By: Noah Arney & Michelle Pidgeon
The disparity of post-secondary education (PSE) completion between Indigenous and non-Indigenous Canadians (40% vs. 55.3%) continues to persist (Statistics Canada, 2016). Unfortunately, the disparity is wider when we compare undergraduate degree completion between Indigenous (8.6%) and non-Indigenous Canadians (23.25%). The gap of post-secondary completion (certificate, diploma, degree, and above) specific to the Science, Technology, Engineering, and Math (STEM) fields is even wider. Indigenous people are half as likely to have STEM based PSE (4.1% vs. 10%), and for those with STEM Bachelors degree and above, the gap moves to being a fifth as likely (1.1% vs. 5.7%).
In 2012 Mount Royal University in Calgary, Alberta created the Aboriginal Science & Technology Education Program (ASTEP) to support the growth of Indigenous STEM students in the Faculty of Science and Technology. This program operated from 2012-2019 and represented one of three Indigenous specific STEM programs offered specifically at the university level in Canada. To understand the impact and influence of this program an external review was conducted in 2017 following Indigenous research processes (Kovach, 2009; Pidgeon & Hardy Cox, 2002). This process included an analysis of institutional data, comparisons with similar programs, and interviews and sharing circles with students, staff, and faculty who were closely associated with ASTEP.
From the participants in the review, ASTEP was valued for its relationship building, wholistic student support, faculty support, and creating a sense of belonging for Indigenous students in the Faculty and more broadly at MRU. This was done through intentional programming and practices by the ASTEP coordinator, faculty, and staff from the Iniskim Centre at MRU all of who had a shared aim of supporting ASTEP students and broader Indigenous communities through programming for Indigenous youth.
Relational Student Services
Relationship building with students was the basis of most of the successes. This was accomplished by frequent interaction in person, electronically, and over the phone. These interactions were spread across the various events and supports offered by ASTEP. Relationship building across academic faculties and other units was accomplished by frequent interaction both formally and informally, both connected with ASTEP directly and as part of the broader University community.
Indigenous students specifically valued the academic advising, tutoring in Indigenous-centered spaces, Indigenous speaker series, Lunch and Learns, Dean’s lunches, and Elder support. Faculty valued the professional development provided to them, assisting with curriculum development with Indigenous peoples, and organizing meetings with Elders and other knowledge keepers. Students and faculty involved in ASTEP valued the community and sense of support that was created through these various aspects of the program. The collaborations involved in ASTEP provided a welcoming and safe environment, and established relationships of trust and mutual respect.
Intergenerational mentoring with faculty, staff, and students was created through ASTEP that was another core theme emerging from the evaluation that as a program strength. Bringing role models to the institution through the Indigenous Science Speakers Series and other events and programming helped Indigenous students put themselves forward as role models for incoming university students and high school students. Through meeting Indigenous scientists and professionals, ASTEP students could go beyond imagining themselves as Indigenous STEM professionals but becoming such professionals through the meeting role models who were established in such careers. Their responsibility to give back and help the next generation continued for some ASTEP alumni who after they graduated continued to work with the Iniskim Centre and Faculty of Science to mentor the new students.
There was clearly value and impact of the program. From the review of institutional data, the Indigenous STEM student population doubled in five years, and now accounts for 4.2% of students in the Faculty of Science & Technology, up from 1.7% in 2011. Institutional data showed the average GPA remained in line with non-Indigenous students throughout the program while the retention rate of Indigenous students was higher than for non-Indigenous students at 87.4%. This was 10% higher than for non-Indigenous students. Pre-ASTEP retention was unable to be determined due to low student numbers. The ASTEP data challenges stereotypes about Indigenous students not being as committed or academically capable as non-Indigenous students. It also provides support for Indigenous specific programming that is aimed at supporting Indigenous student success and persistence in STEM related programming.
