KB6062 - Drive Cycles and Performance Modelling

Active learning sessions will be used to allow you to engage with elevated material and assist you in exploring key concepts and topics within the module. Sessions will involve a combination of content delivery and practical learning exercises to enable you to apply your learning to authentic, broadly defined engineering problems that may involve conflicting and/or incomplete information. A problem-solving focused curriculum will allow you to explore and understand how well-proven solutions can be applied to more open-ended problems and provide further opportunity for innovative discovery of alternatives. Learning activities will enable students to work collaboratively through the further development of teamwork and communication skills, and the encouragement of creative thinking to solve engineering problems.

During your active learning sessions, academic support will be available to facilitate your exploration of the problem-solving activities. Formative feedback will be provided by the module team, including answering student queries and providing guidance concerning the module such as assessments and your academic progress. The electronic learning platform (eLP) provides a comprehensive resource for integrated learning incorporating learning materials and reading lists that will facilitate directed and self-directed learning. Contact with academic tutors and your peers outside formal teaching hours is encouraged through dedicated ‘office hours’, discussion boards and messaging systems within the eLP. Professional support staff, such as Ask4Help, provide the first point of contact for a range of queries, including, for example, those concerning assessment submission, late submission/extensions, and other administrative issues.

All modules at Northumbria include a range of reading materials that students are expected to engage with. Online reading lists (provided after enrolment) give you access to your reading material for your modules. The Library works in partnership with your module tutors to ensure you have access to the material that you need.

Knowledge & Understanding:
MLO1. Apply knowledge of mathematics, statistics, natural science and engineering principles to the solution of complex drive cycle and performance modelling problems. Some of the knowledge will be at the forefront of the subject of study.

Intellectual / Professional skills & abilities:
MLO2. Select and apply appropriate computational and analytical techniques to model complex drive cycle and performance problems, recognising the limitations of the methods employed.
MLO3. Apply an integrated or systems approach to the solution of drive cycle and performance related complex problems.

Personal Values Attributes (Global / Cultural awareness, Ethics, Curiosity) (PVA):
MLO4. Apply creativity and curiosity to analyse complex problems in the field of drive cycle and performance modelling to reach substantiated conclusions based upon first principles of mathematics, statistics, natural science and engineering principles.
MLO5. Evaluate the environmental and societal impact of solutions to complex problems and minimise adverse impacts through modelling of drive cycles and performance issues.

Formative Assessment
Academic staff on the module will assess you in a formative manner to help build your confidence and highlight any misunderstandings you may have of the theoretical and professional concepts presented in the module. Your formative feedback will be given to you either verbally by academic staff on the module during formally scheduled teaching sessions or using the eLP. Your formative feedback aims to help you learn and prepare for the submission of your summative assessment.

Summative Assessment
Academic staff on the module will assess you in a summative manner by two pieces of assessment:
Component 1 to assess your knowledge and understanding, practical and theoretical, of drive cycles and vehicle performance including computational and analytical techniques, applied to model complex drive cycles (MLOs 1-3) through completing an industry compatible written submission. Component 2, will evaluate your ability to apply creativity and curiosity to solve complex problems in drive cycle and performance modelling reaching substantiated conclusions which recognise their environmental and societal impacts (MLOs 4 & 5) in an industry compatible written submission.

Feedback will be provided electronically through the eLP or student email within 20 working days of the date of submission.

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This module will develop your knowledge, understanding, and skills that enable you to model the performance of different vehicle types from passenger cars to high performance racing cars. Module activities such as the development of computational models to accurately simulate the performance of different types of vehicle when driven through an international standard drive cycle will allow you to apply these skills to realistic scenarios. You will use your model to investigate the impact of parameters such as mass and fuel type on environmental impact. Active learning sessions will be used to allow you to engage with advanced material and assist you in exploring key concepts and topics within the module. Sessions will involve practical learning exercises to enable you to apply your learning to authentic, broadly defined engineering problems that may involve conflicting and/or incomplete information. The module utilises the electronic learning platform to provide a comprehensive resource for integrated learning incorporating learning materials and reading lists that will facilitate directed and self-directed learning.