8 Incredible Women in Engineering

Hi, my name is Tanzina Nowshin and I’m a recent Mechanical Engineering graduate from Ryerson University, and I’m here to tell you about 8 amazing women in engineering across three levels.

Let’s start on an international scale with…

Dahun Mamora: She graduated with a bachelor’s degree in Chemical Engineering and a master’s degree in Engineering Management. She is currently a Technical Project Manager on the Power Electronics Team at TESLA. Dahun also launched a platform called Beyond Our Limitations to help provide mentorship and financial support to international students in the US. Her goal is to use the platform to share her story, and also build a community of international students and remind them that they can achieve great things in life if they look beyond their limitations! 

Audrey Tang: Audrey wrote her first computer game at just 8 years old to help her brother learn fractions. She began learning Perl at age 12, dropped out of high school, left Taiwan and by age 19 she was hailed as an entrepreneur in Silicon Valley. In 2016, Audrey also became Taiwan’s youngest government minister as well as Taiwan’s first transgender Cabinet member. 

Anushree Sonic: She is an alumna of Ryerson University and International Space University where she got her Bachelor’s in Aerospace Engineering and Master’s in Space Science respectively. Anushree began her career at the NASA Ames Research Center where she supported on-orbit operations of various payloads on the International Space Station. She left NASA Ames in 2020 to pursue a career working for Waymo, formerly known as Google’s self-driving car project. There she is currently managing and leading a team working on the development of the self-driving system.

Next, let’s move on to a national scale starting with…

Natasha Walji – Natasha is a Director at Google Canada leading the Tech, Telecom & Public sector business. She has been at Google for 10 years and was previously a McKinsey consultant and a software developer. She has been serving the community for around 20 years in the areas of disaster relief, poverty alleviation, public health and also founded an organization for children with disabilities. Natasha has also been named one of Canada’s Top 100 Most Powerful Women by WXN

Professor Noreen Komal – She has a Bachelor of Science and a Master’s degree in Chemical Engineering as well as a Ph.D. in human-computer interaction. She collaborated on a COVID-19 project with the Nova Scotia Health Authority that applies engineering techniques to healthcare modelling. When I was reading her article, I really liked one of her quotes where she said: “As an interdisciplinary researcher, I am always promoting engineers within healthcare… I hope that we can see more engineers working within the health system working alongside epidemiologists, physicians, and administrators to develop solutions to create one of the best top-performing health systems that is agile enough to respond to situations such as this pandemic.”

Deanna Burgart – Deanna is Cree/Dene from Fond du Lac First Nation. She is an engineer and a Senior Instructor in the Schulich School of Engineering at the University of Calgary. Deanna also serves as the President of IndigeSTEAM, whose mission is the provision of Indigenous-led and culturally relevant programming to support better futures for Indigenous youth in STEM.

When I was reading more about what IndigeSTEAM does, I really liked how they defined the term STEAM. So, as we all know STEM is Science, Technology, Engineering, and Mathematics. But, when we talk about the connections to social enterprise, humanities, arts, innovation, entrepreneurship and more, we put an ‘A’ into STEM to get STEAM. The A can represent Arts, Architecture and Agriculture – all areas that Indigenous peoples have been innovators in for thousands of years.

Now on a local level, we have…

Minakshi Suri – Minakshi has a civil engineering degree and she is currently working in the higher education industry as an Engineering Outreach Coordinator for our very own, Ryerson University. Her work involves delivering several outreach programs designed to inform, educate and excite students from Kindergarten to Grade 12 about engineering as a field of study or profession. I personally think the kind of work that Minakshi is doing is critical for our future since it is essentially shaping and inspiring young minds to pursue a career in STEM, motivating the next generation of changemakers.

Now last but definitely not least, 

Vanessa Raponi – Vanessa is a Product Development Engineer-in-Training at Spin Master, a Canadian-founded international toy company. She designs and creates toys and balances her technical expertise with her leadership and project management skills and leads the Sustainable Materials committee. Vanessa is also the founder of EngiQueers Canada, a national non-profit that advocates for intersectional queer inclusion in the engineering profession.

And that is all I have for you today! These women were only a few of the hundreds out there in the workforce who are not only challenging barriers but making revolutionary waves within their respective industries. For all the women out there currently pursuing their degree, I encourage you to look into mentorship programs, extracurriculars or events such as WIE (women in engineering), or even follow inspiring female leaders on platforms such as LinkedIn.

