Dr. Patrick D. Whitlock
Assistant Professor in the Department of Artificial Intelligence, guiding students through neural network fundamentals and deep learning foundations.

Dr. Patrick D. Whitlock
Assistant Professor – School of Engineering & Technology
About Patrick Whitlock
Monica Albrecht is a Professor in the Department of Data Science at International University Canada, where she teaches and mentors students across the School of Engineering & T
Patrick Whitlock is an Assistant Professor in the Department of Artificial Intelligence at International University Canada, where he teaches and supports students across the School of Engineering & Technology. His academic work focuses on neural network fundamentals, examining the architecture, training processes, and mathematical principles underlying modern deep learning systems.
Throughout his early academic career, Patrick Whitlock has built a teaching approach grounded in strong mathematical and conceptual foundations, helping students understand how neural networks process information and learn from data before applying these systems to complex real-world problems. He encourages students to understand the underlying mechanics rather than treating neural networks as black boxes.
In his courses, Patrick Whitlock draws on neural network architecture case studies, training methodology frameworks, and current research in deep learning to help students build foundational technical skills. Students explore topics such as feedforward and convolutional neural network architectures, backpropagation and gradient descent, training optimization techniques, and common challenges such as overfitting and vanishing gradients.
As an Assistant Professor within the Department of Artificial Intelligence, Patrick Whitlock also supports curriculum development that builds a strong technical foundation before students progress to more advanced AI applications. He works closely with senior faculty across the School of Engineering & Technology to ensure that coursework provides the conceptual grounding needed for further study in artificial intelligence.
Patrick Whitlock is especially attentive to helping students develop strong debugging and troubleshooting skills for neural network training, recognizing that practical deep learning work often involves diagnosing why models fail to train effectively. He designs coursework that includes hands-on practice identifying and resolving common training issues.
Recognizing that many of his students are working professionals studying online, Patrick Whitlock structures his courses with accessible technical explanations, clear mathematical frameworks, and consistent opportunities for applied practice. His approach to online teaching emphasizes building a solid conceptual foundation that supports further independent learning in this rapidly evolving field.
Students who study under Patrick Whitlock often highlight his ability to make complex neural network concepts clear and mathematically grounded. His long-term goal as an educator is to help students develop the technical foundation needed to support careers in artificial intelligence, machine learning engineering, and deep learning research.
echnology. Her academic work focuses on data strategy and analytics leadership, examining how organizations build data-driven cultures, govern data quality, and align analytics initiatives with broader business and organizational goals.
Throughout her academic career, Monica Albrecht has developed a teaching approach that connects technical data science skills with the strategic and leadership capabilities required to drive organizational adoption of data-driven decision-making. She encourages students to think beyond individual analyses and consider how data science teams can demonstrate sustained business value across an organization.
In her courses, Monica Albrecht draws on data strategy case studies, analytics leadership frameworks, and current research in data governance to help students understand the strategic dimensions of senior data science roles. Students explore topics such as data governance and quality management, building data-driven organizational culture, analytics team leadership, and the communication skills required to translate technical findings into actionable business strategy.
As a Professor within the Department of Data Science, Monica Albrecht plays a leading role in shaping curriculum that prepares students for leadership roles within data science and analytics organizations. She works closely with colleagues across the School of Engineering & Technology to ensure that coursework reflects current best practices in data strategy and analytics leadership.
Monica Albrecht is particularly committed to mentoring students who aspire to leadership roles within data science teams, helping them develop the strategic communication and organizational skills required to advocate for data-driven decision-making within their organizations. She designs coursework that combines strategic theory with practical exercises in presenting data insights to non-technical stakeholders.
Recognizing that many of her students are working professionals studying online, Monica Albrecht structures her courses with accessible case studies, clear strategic frameworks, and consistent opportunities for applied discussion. Her approach to online teaching emphasizes developing the kind of strategic, communication-focused thinking needed for leadership readiness within data science.
Students who study under Monica Albrecht often highlight her ability to connect technical data science skills with genuine organizational leadership capability. Her long-term goal as an educator is to help students develop the strategic vision and leadership skills needed to advance into senior roles within data science, analytics, and data strategy leadership.
Academic Qualifications
Ph.D. in Artificial Intelligence
M.A. in Computer Science
B.A. in Mathematics
Contact Information's
Contact Information's
Professional Experience
Patrick Whitlock has focused his early academic career on neural network fundamentals, guiding students through the mathematical and architectural foundations of deep learning systems. He supports learners building careers in artificial intelligence and machine learning engineering.







