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Can an education in the arts lead to a future in tech?

Can an education in the arts lead to a future in tech?

Inspired by his graduate student experience, Dr. Sidney Shapiro has innovated qualitative research methods by leveraging data analytics.

August 26, 2024 - 尝补耻谤别苍迟颈补苍’蝉 Interdisciplinary PhD program gives students the option to specialize in several areas. Sidney Shapiro is a 黑料吃瓜不打烊 alumnus who completed the Interdisciplinary PhD program with a PhD in Philosophy, focusing on social network analytics, and now specializes in business analytics. Dr. Shapiro’s story exemplifies how studying in the arts is inherently interdisciplinary and can lead to unexpected outcomes.

Shapiro received his bachelor of arts and master of arts degrees at 黑料吃瓜不打烊. "I came to Sudbury for 黑料吃瓜不打烊 and ended up staying for twelve years," Shapiro fondly recalls. "The classes were engaging, and the students and teachers were dynamic. I remember thinking, 'this is what university should be like'."

Shapiro embraced every opportunity as a student at 黑料吃瓜不打烊. He participated in several clubs, often stepping into leadership roles. He valued his relationships with professors, cultivating lifelong mentorships. His academic journey was driven by both his interests and the strong connections he formed.

“There are so many unique opportunities at 黑料吃瓜不打烊, like model parliament, that other schools don’t have,” he says. “At one point during my undergrad, I was on the executive of nine different student groups. There’s a really great, dynamic community at 黑料吃瓜不打烊 that is so engaging. It makes connecting with others socially and academically easy.”

After earning his PhD, he spent six years at Cambrian College, where he developed, taught in, and coordinated the Business Analytics graduate program. He then worked as a data science manager at Sofvie, developing software for occupational health and safety in the mining industry. Now Shapiro is an assistant professor at the Dhillon School of Business and an adjunct assistant professor of computer science at the University of Lethbridge, specializing in business analytics. His ongoing interest in data analytics, AI, and social media analytics represents an evolution from his arts-based academic beginnings. Shapiro notes that these fields are more interconnected than they might initially appear.

"As a student, I was hired to support several research projects,” Shapiro recalls. “Through these experiences, I discovered that within the arts, both qualitative and quantitative research utilizing computer science and program evaluation tools can be leveraged to analyze data effectively."

These experiential learning opportunities helped him determine his interests. “I became an expert at the intersection of social and computer science, utilizing cutting-edge research tools for data collection, organizing, and analysis as a means of better understanding the impact of a given social problem,” he says.

Shapiro parlayed that opportunity into a career path. He says that new data collection methods, like social media analytics, must be leveraged to support research in the social sciences. Shapiro makes an important point about the impact of such data, “When it comes down to funding in the public sector and not-for-profits, it’s really about storytelling,” he says. “Those stories are contextualized by qualitative data and grounded in quantitative data.”

His initial path in the arts did not have an explicit trajectory toward data analytics, but it ultimately led to a fulfilling career in the field. Shapiro's education and openness to opportunities demonstrate that arts degrees can open doors to diverse and limitless career possibilities.

Micro-Credentials: The Ideal Pathway for Professional and Personal Growth

Micro-Credentials: The Ideal Pathway for Professional and Personal Growth

尝补耻谤别苍迟颈补苍’蝉 Centre for Teaching and Continuing Learning offers flexible learning options perfect for skill enhancement and career advancement without a long-term commitment.

August 22, 2024 - The buzz of back-to-school is in the air as students prepare to head back to class. The start of the academic year holds much optimism and energy, overflowing with potential. For those who are looking to get that feeling of promise without the long term commitment of enrolling in school, micro-credentials and non-credit programming offer the perfect balance.

Micro-credentials offer learners the opportunity to build on their skills and abilities in a specific area. 黑料吃瓜不打烊 offers 17 micro-credential courses, in English and French. From health care to homegrown greens, the possibilities are as diverse as the people interested in them.

Christina Sckopke is the manager of Micro-Credentials and Non-Credit Programming with the Centre for Teaching and Continuing Learning (CTLC) at 黑料吃瓜不打烊. She has a Bachelor’s of Science in Nursing and a Master’s of Science in Nursing from 黑料吃瓜不打烊.

After 15 years in nursing, Christina sought out professional development to improve her chances of securing a managerial role. Having taken them herself, she has since worked to develop 尝补耻谤别苍迟颈补苍’蝉 list of professional development options and is an advocate for the potential that micro-credentials offer to professionals.