For all those that do not identify as a woman, I encourage you to look into what it means to be an ally and how to support fellow female peers.

Thank you for listening!


8 Influential LGBTQ+ People in STEM to Celebrate This Pride Month

Natasha Walji recognized as one of Canada’s Most Powerful Women in WXN’s Top 100 to Celebrate and Inspire Female Leaders

INWED 2020: Noreen Kamal, PhD, P.Eng.


Climate change – are architects the problem, or the solution?

By Devanshi Jagota

Devanshi Jagota is a 4th-year Architectural Science student at Ryerson University.

In 2020, my home of Newfoundland experienced a snowstorm and was hit hard by an avalanche which followed, leaving the entire province shut down within 2 days. People were left buried under 93 cm of snow in a state of emergency, with no food or electricity for 8 days. Environment and Climate Change Canada reported that the increasing frequency of stormy weather is not a traditional aspect of Newfoundland’s climate and the province is not yet prepared to experience the possibility of such storms becoming more frequent with the rising seas and sinking coastlines caused by global warming. 

It is this event which motivated me as a student of Architectural Science to learn more deeply into the phenomenon of climate change. Whilst Newfoundland was suffering a record breaking winter, in other corners of the world fires in the Amazon and the Australian bush were simultaneously creating havoc as resources, ecosystems, economic systems and animal habitats were damaged beyond repair. Scientists confirmed in the New York Times article that a 30% increase in wildfires can be directly attributed to human activity related climate change. There is a dire need for serious change in this world and everyone has a part to play. Naturally as an aspiring architect, I am looking towards possible architectural mitigations to this end.

How can sustainable design impact humans on a larger scale?

As cities become more dense, we continue to face issues such as affordability, health, living and food crises. With increasing global temperatures, the availability of natural resources like water, trees and animals decrease, resulting in an increased cost of water, electricity, food and living. 

Sustainable futures call for sustainable lifestyles. We must each of us commit to ways of living our day to day lives without further contributing to climate change. The prospect of a sustainable lifestyle is an important habit to get into. But where architecture is concerned, why not let our buildings do the work for a better future? 


The architecture and construction industries are the largest producers of greenhouse gas emissions today. Like many other industries, these are based on a linear economy model where natural raw materials used for the built environment end up in landfills after use, making the process inefficient, costly and unsustainable. It’s time to change this! 

The “Cradle to Cradle” certification system started by architect William Mcdonough and biologist Michael Braungart, which represents a circular economy, aims to lower the amount of waste produced by buildings. Based on “3Rs” – Reduce, Reuse and Recycle, a concept we have all heard of, this system promotes materials to be used again after their end of life and provides long-term economic capital by reducing CO2, energy. and costs of construction. With high construction needs in growing cities, the consumption of natural resources is faster than its production. As such, if materials from one building are reused by another, this can reduce the annual CO2 production and the cost of building materials and housing.


In addition to reusing building materials for cost efficiency, architecture school has taught me other ways to mitigate the increasing rent and housing costs. Passive house and Net-Zero design strategies can be the solution to creating equal access to shelter.

Passive house is an integration of high quality passive (no energy) systems and low quality power systems. Heating and cooling a building requires intense energy and resources, resulting in high electricity bills. However, by maximizing air tightness to prevent any leakage of heating or cooling in a building and designing well performing windows to naturally cool in the summer or heat in the winter through solar energy, the cost required to maintain a comfortable environment can be reduced. 

But what about other costs such as hydro or electricity? To reduce water costs, design elements such as rainwater management systems and greenroofs that filter and reuse rainwater into the building as drinking or shower water, heating, and providing fresh cool air can reduce water consumption and the cost of the building. The cost and consumption of electricity can also be reduced by implementing renewable energy on site. By orienting the building for maximum sun exposure, solar panels can produce enough energy to significantly reduce the cost of energy consumption. These passive strategies are not only efficient, but also provide solutions to adapt to extreme weather conditions such as flooding through rain water management, extreme heat, or loss of electricity. 

Lastly, sourcing sustainable materials that require minimal chemical treatment or maintenance over time can reduce the amount of energy, cost, and time used in constructing and manufacturing, resulting in lower levels of CO2. The Living, Nerri Oxman and 3XN/GXN architectural firms have taken a biological approach to architecture by using mushrooms and algae to create building elements to reduce waste, toxins and to increase affordability. Ryerson’s Architectural Science professor Cheryl Atkinson has based her research and design on net-zero housing as a response to affordable housing in Toronto. 

