Bougherara and her team are developing advanced composite materials that mimic bone. The composites could replace the metal currently used in joint implants or the rods and plates used to repair fractures, and could dramatically alter a patient’s knee or hip replacement experience. “We hope to improve quality of life for patients by extending the lifespan of an implant from 10 to 15 years to 25,” she says, “effectively eliminating the need for implants to be replaced in a patient’s lifetime.”

Bougherara’s work doesn’t stop there. Her composites could be adapted for use in the body of a car or the wings of a plane. And she’s already working on the next big step in orthopedic surgery: combining advanced composites with 3D printing technology. “Our goal is to enable the surgeon to scan the patient’s femur and 3D print a custom implant there and then.”

Deanna Burgart is an Indigenous engineer (Indigeneer) passionate about creating culturally safe spaces for Indigenous perspectives into engineering. After 20 years in the oil and gas industry focused on regulatory compliance, risk management and organizational culture and leadership, she joined the University of Calgary as Teaching Chair focused on weaving Indigenous Perspectives in Engineering. Deanna is a proud Kokum (grandma) and mom to three children ages 26, 16 and 9 and lives in Treaty 7 territory with her husband, Jonathan, and their 70 lb Australian-Shephard Poodle cross, Schrödinger.

Deanna is both an engineer and technologist who began her career in 1998 as a technician analyzing oil sands in a Calgary laboratory. She brings over 20 years of experience in energy and pipelines, and is passionate about global energy transitions, the United Nations Sustainable Development Goals, and United Nations Declaration of Rights of Indigenous Peoples. She helps STEM-focused organizations meaningfully welcome perspectives and knowledge from Indigenous peoples in Canada and the United States. She is a Senior Instructor at the University of Calgary’s Schulich School of Engineering in Chemical and Petroleum Engineering.

Her lived experience as a child expatriate in Singapore, First Nations adoptee and youth mentor led to a love for finding cross-collaboration opportunities between youth, government, Indigenous communities and industries. Due to her experience from a young age as a formally trained pianist, vocalist and musical theatre performer, Deanna believes that incorporating the Arts in Science, Technology, Engineering and Math will engage future diverse perspectives into STEM (STEAM).

Deanna is co-founder and co-president of IndigeSTEAM, an Alberta based non-profit focused on creating ethical space for Indigenous youth and professionals in STEAM (Science, Technology, Engineering, Arts and Math). As a Board Member of the American Indian Science and Engineering Society (AISES) she co-leads the Education and Professional Development committees.  She also serves on the Board of Contemporary Calgary Arts and the Canadian Heavy Oil Association as well as several Indigenous advisory groups across Canada and the United States.

Facebook               https://www.facebook.com/Indigeneers

Twitter                   @Indigeneer

Linkedin                 https://www.linkedin.com/in/indigeneer/

Instagram              Deanna_burgart_Indigeneer

TikTok                     @Indigeneer

Saurya completed his Ph.D. in Theoretical Physics in 1998 at the Institute of Mathematical Sciences, Chennai (Madras), India. He was a postdoctoral fellow at the Center for Gravitational Physics and Geometry at Pennsylvania State University, the University of Winnipeg, and the University of New Brunswick (1998-2003). He joined the Department of Physics and Astronomy, University of Lethbridge, as an Assistant Professor in 2003. He became an Associate Professor in 2008 and a Full Professor on 2013. He is an executive committee member of Quantum Alberta and an affiliate member of the Perimeter Institute of Theoretical Physics. He has authored/co-authored more than 100 research papers in classical and quantum gravity, cosmology and quantum information. He is active in a number of Equity, Diversity and Inclusion (EDI) committees and interested in EDI issues in the academia and beyond.   Research areas:

• Classical and quantum gravity
• Cosmology
• Quantum information

Dr. Shital Desai is an Assistant Professor in Interaction Design at the School of Arts, Media, Performance & Design and York Research Chair in Accessible Interaction Design at York University.  She heads the CFI funded Social and Technological Systems (SaTS) lab where she engages in research that focuses on UN Sustainable Development Goals of improving health and wellbeing of people. To that extent, she cocreates accessible technologies, services and governance policies for marginalised people and global health using Design Research methods, as she believes that these go hand in hand for a sustainable healthcare system. Her expertise is in STEAM education and research.  She is an engineer by qualification and has worked for 30 years in industry before embarking upon an academic career. Her research is on developing human centered assistive technologies for seniors, people with dementia, and in general for health and wellbeing.

