TEDx Organizers

Reading, Communication, Earth

Learning, environment, innovation, design, creating value

Engineering and economics are two fields that, when combined, offer a powerful lens through which to solve real-world challenges. My passion for both stems from their ability to shape societies, drive innovation, and optimize resources for efficiency and sustainability. Engineering, at its core, is about problem-solving and creation—designing machines, structures, and systems that enhance human life. Whether it’s mechanical engineering refining manufacturing processes or electrical engineering advancing renewable energy, this field pushes the boundaries of what is possible. On the other hand, economics provides the framework for understanding how these advancements integrate into markets, impact industries, and influence global development. The intersection of STEM and economics is particularly exciting because technological progress is only as impactful as its implementation within economic systems. For example, electric vehicles are a revolutionary engineering feat, but their widespread adoption depends on factors like cost-benefit analysis, government incentives, and supply chain optimization. One of the most fascinating aspects of engineering is its tangible impact on society—innovations in robotics, automation, and sustainable infrastructure are transforming industries at an unprecedented pace. However, without economic insight, even the most groundbreaking technology may fail to achieve its full potential. Economics helps quantify the feasibility, scalability, and accessibility of engineering advancements, ensuring that solutions are not just theoretically brilliant but also viable in the real world. Take renewable energy as an example: engineers develop solar panels with increasing efficiency, but the economic principles of supply and demand, subsidies, and investment decisions determine their actual deployment. Similarly, artificial intelligence is revolutionizing industries from healthcare to finance, but its economic implications—job displacement, ethical concerns, and productivity shifts—must be carefully analyzed to harness its benefits while mitigating risks. Beyond their theoretical applications, both fields share an analytical foundation. Engineering relies on mathematical modeling, physics, and computational simulations to design and test solutions, while economics applies statistical models, optimization techniques, and data analysis to understand market trends and policy impacts. This blend of logic, creativity, and practical application makes the intersection of STEM and economics a thrilling space for innovation. Whether designing energy-efficient machinery, optimizing logistics for global trade, or contributing to economic policies that promote technological growth, the ability to bridge both disciplines allows for well-rounded, impactful decision-making. My passion for engineering fuels my desire to innovate, while economics provides the strategic perspective needed to implement those innovations effectively. Together, they create a pathway toward a future where technology not only advances but does so in a way that is economically viable, sustainable, and beneficial for society.

Writing, music, software development, making a difference.

Medicine, Translation, Freelancing and TEDx Events

Travels and teaching

I’m passionate about bringing people together, whether by organizing inspiring events or building meaningful networks.

Female empowerment, urban development and social innovation!

I am passionate with my work and family. Passionate about life and learn from new people new matters that will expand my horizon. I want to cotribute with other people and make a better world for all of us!