CEEBL Projects 2006/07
Using j-Dorama in EBL language study in Japanese
This project is to develop and trial materials to foster a (2 or 3 student) team EBL approach to grammatical and socio-cultural issues that must be addressed in understanding and ‘translating’ texts (Japanese TV dramas). The aim is assist learners in becoming confident and autonomous in both group and individual study. The development of higher level skills in using dictionaries, online, human and other resources is expected to emerge as part of the outcome of a group presentation project.
Project Team: Jonathan Bunt Faculty: Humanities
Project report
Enquiry Based Learning in Museums: A Mechanism for gallery evaluation
This project asks the question “What is the relevance of Classics to the 21st Century?” with Manchester students to encourage debate and regeneration of Classics though enquiry-based learning. Using a mixture of field work and project planning, the student cohort will develop key transferable skills. Students will devise approaches to formal assessment and evaluation of galleries, by directing their own investigations at key cultural sites in the UK. By encouraging students to take an interest in classics we are enabling them to enquire, question and debate, to be aware of the huge influence of the ancient world on their own lives and the ways in which it has been interpreted over the years.
Project Team: Bryan Sitch, Ella Louise Sutherland, Janet Tatlock, Kathryn McTavish Faculty: Humanities
Project report
EBL for EBL: Enquiry-Based Learning for an End to being Bored with Language Learning
To encourage students to engage actively with continuous independent language-learning, particularly the perfection of grammar and mastery of pronunciation in French, and to reflect upon their own learning process.
Project Team: Julie Lawton, Annie Morton, Catherine Franc Faculty: Humanities
Project report
Using EBL to improve the teaching of science, technology and innovation policy in a business school context
The proposal aims to explore the use of EBL to improve the quality of the teaching of science, technology and innovation policy studies in MBS (and thus to improve the learning outcomes and employability of students taking those courses) by building upon our strong tradition of multi-disciplinary, research-led teaching and by consolidating existing ad-hoc practice of EBL into a more systematic use of multiple teaching methods to improve recruitment and retention onto STI policy course units and pathways. The outcome will be to increase the uptake of EBL in our teaching thereby improving the quality of teaching provision. Staff and student evaluation of course units and the pathway/programme will indicate the extent to which we succeed, as will the extent to which we are able to maintain/increase student numbers and at the same time improve student learning.
Project Team: Dr Kieron Flanagan, Dr Elvira Uyarra, Ms Kate Barker, Dr Michael Keenan, Prof Philippe Laredo Faculty: Humanities
EBL From The Very First Day: Developing New Senses of Place
To develop a new EBL project for all first year geography students to be implemented during the induction weekend residential fieldtrip to Keswick. The exercise will engage students directly with the environment through role play and collaborative mapping, and will be team-based, with students responsible for the design and execution of the fieldwork research. This will be the student’s first university experience of geography and will immerse them in an EBL project that will stretch them, encourage collaborative, creative and artistic appreciation of place, and also be fun. It will open their eyes to the different ways cultural geography makes places and their own roles in this process.
Project Team: Martin Dodge, Mark Jayne, Sara MacKian, Chris Perkins Faculty: Humanities
Project report
An Enquiry-Based Chemical Engineering Design Project for First Year students
The aim of the project is to create a new Chemical Engineering Design Project that incorporates relevant aspects of today’s process industry with an enquiry-based approach. The objective is to design an open-ended task based on a real industrial problem in which students will use all mechanisms of enquiry to elicit a solution. The main purpose is to change the approach from a fixed and sometimes contrived process design with very restricted alternatives and solutions to a more open-ended problem in which students can explore different routes, make decisions and find different solutions depending upon those decisions. The project will look at real industrial questions and will set an engineering working environment by using role-playing. The work will be carried out in small teams with a team leader and also a chief engineer and a manager. The academics will act as consultants to the teams and a representative from industry will provide students with relevant information about the problem at hand.
