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This module contains health and safety certification quizzes required for work in the Department of Chemistry. It should be used in conjunction with the induction processes and the handbook https://www2.warwick.ac.uk/fac/sci/chemistry/chemintra/safety/handbook/.
Registration is required to access the module and can be completed by the user. Please enter the most appropriate role from the list below as the self-enrolment key when prompted:
- Staff
- Postgraduate
- Undergraduate
- Visitor
Note that the key is case sensitive and the first letter must be capitalized.
Health and Safety - H&S Induction Training
Welcome to the University of Warwick, we want to ensure you get off to a good start by making you aware of the Health and Safety aspects of the University and your department to keep yourself and those you work and study with safe.
This course is mandatory for all staff, it is a requirement to refresh this training every three years.
Health and Safety Induction archive
(October 2020 - September 2022)
This course has been updated - to visit the new version visit H&S Induction training moodle
This course is aimed at those who are new to engagement. It’s a great jumping off point for all staff (researchers, teachers, technicians, professors, ECRs etc.) in all the different faculties who want to know more about engagement. If you're coming to us from the Induction Course, the APP TE or EXE courses then you're in the right place. There are details of other training courses we have available on our website.
The student guide brings together essential information for postgraduate taught, dentistry and diabetes undergraduate students.
This Moodle course includes online induction and access to archive of general handbooks.
Health and Safety Induction archive 2019 - 2020
This Moodle has now been updated please use this link to view the new Health and Safety Induction course
This induction video explains the sweep and tag system which operates within SLS/ WMS
Electric machines working as generators or motors are a key technology to power generation and applications such as appliances, robotics and electrified vehicles. A deep understanding of the basics of electric machines and knowledge of the different types of machines' operational characteristics allow system engineers and component specialists to develop electric drives delivering expected performance, whether the machines are connected to network or fed by a power electronic converter providing variable-speed capability .
Principal module aims
This module aims to show how modern electric machines and control theory underpin modern electric drives using power electronic converters. Characteristics of DC motors, Induction motors and PM brushless DC and AC motors will be analysed in context of different control approaches for variable speed applications. These will include appliances, robotics and electric vehicles.