Interested in joining my group?
I suggest you examine my research,
projects pages and visit
the Medical Image Analysis Lab
webpage to get a better idea about my group's area of research.
SFU students: Take a look at the courses I teach, including the special research projects and direct reading
courses. Contact me if you like to discuss
joining my group.
Non-SFU students: Read about the School of Computing Science and understand how to apply for the CS
graduate program. See also SFU
pages for prospective undergraduate
and graduate students. Applications deadlines: Aug 1 for
the Spring term and
Feb 1 for the Fall.
If you would like me to know about who you are, your background, interests,
etc. so I
can informally evaluate your suitability for joining my group, please complete and submit the following form
and read the information below. Note: The form
below is NOT a formal application to our school.
- Read the guidelines
- I am unable to host undergraduate students for visits less then 4 months
except via MITACS Globalink .
We have openings for projects and/or theses work related to biomedical
imaging, image processing and analysis, 3D shape modeling and related
Research overview and Skills
needed and acquired at MIAL. More about MIA topics from
MICCAI website and
Note: I am not recruiting students in 2014 for the
image-guided robotic surgery project with Qatar.
- Fully funded positions are available for outstanding students
and trainees at different levels (undergrad, masters, doctorate,
- Funding is primarily or completely provided through research
- Funding for conference travel is also available.
- Top-ups for scholarships holders (e.g. NSERC) are available.
- There are other several sources of top-ups and
internal funding from SFU and external funding form
globalink) and others.
- Student will have access to an exciting research environments
and state-of-the-art, CFI-funded
infrastructure (software, workstations, high-performance computers,
visualization, etc) at the medical image analysis lab and through other
computing infrastructures e.g.
addition to access to unique medical image data from national and
international clinical collaborators!
- PhD students typically need to pass 4 courses (after their
Masters). Master's thesis students must pass 5 courses. Master's project
students require 8 courses.
- Take a look at the skills needed and
acquired at MIAL.
- Consider a project-based course
CMPT415 / CMPT894 or my
other courses. There are many other relevant courses in Computing
Science, Engineering, Mathematics, Kinesiology, and even at other
universities, e.g. at UBC (through the
- ITK jobs
| ImageScience.org |
NIBIB | CMPT-Research-Jobs ...
- Example companies
- Example research groups/websites
- Vancouver hospitals and medical centres (VGH, LGH, BCCA, BCCW, BRC,
Other benefits of carrying out research at MIAL
- Learn about medical imaging and biomedical image computing. Medical
imaging has revolutionized medicine and the role of computing continues
to grow. There is a demand in the industry, hospitals, and
academia for skilled computer scientists with skills in
interdisciplinary research and development. Also note that Health and
Imaging Science have been identified as strategic research directions
- Learn to apply computing science, engineering, and mathematical
methods to real-life health-related medical imaging applications.
- Participate in national and international research collaborations to
solve difficult problems related to health and medical imaging while
using computational and mathematical techniques.
- Learn new programming skills or improve your existing skills (e.g.
using Generic programming and MATLAB) and apply it to medical image
- Learn to use 3D medical imaging software (e.g. slicer, volview) and
medical imaging API (e.g. ITK).
- Learn how to implement medical image processing/analysis algorithms,
analyze the performance and limitations of such algorithms, and invent
or design better algorithms.
- Learn about general health applications of computing, medical
imaging in particular.
- Work and establish links to doctors and hospitals. Our collaborators
appreciate the need for skilled computer scientists and mathematicians.
We work together on solving clinical problems (diagnosis, therapy, and
understanding of diseases), through medical imaging.
- Tap into health funding for graduate and postdoctoral studies in
computer science, engineering or math (e.g.
MSFHR). Some of my students hold
- Improve your writing skills and become involved in publishing at
national and international conferences and journals. Travel in Canada or
abroad to present your work Even some of my undergraduate students have
published and participated in international conferences.
- Apply many of the methods learned for analyzing medical images to
other visual computing applications.
More info about graduate studies?