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MPrime Milestones

What happens when several determined mathematical scientists set out
to change the research landscape in Canada? Exponential results!
Note: Prior to 2011, Mprime was known as MITACS


1998

  • Vision is born
  • Nassif Ghoussoub, Don Dawson, Steve Halperin and Luc Vinet submit a proposal to the NCE program for funding of MITACS. The goal is “to bring together researchers in the mathematical sciences to focus on the problems of mathematical modelling and management of large-scale complex systems and the mathematics of information technology.”

         


    1999

  • Founded as an NCE
  • It’s time for a change. Graduate studies enrolment is declining in Canada. Links between mathematics and industry are non-existent. Talented researchers are leaving the country. Enter MITACS, with Steve Halperin as its first Scientific Director.


  • Dr. Arvind Gupta becomes Program Leader
  • Dr. Arvind Gupta takes on the leadership role. His mathematical talent, entrepreneurial skills, and experience building relationships in academia and industry will serve him well in his new role.


    $3.21 million in funding announced from the NCE.

    2001

    Total industry research investment passes $2.5 million

    2002

  • First interns conduct research at Alcatel
  • 2003

  • Internship program launch
  • It’s alive! Several years of ground-breaking work begin to pay off as industry demonstrates its interest in collaborating with researchers from the mathematical sciences. In the program’s first year, 18 research internships are co-funded by the private sector.


  • New way to identify abnormal cardiac rhythms
  • SARS research task force
  • A team of international mathematicians, virologists, statisticians and epidemiologists studies the spread of SARS and other infectious diseases by integrating mathematical models with statistical analysis of real data. The research found maximum control measures within hospitals are the best way to minimize the risk a pandemic, and avoid expensive, large-scale public quarantines.


  • Banff International Research Station opens
  • MITACS joins the Pacific Institute for the Mathematical Sciences and the US Mathematical Sciences Research Institute to open the Banff International Research Station (BIRS). They are later joined by Mexico’s National Science Foundation, Alberta Innovation, and Canada’s Natural Science and Engineering Research Council. Locals notice an inexplicable surge of mathematicians on the slopes.


    18 internships

    2004

    $6 million in funding announced from the NCE, Western Economic Diversification Canada, the Government of BC and Government of Alberta.

    30 internships

    2005

  • Oscar-winning animation
  • In his animated short film, “Ryan,” Canadian filmmaker Chris Landreth uses mathematical formulas developed by researcher Dr. Karen Singh to imbue animations of hair, string, wires and similar objects with life-like qualities. MITACS inches closer to achieving a star on Hollywood’s Walk of Fame.


  • Improving patient transportation
  • 85 internships

    2006

  • Guest lecturer astronaut Chris Hadfield
  • Canadian astronaut Chris Hadfield lends star power to the Joint Annual Conference hosted by MITACS and the Canadian Applied and Industrial Mathematics Society. Hadfield discusses the role of mathematics in space exploration, from docking a spaceship to deflecting asteroids.


  • Summer school on modeling of infectious diseases
  • A summer school on mathematical modelling of infectious diseases is hosted at York University. Fifty epidemiology, public health, math and science grad students and medical residents explore collaborative research based on mathematical modelling and qualitative analysis.


  • Spin-off company ExPretio Technologies
  • 170 internships

    2007

  • Step program launches
  • MITACS creates the Step program to help graduate students acquire professional and business skills. Featuring such workshops as presentation skills and project management, the program smooths the transition for grad students joining the workforce.


  • Start of the Accelerate internship program
  • It’s pedal to the metal time. The BC government grants $10 million in funding for the MITACS Accelerate internship program, tripling the size of the existing program and expanding it to include all disciplines. The funding enables more than 650 internships over four years.


  • Federal budget includes MITACS
  • Research into spread of HIV/AIDS, TB
  • Enhancing wave power generation
  • $11.9 million in funding announced from the Government of Canada, Government of BC, Government of Nova Scotia, Government of Saskatchewan, Atlantic Canada Opportunities Agency and Fonds de recherche du Québec.

    240 internships

    2008

  • Organic apple yields get a boost in Nova Scotia
  • Miriam Ferrer, a post-doctoral fellow at Acadia University, identifies five minerals that can increase Honeycrisp™ apple yields when applied to the tree’s branches. The project increases ties between the university and the agricultural community and fosters additional research projects. Who says innovation can’t taste good?


