Engineering
Meeting technical challenges with calculated precision
All of our projects involve engineering to some degree but for the more technical ones, especially in research and development, there is a greater need to be educated in these fields.
We did a military project for an entrepreneur that became very technical due to its electromagnetic compatibility requirements in which it would undergo extreme testing for compliance. Take a look at our helicopter hook project for more details.
Mechanical Systems
Strong and simple to build, our mechanical systems make parts move, fit, and work as planned in real-world use—whether for consumer, medical, or industrial products.
Electrical Systems
Embedded Systems
At the core of the product, embedded code reads sensors, moves parts, and makes smart choices. These systems are small, fast, and built to run with accuracy and care.
Circuit Analysis
Circuits are tested and improved to run well, save power, and stay reliable. Simulation checks each part before building to help the system work as expected.
Electromechanics
Signal Processing
Simple solutions for power and control
About 30% of hardware startups fail due to underestimating engineering complexity and development timelines. The advantage of developing a product through us is that electrical engineering and embedded systems are the backbone of our expertise.
We help make products work by building circuits that are efficient, code that is stable, and systems that stay reliable. Our team brings focus, structure, and clear timelines to every project.
Motion, structure, and performance
Materials
Thermodynamics
Machine Design
Mechanical Engineering
Mechanical system failure is one of the top three reasons for product recalls in consumer and industrial goods. This is why it is critical to analyze and test components to identify points of failure at the earliest stages of development.
One project that demonstrates this is the engine fan project which has certain components that were custom-made in lieu of the available off-the-shelf parts due to the fact that engine vibrations could eventually lead to mechanical failure.
Elegance in simplicity
It is our goal with every project we work on to reduce overall system complexity.
This has many benefits, such as reducing the number of parts that could lead to a failure, making manufacturing and assembly easier, and reducing costs. Simpler systems are also easier to test, maintain, and improve over time as needs or technologies change.