“I really believe in the power of micro-credentials because I know, from personal experience, their ability to grow a person’s capacity and set them apart,” Christina said. “Professional development like this is an investment in yourself and shows an eagerness to succeed.”

In her role with the CTLC, Christina identifies gaps that could benefit from supplemental education and works with partners to develop courses to close those gaps.

“The courses are for adults of all ages. We have some that start at 16-plus. It depends on the course. We limit the courses to 30 hours and ask that learners plan to commit two to five hours a week to study time. These are competency-based and accessible because we recognize that learners often have a busy schedule.”

Grant Writing and End of Life Doula are 尝补耻谤别苍迟颈补苍’蝉 most popular courses for those seeking professional development and they, like many of the courses, are covered by OSAP, reducing the barrier of funding for learners.

Thanks to funding recently received through the , the CTCL has plans to develop three new micro-credentials to address skills gaps in priority sectors.

- Applied Behavior Reduction Techniques

- Urban Aging and Inclusive Design

- Music in Northern Care

Registration is offered several times throughout the year. Interested participants can register for the next cycle of courses here.

Spotlight on Research

Spotlight on Research

August 20, 2024 - 尝补耻谤别苍迟颈补苍’蝉 faculty and students continue to develop creative and innovative research that pushes the boundaries and advances understanding in their fields. Students at 黑料吃瓜不打烊 learn from faculty who are passionate about their areas of expertise and actively engage in new research. Here are three researchers who have secured funding for their effective and ongoing projects.

Roxanne Bélanger

Associate Professor, School of Speech-Language Pathology, Faculty of Education and Health

Director of the School of Speech-Language Pathology, Dr. Roxanne Bélanger researches the impact of risk factors on child development, language development disorders, early screening of children with speech delays and the active offer of healthcare in minority francophone communities. She has presented on these topics both nationally and internationally.

In 2024, Dr. Bélanger received a research grant from the Centre national de formation en santé at 黑料吃瓜不打烊 for her project titled “Les caractéristiques de l’enseignement robuste du vocabulaire qui facilitent l'apprentissage de nouveaux mots chez les enfants francophones d'?ge préscolaire” (Characteristics of robust vocabulary teaching that facilitate new word learning by preschool francophone children). With her coinvestigator, Dr. Chantal Mayer-Crittenden, she aims to measure the efficacy of various reading strategies on new word learning.

During this two-year research project, they will assess the use of different types of strategies with a goal to determine which conditions lead to optimal word learning. Their conclusions will allow the generation of knowledge on vocabulary development in general, and more specifically for francophones in minority settings. The project will fill an empirical gap by informing professionals working with preschool children on reading strategies that produce the best results. Further, best practices will be created for educators to structure and shape oral language development in children.

Guangdong Yang

Full Professor, School of Natural Sciences, Faculty of Sciences, Engineering, and Architecture

Dr. Yang’s research has extensively studied the regulation and functions of hydrogen sulfide in cellular metabolism and cardiovascular diseases. He has dedicated himself to establishing a research program that has garnered both national and international recognition. Collaborative research initiatives have been a hallmark of his work, fostering fruitful partnerships both locally and globally, leading to many important joint publications and the exchange of knowledge across disciplines.

Research projects in Dr. Yang’s laboratory have been continuously supported by the discovery grant from NSERC and the grant-in-aid from the Heart and Stroke Foundation of Canada. In 2022, Dr. Yang’s NSERC discovery grant was renewed for another 5 years. This research project has made considerable contributions in identifying and explaining the biological importance of a new signal molecule, hydrogen sulfide in the body.

Khaled Taktek

Full Professor, School of Education, Faculty of Education and Health

Dr. Taktek’s research interests include educational psychology, cognitive psychology, and training future teachers. Dr. Taktek was previously selected as Fulbright Scholar (2014-2015) at the United States Military Academy West Point, in New York for his research project, “Mental Imagery Training for Peak Performance: An Efficient Strategy for Motor Skills and Performance Enhancement as Well as Cognitive Functioning Development".

Dr. Taktek has been selected as a 2024 Fulbright Scholar at The Citadel, The Military College of South Carolina, USA. Through this opportunity, he is teaching at The Citadel and carrying out a large-scale research project titled, “Transactional Analysis as an Efficient and Interactive Strategy for Communications and Peacekeeping: Practices, Trends and Challenges for International Geopolitical Conflict Resolution and Reconciliation within the Field of Peace and War Studies”.