The Living re-designs bricks using mushroom mycelium. 100% compostable for community gardens. 

Ryerson professor Cheryl Atkinson’s Net-Zero passive house as a response to affordable housing. Sequesters 25 tonne of CO2.


When at a grocery store, have you ever noticed how much of your food is imported? With an increase in population the demand for food has increased. But, the fluctuations in weather events such as extreme snow storms, frost, rain or droughts can make it difficult to produce fresh food at a fast rate. As a result, food is being imported and large amounts of forests are being cleared in certain areas for food production, increasing the cost and CO2 emissions. 

As architects and planners, we have the power to solve this problem by designing resilient cities which respond and adapt to climate impacts. Rather than destroying more of our forests, we can turn to rooftop gardens, urban farms, and balcony gardening, allowing people to have equal access to fresh and affordable food. Urban food production also can help prevent flooding by absorbing extensive rain water, balancing the ecosystem and providing habitats for animals on the verge of extinction such as bees and birds in cities. 

Examples of urban farms in Toronto include the parkdale community garden and Ryerson’s rooftop urban farm which feeds many low-income community members in Toronto who might not have access to fresh produce and healthy life.  

Ryerson’s Urban Farm – a quarter acre farm which produces 10,000 pounds of produce annually. 


Let’s talk about how buildings make us feel! After all, we spend most of our time indoors, whether it’s working, studying, relaxing or shopping. It is only fair to recognize that these buildings expose us to many toxic materials like plastics, sprays, glues, textiles and trapped dust. This often results in health issues related to our respiratory system, circadian rhythm, cognitive performance, and psychological health. While the physical problems associated with our built environment can be often ignored. However, biophilic properties like visual and non-visual connections to nature through rooftop gardens, natural light, fresh air and natural building materials aim to improve the quality of life of occupants. Access to areas for gardening provides an opportunity for physical activity, fresh air, and fresh food that are free of chemicals and toxins from artificial fertilizers, resulting in improved health.

Having a healthy environment with natural light throughout the day, operable windows for fresh air, and views or sounds of nature can improve our cognitive performance, sleep quality, mood, and mental health. Minimum exposure to artificial blue light also balances our body’s circadian rhythm (body’s clock), allowing for better sleep.

Dusty and toxic indoor environments can cause uncomfortable breathing, therefore switching to naturally and sustainably derived building elements like wood and household products improve respiratory systems and decrease allergic reactions. 

Soul Garden House incorporates biophilia to bring outside – in as a healing property. 

We are all in this together!

So what can we do?

Climate change does not end at large scale projects, but is the responsibility of every individual on a smaller scale as well. Small deeds can go a long way. Here are some simple ways I try to implement the idea of circular sustainability in my everyday life through:

  • Reading the small print or label – does a particular brand practice sustainably?
  • Re-use carrier bags, glass jars and plastic containers to reduce waste
  • Purchasing naturally derived, plant based products that can be composted
  • New isn’t always better – only “spend on things which will bring value to your life”. Thrift stores are good places for rehoming desirable items. 
  • Get creative – for example, I have been growing my own herbs and creating DIY self-watering plant pots using plastic water bottles.
  • Turn off lights. Turn down the heating. Time your showers. It saves you money and helps the environment!
  • Have a movie day! Educate by watching documentaries on Netflix. Chasing Corals provides powerful insight on the effects of climate change
  • Spread the word!

Final Intake

It is not the responsibility of one industry to bring about change. While the built environment can have a significant impact, sustainability is a holistic approach to living a better and healthier life. Our current situation regarding climate change is akin to the “frog in the saucepan” analogy. We may not perceive the danger of our current habits now, but if we are not careful, we will find ourselves at the point of no return. But we do have the opportunity to stop this by making small changes in our lives and our surroundings. As architects it is our responsibility to design with the community and the environment for its greater good. As humans, it is our responsibility to take care of the world around us that continues to provide us with resources and beautiful experiences.


Snow Storm NL: https://www.ctvnews.ca/canada/we-re-not-really-prepared-scientists-say-n-l-blizzard-a-sign-of-what-s-to-come-1.4793962 

Climate Change increasing wildfires: https://www.nytimes.com/2020/03/04/climate/australia-wildfires-climate-change.html

Velux – Toxic Indoor environment: https://www.youtube.com/watch?v=ygHU0mQGuJU

14 Patterns of Biophilia for health: https://www.terrapinbrightgreen.com/reports/14-patterns/?utm_medium=website&utm_source=archdaily.com

Circular Sustainability: http://www.buildingacircularfuture.com/book.

