Hi, I'm Sidney Shapiro, PhD
Data Analytics Educator,
Professor and Program Coordinator,
Data Analyst and Developer,
Google Development Group Lead
With over 10 years of experience in research, teaching, technical writing, consulting, developing
technology, and leveraging data analytics, I am passionate about building success and empowering
those I work with to excel.
I am an Assistant Professor of Business Analytics at the Dhillon School
of Business, University of Lethbridge. My responsibilities include teaching, conducting research, and engaging with students and
colleagues in projects that utilize the ever-evolving field of data analytics. My teaching methodology
is cyclical, and ensures students comprehend and connect with each concept before progressing to the
next. I believe in open communication and encourage students to reach out if they find themselves
struggling with the content.
I strive to make learning enjoyable and engaging by using interesting, fun, and relatable examples in my
courses. This helps in demystifying complex concepts and empowering students with the skills and
confidence needed to develop remarkable software, data analysis, and insights. From pizza 🍕, dinosaurs
🦖, to chickens 🐓, I utilize themes and subjects that students can relate to, in an effort to make
coding and data analysis both fun and captivating.
Join host Dr. Sidney Shapiro as he explores the latest advancements in artificial intelligence and its real-world applications with industry experts, academics, and AI innovators. Each episode dives deep into how AI is shaping the future of business, technology, and society.
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Join us as we explore the current state of AI, its practical applications, and what the future holds. From the rise of generative AI like ChatGPT to the integration of AI in everyday devices, Sidney shares his insights on the opportunities and challenges that lie ahead. Whether you're a tech enthusiast or just starting to learn about AI, this episode will provide you with a deeper understanding of the technology that is reshaping our world.
SAAIC 2024 Conference
The State of AI
Artificial Intelligence in Research with Dr. Sidney Shapiro
Interview with Dr. David Dobson - June 6th, 2024
Artificial intelligence — bane or boon to humanity?
SACPA | Southern Alberta Council on Public Affairs - April 11th, 2024
Interview with Bridge City News on AI and the future of technology
Big Data and AI Toronto - Advanced analytics and modern technology to create intelligent
predictions - 2023-10-19
Cambrian College pleased with research efforts
Project will analyze and integrate statistics that can be used to better predict and prevent potential
workplace injuries
Sudbury Star November 16, 2019
HyFlex Course Design and Teaching Strategies is intended as an introductory resource for
post-secondary faculty engaging in HyFlex teaching and learning. It includes four modules to
help faculty with HyFlex course development and assessment design, lesson planning, content
curation/creation, engaging students in multiple modalities, and evaluating the effectiveness of
HyFlex courses. Each module contains information, interactive practice activities, examples, and
culminating activities so that learners may plan, execute and evaluate their HyFlex practice.
Evidence suggests that gamification increases student engagement in course activities. However,
student feedback about gamification in nursing contexts is needed. The aim of this study was to
describe nursing student perceptions of how gamification impacts student motivation and
engagement.
Many non-profits face barriers developing systems to collect and analyze data that can leverage
the type of information that their funders and stakeholders require. Constraints such as limited
evaluation expertise, time, and money make this virtually impossible to achieve without a viable
solution. In an increasingly competitive environment, it is imperative that non-profits find
innovative ways to track and measure their work within their evaluative capabilities. There are
different ways in which evaluators can help even the most constrained non-profit organizations
capture their reach and make the most of their existing data. This article proposes a three-step
framework for the development of a data-collection and -analysis system through the use of
spreadsheets.
Data is significantly
narrowed in focus and its utility for analysis becomes limited. There often exists a
large gap between the big, macro picture,
and the many data points, which feed into
it on the micro scale. Although analyzing
patterns in “big data” has become an established analytical method, underlying
inputs need to be chosen with care.
Studying large-scale social networks can be a complex and challenging task when considering
social media's rapid development. Mapping large networks and studying interactions present
barriers in terms of access to data, limitations on analysis, and an approach to identify unseen
influencers in the network. This study examines how connections between data points and users in
a network can be mapped and understood. This method of mapping connections can allow a
researcher to identify influencers within a network and find optimal routes through which
content can be distributed to a broad group of connected users. This is accomplished by
comparing the role of network groups to that of users. This is done by mapping organizations and
connected groups of students on social media networks over time to identify influential network
members.