Sergiy Nesterenko

General partner Eric Vishria from Benchmark and Quilter Founder Sergiy Nesterenko discuss Benchmark's investment philosophy in the AI era, emphasizing the importance of solving enduring problems, Quilter's innovative use of reinforcement learning in circuit board designs, the shift towards fully automated AI solutions, and the balance between research and engineering in the AI space.

Join venture capital expert Eric Vishria from Benchmark and Sergiy Nesterenko, CEO of Quilter, as they dive into the future of AI in hardware design. They share insights on the unique challenges of AI investments and the importance of solving long-term problems in the tech industry. Discover how reinforcement learning can revolutionize circuit board design and the complexities of achieving sustained success in tech startups. With their backgrounds in AI and aerospace, they discuss the innovative methods that are shaping the future of technology.

Sergiy Nestorenko, Founder and CEO of Quilter and former SpaceX electronics engineer, dives into the exciting world of automating circuit board design using reinforcement learning. He discusses the traditional design challenges and how Quilter's innovations can streamline the process, improving efficiency and manufacturability. Nestorenko shares insights on the evolving industry landscape, the importance of team motivation, and the competitive advantages that come with scaling. He also highlights the recruiting challenges in the AI talent space and emphasizes the significance of self-care for entrepreneurs.

Sergiy Nesterenko, CEO of Quilter, discusses using reinforcement learning in PCB design, automating complex processes. They explore challenges in PCB design, integrating AI with real-world applications, and the future of electronic design. Team dynamics, research challenges, and applying AI in physics simulations are also covered.

Sergiy Nesterenko, CEO of Quilter, discusses automating circuit board design with AI, challenges of hardware design, importance of curiosity and empathy in engineering, and potential of 3D printing. They explore the link between quantum mechanics and semiconductors, evolution of computer vision algorithms, and philosophical reflections on artificial intelligence and human intelligence.