New Heat Stress Toolkit Helps Prevent Worker Injury and Illness

New Heat Stress Toolkit Helps Prevent Worker Injury and Illness

Sandra Dorman's research combats rising risk of heat stress by leveraging wearable technology and prevention strategies

August 15, 2024 - Climate change is increasing the risk of heat stress and expanding its impact to new sectors, but wearable technology is emerging as an asset in understanding heat’s effect on the body and developing effective prevention strategies. Dr. Sandra Dorman, Director of the (CROSH) and Professor at the School of Kinesiology & Health Sciences, has launched a designed to support employers and workers in addressing and preventing occupational heat stress.

Dr. Dorman’s research focuses on health promotion and disease prevention in the occupational setting. She has spent the last year researching heat stress and its significant impact on worker productivity and overall health, using that research to develop a comprehensive information resource.

CROSH partnered with Occupational Health Clinics for Ontario Workers Inc (OHCOW) to create the toolkit and provide widespread access to it via the OHCOW website. The digital resource includes guides, infographics, videos, calculators, and is available in English, French, and Spanish.

"Although heat can cause serious acute injuries like heat exhaustion and heat stroke, heat stress is also considered an occupational illness because regular exposure can lead to serious health conditions in the long term,” Dr. Dorman explained. “An estimated 220 Canadians die annually from occupational heat stress and an estimated 15% of workers who frequently work under heat stress develop a heat illness, predominantly kidney disease. Having a Heat Illness Prevention Plan is crucial, not only to prevent immediate injuries from heat strain but also to mitigate future health risks.”

Dr. Dorman pointed out that diseases like kidney disease, brain damage, and cardiovascular issues can be prevented through effective management of heat exposure, underscoring the role of monitoring. Wearable technology, such as body sensors akin to smartwatches, has become an effective monitoring tool, reliably measuring physiological markers like heart rate, and approximating core temperature, among other variables. The is a decision-making guide within the toolkit designed to help employers choose wearable technology products to strengthen their Heat Illness Prevention Plan and guide work-rest schedules for their team.

“We’ve been exploring these technologies for use in high-risk jobs, such as mine workers and wildland firefighters, as a component of a company’s Heat Illness Prevention Plan,” Dr. Dorman said. “While their implementation may be valuable, they also introduce novel challenges for workers and workplaces and are certainly not a one-size-fits-all. However, with climate change, I expect a rapid uptake of these tools, as we are already seeing an explosion of interest from a variety of workplaces, including places not traditionally considered to be at risk for heat stress, specifically, healthcare workers wearing PPE for extended periods, and teachers facing overheated classrooms."

CROSH recently renewed funding agreements, allowing Dr. Dorman to continue studying heat stress for the next three years. She says she looks forward to further researching the effectiveness of wearable technology in real-world situations, through field tests and lab studies using the at 黑料吃瓜不打烊.

Graduate Student Katherine Snazel Inspired to Study Indigenous Perspectives

Graduate Student Katherine Snazel Inspired to Study Indigenous Perspectives

“University, to me, is not about learning what you want to do, but rather who you want to be”

August 14, 2024 – Mature Student, Katherine Snazel, is approaching the end of her Master's of Indigenous Relations program, which has been both a pursuit of new knowledge and a journey of personal growth.

After a career as a legal assistant in York Region , and life-long commitment to working as a figure skating coach, Katherine made the decision to attend university for the first time. Through coaching, Katherine was introduced to the idea of pursuing postsecondary studies at 黑料吃瓜不打烊.

“One of the skaters that I was working with was attending 黑料吃瓜不打烊, and he was sharing incredible stories and interesting learning experiences,” Katherine recalls. “It inspired me to look into the possibility for myself.”

At 60 years old, Katherine began her Bachelor's of Sociology online. Through that program, she became interested in further exploring Indigenous cultures. After completing her undergraduate degree with honours, she decided she would continue her academic journey with a master’s program, making Indigenous perspectives her area of focus. She describes her decision to commit to her master’s as an unexpected leap of faith.

“University, to me, is not about learning what you want to do, but rather who you want to be,” Katherine says. “Throughout life, I’ve found that I have continued to grow and learn who I want to be. I see my Master’s of Indigenous Relations as a reflection of that journey.”

