Micralyne is led by a seasoned team of MEMS industry professionals. Meet the team at the forefront of some of the most exciting applications emerging in the world of MEMS.

Dan Djukich, B.Sc.

Director of Business Development

Dan moved to Micralyne following his tenure as Director of nanoAlberta, an Alberta government initiative to expand the province’s research and industrial capacity in nanotechnology. Adept at identifying, summarizing and communicating critical market information, Dan is a key conduit between Micralyne’s customers and the company’s engineering and technical experts.

Dan has a proven track record of working with all levels of business leaders globally (C-level, purchasing, quality, engineering), and representing customer interests inside the Company. His exceptional analytical skills help Micralyne’s customers take a broad and long-term view and develop innovative MEMs solutions. Dan is a valued contributor to Micralyne’s strategic planning cycles, growth and sustainability and recognized by peers for his customer-facing work.

Dan graduated from the University of Alberta with a Bachelor of Science and holds certifications in Supervisory and Management Development and Change Management.

Glen Fitzpatrick, B.Sc., P.Eng.

Chief Scientific Officer

Glen Fitzpatrick was a founding manager of the Sensors and Actuators Lab at the University of Alberta. Privatized in 1998, that lab evolved into Micralyne Inc. Glen focuses on innovation at Micralyne and bringing best practices to the solutions offered to Micralyne’s customers. His role is to advance Micralyne’s state-of-the-art and emerging trends in MEMS technology at the device, process, and equipment levels. He is also a principal internal consultant on device design and performance, and fabrication process development and troubleshooting.

Glen’s contributions include several breakthroughs, including developed processes for glass micromachining for microfluidics, and has contributed to a textbook on the topic. He also has a design and patent award for a high speed( 10 MHz), electrically configurable linear array diffraction grating, as well as all-silicon ultrasonic transducer (CMUT) devices. His prior work includes a glass/silicon-based architecture for micro-mirror devices. He designed mechanical and electronic industrial control systems prior to being drawn to the MEMS world.

Glen has Bachelor of Science degrees in both Mechanical and Electrical Engineering
and has contributed to a text book on Microfluidics.

Ready to discuss project needs? Call us on 1.780.431.4400 or email us at sales@micralyne.com