Good teaching isn't about lecturing. It's about creating experiences where learning sticks. I design courses and workshops that bridge theory and practice, so you can apply what you learn from day one.
Learning happens best when students are actively engaged, challenged, and supported.
Every concept is taught with real-world applications. Students work on projects that matter, not just toy examples.
I create a classroom where questions are welcomed, mistakes are learning opportunities, and diverse perspectives are valued.
I explain not just what we're learning, but why and how it connects to students' goals and the broader field.
Regular, actionable feedback helps students improve continuously rather than just at the end of a project.
Courses I have taught, developed, and contributed to at the graduate and undergraduate levels
Graduate-level course covering MIMO systems, beamforming, and spatial multiplexing. Emphasised connecting theoretical concepts to practical 5G/6G systems with industry case studies from Ericsson collaboration.
Led curriculum development for this core communications course. Revised lecture materials, created tutorial problems and solutions, and redesigned laboratory instructions.
Taught multiple courses including Digital Communication Systems, Digital Signal Processing, and MATLAB Simulation of Communication Systems. Full curriculum design, lecture delivery, and assessment.
Custom workshops I offer for teams, conferences, and academic institutions
Bridging optimization theory and AI for next-generation wireless systems. Learn how mathematical optimization and machine learning are transforming 5G/6G networks through resource allocation, beamforming design, and intelligent network management.
Audience: Telecom engineers, researchers, graduate students
Practical introduction to privacy-preserving machine learning. Covers federated learning theory, implementation challenges, and real-world applications in wireless networks and edge computing.
Audience: ML engineers, researchers, data scientists
From research to publication. Learn to structure papers for top venues, write clearly for technical audiences, and navigate the peer review process effectively.
Audience: PhD students, early-career researchers, engineers
Curated learning materials I recommend for wireless communications and AI
YouTube channel by Prof. Emil Björnson and Prof. Erik G. Larsson covering 5G/6G, massive MIMO, and future wireless technologies.
Clear, intuitive explanations of signal processing, communications, and wireless concepts.
The definitive textbook on massive MIMO by Marzetta, Larsson, Yang, and Ngo (Cambridge University Press).
Deep learning course by Andrej Karpathy (ex-Tesla AI Director) - from basics to GPT.
I offer custom workshops for organizations, conferences, and academic institutions. Let's discuss how I can help your team build expertise in wireless communications, optimization, AI, and research skills.