Shital is a member of the WHO Dementia Knowledge Exchange peer review network where she shares her expert knowledge on dementia and technology in strengthening policies, service planning and health and social care systems for dementia. She is passionate about training students in Systems Design and Design thinking methods to address societal issues around accessibility and inclusivity. Shital is the recipient of several awards and grants, including 2021-22 AMPD Research award, Petro Canada Young Innovator Award and tri-council grants – SSHRC, CIHR and NSERC. She received NSERC Discovery grant in 2021 to design and develop adaptive assistive technologies for people with dementia.

Enid Montague, PhD is a human factors engineer with expertise in human-centered automation in health care. Dr. Montague researches appropriate automation between physicians, patients and technologies and designing systems for health equity, and patient safety. She uses mixed methods in naturalistic settings to model human technology interaction and develop guidelines for human-automation that is efficient, effective and safe for patients and health care providers.

Enid Montague received MS and PhD degrees in Industrial and Systems Engineering from Virginia Tech, specializing in human factors and ergonomics engineering. Dr. Montague is the director of the Wellness and Health Enhancement Engineering Laboratory (WHEEL). Dr. Montague has received numerous awards for her research including the Francis Research Fellowship, a K early career award from that National Institutes of Health (NIH), and a Fulbright award to improve health care systems.

Israel Ncube is a mathematician whose research lies in the areas of nonlinear analysis and dynamical systems, with applications in a variety of biological, physical, mechanical, and engineering problems of practical importance.

He has published extensively in the area of nonlinear dynamics, especially on stability and bifurcation problems arising in the context of retarded functional differential equations, artificial neural networks, and other types of evolution equations.

He received his Ph.D. from the Faculty of Mathematics at the University of Waterloo, Canada. Prior to joining AAMU, he taught and conducted research for a number of years at universities across Canada. He also served as a Visiting Professor at the Massachusetts Institute of Technology (MIT).

Hossein Rouhani is an Associate Professor in the Department of Mechanical Engineering at the University of Alberta, and a Research Affiliate at the Glenrose Rehabilitation Hospital (Edmonton). He is also the founder and director of Neuromuscular Control & Biomechanical Laboratory. He received an MSc degree in Mechanical Engineering from the University of Tehran, Iran, and a PhD degree in Biotechnology and Bioengineering from the Swiss Federal Institute of Technology in Lausanne (EPFL). Dr. Rouhani was then a Postdoctoral Fellow in the Institute of Biomaterials and Biomedical Engineering at the University of Toronto. Dr. Rouhani’s fields of research are in-field health monitoring using innovative wearable technologies and rehabilitative and assistive technology development. Within his translational research program, Dr. Rouhani has had several collaborative research projects with university hospitals to implement his developed wearable technologies in clinical research at these hospitals. He is an associate editor of IEEE Canadian Journal of Electrical and Computer Engineering, Transactions of Canadian Society of Mechanical Engineering (CSME) and Frontiers in Sports and Active Living and an Academic Editor of PLOS ONE. Dr. Rouhani was a co-chair of Alberta Biomedical Engineering Conference (2017-2919) and is the Congress Chair of 2022 CSME International Congress and Chair of CSME Technical Committee for Biomechanics and Biomedical Engineering.

Jerrod Smith is an Instructor in the Department of Mathematics and Statistics at the University of Calgary.  He teaches courses in calculus, linear algebra, and discrete mathematics.  Many of his courses focus on introducing students to writing mathematical proofs.  Jerrod's mathematical expertise is in the representation theory of p-adic groups and the "relative" Langlands Programme.  He completed his Ph.D. at the University of Toronto in 2017 under the supervision of Professor Fiona Murnaghan.