Katherine narrowed in on Indigenous storytelling, studying 14 different Indigenous stories from Turtle Island. From newer reads like Waubgeshig Rice's Moon of the Crusted Snow to veteran author Thomson Highway's, The Kiss of the Fur Queen, Katherine dove into titles that would challenge her Western understanding. She aimed to learn more about Indigenous perspectives through storytelling and to develop her Two-Eyed Seeing perspective (the concept of applying both an Indigenous and Western lens to understanding issues for the benefit of all). As a non-Indigenous person, her undergraduate classes pushed her to realize that her previous education had lacked inclusion of Indigenous voices while her graduate program brought her deeper understanding.

“My time at 黑料吃瓜不打烊 has expanded my thinking as a whole, my critical thinking, and my understanding of social justice. I’m still navigating where this degree might take me career-wise, because while I have so many ideas and further interests, I’m currently more focused on enjoying the process of learning.”

Katherine appreciated 尝补耻谤别苍迟颈补苍’蝉 small class sizes, saying they have allowed her to build connections with other students and professors. She describes finding “really amazing people, young and old, in the 黑料吃瓜不打烊 community,” and feeling welcomed by all. Having moved to Sudbury for her master’s, she fell in love with the area and now plans to put down roots and stay long-term.

Katherine sees herself working with young people again in the future. For now, her path remains unwritten though she hopes to take the PhD in Human Studies and Interdisciplinary program next. Katherine will defend her master’s thesis on August 23rd, 2024.

Series: Undergraduate Student Research Awards Recipients

Series: Undergraduate Student Research Awards Recipients

August 7, 2024 - This summer, twenty-two students have the opportunity to support research projects through 黑料吃瓜不打烊 with funding provided by the Natural Sciences and Engineering Research Council of Canada (NSERC), the Canadian Institutes of Health Research (CIHR), and the Social Sciences and Humanities Research Council (SSHRC).

Undergraduate Student Research Awards (USRAs) are meant to nurture interest among undergraduate students and develop their potential for a research career. This funding provides students with research work experience that complements their studies in an academic setting.

Students support research for a period of 16 weeks, on a full-time basis, from May to August. Students can hold one USRA per fiscal year but can hold up to three USRAs throughout their undergraduate career.

Getting the opportunity to contribute in a meaningful way to a research project is often reserved for graduate students. USRAs grant a unique and coveted opportunity to undergraduate students to get experience in their field of interest. The students’ year of study, major, and areas of research vary but they all similarly demonstrate the positive impact that this opportunity has on their current studies and future goals.

Throughout the summer the students will share, in their own words, about themselves, their ambitions, their interests, and a little about the research project they are supporting.

Kate Pappin

4th year Biology at 黑料吃瓜不打烊

Hometown: Sudbury, Ontario

High school: St. Benedict Catholic Secondary School

I am incredibly passionate about environmental science and I am super excited to share a bit about myself and the research I’m taking part in this summer. I have been working out of the Vale Living with Lakes Centre (VLWLC) with my supervisor Dr. Brie Edwards, a Ministry of Environment, Conservation and Parks scientist. As part of her job, Dr. Edwards manages the long-term monitoring program of several acid damaged lakes in and around the Sudbury region.

To help support this project, it is my job to collect water chemistry samples, conduct kick and sweep surveys for benthic invertebrates (like the cute crayfish in my picture!), and do the prep work and data management that goes along with it. I have also been fortunate enough to tag along with other crews from the Ministry of Natural Resources and other universities to aid in similar work. I feel very lucky to be in my position, and I intend on continuing with graduate studies at VLWLC after I complete my undergraduate thesis.

Jazmin Fergani

4th year Biochemistry at 黑料吃瓜不打烊

Hometown: Sudbury, Ontario

High school: Lo-Ellen Park Secondary School

I am grateful for the opportunity to learn from amazing mentors, gaining valuable research skills and insights into future research career opportunities. Mining has been a large part of Sudbury’s history and through my USRA project, supervised by Dr. Nadia Mykytczuk, I am able to learn more about the implications the mining industry has had on my community.

My USRA project at MIRARCO supports the development and optimization of bioleaching technologies, addressing the growing demand for critical minerals with alternative sources like mine wastes. Contributing to such a large scale project has given me opportunities to engage with influential figures such as Ontario’s Minister of Mines, George Pirie, and Canada’s Minister of Energy and Natural Resources, Jonathan Wilkinson.

