Introduction: Tatjana Pekovic is a distinguished inventor based in St-Lambert, Canada, known for her significant contributions to the field of hybrid electric propulsion systems. With a remarkable portfolio of 11 patents, she has dedicated her career to advancing technology in aerospace propulsion, making her a leading figure in innovation.

Latest Patents: Tatjana's most recent patents reflect her expertise and focus on hybrid electric technologies. Her patent titled "Torque Balancing for Hybrid Electric Propulsion Systems and Aircraft Utilizing Hybrid Electric Propulsion Systems" introduces a hybrid electric engine control module (ECU). This module is designed to manage torque output between a heat engine system and an electric motor system in hybrid aircraft. The ECU is adept at receiving torque commands and efficiently splitting output power between the two systems.

Another noteworthy patent of hers is "Degraded Mode Operation of Hybrid Electric Propulsion Systems." This invention enhances safety and efficiency by allowing the ECU to assess operational modes of both the electric motor and heat engine systems. If either system cannot provide the required torque, the ECU switches to a degraded mode, ensuring continued functionality while adapting its control strategies.

Career Highlights: Tatjana Pekovic has made substantial strides in her career, working with companies such as Pratt & Whitney Canada Corp. Her extensive experience in the aerospace sector has allowed her to contribute innovative solutions that improve the performance and safety of hybrid electric aircraft.

Collaborations: Throughout her career, Tatjana has collaborated with notable industry professionals, including Kevin Allan Dooley and Keith Morgan. These partnerships have fostered an environment of innovation and creativity, enabling the development of advanced technologies in propulsion systems.

Conclusion: Tatjana Pekovic stands out as an influential inventor in the realm of hybrid electric propulsion. Her patents not only showcase her technical expertise but also demonstrate her commitment to enhancing aerospace technologies. Through her work and collaborations, she continues to push the boundaries of innovation, making a lasting impact on the industry.

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