Senior Project Engineer Transportation – Bridges 

Hossein Azimi finished his BSc and MSc in Iran in 2006, focusing on structural and earthquake engineering. He worked in a consulting firm in Iran during his MSc and after. He then moved to Canada in 2006 and started his PhD at Concordia University, during which time bridge engineering became his new interest. He then moved to Toronto and worked at Ryerson University, focusing on applied research in bridge engineering for the Ministry of Transportation Ontario (MTO). This work was a great transition, as Hossein wanted to work in the bridge industry in Canada. He then moved to Calgary and was hired by WSP Canada. Hossein is currently a Senior Project Engineer with more than 11 years of professional engineering experience and 7 years of applied research experience. He holds a PhD in the area of bridge engineering, has authored a book in bridge analysis/dynamics along with several bridge-related technical publications in peer-reviewed journals and conferences, and has won several awards. Hossein has excellent capabilities in project management, structural analysis and design, superstructure and substructure design for major new bridges, retaining wall design, bridge condition assessment and rehabilitation design, construction supervision, tender preparation, seismic analysis, and culvert design and construction. He also has experience in the condition assessment and structural and foundation design of steel and concrete buildings in Canada and Iran. 

Junior Geotechnical Engineer

Amin Bigdeli is a junior geotechnical engineer at WSP Canada Inc. in Vancouver, BC. Amin received his BASc in Civil Engineering in 2010 and his MASc in Geotechnical Engineering in 2013 at the American University of Sharjah (AUS) in UAE. Amin continued his education and received his PhD in Geotechnical Engineering in 2018 from UBC. Since joining WSP in 2018, he has worked as a geotechnical engineer in a broad range of projects, including bridges and highways, mines and dams, industrial, and pipelines. 

Amin has geotechnical engineering experience in subsurface investigation, shallow and pile foundation design, retaining wall design, settlement analysis, slope stability assessment, seismic site-response analysis and liquefaction assessment. He has also developed numerical and modeling skills with variety of geotechnical software such as Rocscience Package, LPile, Slope/w, DeepSoil, CLiq, Plaxis, and FLAC. 

Spécialiste en changements climatiques / Climate Change Specialist Changements climatiques, résilience et développement durable / Climate Change, Resilience & Sustainability

Yann is a climate change specialist with a strong academic background in climate sciences and climate modeling. After completing a bachelor's degree in physics in Switzerland and Germany and a master’s degree in climate sciences in France, he received his PhD in climate modeling in 2016. Yann has extensive experience in modeling complex systems, analyzing large datasets, and managing projects regarding climatology, climate change, and climate impact assessments. At WSP, he uses his skills to inform various projects across sectors and disciplines of the expected consequences of anthropogenic climate change, to conduct climate resilience assessments for infrastructure and industry projects, and to design climate adaptation plans for various communities. Among others, he contributed to the large-scale climate vulnerability assessment of all public infrastructure of the 33 communities of the Northwest Territories in Canada. This assessment is now a key starting point to assess the climate resilience of any infrastructure projects in the territories.   Yann managed research projects on the evolution of extreme weather conditions in Canada, and the impacts of climate change and precipitation regimes. He joined WSP Canada in 2019 after two years of post-doctoral research on the economic impacts of heat exposure. With a solid sense of ethics and a strong scientific background, Yann is passionate about solving problems that climate change can cause to buildings of new infrastructure, the health and the productivity of human societies, and the maintenance of ecosystems.  

Ikenna received his B.Eng. in Polymer & Textile Engineering from Federal University of Technology, Owerri in Nigeria in 2010. He then moved to Canada in 2014 to pursue an M.Eng. in Chemical Engineering at the University of Ottawa before transferring to Queen’s University in 2015 to pursue his PhD in Chemical Engineering. He collaborated with BASF as part of his doctoral thesis project to investigate the copolymerization kinetics of water-soluble cationic monomers and utilize the results to develop mechanistic models. After graduation in 2020, Ikenna worked on as a postdoctoral researcher first on a Queen’s University-BASF partnership project where he developed polymeric surfactants for coatings and industrial applications and then on a McMaster University-Suncor Energy Inc. partnership project where he focused on polymer synthesis for anti-infective coatings applications as well as development of bio-based nanocarriers for transportation of bioactives  in agricultural formulations. Ikenna currently works at International Flavors & Fragrances (IFF) as a Research Polymer Scientist. In addition to his academic and professional pursuits, Ikenna is passionate about STEM outreach in the community, in particular as it relates to solving environmental problems.