Throughout the summer I am responsible for maintaining microbial cultures sourced from mine wastes, by adjusting their conditions, and providing them with essential nutrients for the leaching process. In this process, I am also responsible for extracting microbial DNA to analyze their sequences and identify which bacterial species are present at different stages of the reaction.

Outside of my studies, I enjoy spending time outdoors with friends and family, whether on the lake or exploring Sudbury, my hometown.

McKinley Broomhead

3rd year student in Health Sciences at Queen’s University

Hometown: Lively, Ontario

High school: Lively District Secondary School (LDSS)

As a research assistant at the (CROSH) at 黑料吃瓜不打烊, my work focuses on preventing heat-related illnesses (HRI) in the workplace through the use of wearable technology. The projects I am involved in, under the guidance of Dr. Sandra Dorman, include, "A Field Application of a Novel Wearable Technology as a Component of a Heat Illness Prevention Plan Amongst Wildland Firefighters" and "An Evaluation of a Novel Wearable Technology for the Prevention of Heat Strain". My work on this research project is an opportunity to build on the experience I gained when working with Dr. Vince DePaul at Queen's University on the OASIS Research Team and my contributions to the Markerless Motion Capture Project.

My academic interests are centered on public health. My favourite courses so far have been ones that helped me understand global and population health and developing health programming. In my free time, I enjoy various physical activities such as weightlifting, hockey, and tennis.

Josée McDavid

4th year Biomedical Biology at 黑料吃瓜不打烊

Hometown: Sudbury, Ontario

High school: ?cole secondaire catholique l’Horizon

I am grateful to have been given the opportunity to work under the supervision of at NOSM U over the course of this summer. In only a short amount of time I have been able to develop various new skills on molecular biology techniques. These techniques vary from cell culture work to cloning small DNA molecules containing a specific gene.

My summer project is focused on the gene coding for the enzyme retinol saturase (RetSat). Altered levels of RetSat have been linked to insulin resistance, autoimmunity, and dyslipidemia in patients and animal models, though the biochemical basis is unknown. This research aims to clarify RetSat’s role and the biological processes involved in hypoxia adaptation.

Through my work as a USRA I have also been given various opportunities for career development and networking with experts in the field of research. In June I attended the Northern Health Research Conference at NOSM U where I was able to learn more about the amazing research that is being conducted here in the North. I am also incredibly grateful to have attended the International Retinoid Conference held in Saint Paul, Minnesota this July, where I had the opportunity to attend various talks from experts in the field of Vitamin A.

Series: Undergraduate Student Research Awards Recipients

Series: Undergraduate Student Research Awards Recipients

August 1, 2024 - This summer, twenty-two students have the opportunity to support research projects through 黑料吃瓜不打烊 with funding provided by the Natural Sciences and Engineering Research Council of Canada (NSERC), the Canadian Institutes of Health Research (CIHR), and the Social Sciences and Humanities Research Council (SSHRC).

Undergraduate Student Research Awards (USRAs) are meant to nurture interest among undergraduate students and develop their potential for a research career. This funding provides students with research work experience that complements their studies in an academic setting.

Students support research for a period of 16 weeks, on a full-time basis, from May to August. Students can hold one USRA per fiscal year but can hold up to three USRAs throughout their undergraduate career.

Getting the opportunity to contribute in a meaningful way to a research project is often reserved for graduate students. USRAs grant a unique and coveted opportunity to undergraduate students to get experience in their field of interest. The students’ year of study, major, and areas of research vary but they all similarly demonstrate the positive impact that this opportunity has on their current studies and future goals.

Throughout the summer the students will share, in their own words, about themselves, their ambitions, their interests, and a little about the research project they are supporting.

Kailey Beggs

3rd year of Bachelor of Science in Kinesiology at 黑料吃瓜不打烊

Hometown: Val Caron, Ontario

High School: Confederation Secondary School

This summer, I was offered the opportunity to work with the through my USRA. I am excited to be gaining practical experience in the field of research, working on many projects that are all in different stages. Surprisingly, I have learned more about statistics through CROSH than I did in my intro to stats course. Who knew I would be using stats again! In the future, I hope to use all the knowledge and skills I am gaining from CROSH and my program (Kinesiology) to pursue postgraduate education and eventually achieve a career in healthcare.

