KENNEDY SPACE CENTER (FL), October 24, 2018 –The International Space Station (ISS) U.S. National Laboratory, the National Center for Advancing Translational Sciences (NCATS) and the National Institute of Biomedical Imaging and Bioengineering (NIBIB), today announced a series of project awards stemming from a funding opportunity on human physiology and disease onboard the orbiting laboratory.
Olga Yanovski, Deputy VP of Quality at TechJet, ensures top-tier standards from development to delivery, driving continuous improvement and operational excellence. She believes quality is a responsibility, embedded in TechJet’s culture of expertise, collaboration, and innovation.
International Women's Day may have passed, but the celebration and recognition endures. At TechJet, we're amplifying the voices of the women who are shaping the future of aerospace. Hear, in their own words, what it means to them to be a woman.
Early collaboration between expert engineers and customers is crucial for successful jet engine development.
This approach minimizes costs and accelerates time-to-market. TechJet's expertise in precision manufacturing, combined with early engagement, might just be the key to ensuring efficient and innovative component development—a true game-changer.
TechJet's Hazardous Materials Manager, Nadir Khir Aladin, describes the company's commitment to environmental preservation as a key strategic goal. TechJet implements policies and invests in technologies to minimize pollution and environmental impact. Aladin also highlights TechJet's emphasis on employee training and continuous improvement in its environmental practices
Techjet Aerofoils has revolutionized the traditional forging process by integrating advanced robotic automation. Kfir Sharon explains how this innovation ensures unmatched precision, reduces risks for workers, and delivers higher-quality
When aviation disasters strike, the spotlight often turns to the tiniest components. TechJet’s meticulous manufacturing ensures that aerofoils—the flight-critical parts at the heart of every engine—deliver unmatched safety and reliability
The use of metals in aviation dates back to the early 20th century when aircraft were first built with lightweight but fragile wood and fabric. The introduction of aluminum in the 1920s revolutionized aircraft design, offering a lightweight yet strong material ideal for airframes.
"Ofek" students from Alliance School proudly join Shayetet 13, driven by determination and a strong desire to contribute.
Compressor blades are at the core of modern jet engine performance, combining precision engineering and advanced thermal treatments to meet the demands of aviation; Techjet’s unique thermal treatment processes set it apart in the industry