This hybrid degree has been designed to fulfil the need for engineers and chemists who understand each other’s skills and problems. Teaching and classes are divided equally between the Departments of Pure & Applied Chemistry and Chemical & Process Engineering (in the Faculty of Engineering). Both Departments have strong industrial links and long traditions of educating students specifically for the chemical industry. Extensive practical work reinforces the lecture material and encourages you to develop skills in communication, teamwork and the ability to work safely. Course Structure Year 1: Foundation classes in Chemistry and Mathematics, and Physics or Biology at introductory or advanced level. Classes in Chemical Engineering, Forensic Science and Pharmaceutical Science are available according to your degree choice. Chemistry practical classes help you to master the basic preparative and analytical skills. You can also choose elective subjects from other disciplines throughout the University. Years 2 & 3: Fundamental Inorganic, Organic, Biological and Physical Chemistry, plus supporting classes. Choice of non-chemistry electives as in Year 1. Classes relating to the degree specialisations form a greater component depending on your course. Laboratory work increases and your practical skills are enhanced with computer modelling and group exercises to develop presentational skills. Year 4: In Year 4, most MSci students undertake a salaried 12-month industrial placement. Year 5: You specialise in the areas and applications that interest you most. A research project enables you to use your practical skills and knowledge to solve a new chemical challenge. 2015 Entry Minimum Grades Highers Year 1 entry: AABB or AAAC A Levels/Advanced Highers* Year 2 entry: ABB International Baccalaureate* Year 2 entry: 34 HNC/HND: first-year entry possible with relevant HNC, A in Graded Unit: second-year entry possible with relevant HND, AAA in Graded Units Irish Leaving Certificate: AABBB; subjects as below Required Subjects Chemistry Higher or A Level or IB HL Maths Higher or A Level or IB HL Physics Higher or A Level or IB HL English preferred as fourth subject at Higher Advanced Higher Chemistry and Maths recommended for S6 study Additional Information Advanced Highers An Advanced Higher is given a greater credit than the Higher. Where you have both qualifications in one subject, the Advanced Higher replaces the Higher. Where you have an Advanced Higher at grade C, this would normally be counted as a grade A in that subject towards the overall required grades. Deferred Entry Deferred entry accepted All students are admitted as prospective MChem / MSci Honours students and can switch to the BSc schemes later. UCAS personal statements and references will also be taken into account. *Those with A Levels, Advanced Highers or IB HL in only two of the preferred subjects will be considered for first-year entry (For 2014 Entry Requirements please refer to the Undergraduate Prospectus 2014 Entry) Lectures, tutorials, workshops and lab sessions are integral to the programme and you are expected to take an active part. Assessment methods include short answer class tests, multiple choice tests, formal end of year examinations, oral presentation and group project work. Good performance in chemistry classes in Year 1 leads to exemption from the final examination. This is a five-year programme during which full-time students take a minimum of 120 credits per year. Each year contains compulsory classes and some years contain either optional classes which relate to different areas of chemistry and chemical engineering and/or elective classes from other subject areas in the University. In years 1 to 3 lectures deliver the essential knowledge and understanding required by all chemistry and chemical engineering graduates. This is supported by a mix of small and large group tutorials and workshops. Chemistry and Chemical Engineering are both practical subjects so students will also gain training in chemical engineering and all branches of mainstream practical chemistry. The fourth year of the course involves some taught classes and the chemical engineering design project is completed. The final year allows the students to study advanced chemistry and chemical engineering and complete an independent research project in their chosen chemistry field. A backbone of transferable skills training is a feature in each year of study. Detailed breakdown of the material studied each year can be found in our undergraduate student handbooks. This doubly accredited degree can lead to careers as a Chemist or Chemical Engineer. Chemistry graduates compete very successfully for jobs in all branches of the chemical industry as a result of their recognised expertise in all the significant areas of the science. These are well-rewarded careers and usually provide plenty of scope for advancement into supervisory and management roles. The chances of employment are increased substantially by the industrial placement and training in communication and other industry-related skills. The range of problem-solving, analytical and management skills acquired during a degree in Chemical Engineering means that chemical engineers are highly employable in wide range of businesses. Jobs range from research and development, through the design, commissioning and management of plants, to product marketing and technical services, within large organisations such as ExxonMobil, Procter & Gamble, Unilever and Diageo. Funding available to students on undergraduate degree programmes depends on a number of factors including, where the student normally lives and whether or not any funding has been received previously. Eligible students from Scotland and EU member states may be entitled to have tuition fees paid on their behalf and to apply for student loans to contribute towards living expenses. Further information on funding and associated eligibility criteria for Scottish students and students who are EU nationals, including a range of allowances and bursaries, can be found at www.saas.gov.uk. Students whose usual place of residence is in England, Northern Ireland or Wales may be eligible to access a range of tuition fee loans, maintenance loans and grants, and they should contact their local/regional funding body for further details. Information on funding and application processes is available at the following links: * England * Northern Ireland * Wales The University of Strathclyde offers a range of scholarships and bursaries to eligible students and our specialist Student Financial Support Team provides guidance and support to current and prospective students. Read more on student financial support. Accredited by the Institute of Chemical engineers (IchemE) for the purpose of fully meeting the educational requirement for Chartered Engineer. http://www.rsc.org/Education/courses-and-careers/Accredited-courses/ Roslyn Nimmo (Admissions Secretary) t: +44 (0)141 548 2282 e: roslyn.nimmo@strath.ac.uk Dr Mark Dufton (Academic Selector) t: +44 (0)141 548 2440 e: mark.dufton@strath.ac.uk Dr Debbie Willison (Head of Teaching) t: +44 (0)141 548 3281 e: d.willison@strath.ac.uk Degree preparation course for international students who do not currently meet our entry requirements University of Strathclyde offers international students (non EU/UK) who do not meet the entry requirements for an undergraduate degree at University of Strathclyde the option of completing pre-undergraduate programmes at the university’s International Study Centre. To find out more about these courses and opportunities on offer visit isc.strath.ac.uk or call today on +44 (0) 1273 339333 and discuss your education future. You can also complete the online application form, or to ask a question please fill in the enquiry form and talk to one of our multi-lingual Student Enrolment Advisers today.

This doubly accredited degree can lead to careers as a Chemist or Chemical Engineer. Chemistry graduates compete very successfully for jobs in all branches of the chemical industry as a result of their recognised expertise in all the significant areas of the science. These are well-rewarded careers and usually provide plenty of scope for advancement into supervisory and management roles. The chances of employment are increased substantially by the industrial placement and training in communication and other industry-related skills. The range of problem-solving, analytical and management skills acquired during a degree in Chemical Engineering means that chemical engineers are highly employable in wide range of businesses. Jobs range from research and development, through the design, commissioning and management of plants, to product marketing and technical services, within large organisations such as ExxonMobil, Procter & Gamble, Unilever and Diageo.