Breaking Boundaries: Engineering, Math & Business

As the race to net-zero accelerates, buildings are no longer just energy consumers they're becoming active players in the energy grid! But how can we make them smarter and more efficient?

Join us for an eye-opening talk on Resistance-Capacitance (RC) modeling, a cutting-edge technique that accurately predicts indoor air temperature in low-energy buildings. Discover how this fast, efficient approach is transforming:

- Urban energy modeling for smarter cities
- Building-to-grid integration for better energy management
- Model Predictive Control (MPC) for real-time efficiency

By bridging the gap between traditional simulations and real-world behavior, RC modeling is paving the way for intelligent, grid-responsive buildings. Don’t miss this chance to learn how data-driven innovation is shaping the future of sustainable cities!

Fractions have long been a major hurdle in mathematics, leaving many students feeling lost in a world of numbers. But what if learning fractions could be engaging, interactive, and even fun?

Join us for a fascinating talk on how educational video games are transforming the way we understand fractions. By placing fractions on the number line, these games help learners build on familiar concepts, making math more intuitive and accessible.

Discover insights from a series of studies conducted with both children and adults during groundbreaking PhD research. Explore how game-based learning is revolutionizing math education, improving understanding, and breaking down barriers to success.

Whether you're a student, teacher, parent, or just curious about the future of education, this talk will change the way you think about fractions!

The pharmaceutical industry is undergoing a transformation, and artificial intelligence is at the heart of it. Traditional drug manufacturing struggles with efficiency, scalability, and cost, but AI-driven solutions are changing the game.

Join us for an exciting talk on how engineering, mathematics, and business strategies are coming together to revolutionize pharmaceutical production. Learn how AI is driving process optimization, predictive maintenance, and real-time quality control, leading to:

- Smarter formulation design and improved drug development
- Streamlined production workflows that reduce waste and costs
- Faster, more precise manufacturing, getting medicines to market sooner

Discover how the integration of AI and automation is shaping the future of intelligent pharmaceutical manufacturing. Whether you’re in healthcare, tech, or business, this is an unmissable discussion on the innovations transforming the industry.

The future of clean energy depends on smarter, more durable technology and innovation is driving the way forward. This talk explores how engineering breakthroughs and business strategies are coming together to revolutionize battery-electrolyser electrodes, a critical component in hydrogen production and energy storage.

Discover how advanced rapid solidification technology and fibre bonding are being used to develop low-cost, high-performance electrodes from materials like stainless steel and nickel alloys. These cutting-edge designs promise to:

- Improve electrochemical performance
- Enhance durability and reduce corrosion
- Scale up hydrogen production for a greener future

By merging material science with market-driven strategies, this project not only pushes the limits of engineering but also creates new commercial opportunities in sustainable energy.

Join us for an exciting discussion on how disruptive technologies are shaping the energy sector and paving the way for a cleaner, more sustainable world!