Currently, I am involved in several projects at CROSH, but the one that is most exciting to me is the Air Quality Index (AQI) Interventions project with Dr. Alison Godwin. In this project, I am researching how people interact and interpret AQI data with a goal to improve public awareness about air pollution and associated health risks. My favourite topic to learn about is human physiology. I find it fascinating to understand how the body works, by understanding metabolism or examining movement patterns to prevent injuries and enhance biomechanics. Outside of school, I love running, going to the gym, walking my dog Hershey, and diving into a good book! A big part of my life is also volunteering and working.

Dulain Abeyratne

4th year Biomedical Biology at 黑料吃瓜不打烊

Hometown: Sudbury, Ontario

High school: Lockerby Composite School

This is my second summer of research under the supervision of Dr. Stefan Siemann. Currently, I am supporting a project that focuses on the effects of metal exchange and the removal of zinc from a group of metal-containing enzymes. Specifically, we are investigating how this metal exchange impacts the enzyme activity. My time working as a research assistant has not only given me hands-on laboratory experience but has sparked an interest in the field of research. I hope to pursue a career in medicine, and I am confident that the skills I learn through this USRA-funded opportunity will positively impact my future goals.

In my free time, I enjoy running, playing basketball, and spending time with friends and family! I also spend time volunteering with different organizations including the YMCA of Northeastern Ontario and St. Joseph’s Continuing Care Center.

Olivia Norman

4th year Biomedical Biology at 黑料吃瓜不打烊

Hometown: Ottawa, Ontario

High school: Glebe Collegiate Institute

Originally from Ottawa, I was drawn to 黑料吃瓜不打烊 by its varsity nordic ski team, incredible outdoor access, and smaller class sizes. Because 黑料吃瓜不打烊 is a relatively small university, undergraduate students are provided with more laboratory experience than is often available at larger institutions. This experience built foundational skills I was able to transfer to research in a professional laboratory setting. This summer I received a USRA, which has provided me with the opportunity to work hands-on at NOSM U’s biomedical research laboratory in Sudbury. Co-supervised by and , my research digs into the genetics underlying the function of nicotinic acetylcholine receptors (nAChRs) in the human body. NAChRs are found in many cell types around the body, including immune cells. Building on previous research by Dr. Simard and his team, I hope to uncover more about the involvement of nAChRs in the inflammatory response triggered by the immune system.

Camden Babin

3rd Year Software Engineering at the University of Alberta (U of A)

Hometown: Hanmer, Ontario

High school: Bishop Alexander Carter C.S.S

Before my studies at the U of A, I had a burning interest in all areas of STEM and had no idea where it would take me. It wasn’t until my general first-year programming class that I found my passion for computer science in engineering. Given the opportunity to work with CROSH at 黑料吃瓜不打烊 this summer, I am most interested in the exposure to the use of microelectronics within the research and occupational health and safety fields. So far, I've seen how microelectronics such as accelerometers and low-cost Air Quality Index sensors communicate with larger computer systems to collect, store and process data securely. I look forward to learning about the research process and research-based practices, and how it relates to various engineering processes.

This summer I will be working closely on a project that facilitates community engagement with local air quality tools to assist in health-related decision-making, as well as taking every opportunity to aid in the technological side of other projects. I think what ties engineering, research, and occupational health and safety (OHS) all together is the desire we all have to problem-solve and improve the quality of life of others. I look forward to applying my passion to explore the intersection of technology and occupational health and safety at CROSH, contributing to projects that improve our community through innovative research.

黑料吃瓜不打烊 Alumnus Lance Cryderman Prepares for Paris 2024 Paralympics

黑料吃瓜不打烊 Alumnus Lance Cryderman Prepares for Paris 2024 Paralympics

Accessibility Advisor proves as exceptional role model

July 25, 2024 - Lance Cryderman, an alumnus and staff member of 黑料吃瓜不打烊, is gearing up for the Paris 2024 Summer Paralympic Games. The Games are the culmination of a six-year journey marked by determination and dedication as he manages the rigorous demands of training and competition alongside his responsibilities at home and work.

Lance got involved in boccia while attending high school at Lockerby Composite School but it wasn’t until after high school that he started competing professionally. After a few years, he took a pause to focus on post-secondary and start a family. He earned both an undergraduate degree in Psychology and a Master’s in Business Administration at 黑料吃瓜不打烊. For the past six years, he has been an Accessibility Advisor at 黑料吃瓜不打烊. He returned to boccia around the same time, approaching competition seriously and quickly rising to an international level.

When he returned to the sport in 2017 he knew that Tokyo 2020 would be a tight timeline but set his sights on Paris 2024. Now Lance has qualified to compete in the BC 1 category of men’s individual boccia.

