Location History:
- Le-Pont, FR (2013)
- Joinville, FR (2015 - 2017)
Company Filing History:
Years Active: 2013-2017
Title: Innovative Contributions of Tarik E Bourouina
Introduction
Tarik E Bourouina, based in Joinville, France, is an accomplished inventor with a notable patent portfolio comprising four patents. His work primarily focuses on advanced optical systems and semiconductor technologies that play a crucial role in various applications.
Latest Patents
One of Bourouina’s latest inventions is the "Structured silicon-based thermal emitter," which provides an optical radiation source derived from disordered semiconductor materials, such as black silicon. The design incorporates a semiconductor substrate with an etched disordered semiconductor structure and a heating element that allows the structure to emit thermal infrared radiation at controlled temperatures. Another significant patent involves "Aspherical optical surfaces and optical scanners," where the optical systems utilize aspherical elements with surfaces that exhibit a variable radius of curvature. This innovation enhances optical performance by ensuring that the variations in cross-section surface profiles are minimal, facilitating more accurate optical systems.
Career Highlights
Currently, Tarik E Bourouina is associated with Si-ware Systems, a company recognized for its innovative approaches in technology. His work at Si-ware Systems focuses on pushing the boundaries of optical technologies.
Collaborations
Throughout his career, Tarik has collaborated with notable colleagues, including Yasser M Sabry and Bassam Amanallah Saadany. These partnerships have allowed for the sharing of ideas and advancements within the realm of semiconductor and optical technologies.
Conclusion
Tarik E Bourouina's innovative contributions to the fields of semiconductors and optics highlight his role as a leading inventor. With his latest patents, he continues to impact the technology landscape, showcasing the importance of continuous research and development. His work not only enhances technological capabilities but also sets a foundation for future innovations in optical systems.