Dr. Lakshmi Varaha Iyer is an Engineering Manager with Magna International’s Corporate R&D division. Dr. Iyer is also an Adjunct Professor in the Department of Electrical and Computer Engineering at the University of Windsor. Dr. Iyer holds MASc. and Ph.D. degrees in Electrical and Computer Engineering from University of Windsor, Canada and a B.Tech. degree in Electronics and Communication Engineering from SASTRA University, India. He has been innovating in the area of electric machines and power electronic systems for electrified automotive and renewable energy applications since 2008 in the roles of Intern in Infineon Technologies; Graduate student, Research Associate, Research Scientist and Industry Liaison Officer, Adjunct Professor at the University of Windsor; Technical Specialist and Engineering Manager at Magna International Inc. Dr. Iyer has published over 60 peer-reviewed papers in international conferences and journals has published over 20 patents. He was a recipient of the 2017 Governor General’s Gold Medal in Canada and one among North America’s “30 under 30” honored by Society of Manufacturing Engineers in 2018. He was also a recipient of NSERC CGS and OGS awards in 2014 during his doctoral studies at the University of Windsor. He is an Associate Editor of IEEE Transactions on Power Electronics and Senior Member of IEEE.

Senior Geotechnical Engineer Team Lead, Pavements and Foundations

Nikol is a senior geotechnical engineer and team lead for the geotechnical roads and highways team at WSP. She has more than 17 years of experience in the transportation and civil infrastructure sector, and has been involved on multiple major urban freeway upgrade projects in the Greater Toronto Area (Ontario), numerous civil infrastructure projects in Ontario and Alberta, several geohazard projects within the National Parks of Canada and in Alberta, and mining projects in Alberta and the Dominican Republic.  Nikol completed her bachelor's and master's degrees at the University of Toronto and her PhD at Hokkaido University in Japan, with her research focusing on the microstructure of clay. In practice, Nikol has worked in multiple sectors, focusing primarily on infrastructure. 

Julie is a Senior Principal remediation engineer at Geosyntec Consultants, which she joined in 2001 after completing a PhD in Civil Engineering at Queen’s University. Julie works closely with project and client teams around the world to develop innovative solutions to mitigate risk to the environment. She specializes in remediation of complex sites and also has an interest in forensics and expert testimony. Julie currently chairs Geosyntec’s University Collaboration Initiative and is a member of Geosyntec’s Innovation Council. For years, she has chaired the research and development committee of the Canadian Operations, and endeavours to build and enhance the culture of innovation within Geosyntec. Over her 20+ year career with Geosyntec, she has had the opportunity to work on several R&D projects and work closely with multiple university partners across Ontario and in Australia. Above and beyond the technical component of her career, she has also had the opportunity to manage several departments, serve on the Board of Directors (since 2020), chair Geosyntec’s Advisory Committee (which oversees the internal ownership program), and serve on various other associated committees.

Project Manager, Bridges 

Nima Mahmoudi, PhD, PEng, PMP, is a Lead Structural Engineer/ Project Manager at WSP with over 12 years of structural engineering experience in design, evaluation, rehabilitation, seismic assessment and retrofit, fatigue analysis, inspection, and construction liaison of a variety of structures such as highway, railway, LRT and pedestrian bridges, culverts, and retaining walls. 

He received his PhD from McGill University for his research on seismic fragility assessment of highway bridges. His research covered different aspects such as seismicity estimations, structural analyses and evaluations, field tests, model verifications and validations, developing probabilistic models, fragility assessments and machine learning applications. His research proposed a probabilistic machine learning system to predict vulnerability of highway bridges under seismic events. 

Eskedil Melese is a Professional Civil Engineer with more than fifteen years of active industry and academic experience. He got his:

· BSc degree in Civil Engineering from Arba Minch University, Arba Minch, Ethiopia in 2005

· MSc degree in Road and Transport Engineering from Addis Ababa University, Addis Ababa Ethiopia, in 2014 and

· PhD degree in Civil Engineering from University of Waterloo, Waterloo, ON, Canada in 2020.

