Core modules
- Introductory Module - Mr Krishna Moorthy
This module will set the stage for the rest of the course and emphasize how surgery is going to radically change in the 21st century and how boundaries between surgery, endoscopy and radiology will disappear. The student will be introduced to the concept of technology in developments and innovation which have provided major turning points in surgery in the past. This module will briefly introduce the principles and concepts that will be covered in greater detail over the rest of the course. It will also include introductory training sessions on the use of WebCT and library facilities such as accessing electronic journals and library catalogues etc. - Research Module - Dr Nick Sevdalis
This module will focus on teaching the principles of study design and data analysis using quantitative and qualitative research techniques. It will teach statistical techniques that will help students analyse and present their project data. The syllabus will cover simple and complex statistical analysis methods. - The Computer Age: Information Technology - Dr Fernando Bello
New technology in medicine would not be possible without an explosive increase in information technology. The medical world in general is slow to take up the use of information technology, which could streamline patient care and aid in training and in practice. This module will aim to increase the understanding of the various applications of information technology in surgery and gain some insight and practical experience in their use with the latest advances in technology. Subjects taught include 3D visualization and manipulation, augmented reality, virtual reality and surgical simulation and robotic assisted surgery from the IT perspective. - Biomaterials & Imaging - Mr Roger Emery and Dr Elizabeth Dick
This module will help participants to understand the principles behind the use of synthetic materials in human beings and the various types of new materials that are available. It also aims to develop some knowledge of the requirements for use of synthetic materials and encourage participants to design new prostheses and implants or to understand the concept of the ‘perfect’ synthetic tissue for each part of the body. Subjects covered include: the principles of tissue engineering, the development of biomaterials and surgical modelling and prototyping as well as new developments and developing applications in meshes, staples and implants, joint replacements, breast and limb prostheses and so on. In addition, imaging technology that is relevant to this subject area will be covered such as physics and consideration s in imaging of the human body, discussion of current research and new applications and breakthroughs for CT scanning, nuclear medicine, PET scans and MRI - Endoscopy & New Technology - Mr Paul Ziprin and Dr Jonathan Hoare
Endoscopic procedures are becoming more widespread as we increasingly seek to access the gastrointestinal and other tubular tracts in the body without resorting to a surgical incision. New technology in operating and procedural suites has also led to innovative methods of healthcare, for example telemedicine and robotic surgery. This module will enhance the understanding of the principles of endoscopic procedures and seek to develop an awareness and interest in the frontiers of new technological concepts such as Natural Orifice Endoscopic Surgery (NOTES) and virtual reality in endoscopy, robotic operating and telemedicine - Energy Sources & Imaging - Mr Long Jiao
This module will enhance the understanding of the principles of different energy sources used to deform or destroy tissue and to advance the application of energy as a therapeutic tool in the human body as well as the use of these energy sources for imaging the human body. New developments and state of the art equipment will be covered and analysed. Some energy sources studied include ultrasonic energy, laser, thermal energy and cryosurgery, photodynamic therapy and radiofrequency. - Artificial Organs and Life Support - Mr Nadey Hakim
This module will enhance the understanding of life support and failing organ support. We will encourage participants to analyse and inform on the current state of artificial organ replacements and update on the experimental work on solid organs. We will look at the current research in replacing organs such as: the artificial gut, the artificial kidneys, heart and lung machines and replacement, bionic eyes and ears, artificial skin, experimental liver, implantable pancreas – insulin pumps.
Supplementary modules
In addition to completing the seven core modules listed above, participants will be required to complete one supplementary module of their own choice from the following MSc courses offered by Imperial College:
- MSc in Quality & Safety in Healthcare
- MSc in Science Communication
- MSc in Health Management
- MEd in Surgical Education