Cradle to Cradle: https://mcdonough.com/cradle-to-cradle/

Growing Cities:https://www.un.org/development/desa/en/news/population/2018-revision-of-world-urbanization-prospects.html

Soul Garden House: https://www.archdaily.com/921998/soul-garden-house-spacefiction-studio

Biophilia: https://www.archdaily.com/935258/biophilia-bringing-nature-into-interior-design

Net Zero house by Cheryl Atkinson: https://www.sustainable.to/blog/2019/5/15/net-zero-house-tackles-affordability-and-sustainability-cheryl-atkinson 

The Living, mushroom bricks: http://www.thelivingnewyork.com/ 

Ryerson Urban Farm https://www.ryerson.ca/foodsecurity/projects/activity_ryerson_urban_farm/

Benefits of Job Shadowing & Why You Should Try It

What is job shadowing? Why is it important?

By Sheik Abid Rahman and Samantha Cesario

Job shadowing is an activity where a student or job seeker follows and observes a professional expert as they work for anywhere between a few hours to several weeks (Tallo, 2020). It is done to get a better understanding of what a professional of a particular career does at work on a daily basis. Through job shadowing, one can learn about a company’s culture, the typical day to day tasks and priorities, core skill sets required to excel in a given position, and ask questions about a professional’s first-hand experiences. It is a helpful way to learn more about the job you are interested in pursuing. Job shadowing may be planned informally or as part of a formal program organized by a university. 

We spoke to Ashton Jila, Partnership Specialist for the Co-operative Internship Program at FEAS, to get his input on job shadowing.

  1. Why should students consider job shadowing?

Ashton mentioned that job shadowing allows a student to get first hand information on the industry insights, the details of the specific role they are shadowing including day to day experience, technical and soft skills required for the job as well as any other relevant skills the student would need to work in that field. He mentioned that you would also be able to make a professional network connection which is crucial to advancing your career.

  1. How can a student engage in a job shadow? 

According to Ashton it all starts with identifying a host employer. A host employer is someone who is willing to put the time and effort into going over the details of the role you are shadowing. Moreover, they should be willing to share more about the company culture as well. However, Ashton mentioned that you must ensure that the host employer has been notified of your expectations and be able to communicate that effectively with them.

  1. During their job shadowing experience, how can a student identify core components of a job they are shadowing, including skills required, day to day functions, long-term and short-term outcomes, and success metrics?

Ashton suggests that you should do the research on the company and the job descriptions available. You should go over all the core competencies needed for the role and ask about how one can be successful in that role. This will show the employer that you are proactive and interested in learning more about their industry.

What steps can you take?

By Julian Faita

As someone with no job shadowing experience, I tried to dive into the topic further to see if it might be useful in helping out with my future career. Through my research, these are the steps that I found to complete when looking for a job shadowing opportunity:

  1. First and foremost, find someone to interview! Ryerson offers great career resources and reaching out to someone from the career centre might help point you in the right direction. 
  2. Once you have decided on someone to shadow, don’t hesitate to reach out to them! Introduce yourself and make sure to clarify that you are NOT looking for a job, that you just wish to explore your career opportunities, and want to learn more about what they do by tagging along with them for the day. If they agree, make sure to lock in on a time and place to meet for the day! 
  3. Don’t forget to create a list of questions to ask and practice asking them beforehand. 
  4. Dress professionally and arrive early as well. When you’re there try your best to get a sense of the work environment: if the environment is fast-paced, relaxed, based on individual work, or based on teamwork. 
  5. After the day is complete, make sure to thank the individual that you were shadowing and take some time to reflect on your experience. Ask yourself some questions: Did you feel comfortable in that work environment? How could you be successful in that career? Are you interested in this line of work? 
  6. Once you have done this, be sure to contact the individual that you shadowed, outlining your experience and potentially asking for a referral to a job that you could see yourself in. 

All-in-all, doing this multiple times will help you build your professional network and your knowledge of the workforce in your industry. This will help determine if you want to stick to your career path or if maybe it’s not quite for you which is okay too! 