From 2005 to 2015, Eskedil had been working as a Pavement/Materials Engineer for a civil engineering consultant in Ethiopia. During this period he had involved in several road and airport pavement design and construction supervision projects.

In 2016, he came to Canada to start his PhD program. He did his PhD in pavement rehabilitation with full-depth reclamation technology and graduated in 2020. He then started his career in Canada as a Postdoctoral Fellow at the University of Waterloo in March, 2020. In Sept. 2020, he joined PSI Technologies Inc. as a Materials Engineering Analyst and worked there for a year and half. Currently, he is working for WSP Canada as a Pavement Engineer.

In his spare time, Eskedil enjoys watching movies and soccer games, reading books, and spending time with friends.

Regional Lead, Geotechnical Engineering – Prairies Dr. Abraham Mineneh has been practicing geotechnical engineering for 10 years in consulting firms, and 10 years in teaching and research. He has been fortunate to work on a wide range of projects including commercial & industrial developments, public infrastructures, and oil & gas projects.  Abraham has been involved in many developments which include residential subdivisions, high-rise buildings, industrial warehouses, pavements & gravel yards, natural slopes, storm ponds and sewage lagoons. In addition, Abraham has experience with Alberta oil and gas projects, such as Husky Hardisty Terminal and Alberta Industrial Heartland projects, which involve large-size storage tanks, or “tank farms,” mechanical skids & frame structures, and pile driving. He is also involved in ATCO Electric substations and transmission lines. Abraham’s experience with public infrastructures includes schools, hospitals, bridges, highway and railways, airports, sanitary and water lines, ponds, and dams.   Abraham’s technical involvement includes bearing capacity and settlement analyses for foundations, geotechnical aspects of deep excavations and groundwater control, retaining wall designs, slope stability analysis, and pavement designs. Abraham has also been engineer of record for construction of projects which involved project management and QA/QC inspections such as pile monitoring and PDA testing, subgrade proof rolling, bearing soil review, and material testing. Abraham performs advanced laboratory soil testing based on ASTM standards including direct shear and unconfined compressive strength and consolidation tests. He was certified with the Ministry of Transportation Ontario (MTO) for soil & rock testing for Medium Complexity projects.   In his teaching and research experience, Abraham has had the opportunity to teach a number of undergraduate and graduate courses including geotechnical investigation, soil mechanics, and foundation engineering. Abraham’s research is mainly focused on constitutive and numerical modeling in geotechnics. 

Project Engineer Transportation & Infrastructure – Bridge Engineering 

Nasim Rezaei is a project engineer with over seven years of structural engineering experience in design, evaluation, rehabilitation, seismic and reliability assessment, cost estimation and construction liaison of a variety of structures such as highway and railway bridges, retaining walls, overhead electric transmission lines, and marine structures.  Nasim received her PhD from McGill University following the completion of her research in reliability assessment of overhead electric transmission lines subjected to climatic hazards. Her research covered various aspects such as analysis of overhead electric transmission lines and foundations, sustainability and climate change impacts on reliability of existing transmission lines, application of machine learning methods in developing limit states for systems including multiple interrelated structures (lattice towers connected by cables), development of fragility curves for individual structures, as well as systems, recommendations for asset management and resource allocation strategies during extreme climatic events. 

Principal Director, Research & Innovation

Anna is Principal Director, Research & Innovation at WSP Canada, where she creates opportunities to advance, share, and adopt new knowledge and practice across the company in engineering, science and planning fields. Anna’s technical background is in infrastructure asset management. In her previous role as Technical in the Global Asset Management team, Anna advised public asset owners globally on measuring and communicating the need to invest billions of dollars annually into infrastructure.  

Anna’s PhD research focused on the socio-economic implications of infrastructure that doesn’t perform as well as service users would like. She is passionate about the behavioural, smart, and green alternatives to traditional infrastructure.   