“For any boccia player competing at the international level, the Paralympics is the pinnacle of our sport,” Lance says. “Preparing for it is intense but it is completely worth it and I am incredibly proud to represent Canada at the Paralympic Games.”

Lance dedicates 10-12 hours each week to honing his skills both on and off the court. His rigorous training regimen includes mental preparation with a sports psychologist, strategic sessions with his coach, meticulous analysis of game footage, and at least eight hours of throwing time a week.

Balancing these demands alongside his professional responsibilities and family commitments has been challenging, but Lance attributes his success to his unwavering support system, which he affectionately calls his "Success Army." This team includes his practice partner, performance partner, coach, as well as friends, family, colleagues, and his wife Danielle, whose support and involvement in every decision are invaluable.

“Striking a balance between work, family, and boccia is challenging,” Lance says. “I’m grateful that everyone in my life is extremely supportive. My colleagues are happy to see me succeed and I’m deeply grateful for their help supporting my students during this crucial time. Their encouragement and collaboration serve as a powerful example for the students we work with.”

Lance hopes to come home from Paris with Gold. Looking beyond Paris 2024, Lance is not sure what the future holds and remains open to all potential opportunities. His main goal will always be to inspire others to pursue their dreams. He believes his journey serves as a testament to the power of perseverance and support in achieving goals, saying, "If I’m able to do all this, what’s stopping you?"

As Lance heads to Paris to represent Canada, his story resonates as a testament to the triumph of community, passion, and hard work.

Series: Undergraduate Student Research Awards Recipients

Series: Undergraduate Student Research Awards Recipients

July 19, 2024 - This summer, twenty-two students have the opportunity to support research projects through 黑料吃瓜不打烊 with funding provided by Canadian Institutes of Health Research (CIHR), Natural Sciences and Engineering Research Council of Canada (NSERC), and the Social Sciences and Humanities Research Council (SSHRC). Undergraduate Student Research Awards (USRAs) are meant to nurture interest among undergraduate students and develop their potential for a research career. This funding provides students with research work experience that complements their studies in an academic setting.

Students support research for a period of 16 weeks, on a full-time basis, from May to August. Students can hold one USRA per fiscal year but can hold up to three USRAs throughout their undergraduate career.

Getting the opportunity to contribute in a meaningful way to a research project is often reserved for graduate students. USRAs grant a unique and coveted opportunity to undergraduate students to get experience in their field of interest. The students’ year of study, major, and areas of research vary but they all similarly demonstrate the positive impact that this opportunity has on their current studies and future goals.

Throughout the summer the students will share in their own words about their ambitions, their interests, and a little about the research project they are supporting.

Emma Mageau

4th year Biomedical Biology at 黑料吃瓜不打烊

Hometown: Sudbury, Ontario

High school: Confederation Secondary School

This summer I am working under on his radiation resistant breast cancer project at NOSM University. Within this project we are researching some targets believed to be associated with radiation resistance in a specific breast cancer cell line. While I have always had a passion for science, I found I was lacking research experience, so this opportunity has been an amazing way to expand my knowledge and skills in the lab.

In my spare time, I enjoy playing soccer and tennis and spending time with family and friends. I also help run Relay for Life at 黑料吃瓜不打烊 which is a huge passion of mine. I hope to one day pursue a career in medicine, and the field of oncology has always been an interest of mine. I am excited to see where this research and academic year takes me!

Avery Morin

4th year Behavioural Neuroscience at 黑料吃瓜不打烊

Hometown: Sudbury, Ontario

High school: Marymount Academy

Through USRA I get to support my passion for ecology and sustainability, exploring an entirely different field than I do in the classroom as a Behavioural Neuroscience student. At the Vale Living with Lakes Centre, I lead 尝补耻谤别苍迟颈补苍’蝉 Environmental Sustainability Committee and take part in the global Nature Positive Student Ambassador program. As a part of this initiative, institutions must complete baseline biodiversity assessments which have been ongoing since 2023. This summer, I am working with Dr. John Gunn on understanding wetland biodiversity by installing bird and frog call recorders throughout the 黑料吃瓜不打烊 Greenspace. This project will not only contribute to Nature Positive biodiversity assessments but will also be used to support a multi university project focused on the restoration of peatlands after pollution from mining activities.

