University of Hull Online Masters in Engineering Management
The Masters in Engineering Management degree teaches advanced skills in Engineering Management, with a strong emphasis on industrial applications. Understand core management principles and develop the ability to both analyse and oversee processes, projects and enterprise systems, enhancing leadership and strategic thinking skill during the course.
What the Online Masters in Engineering Management teaches
- Learn to strategically identify and implement best practices and management principles in engineering organisations
- Learn techniques such as Lean that helps eliminate waste and improve efficiencies, increasing an organisation’s competitiveness
- Understand how cultures, measures and philosophies impact performance
- Learn to develop and implement quality improvements from both a financial and technical perspective
- Understand the logistical challenges and relationships within the supply chain, and how to manage pricing and purchasing policies
- Learn project management strategies and techniques such as ITIL, Agile and Prince2 to build new production processes
- Develop the leadership knowledge and skills to be a successful Engineering Manager.
The Online Masters in Engineering Management is suited for those with a technical background in the Engineering or Technology fields.
Benefits of an Online Masters in Engineering Management
The MSc in Engineering Management focuses on oral and written communication skills, team-based approaches, management of technology and its relevant department as well as continuous improvement. Gain the global mindset and leadership skills to manage a team of engineers, a department with a focus on technical skills and to succeed in the engineering industry.
Career paths for the Masters in Engineering Management include:
- Project engineer
- Quality engineer
- R&D engineer
- Systems engineer
- Production engineer
- Business Development Executive
- Executive Manager
Entry requirements – Masters in Engineering Management
A minimum 2:2 BEng degree in an engineering discipline or related subject (for example Science, Technology, Engineering and Mathematics (STEM) disciplines, Manufacturing etc.) or international equivalent. Applicants who do not meet this requirement may still be considered but will need to present:
- Evidence of highest qualification achieved
- Evidence of any relevant professional qualifications or memberships
- Your current CV, highlighting relevant experience in detail (including managerial responsibilities within the context of an engineering organisation)
You may also be required to complete an admissions test and online interview.
- An IELTS 6.0 score (with minimum 5.5 in each skill). If your first language isn’t English please contact a Higher Education Consultant for more information.
- One professional or academic reference
- A personal statement of around 300-500 words.
Engineering for Quality and Business Improvement (30 credits)
- Provide evidence of in-depth knowledge and comprehension of manufacturing quality assurance processes, their origin and evolution to present day, and the role that they play within a manufacturing organisation
- Identify and apply advanced product tools and techniques, Design For X (DFX) methods, and business operational practices to show differences in prioritising design and manufacturing constraints, and how these can affect industrial competitiveness
- Critically analyse and evaluate key aspects of business performance from a range of disconnected data and information sets
- Choose industry appropriate formats and styles to communicate the findings of a manufacturing process review and redesign study
Assessment methods:
- Assignment portfolio (typically including product study, lean study, etc) (70%)
- Online tests (30%)
Project and Financial Management (30 credits)
- Utilise a systematic understanding of security valuation, investment appraisal, the relationship between risk and return, the cost of capital, capital structure, and dividend policy
- Evidence a critical appreciation of the most important assumptions underlying the strengths and weaknesses of financial theories and frameworks by solving financial management problems through the selection and application of appropriate techniques
- Select, use, and demonstrate understanding of advanced project management tools and techniques relevant to planning, managing, and controlling a complex engineering project involving a wide range of resources within the workplace environment
- Construct and convey to a range of stakeholders, a fully detailed contract / project proposal, including appropriate cost estimates and seeking appropriate guidance with respect to relevant legal and ethical issues
Assessment methods:
- Project management project proposal and plan (70%)
- Financial management online assignment (30%)
Management of People and Organisations (30 credits)
- Evidence a systematic and critical understanding of the theory and practice of managing modern day organisations, people management, and leadership
- Apply appropriate frameworks in order to critically analyse and reflect upon management theory in the light of practice
- Demonstrate a comparative and critical approach to management that incorporates an ability to evaluate the appropriateness of management and leadership theory in different contexts
- Demonstrate an ability to think critically – in particular, to organise, analyse, synthesise, and critically appraise information and be reflexive
Assessment methods:
- Project management project proposal and plan (70%)
- Financial management online assignment (30%)
Principles of Logistics and Supply Chain Management (30 credits)
- Systematically apply the principles of Logistics and Supply Chain Management to critically analyse and evaluate contemporary logistics and supply chain issues by engaging with the relevant literature and practices at the forefront of the discipline
- Compare and contrast case study material with contemporary logistics and supply chain management theory to critically evaluate current issues in this discipline
- Analyse, synthesise, and discuss – with self-direction – unstructured and complex problems specific to this discipline to deliver suitable solutions
- Demonstrate a critical understanding of how contemporary theory is applied to practical logistics and supply chain problems, also through reflection
Assessment methods:
- Case study exercise (50%)
- Online assignment (50%)
Individual Project (60 credits)
- Devise, plan, and carry out a research project and provide evidence of your in-depth knowledge and comprehension of a range of complex issues pertinent to the task
- Identify, select, retrieve, and appraise different sources of information, illustrating the links between the retrieved information, data, and the outlined task, and make judgements by formulating new connections and ideas
- Select and use relevant advanced management tools and techniques, codes/ frameworks, and research strategies to meet all defined milestones and objectives
- Communicate and defend your investigative research findings in an objective, coherent, and professional manner
Assessment methods:
- Project initiation documentation (25%)
- Dissertation (Final Project Report) (75%)