Khalid Matalka

Chief Tech/Sci/R&D Officer at QUANTA

61 year

Consumer Services

Commercial Services

Electronic Technology

Profile

Khalid Matalka is currently the Chief Scientific Officer at Quanta, Inc. He is also a Member at the American Association for Cancer Research.
Matalka holds a doctorate degree from The Ohio State University, an undergraduate degree from Yarmouk University, and a graduate degree from the University of Wisconsin-Milwaukee.

Khalid Matalka active positions

Companies	Position	Start
QUANTA	Chief Tech/Sci/R&D Officer	01/02/2021
American Association for Cancer Research American Association for Cancer Research Miscellaneous Commercial ServicesCommercial Services Engages in research, education, communication and collaboration to prevent and cure cancer	Corporate Officer/Principal	01/01/1994

All active positions of Khalid Matalka

Training of Khalid Matalka

Experiences
Positions held

Active

Inactive

Listed companies

Private companies

See the detail of Khalid Matalka's experience

Connections

1st degree connections

1st degree companies

Male

Female

Members of the board

Executives

See the personal network

Linked companies

Private companies	5
The Ohio State University The Ohio State University Other Consumer ServicesConsumer Services Functions as a College/University	Consumer Services
American Association for Cancer Research American Association for Cancer Research Miscellaneous Commercial ServicesCommercial Services Engages in research, education, communication and collaboration to prevent and cure cancer	Commercial Services
Yarmouk University Yarmouk University Other Consumer ServicesConsumer Services Functions as a College/University	Consumer Services
University of Wisconsin-Milwaukee University of Wisconsin-Milwaukee Other Consumer ServicesConsumer Services Functions as a College/University	Consumer Services
Quanta, Inc. Quanta, Inc. Computer PeripheralsElectronic Technology Operates an applied science technology company that develops quantum mechanics to increase bio-activity of targeted molecules to enhance the desired effects	Electronic Technology