  • Breakthrough in roofing estimation software
  • Collaboration on communications security and health
  • Accelerate program expands to Ontario
  • The Ontario Government provides $16.89 million dollars to support research internships in the province through the Accelerate Ontario program.


    $26.3 million in funding announced from the Government of Ontario, Government of New Brunswick, Government of Newfoundland and Labrador, the Industrial Research and Development Internship program and the Industrial Research Assistance Program.

    675 internships

    2009

  • Boeing uses Accelerate for aerospace research
  • Boeing signs on to fund up to 100 Mitacs internships over five years. The internships focus on visual analytics, a multidisciplinary field that combines computer science, mathematics, design, engineering, and cognitive psychology.


  • International internship program launches
  • Hello world! MITACS launches the Globalink program, with 17 interns traveling from India to British Columbia for three-month summer research internships. Globalink promises to forge international relationships and bring talented international researchers to Canada.


  • First large-scale Accelerate research project
  • The Centre for Applied Mathematics in Biosicence and Medicine (CAMBAM)
  • CAMBAM brings together researchers to address problems in biology and medicine, connect to industries such as biomedical and health, and conduct an international graduate student summer school.


    MITACS 10 year anniversary
    $635,000 in funding announced from the Government of Manitoba, Government of British Columbia and Western Economic Diversification Canada.

    1,060 internships

    2010

  • Elevate program launched
  • To help keep talented PhDs in Canada, MITACS launches its Elevate program, which provides PhDs with two-year research fellowships. Elevate also provides professional and business skills training for PhDs and connects them with industry. It is launched in Ontario with $9.95 million from FedDev.


  • Canadian and Brazilian researchers unite
  • MITACS partners with the Brazilian Federal Agency for Support and Evaluation of Graduate Education (CAPES) to encourage the exchange of ideas and knowledge between the two countries through joint workshops, collaborative projects and student exchanges.


  • CEO appointed to federal R&D; panel
  • Breakthrough in telemetry
  • $15.6 million in funding announced from FedDev and the Government of Ontario.

    1,544 internships

    2011

  • First Globalink fellowship
  • MITACS splits, Mprime formed
  • MITACS splits into two organizations – Mitacs and Mprime. Mitacs focuses on programs for all disciplines. Mprime is formed to maintain the original mandate, and is Canada’s only NCE dedicated to mathematical sciences.


  • Centre for Math Biology founded
  • The Centre for Math Biology is a multi-site initiative focusing on high-level graduate student training in mathematical biology. It applies quantitative modelling and computation to health and disease challenges faced by the scientific community, and provides career direction, training and connections for young math biologists.


  • Improve reliability of electricity supply
  • Mprime joins the International HTS Modelling Workgroup to further research into superconducting materials in power systems. With 70 researchers from 10 countries, the workgroup investigates the efficiency and design of high temperature superconductors (HTS), one of the most promising technologies for maintaining reliable power supplies.


  • Next generation gene-sequencing software
  • 2012

  • Translation for weather warnings
  • A project led by Dr. Guy Lapalme at the University of Montreal produces the Warning-Avertissement Translation-Traduction (WATT) system, which translates Environment Canada weather warnings into French instantly and accurately.


  • Ultra-secure relay protocol
  • An Mprime project team led by Dr. Barry Saunders develops a new relay protocol that exponentially increases the security of the information it carries. The US-patented protocol remains secure regardless of the computing power and cryptanalysis techniques of an attacker.


  • Mathematical Modeling in Industry
  • 2013

  • Montreal Problem Solving Workshop
  • Long-range plan to stimulate innovation
  • The Canadian Mathematical and Statistical communities develop a “long-range plan”, which “envisions a future role for Mprime as an over-arching national network, serving to bring together mathematical and statistical scientists from businesses, universities, research centres and financial and technology organizations to stimulate innovation”.


    2014

  • Industrial problem solving
  • Mprime completes 14-year mandate
  • From 1999 to 2013, Mprime supported 76 research projects that produced more than 11,000 publications, 46 patent filings, 17 startups and more as a National Centre of Excellence.