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Halifax, Canada
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The below information is required while
completing the university application :
Undergraduate admission requirements for Dalhousie University:
Completion of Secondary School: Applicants must have completed secondary school (Grade 12) or its equivalent.
Minimum Overall Average: A minimum overall average of 70% in five academic Grade 12 courses is generally required.
Subject-Specific Prerequisites: Certain programs may have specific subject requirements. For example, Engineering requires courses like English, Pre-calculus Math, Chemistry, Physics, and one additional academic subject.
English Language Proficiency: If English is not the applicant's first language, proof of English proficiency is required (e.g., TOEFL or IELTS).
Supplementary Documents: Some programs may require additional materials, such as portfolios, auditions, or interviews.
Application Fee: An application fee is required, varying by program.
Official Transcripts: Submission of official high school transcripts is required.
Supplementary Information: Additional documents or information might be requested as part of the application process.
Application Deadlines: Applicants must adhere to specific application deadlines, which can vary by program and applicant type.
Additional Program Requirements: Certain programs might have additional requirements, such as completion of specific courses or tests.
Know more
Each year, Dalhousie University honors its top athletes with the prestigious "Athletes of the Year" award. Over the years, numerous athletes from various sports, including basketball, swimming, volleyball, and track and field, have earned this recognition for their exceptional performances. The award is a symbol of Dalhousie’s commitment to celebrating athletic excellence and fostering a competitive environment for its students. These athletes exemplify the hard work and dedication required to succeed at the national level. The awards are a highlight of Dalhousie’s sports culture and encourage aspiring student-athletes.
In 2020, Dalhousie University hosted the U Sports Swimming Championships for the first time. This achievement demonstrated the university's ability to organize and manage large-scale sporting events at the national level. Hosting the championship provided Dalhousie’s swimmers with the opportunity to compete on home turf, boosting team morale and performance. The event was a significant success, bringing together the top swimming talent from across Canada. It also helped Dalhousie gain national recognition as a key player in Canadian collegiate swimming.
In 2019, the Dalhousie Tigers men’s volleyball team made it to the national final at the U Sports Championship. This remarkable achievement showcased the team’s high level of performance and competitive spirit. Their journey to the final included a series of dominant victories, establishing the Tigers as one of Canada’s top volleyball teams. The team’s success was a testament to Dalhousie’s strong volleyball program and its ability to nurture talented athletes. Although they didn’t win the championship, their runner-up finish remains a major accomplishment for the program.
In 2018, Dalhousie researchers made a significant contribution to medical science by creating the world’s first lab-grown human heart valve. The team used stem cells to engineer a functional heart valve capable of growing and adapting in the human body. This breakthrough offers a viable alternative to mechanical and donor valves, which often require lifetime medication and come with compatibility risks. The lab-grown valve could reduce complications and improve quality of life for heart surgery patients. This innovation highlights Dalhousie’s leadership in regenerative medicine
In 2017, Dalhousie researchers developed a microbial-based system for cleaning up pollutants from the environment. The system uses specially designed bacteria to break down harmful contaminants such as oil and heavy metals in water bodies. This bioremediation technology is a safer, more natural alternative to traditional chemical methods of cleaning pollution. The invention has wide-ranging applications in environmental conservation and restoration. It showcases Dalhousie’s commitment to tackling climate change through innovative, sustainable solutions.
In 2016, Dr. Jason E. W. Han from Dalhousie developed a non-viral gene delivery system that aimed to provide an alternative to traditional viral-based gene therapies. This system uses nanoparticles to transport genetic material into cells, offering a safer and more cost-effective approach. It has the potential to revolutionize gene therapy by reducing the risks associated with viral vectors. This innovation has significant implications for treating genetic disorders and advancing personalized medicine. It represents a crucial step in improving the safety and efficacy of gene-based treatments.
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