Concluding thoughts

By Iyvan Chandran

Job shadowing is recommended to all students as it allows you to align your industry focus. You will not only be able to narrow down your desired field of work, but also the technical and soft skills needed. Job shadowing also gives you the opportunity to show your skills and network to a potential employer and get your foot in the door as a new graduate placement opportunity. You will be able to get firsthand experience, tips and growth hacks from your mentor, leading to a refined version of yourself.

If you are interested in learning more about what it’s like to work in different professions, then make sure to connect with the staff at the Ryerson Career & Co-op Centre for advice and guidance. 

Public Speaking Tips & Tricks!

Hey everyone! My name is Samantha Cesario and I am a Peer Connector for the Peer Network Program (PNP). I am also a third-year civil engineering student. The PNP team and I would like to share our first vlog with you! We wanted to share our thoughts on the importance of public speaking and five tips to help you master the ability to capture your audience. I would like to thank both Leah Roth and Sadberk Agma for partaking in this initiative and showing us how they prepare themselves for public speaking. Also, I would like to thank Ely J R Torrenueva for the amazing video editing! I hope you learn something from this video and that it encourages you to take on the task of public speaking. Make sure to attend our Masterclass on Public Speaking & Presentation Skills on Thursday, March 25 from 5 p.m. to 6 p.m. to learn more tips and tricks!

Acknowledging Anti-Black Racism in Engineering and Architecture

By Sheikh Abid Rahman

Learning How to be an Ally

My name is Sheikh Abid Rahman, and I am currently in my second year of Aerospace Engineering. I identify as male of South-Asian descent, and I consider myself a beginner in terms of learning about Anti-Black racism. I did not learn about Anti-Black racism throughout my schooling (k-12), and it isn’t something I am exposed to in my undergraduate program. For the most part, I have learned about Anti-Black racism through documentaries, articles on Google, podcasts, and social media.

What is Anti-Black Racism?

Anti-Black Racism is characterized as policies and practices that represent and perpetuate values, beliefs, behaviours, bigotry, stereotyping and/or discrimination that are aimed towards people of African descent and that are embedded in their unique experience and history of slavery and colonialism in Canada (Ryerson University, Anti-Black Racism Campus Climate Review Report, 2020). 

How does Anti-Black Racism show up on our campus?

On university campuses, like in wider society, Anti-Black racism materializes as systemic forms of exclusion. Ryerson is no exception, as revealed by the “Anti-Black Racism Campus Climate Review Report” (July 2020) released by the Office of the Vice-President, Equity and Community Inclusion. The report outlines the barriers Black students, staff, and faculty face due to systemic Anti-Black Racism at Ryerson and provides recommendations on how to dismantle them. The entire Ryerson community is called upon to take action and genuinely establish diversity and inclusion as fundamental principles across the university. Ultimately, the report shows that more work needs to be done at Ryerson so that Black students, faculty, and staff feel equal, secure, and welcome on campus. 

All Ryerson community members can start by reading the “Anti-Black Racism Campus Climate Review Report” towards making change. But, don’t stop there.

Addressing Anti-Black Racism in Engineering and Architecture

In addition to the report, it’s also important to understand the ways Anti-Black Racism shows up in our own disciplines. Focusing on architecture and engineering, I asked Black-identified individuals and non-Black allies to share their perspectives on how Anti-Black Racism impacts learning and practice. 

Student Perspective: Wintta Ghebreiyesus, PhD Candidate, Aerospace Engineering.

Wintta, who is a proud member of the National Society of Black Engineers (NSBE) Ryerson Chapter, expressed that one of the most prominent consequences of Anti-Black Racism in our faculty is the lack of representation of Black staff and faculty across all programs in engineering and architecture. She also points out that this scarcity of resources and representation becomes an enormous barrier for Black students and places them at a major disadvantage in the institution. 

Faculty Perspective: Dr. Russell Richman, Associate Professor, Graduate Studies

From Dr. Russell’s perspective, Anti-Black Racism materializes in the form of a lack of Black professors in the engineering and architecture schools. He further states, “We have to do better at making engineering and architecture a realistic career when Black children are early in their education journeys.”

