish a technology change led culture;

B05. Develop and support others in developing an appropriate balance of leadership and technical skills;

B06. Create strong positive relationships with team members to produce high performing technical teams


They should be able to demonstrate the following transferable skills:

1. Intellectual skills in critical thinking, information literacy, putting forward a sound argument;

2. Research skills such as collecting, selecting, analysing and documenting literature regarding relevance and recency;

3. Autonomy and independence in self-guided learning, self-management, reflection and dealing with deadlines ;

4. Communication skills in conversing ideas to people of various backgrounds effectively, and being able to convince others;

5. Teamwork in tackling problems of complex natures, being able to compromise and negotiating acceptable conclusions;

6. Contextual awareness of the needs of individual and community, the working environments of business organisations, opportunities and challenges created by computer based solutions;




Teaching/Learning Strategy

Subject Related Practical Skills:

The skills are obtained through practice in:

• Practical classes and coursework (S01, S02, S03, S04, S05, S06, S07, S11, S13, S14, S15, S16, S17, S18)
• Degree Apprenticeship Project (S01, S03, S06, S07, S08, S11, S12, S13, S14, S15, S16, S17, S18, S19)
• Work-based dissertation (S01, S03, S14)
• Real workplace projects (S02, S03, S04, S05, S09, S10, S11, S12, S13)


Transferable and Behavioural Skills:

The skills are obtained through practice in:

• Lectures, tutorials, and practical classes
• Workshops and seminars
• Coursework
• Degree Apprenticeship Project
• Work-based dissertation
• Real workplace projects

Assessment Strategy

Subject Related Practical Skills:

Each ILO is assessed through various assessment methods. The assessment methods of each module are explicitly stated in the module specification. The key skills are assessed by the following assessment methods:

• Coursework
• Degree Apprenticeship Project reports
• Degree Apprenticeship Project viva and presentation
• EPA Professional Discussion


Transferable and Behavioural Skills:

Each ILO is assessed through various assessment methods. The assessment methods of each module are explicitly stated in the module specification. The key skills are assessed by the following assessment methods:

• Coursework
• Oral presentations
• Degree Apprenticeship Project reports
• Degree Apprenticeship Project viva and presentation.
• Work-based Dissertation
• EPA Professional Discussion

External Reference Points
● QAA Framework for Higher Education Qualifications of UK Degrees
Link

● Relevant QAA Subject Benchmark Statements
Link

● Apprenticeship Standard: Digital and Technology Solutions Specialist (Degree)
Link
Please note: This specification provides a concise summary of the main features of the programme and the learning outcomes that a typical student might reasonably be expected to achieve and demonstrate if he/she takes full advantage of the learning opportunities that are provided. More detailed information on the learning outcomes, content and teaching, learning and assessment methods of each course unit/module can be found in the departmental or programme handbook. The accuracy of the information contained in this document is reviewed annually by the University of Buckingham and may be checked by the Quality Assurance Agency.
Date of Production
August 2023
Date approved by School Learning and Teaching Committee
Last Revision Date: April 2024
Date approved by School Board of Study
Last Revision Date: April 2024
Date approved by University Learning and Teaching Committee
Last Revision Date: April 2024
Date of Annual Review
In line with the University annual monitoring review process

 

PROGRAMME STRUCTURES

MSc Applied Data Science [Degree Apprenticeship]

PMSF2PADSDA / Full Time / January Entry
Term 1
Winter
Mathematics and Statistics for Data Analysis [L7/15U] (SPFMSD2)
Scripting for Data Analysis [L7/15U] (SPFSCD2)
Term 2
Spring
Data Exploration and Visualisation [L7/15U] (SPFDEA2)
Term 3
Summer
Applied Techniques of Data Mining and Machine Learning [L7/15U] (SPFDMM2)
Systems and Tools for Data Science [L7/15U] (SPFSTD2)
Term 4
Autumn
Research Methods [L7/15U] (SPFRME2)
Leadership and Innovation in Data Science [L7/15U] (SPFLID2)
Term 5
Winter
Degree Apprenticeship Project [L7/60U] (SPFDAPJ) *
Work-based Dissertation [L7/15U] (SPFWBD2)
Term 6
Spring
Degree Apprenticeship Project [L7/60U] (SPFDAPJ) *
(Continued)
Term 7
Summer
Degree Apprenticeship Project [L7/60U] (SPFDAPJ) *
(Continued)
End Point Assessment

* *

Note: The End Point Assessment (EPA) will run after the 18 month programme, to be completed by 21 months.*Please note there are Special Regulations governing this programme, which can be reviewed in the University of Buckingham’s regulations Handbook: https://www.buckingham.ac.uk/about/handbooks/regulations-handbook/.

 

MSc Applied Data Science [Degree Apprenticeship]

PMSF2PADSDA / Full Time / September Entry
Term 1
Autumn
Research Methods [L7/15U] (SPFRME2)
Leadership and Innovation in Data Science [L7/15U] (SPFLID2)
Term 2
Winter
Mathematics and Statistics for Data Analysis [L7/15U] (SPFMSD2)
Scripting for Data Analysis [L7/15U] (SPFSCD2)
Term 3
Spring
Data Exploration and Visualisation [L7/15U] (SPFDEA2)
Term 4
Summer
Applied Techniques of Data Mining and Machine Learning [L7/15U] (SPFDMM2)
Systems and Tools for Data Science [L7/15U] (SPFSTD2)
Term 5
Autumn
Degree Apprenticeship Project [L7/60U] (SPFDAPJ) *
Work-based Dissertation [L7/15U] (SPFWBD2)
Term 6
Winter
Degree Apprenticeship Project [L7/60U] (SPFDAPJ) *
(Continued)
Term 7
Spring
Degree Apprenticeship Project [L7/60U] (SPFDAPJ) *
(Continued)

* *

Note: The End Point Assessment (EPA) will run after the 18 month programme, to be completed by 21 months.*Please note there are Special Regulations governing this programme, which can be reviewed in the University of Buckingham’s regulations Handbook: https://www.buckingham.ac.uk/about/handbooks/regulations-handbook/.