The Michigan Engineer News Center

Muhammad Faisal wins business competition with technology critical to the Internet of Things

Movellus Circuits' product is a patent-pending clock generator technology that is smaller, cheaper, and faster than existing solutions.| Medium Read
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IMAGE:  Every microprocessor needs a clock generator. This entrepreneur says he can design a better clock for most any application, and do it faster than anything available today.

Muhammad Faisal came to Michigan knowing he wanted to start a company. About to graduate with his PhD in electrical engineering, he’s been participating in business competitions along with his teammate, Daniel Andersen, a current MBA student at Ross Business school. They’ve been making some great headway lately by winning the 2014 Michigan Business Challenge.

The company is currently called Movellus Circuits, and its product is a patent-pending clock generator technology that is smaller, cheaper and faster than existing solutions. Faisal’s technology also makes it possible to shrink the design time by 80%, allowing for a much faster time to market.

Clock generators are found in microprocessors, and microprocessors are found in most every electronic device imaginable, from televisions to smart phones, and refrigerators to thermostats. They’re also getting smaller, making them even more pervasive in society.

Muhammad has designed his clock generators to work in three areas so far: Bluetooth, wireless wearable electronics, and microprocessors for the Internet-of-Things (IoT) – a term referring to the interconnectedness of all objects enabled through networked microelectronics. The clock that he designed for IoT applications consumes just nano-watt levels of power.

“The clock generator is the heartbeat of the microprocessor,” Muhammad explains. “Every chip is dependant on this.” So basically, Muhammad has developed technology that everyone in the IoT’s anticipated trillion devices market.

When Faisal formally incorporates his company, he will be a co-founder with his advisor, Prof. David Wentzloff, an expert in RF circuits and systems for applications such as all-digital radios, wireless body sensor networks, and radios and interfaces for the millimeter-scale class of computers.

Movellus will license its designs to other semiconductor companies, a business model that has proven to be highly successful for companies such as ARM and Rambus.

He feels confident about his chances with Movellus, even more so after taking entrepreneurship courses at Michigan, and then entering the Michigan Business Challenge.

“I was happy to discover that many companies that win the competition are EECS companies,” said Muhammad. One such company is Ambiq Micro, which won the same award in 2010 and is doing extremely well.

Muhammad has already been in contact with several large companies that are interested in what he’s doing. Thanks to grants he’s already received, he’ll be here at Michigan post graduation, doing market research, customer discovery, and perfecting the technology.

“I want to do it right, and I want to do it my way,” said Muhammad.

Business Competition Participation

Michigan Business Challenge

    • Pryor-Hale Award for Best Business ($20,000)
    • Williamson Award for Outstanding Business & Engineering Team ($5,000)
    • Outstanding Presentation ($2,000)

Dare to Dream Integration Grant($5,000)

Cardinal Business Challenge ($1,500)

Elevator Pitch

Muhammad Faisal gives his 50 second elevator pitch
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Portrait of Catharine June

Contact

Catharine June
ECE Communications and Marketing Manager

Electrical Engineering and Computer Science

(734) 936-2965

3301 EECS

An even smaller world’s smallest ‘computer’

The latest from IBM and now the University of Michigan is redefining what counts as a computer at the microscale. | Short Read