Staff Perspective: Lynsey Kissane, Executive Director, Strategy and Communication, Faculty of Engineering and Architectural Science

“As a white female identified employee of Ryerson since 2012, who has benefited personally and professionally from multiple promotions and the influence afforded to me through my position, I am complicit in Ryerson’s actions and in-actions on Anti-Black Racism. Having worked in white dominated non-profits, an engineering consulting firm and higher education institutions throughout my career, I have worked to fight various forms of racism and know first hand that institutional change and culture change is challenging and slow. Too slow! So slow that the systemic nature of racism within institutions is incredibly clear to me. The unwillingness of predominantly white and university educated leaders (and donors) to:

  • admit past wrongdoing or in-action
  • be culpable for the systemic nature of racism within their institutions, and 
  • share power in order to create a more equitable and inclusive reality, is very clear to me. The James Baldwin quote “how much time do you want for your progress” often comes to mind. It infuriates me when organizations fail to demonstrate the urgency espoused in press releases and published reports.

So, how to dismantle racism in architecture and engineering education and practice? To answer this, I’d like to share this article and interview with you. It was written by Neil Price, who I view as a leading authority on the future of education. I’ve learned so much from him. He has shared some ideas of where we might start to dismantle anti-black racism in higher education, specifically within the current pandemic context we’re all living in. I agree with his proposal to:

  • Prioritize Black care: Everyone in the Ryerson community should be mindful to check in with our fellow Black students, staff and faculty to ensure their well-being is of primary importance. Resources to support mental health for Black community members is essential. More to the point we “might imagine ways of embedding a similar ethics of care in all that we do. We might consider and examine how our everyday work of teaching and learning may be complicated by such a commitment.”
  • The necessity of protest: In small and large ways, whether calling out microaggressions or refusing to be part of inequitable institutional decisions or processes is essential.
  • Black solidarity: Ensuring that Black students, staff and faculty are supported to come together and build community, to organize and to access and marshall the resources identified by them as necessary so that they may flourish as individuals and as a community.” – Lynsey Kissane

Industry perspective (Engineering): Lola Idowu, Industrial Engineering ‘18, Senior Business Analyst, Scotiabank

Lola Idowu mentioned that Anti-Black Racism is present in our hallways and boardrooms because selective groups of people were allowed such education and positions when the establishments first started with little or no Black representation. According to Lola, the process of resolving Anti-Black racism starts with understanding and tackling the unconscious bias that lives in the heart of the corporate world and the education system. Furthermore, Lola noted that once these biases are eradicated, we will be able to strive towards a better future in our work against Anti-Black Racism. 

How to be an Ally

Individuals and communities of privilege have the responsibility to fight against and abolish Anti-Black Racism, discrimination, and injustice. The Ryerson community must take action, including all of the recommendations stated in the report, across all disciplines, departments, and programs. The report is just a start and we have a long way to go in order to ensure Black students, staff, and faculty have a full sense of belonging at Ryerson. 

Here is a list of what you can do:

  1. Listen to Black Communities
  • Attend events/programs related to racial issues
  • Engage in conversations
  • Pay attention to the trauma that the Black communities have been through and are going through.
  • Ask yourself how you are contributing to or challenging Anti-Black Racism
  1. Educate yourself
  • Acknowledge Anti-Black Racism
  • Learn more about racism through books, articles, podcasts, documentaries, etc.
  • Learn about Black Canadian history
  • Talk about race with your friends and family
  • Gain understanding of concepts such as cultural appropriation
  • Inculcate the idea that it is not just a word. Comprehend the history of the word along with the trauma and violence it holds.
  1. Speak out against racism
  • If you see something, say something
  • Hold your peers, colleagues, superiors accountable
  • Look out for microaggression from others and even yourself 


In conclusion, just like with any other problem, we first have to acknowledge Anti-Black Racism exists, identify our own complicity in it, and understand its consequences. Rather than not talking about it because it’s uncomfortable, we must address and talk about Anti-Black Racism, raise awareness, and take action.

To learn more about Anti-Black Racism, you can attend the upcoming panel discussion the Peer Network Program is hosting:

Panel – Anti Black Racism in Engineering and Architecture

Thursday, March 11 from 6 p.m. – 7 p.m.

Facilitators: Nika Momeni, Wahab Ata and Wintta Ghebreiyesus


  • Abrham Bisrat, Industrial Engineering. Abrham is the President of the National Society of Black Engineers (NSBE) Ryerson University Chapter.
  • Annabella Mike-Ebeye, Electrical Engineering ‘18 is a Systems Integrator with IKOS Consulting and is currently working with Alstom/Bombardier.
  • Lola Idowu, Industrial Engineering ‘18 is a Senior Business Analyst at Scotiabank.
  • Dr. Russell Richman, Associate Professor, Graduate Studies will be providing his perspective as an ally.