Structural Engineer at WSP Adjunct Professor at the University of Ottawa Dr. Arash Sahraei got his PhD in Structural Engineering from the University of Ottawa in 2017. Dr. Sahraei completed a thesis on advances in lateral torsional buckling analysis of beam-columns and plane frames through finite element analysis. Right after that, he started doing part-time research as a postdoctoral fellow at the University of Ottawa until April, 2021. Dr. Sahraei’s post-doctoral research was part of a collaboration between the University of Ottawa and a Canadian structural software company called S-Frame Software Inc. He was asked to add new features to their software, leading to the publication of multiple journal papers, conference papers, and technical reports. Dr. Sahraei is also serving as a peer reviewer in multiple journals including Elsevier, Springer, and ASCE. In October 2021, he joined the Civil Engineering Department at the University of Ottawa as an adjunct professor of Structural Engineering, enabling him to co-supervise graduate students. As a structural engineer, Dr. Sahraei has over seven years of experience in the industry. He got his professional engineer license and PEng designation in 2018 from PEO. In 2018, Dr. Sahraei joined the Adjeleian Allen Rubeli (AAR) Consulting firm in Ottawa and worked on a couple of high rise projects for almost two years. In December 2019, he was hired by WSP and since then has been working as a full-time structural engineer on Canada’s largest project, the Rehabilitation of Parliament of Canada, led by WSP. Dr. Sahraei’s areas of interest and research include computational mechanics, finite element modeling, buckling of steel members, structural dynamics, and earthquake engineering. 

Ingénieur sénior en géotechnique / Senior Geotechnical Engineer
Civil et géotechnique / Civil and Geotechnical Engineering
Énergie, ressources et industrie / Energy, Resources & Industry

Marc Smith is a senior geotechnical engineer with thirty-six years of experience in dam safety and civil engineering. He worked with Hydro-Québec from 1986 to 2019 and joined WSP in 2019. He was involved in the design and construction of numerous large embankment dams as well as surveillance and monitoring of structures during the impoundment and operation phases. He realized various specialized dam safety analyses and reviews in Quebec and in Latin America, Africa and Asia. 

Mr. Smith conducted many geotechnical research projects with Hydro-Québec’s Research Institute and the Industrial Research Chair on Embankment Dams of Université Laval where he is an Associate Professor. He is also a lecturer at the École Polytechnique de Montréal for graduate courses on dam engineering and serves as a Canadian representative in the European Working Group on Internal Erosion. Mr. Smith was involved in the Risks Technical Committee of the International Society for Soil Mechanics and Geotechnical Engineering. He participated in many activities for the promotion of scientific careers and is actively involved in his community. Mr. Smith has won awards recognizing the excellence of his research and his community work. 

Thanks to his extensive experience in design, construction, and analysis of embankment dams along with his work in applied research projects, Mr. Smith developed a wide and varied expertise in the field of geotechnical engineering and dam safety. 

Award-winning engineer and leader, Jeanette Southwood is Vice President, Corporate Affairs and Strategic Partnerships at Engineers Canada, the national organization of the 12 regulators that license Canada’s more than 300,000 members of the engineering profession. Before joining Engineers Canada, she led the Canadian Urban Development & Infrastructure Sector and the Global Sustainable Cities teams at an international consulting firm where she was the first Black woman to be appointed to the senior leadership position of Principal globally. Jeanette is a Fellow of the Canadian Academy of Engineering, which recognizes engineers contributing in exemplary ways towards their disciplinary fields and the wider community. She has received an Honorary Doctorate as well as the Ontario Professional Engineers Awards’ Engineering Excellence Medal. She was also honoured as one of Canada’s Clean50 for her work and dedication to sustainable development, leading change, championing innovation, and changing our world for the better. A dedicated volunteer, Jeanette is a Fellow of Engineers Canada, a recipient of the Province of Ontario’s “Leading Women Building Communities Award,” an inductee into Professional Engineers Ontario’s Order of Honour, and a recipient of Canada’s Governor General’s Sovereign’s Medal for Volunteers. Jeanette has been inducted into the University of Toronto’s Engineering Hall of Distinction and was twice named one of WXN Canada’s Top 100 Most Powerful Women, as well as being recognized as one of the Women of Innovation. She was appointed as an Honorary Captain of the Royal Canadian Navy; she is the first Honorary Captain to be affiliated with the Naval Engineering Community. She was featured in the Royal Canadian Mint’s campaign for the new coin honouring Canada’s first practising woman engineer, Elsie MacGill. In December 2023, Jeanette will begin her term on the Board of the Electrical Safety Authority. She is a member of the TD Insurance Advisory Board on Climate Change. Jeanette has authored or contributed to many articles, book chapters, technical papers, and presentations that detail engineering research, the practice of engineering, and contributions to the bank of knowledge around urban resilience, human health and ecological risk assessment, and infrastructure vulnerability to climate change including co-authoring a chapter in a book published by the Zofnass Institute at Harvard University. She has been an Adjunct Lecturer, creating graduate courses for the Master of Engineering Program at the University of Toronto.

