OptiMind

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Today on Optimind, host Alara Onur sits down with Baran Bilgin to unpack the power of Linear Programming (LP) a foundational tool in industrial engineering used to optimize everything from production schedules to transportation logistics. Together, they explore how LP simplifies complex decisions by turning real-world constraints into solvable equations. Whether you’re allocating resources or planning a supply chain, learn why linear programming is the quiet engine behind efficiency in modern engineering.

Today on Optimind, host Alara Onur sits down with architectural researcher Lara Kilislioğlu to explore how the fusion of engineering and design is transforming architecture as we know it. Forget static blueprints—this episode dives into parametric modeling, computational design, and structural optimization, where algorithms like topology optimization and genetic algorithms help create buildings that are lighter, stronger, and more sustainable. From the flowing forms of Zaha Hadid Architects to the eco-precision of BIG’s waste-to-energy plant in Copenhagen, we uncover how tools like Grasshopper, Rhinoceros 3D, and Autodesk Generative Design are making architecture smarter—mathematically efficient yet artistically expressive. Whether you're an aspiring designer, engineer, or just someone fascinated by how we shape the spaces we live in, this episode will open your eyes to a future where buildings don’t just stand—they perform.

Today on Optimind, host Alara Onur is joined by Aras Kisi to explore the future of aircraft and spacecraft design through Multidisciplinary Design Optimization (MDO)—a revolutionary approach that integrates aerodynamics, structures, propulsion, and control systems into one intelligent, unified framework. We break down how MDO enables engineers to co-optimize performance, efficiency, and cost in real time, using advanced algorithms, neural networks, and high-fidelity modeling. From blended wing bodies to electric vertical takeoff vehicles (eVTOLs), we explore how top research institutions and companies like NASA, Boeing, and MIT are shaping next-generation aerospace vehicles with this cutting-edge method. If you’ve ever wondered how engineers build aircraft that are lighter, faster, and smarter—or how AI and computation are transforming the design process—this episode is your launchpad. System thinking. Smarter flight. The future of design is multidisciplinary.

Today on Optimind, host Alara Onur sits down with a young biomedical researcher Ece Cirpan to explore the cutting-edge world of artificial organs and prosthetics—and how engineers are optimizing them to work smarter, better, and more human than ever before. From robotic limbs that respond to muscle signals in real time, to artificial organs built with 3D-printed tissue and smart actuators, this episode breaks down the science behind energy efficiency, control loop tuning, EMG signal processing, and personalized fit. We dive into groundbreaking research from institutions like MIT, Stanford, the Shirley Ryan AbilityLab, and the Wyss Institute, and discuss how these technologies are restoring mobility, dignity, and independence. Whether you're into biotech, robotics, or simply inspired by engineering innovation that transforms lives—this is a conversation you won’t want to miss.

Today on Optmind, host Alara Onur welcomes biomedical researcher Ece Cirpan to explore how optimization is transforming the field of tissue engineering. From porous scaffolds that mimic natural bone to materials that dissolve at just the right pace, this episode dives deep into how engineers fine-tune scaffold structures for maximum cell growth, nutrient diffusion, and mechanical support. With insights from pioneering labs at Penn State, MIT, and Tufts University, Ece unpacks cutting-edge strategies in 3D bioprinting, bioresorbable polymers, and AI-driven modeling. Real-world case studies — from cartilage regeneration to cardiac patches — reveal the powerful intersection of engineering precision and biological complexity. Whether you're a student, scientist, or just science-curious, this episode will reshape how you think about the body’s building blocks.