Project Team: Dr Robin Curtis, Dr Esther Ventura-Medina Faculty: Engineering and Physical Sciences
Project report
Embedding Enquiry-Based Learning in the First Year Curriculum
The aim of the project is to incorporate enquiry-based learning in the delivery of the first year curricula of the undergraduate courses of Chemical and Petroleum Engineering. The objective is to promote and develop critical thinking and problem solving skills as well as encourage students to be more independent in their learning by changing the focus of the course delivery from traditional lectures and tutorials in modules to an integrated format of lectures and enquiry-based learning sessions. Students will be given real and stimulating problems to solve as part of a team so that they will be encouraged and motivated to gather information, apply concepts and develop working skills. Learning resources such as lectures material, course notes and IT will also be available for the enquiry-based sessions.
Project Team: Dr Esther Ventura-Medina, Dr Ted Roberts, Dr Leo Lue Faculty: Engineering and Physical Sciences
Project report
Conversion of an MSc Module in Physiological Measurements to EBL
This project will convert the conventionally taught 12 week 'Physiological Measurement's module into a Problem-Based Learning module. This module combines engineering knowledge and medical knowledge pertaining to vital sign monitoring; the latter part is similar to Nursing curriculum while the first part is akin to Electronic Engineering modules. It is intended that the final converted module will be of a multidisciplinary nature which could be effectively utilised by both Engineering and Nursing students as well as the MSc students targeted in this particular module. It is the intention to map the learning objectives (the existing curriculum) to an MCQ evaluation test and hence satisfy the requirement of curriculum coverage while at the same time ensuring that the learning process remains open ended.
Project Team: Dr Tony Matthews, Dr Paul Beatty Faculty: Medical and Human Sciences
An enquiry-based student-led project to develop a learning module on cultural competency for patient-centred communication
To develop an enquiry-based student-led learning module on patient-centred cultural competency; to enable Phase 2 medical students to demonstrate awareness of and respect for cultural diversity when communicating in the workplace.
Project Team: Valerie Wass, Maria Ahmed, Jo Hart Faculty: Medical and Human Sciences
Project report
Learning about Patient Safety and error from tutors and peers: What can students learn from asking tutors about error?
To develop an 8 week module that uses enquiry as a central tool in sharing learning experiences involving both system and personal error. Phase 1 will explore the potentials and drawbacks of student enquiry about personal error. Phase 2 will explore the integration of inter-personal learning with clinicians alongside student led enquiry into systems error. The intended outcome is to develop an effective Enquiry-Based Learning method that uses the apprenticeship model in conjunction with recognised tools, group work and reflective writing to meet a range of Patient Safety ILOs.
Project Team: Mark Perry, Aneez Esmail, Caroline Boggis, Tom Sanders, John Sandars Faculty: Medical and Human Sciences
Project report
Development of an Enquiry-Based programme for exploring the scientific method
We will develop an enquiry-based programme that will provide first year students with the skills to critically evaluate the scientific method and scientific knowledge. The programme will be delivered in a series of tutorials, where students will elaborate hypotheses, collect data, and draw conclusions from (sometimes) conflicting evidence. Students will also research databases, give an oral presentation, and write an essay. The course will culminate with a seminar by a leading researcher from outside the University. The programme will help students develop a critical understanding of the facts, and the need for alternative hypotheses, enabling them to grapple more rapidly and effectively with units which require a greater degree of independent thought. We will focus on the question “What is the origin of humans?”, using different kinds of data (e.g. DNA sequence and morphological data).
Project Team: Paula X Kover, Matthew Cobb, Henry McGhie Faculty: Life Sciences
Life Sciences Enterprise Projects
Development of a new type of final year project in the Faculty of Life Sciences. Students will identify an area of life sciences in which there is potential for a hypothetical new product. After receiving didactic and EBL-based training in business methodology from the Manchester Science Enterprise Centre (MSEC), teams of students will conduct market research and formulate a business plan for their product. We anticipate that this will improve students' understanding of how businesses are structured and the skills required to be an entrepreneur and develop students' independent learning and decision making skills.
Project Team: Dr Maggie Fostier, Dr Tracey Speake, Dr Martin Henery Faculty: Life Sciences
Project report