Two of the biggest challenges with a program like ASTEP are student time/engagement and sustainable funding. ASTEP worked on the first by having a full-time program administrator who was able to work one on one with students and adjust his schedule to better serve the student population. The coordinator acted as a liaison between the STEM faculty and the Indigenous student services, along with direct supports for Indigenous STEM students. While the program was initially funded externally through corporate funding, and when this source was not renewed, the ASTEP program was closed due to lack of institutional and/or external support. As an interim measure, many different groups on campus have taken up elements of ASTEP to ensure the students are supported until institutional funding can be secured.
Integrating Into Your Practice
Other post-secondary institutions could utilize a similar Wholistic Support Model to support the Indigenous STEM students at their schools. The Indigenous Wholistic Framework (Pidgeon, 2014) utilized by Dr. Michelle Pidgeon in her review of the program is a good model example for Indigenous post-secondary student support. The key feature of Pidgeon’s (2014) model is the “interconnectedness of the intellectual, spiritual, emotional, and physical realms” (p. 10) which are themselves connected with the relational connection of the individual to their community and beyond.
The following activities, as described in Figure 2, provide some examples of how to support Indigenous STEM students.
As you can see in Figure 2, there are many opportunities for post-secondary institutions to increase their support for Indigenous STEM students. Many institutions support Indigenous students through advising and tutoring. But the intellectual domain is more than that. Students must be given examples of other Indigenous people who have succeeded at what they are accomplishing, and faculty and staff must learn about the perspectives and backgrounds of Indigenous students. The core though is integrating support for the whole person rather than simply supporting a student’s intellectual success. It is this focus on the whole person that led to the successes of ASTEP, and it can also lead to success in other post-secondary institutions.
The Whole Student
The support of students physically may be seen in two different ways. First the support of students’ physical needs such as ensuring that students don’t need to choose between accessing supports and eating. Second is the use of land-based events and activities which would vary by the region the post-secondary institution is in.
Supporting the emotional and spiritual growth of a student is something that can be done both in conjunction with a wellness centre on campus or could be done in Indigenous student supports. Many institutions have Elders in residence or visiting Elders. Connecting students between programs and between years to create peer supports can be very beneficial. Most important though is the concept of building relations between students and between students and staff and faculty. This creates a feeling of safety and a sense of belonging that helps support students as they progress through post-secondary. Supporting this feeling of belonging is ensuring students have access to cultural supports and ceremonies as they require. Separating the spiritual domain from the rest of the person is not something that is supported by Indigenous educational philosophy. Intellectually, Indigenous students can be supported through peer-tutoring, having faculty members who have been trained around culturally relevant pedagogy and curriculum, and having direct connections of what they are learning to their future career aspirations (e.g., co-op, mentorship with professionals).
Increasing the number of Indigenous students in STEM fields is a worthy goal for any post-secondary institution. Providing support specifically for Indigenous STEM students was shown to be beneficial at MRU. From this program, there are many sharable lessons to support Indigenous students in STEM fields and we hope other institutions take up this work and develop supports, programs, and services for their Indigenous students.
Noah Arney is Work Experience Coordinator – Bachelor of Computer Information Systems, Career Services at Mount Royal University. Dr. Michelle Pidgeon is Associate Professor in the Faculty of Education at Simon Fraser University and Director, Centre for the Study of Educational Leadership & Policy (CSELP) and SAGE (Supporting Aboriginal Graduate Enhancement).
Kovach, M. (2009). Indigenous methodologies: Characteristics, conversations, and contexts. Buffalo: University of Toronto Press.
Pidgeon, M (2014). Moving Beyond Good Intentions: Indigenizing higher education in British Columbia universities through institutional responsibility and accountability. Journal of American Indian Education, 53(2), 7-28.
Pidgeon, M., & Hardy Cox, D. (2002). Researching with Aboriginal peoples: practices and principles. Canadian Journal of Native Education, 26(2), 96-106.
Statistics Canada (2016). Census of Population, Statistics Canada Catalogue no. 98-400-X2016263. Ottawa: Statistics Canada.
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