Think Circuits

Think Circuits is a boutique consultancy and design services firm specializing in realizing proof-of-concepts for small startups. It was founded by a PhD scientist, formerly EECS PhD from the University of California Berkeley and possessing over 10 years of industry expertise in addressing challenges related to robotics, signal processing, and embedded systems. Attaining specific product or customer objectives necessitates a comprehensive and methodical approach. We excel at breaking down these objectives into manageable and uncomplicated sub-goals. Depending on the requirements, whether it involves developing a data-intensive python script or low-level C coding, we proficiently utilize the necessary tools to deliver optimal solutions.

Discover the range of problem areas we have successfully tackled for our clients:

Pioneering algorithm development - We excel at setting requirements, designing, implementing, and validating innovative algorithms that push the boundaries of possibility.

Enhancing legacy algorithms - Our expertise lies in identifying weaknesses within existing algorithms, determining valuable enhancements, and implementing them while diligently conducting regression testing to ensure measurable progress.

Cutting-edge embedded circuit design - We possess the capability to design and fabricate specialized electronics providing our clients with custom-made solutions tailored to their unique needs.

Groundbreaking research endeavors - We actively pursue research directions, including the application of academic papers to real-world problems. Our feasibility reports give small businesses the data they need to apply their limited resources effectively.

Specific skills: Robotic localization, mapping, and control, Digital Signal Processing (DSP), Machine Learning (ML), C/C++, Python, KiCAD, Altium

General steps in working with us:

1. Understand your problem - Your high-level business motivations and success criteria.
2. Determine expertise fit - Are we the right people to solve the problem? If not, who is?
3. Propose directions or options - Present trade-offs of different solutions and provide our recommendation.
4. Define interface requirements - How will our solution interface with the rest of the program?
5. Self-sufficient implementation - Design and implement the solution to meet requirements.
6. Agile collaboration if needed - Provide a rapid turnaround to implement changes as the business needs and priorities shift, typical for software and experimental works.