Foundational (1 point)
This credential is awarded to a student that has demonstrated an essential understanding of a GCSP competency.
The GCSP is a combined curricular, co-curricular, and extracurricular targeted experiential program.
There are five competencies that are designed to prepare the next generation of students for addressing the grand challenges facing society. The GCSP is an international initiative that takes place at universities across the globe. Each institution creates their own specific realization of how the competencies are implemented, which are approved by the GCSP steering committee.
In the Fall of 2019, McMaster University joined and implemented the GCSP as the first Canadian institution and a key component of The Pivot.
In demonstrating this competency, a student must complete a research/creative experience, such as a design project or research paper, focused on contributing to one of the United Nations’ Sustainable Development Goals.
The ability to conduct research professionally, ethically, and effectively is an important foundation in synthesizing engineering solutions. By conducting thoughtful research, we can identify critical challenges and necessary strategies with precision.
This experience must be documented in a scholarly piece of work, such as a final report, a portfolio, or a paper. Students must regularly meet with stakeholders, mentors, or experts during these experiences.
The outcomes of this competency include:
In demonstrating this competency, a student must exhibit an understanding that engineering solutions require more expertise than only that of an engineer to be successfully implemented into society.
Teams in the professional world consist of members from differing areas of expertise and lived experiences. The ability to move forward alongside colleagues and identify how they can fill the gaps in our own expertise is critical to the success of an effective team member.
This understanding is to be gained through immersive, collaborative experiences with colleagues outside of one’s own discipline.
The outcomes of this competency include:
In demonstrating this competency, a student must display an understanding that solutions to complex problems require viable financial models in order be successfully implemented into society.
Solutions require stakeholders, most of whom will need to make monetary contributions in order to successfully implement these solutions. When proposing solutions to complex problems, it is critical to identify ongoing sources of income and expenses in order to create a plan that will be financially viable throughout the lifetime of the solutions.
This understanding is to be gained through examination and presentation of economic strategies necessary in implementing grand solutions.
The outcomes of this competency include:
In demonstrating this competency, a student must convey an understanding that solutions to complex problems require a critical examination of the culture where they are to be implemented in order to ensure these solutions are ethical, desirable, and viable.
As a citizen of a global community, it is important to recognize and learn from different cultures that have functioned effectively for centuries. We do this for the purposes of integrating new knowledge into our own, as well as informing our practice for when we are actively involved in other cultures.
Achievement of this competency is to be gained through experiences that immerse students in unfamiliar cultures and lead to transformative experiences.
The outcomes of this competency include:
In demonstrating this competency, a student must demonstrate an understanding that engineering solutions primarily serve the best interests of people and society.
The role of a global citizen is to maintain or improve the wellbeing of the public through action. However, when we decide to act, that action comes at the cost of refusing many other actions. This concept of cost can be extended to generating solutions. It is our responsibility to weigh the cost of our actions in order to determine options that provide the greatest benefit in exchange for the least amount of negative consequences.
Achievement of this competency is to be gained through experiences that deepen one’s social consciousness and motivation to address societal problems. Learning obtained through public service is preferred, as serving people is the vision of the Grand Challenges.
The outcomes of this competency include:
This credential is awarded to a student that has demonstrated an essential understanding of a GCSP competency.
This credential is awarded to a student that has demonstrated a deep understanding of a GCSP competency.
This credential is awarded to a student that has demonstrated excellent achievement of a GCSP competency.
A project is completed in consultation with a mentor that guides the student towards a feasible implementation in the real world.
A project exhibits a thorough consideration of the culture in which it is to be implemented.
A project leads to a proposal/prototype that is mechanical, physical or scientific in nature.
A project leads to a proposal/prototype that clearly contributes towards one of the UN’s Sustainable Development Goals (SDG).
A project leads to a proposal/prototype with a sustainable financial plan.
A project must take place in an experiential learning environment, with a substantial time commitment of at least 60 hours over the course of the project. McMaster’s criteria for experiential learning are as follows:
Please note: MacChangers is the primary option for the ACTIVE Project requirement of the GCSP (and will be applied retroactively to those who have already completed MacChangers). Other ways to satisfy this requirement will be reviewed on a case-by-case basis.
Students complete courses from the course catalogue that contribute towards the five GCSP competencies. While there is no requirement to report these experiences at this stage, GCSP staff members are available to guide and assist students.
Application includes deep reflections of the experiences that they have completed and how those experiences have helped them in acquiring the five GCSP competencies. Once enrolled in the program, students actively participate in the program by continuing to develop their competencies and submitting reflections at least once per academic term.
Students spend the final two years of their degrees solidifying their expertise in the GCSP competencies and building a portfolio of their journey by submitting reflections along the way. Once scholars have met or surpassed the requirements of the program, they will be issued certification around the time of their graduation.
John Hodgins Engineering Building 216
McMaster University
1280 Main St W, Unit 38
Hamilton ON L8S 4M4
Email: changers@mcmaster.ca
Phone: 905-525-9140 ext. 24635
Realize your potential
Work with students from different disciplinary backgrounds
Solve multi-faceted problems
Embrace ambiguity as you move beyond the classroom into the real world
Create real and sustainable change in your own community
Develop solutions to grand challenges that contribute to the United Nations’ Sustainable Development Goals
In September 2015, Canada along with 192 other UN member states adopted the 2030 Agenda for Sustainable Development. The agenda envisions a secure world free of poverty and hunger, with full and productive employment, access to quality education and universal health coverage, the achievement of gender equality of opportunity and the empowerment of all women and girls, and an end to environmental degradation. By enrolling in the GCSP, students will be taking on the grand challenges posed by the United Nations’ Sustainable Development Goals.
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