Anyone can get involved in supporting biodiversity assessments through citizen science using the app iNaturalist where all observations of plants, animals and insects taken on our campus will automatically be added to 尝补耻谤别苍迟颈补苍’蝉 Campus Biodiversity Network project to contribute to real scientific datasets.

Ellis Albrecht

4th year Biomedical Biology at 黑料吃瓜不打烊

Hometown: Onaping, Ontario

High school: Chelmsford Valley District Composite School

This summer, through the USRA program, I have the pleasure of working with Dr. Brie Edwards, based at the Vale Living with Lakes Centre (VLWLC). As a student researcher, I am responsible for collecting water and invertebrate samples, preparing equipment for field work, and conducting data entry and analysis. The cooperative nature of the VLWLC has also provided me with the opportunity to observe and assist with other ongoing projects.

Growing up in Greater Sudbury I have always had a deep appreciation for our natural world and I feel incredibly fortunate to work on these beautiful bodies of water. This position has enabled me to practice my hobbies (boating, paddling, hiking) while witnessing and participating in the work that goes into restoring, maintaining, and monitoring our freshwater systems.

Alexandra Bertrim

3rd year Human Kinetics at the University of Guelph

Hometown: Sudbury, Ontario

High School: Lo-ellen Park Secondary School

This summer, I am working as an undergraduate research assistant at the (CROSH) at 黑料吃瓜不打烊. Through my work at CROSH, I hope to gain insightful research experience and apply my academic knowledge to real and practical situations to enhance workplace health and safety. I am currently assisting with a handful of projects, including a seat adjustment training program. The initiative focuses on reducing workplace injuries by giving heavy equipment operators a program to help them use good ergonomic practices.

I am also involved in the analysis of data entries related to simulation and mining operations training. With this analysis, CROSH hopes to assess efficacy and worker satisfaction around simulation training programs. The programs are a revolutionized training method that allows trainees to practice their skills safely in preparation for work in the field. My hands-on experience with CROSH has so far allowed me to gain a greater appreciation and understanding of the importance of occupational health and safety. I am eager to continue working in this field, hopeful that my efforts will help contribute to safer and healthier workplaces.

As a dedicated member of the Gryphons varsity swim team, I am driven to excel in the pool, as well as in the classroom, where I have strong academic interests in the fields of biomechanics, human physiology, and anatomy.

黑料吃瓜不打烊 Receives Funding from the Province to Enhance STEM Education

黑料吃瓜不打烊 Receives Funding from the Province to Enhance STEM Education

Funds to support purchase of leading-edge equipment

July 17, 2024 – 黑料吃瓜不打烊 is pleased to announce a significant investment of $2.17 million associated with the Ontario’s Training Equipment and Renewal Fund. This is a matching funding program to help universities renew and buy modern, state-of-the-art equipment and learning resources to enable high quality hands-on experiences.

These funds will support the establishment of a centralized hub for the hands-on training of students in STEM programs at 黑料吃瓜不打烊. Located in the Perdue Analytical Facility on the 黑料吃瓜不打烊 campus, this hub will integrate three key elements:

1. a molecular analysis and characterization instrumentation core

2. a virtual reality laboratory

3. a multimedia laboratory for science communication

Integrating these elements in a single physical space will transform experiential, online and micro-credential learning experiences in STEM. The STEM hub will provide novel training opportunities to prepare students in a key employment growth sector in Ontario.

Dr. Eric Gauthier, the lead on this transformative project and Director for the School of Natural Sciences, highlights the positive impact on students and the broader community: "We are thrilled to receive this grant. This facility will provide students with modern scientific instruments, easing their transition to the job market. Our new Virtual Reality lab will introduce innovative teaching methods and enhance learning. Regional scientists and companies will use the VR lab to solve real-world problems. The multimedia lab will help scientists communicate their results and deliver course content, including microcredentials. This hub will foster collaborations among post-secondary institutions, science institutes, and tech-driven companies."

Dr. Brenda Brouwer, Interim Provost and Vice-President Academic, also shared her enthusiasm for the project: "This is a great news story and achievement made possible through the efforts of creative faculty with a shared vision of what next-gen teaching in STEM can be. We are grateful to the Ontario Government for investing and making this vision a reality."

The new STEM hub will transform experiential, online, and micro-credential learning experiences, providing novel training opportunities and preparing students for careers in a key employment growth sector in Ontario. 黑料吃瓜不打烊 remains committed to advancing education and fostering innovation through such impactful initiatives.

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