Engineering Consultant in Safety, Risk, Reliability and Licensing
Nuclear Power, Petrochemical & Urban Transit

Keivan Torabi holds four chemical engineering degrees, including a BSc (Shiraz University), a MSc (Sharif University of Technology), a MASc (University of Toronto), and a PhD (University of Toronto). Keivan’s diverse educational background includes areas such as mathematical modelling, computer simulation of simultaneous momentum, heat and mass transfer in multicomponent distillation columns, quantitative FTIR polymer characterization, and application of data mining tools, artificial intelligence (AI) and machine learning techniques, combined with computer vision, for real-time image analysis and object detection in manufacturing. Keivan was a seasonal instructor at the University of Toronto and Ryerson University for a few years after his PhD was completed. 

Keivan has more than 25 years of engineering experience in oil & gas, nuclear power generation, and transportation. He has worked in refineries and petrochemical plants for 5 years, the Canadian nuclear industry (CANDU) for 20 years, and he is currently working on safety certification of urban transit systems conducting Safety, Risk and Reliability assessment (RAMS) for large and complex driverless subway systems in Canada and internationally.  

Keivan has worked at Shell and Esso refineries, Ontario Power Generation Pickering and Darlington nuclear stations, Atomic Energy Canada Limited (AECL), Candu Energy (SNC-Lavalin), AMEC, Thales, and WSP Canada. 

Keivan’s primary expertise is in advanced data analysis, including statistical data analysis, data mining, artificial intelligence (AI), machine learning (ML), computer visions, and computational fluid dynamics (CFD). His thesis in the application of artificial intelligence in real-time image analysis in polymer film manufacturing and mechatronics was published 15 years ago, when AI was not fad or a buzz word, and AI applications in engineering were mostly unnoticed. His papers in diverse areas are cited by other researchers in different fields globally. 

Keivan has always worked in multidisciplinary and heavily regulated industries and is currently working on Safety and Reliability (RAMS) of driverless Communication-Based Train Control (CBTC) systems, developing Engineering Safety Case, conducting deterministic and probabilistic safety analyses, and Quantitative Risk-Assessment (QRA), based on CENELEC standards for European and North American train operators. 

Keivan is a Professional Engineer (PEng), and has served as a Regional Councillor between 2018 to 2020 at the Association of Professional Engineers Ontario (PEO), a self-regulating body of professional engineers in Ontario, Canada.  

Responsable des relations avec les Autochtones | Indigenous relations leader
Conseiller en milieu humain | Human environment adviser
Science de le terre et environnement | Earth and environment

Paul Wattez is the Indigenous Relations Leader at WSP Canada. He is in support of the human environment team in various provincial and national mandates regarding environmental and social impact studies, environmental monitoring (social issues), anthropological studies, ethnological studies, land use studies, traditional knowledge and consent in Indigenous communities. It’s with the Iyiyiwch (Crees of Quebec), with whom he has worked for the last twelve years (2008-2020), and other First Nations in Quebec, notably the Atikamekw Nehirowisiwok, the Innu and the Waban-Aki, as well as the Indigenous community of Montreal, that Paul developed his experience as a professional. Paul holds a PhD in social and cultural anthropology from the University of Montreal (2020). Based on an ethnographical work, his thesis focused on the alternative ways the Iyiyiwch engage with the western process of heritage making by implementing their own epistemological, ontological and political principles to transfer their iyiyiw local knowledge and values. His research also focused on relations to the land and communities, intra and intercultural conflicts, as well as collaboration and decolonization of research and education.