Think Circuits: Innovating the Future of Robotics with Intelligence and Customization

Bringing science to life with Think Circuits means the merger of engineering and creative thinking, transforming bold ideas into adaptable, intelligent machines. The next frontier of robotics isn’t just automation—it’s intelligence, and Think Circuits is leading the charge. While many companies focus on programming machines to follow instructions, Think Circuits is pioneering a new era where robots don’t just execute tasks but perceive, learn, and evolve in real time. By seamlessly integrating artificial intelligence, machine learning, and advanced engineering, they are pushing the boundaries of possibility and redefining what’s achievable in robotics today. Led by Dr. Kevin Weekly, the company has carved out a niche as a premier robotics design solution provider, setting itself apart with its holistic and customized approach to solving real-world challenges. Their expertise spans across various industries, from biosignal monitoring and consumer electronics to industrial automation and even wildfire detection. “We always go back to what’s possible, what’s physically possible, and if we need to push those boundaries, we will,” says Dr. Weekly. This relentless pursuit of innovation enables Think Circuits to develop solutions that aren’t just improvements on existing technologies, but complete reimagining of what’s possible in robotics and AI integration.

One of the biggest hurdles Think Circuits’ clients encounter isn’t just technical execution but knowing the right questions to ask. Many companies recognize the potential of AI and machine learning but struggle to translate that into actionable applications for their products. “For many of our clients, a big part of what we do is helping them ask the right questions,” Dr. Weekly explains. “They come to us with expertise in their domain—logistics, healthcare, consumer electronics—but they often need guidance in understanding what makes a robot safe, how to measure its performance, or even how to define success.”

One such customer came to Think Circuits looking to build out a material handling application that would benefit from increased intelligence. Even with their own expertise in logistics intact, they needed Think Circuits to figure out what was going to make a robot safe and how to formulate performance metrics around that. As Dr. Weekly put it, “It’s about asking the right questions in order to add the most value to their end product.” After that, the team at Think Circuits is able to build out a robotics system that combines lateral thinking to integrate across domains. By functioning as strategic partners rather than just service providers, Think Circuits works closely with clients from the inception stage, helping them define the problem before engineering a solution that combines AI, machine learning and computer backend to deliver real-world innovation.

The company’s ability to innovate is best showcased through its’ members groundbreaking prior projects. From pioneering advanced EEG processing and developing proprietary biosensors powered by large language models to creating a groundbreaking autonomous lawnmower for iRobot and designing the heart rate algorithm used by millions of Fitbit devices, Think Circuits seamlessly integrates artificial intelligence, machine learning, and computer hardware and software to drive continuous innovation.

One notable success story involves their collaboration with Chris Young, a renowned chef and mathematician, who envisioned a smart thermometer capable of predicting food readiness with extreme accuracy. Several groups had attempted to bring this vision to life, including a highly published mathematician, but none had succeeded. Think Circuits took a different approach by combining AI with physics-based modeling. “What AI allows us to do is let the system learn the physics along the way while it’s in the food,” says Dr. Weekly. This breakthrough made it possible to run advanced computations on a small, embedded platform, turning an ambitious idea into a market-ready product.

Another remarkable project is Think Circuits’ participation in the XPRIZE Wildfire Competition. With wildfires becoming a growing threat, the team proposed an AI and robotics-driven solution to detect and extinguish fires in vast areas within minutes. Their research, including the combination of AI, robotics, and UAS systems for drones, led to the development of a novel sensor capable of detecting a two-inch flame from 10 kilometers away—an unprecedented achievement in wildfire detection technology. “We went back to the academic literature, found some underexplored physical phenomena, and designed a completely new sensor that allows us to detect fires at an incredible range,” Dr. Weekly shares. This kind of lateral thinking—drawing insights from multiple disciplines to solve pressing global challenges—is what makes Think Circuits a game-changer in the field.

To innovate across robotics solutions, Think Circuits requires a team made of agile and creative thinkers. The company fosters a culture of continuous improvement, collaboration, and adaptability. Having developed out of UC Berkeley and led by a team of PhDs in various fields, Think Circuits combines competitive Silicon Valley thinking and blended research. They follow an agile development process, allowing them to iterate quickly and refine solutions based on real-world testing and client feedback.

“Mindset is everything,” Dr. Weekly notes. “We keep a positive attitude, encourage brainstorming sessions, and ensure that our team members aren’t siloed. Everyone knows what each other is working on, which makes problem-solving much more dynamic and effective.” This blend of academic knowledge and real-world insight allows Think Circuits to really delve into the business side of robotics design, aligning with each client’s business strategy to design scalable, efficient and tailor-made robotics that helps their client stand out in their industry.

With an expanding portfolio of cutting-edge solutions, a growing team of world-class engineers, and a commitment to pushing the limits of what’s possible, Think Circuits bridges the technology gaps to deliver intelligent and custom-made robotics solutions, combining elements from all laterals. As their team grows and client-based collaboration expands, so do the challenges that need addressing. “We want to be the team you call—the red phone you pick up—when you need to bring something truly new and innovative into your company,” says Dr. Weekly.