Dev Mishra
About Dev Mishra
Dev Mishra is the Design/Build/Launch Team Head at BLUE ORIGIN and a Research Fellow at Brahmastra Aerospace Systems, with extensive experience in aerospace and astronautics programs.
Title
Dev Mishra holds the position of Design/Build/Launch Team Head at BLUE ORIGIN. He also serves in multiple roles across various organizations, including Brahmastra Aerospace Systems, the Indian Space Society, and NASA's Lunar Delivery Program.
Current Professional Roles
Dev Mishra is currently the Design/Build/Launch Team Head at BLUE ORIGIN, a role he has held since 2021. He also serves as a Research Fellow at Brahmastra Aerospace Systems in Chennai, Tamil Nadu, India, and is involved with the Astronautics & Human Spaceflight Program at the Indian Space Society in Bengaluru, Karnataka, India. Additionally, he works on NASA's Lunar Delivery Program in the United States, showcasing his multi-faceted involvement in the aerospace industry.
Company: PlatineX TDC
Dev Mishra co-founded PlatineX TDC with Mr. Madhav. The company focuses on developing AI-equipped smart glasses and home assistant applications. Dev manages a team of 20 employees and specializes in mechatronics and machine learning. As Project Director in 2020, he led various initiatives and continues to oversee the company's growth and innovation.
Previous Experience
Dev Mishra has a diverse background in various fields. He was a Fundraising Intern at Team Everest NGO in Chennai and a Show Partner at 96.4 Spice FM in the United Kingdom. He also worked as a Marketing and Business Development Intern at Jankalyan Multipurpose Education Society and served as Content Writer at Team Everest NGO. Additionally, he held roles as a Volunteer for InAmigos Foundation, Campus Ambassador for Model United Nations, and Data Science Intern at The Sparks Foundation in Singapore.
Background in Aerospace Projects
Dev Mishra is actively working on developing a liquid-fueled rocket propellant capable of providing a thrust power of 1000 pounds newtons. A prototype is currently under development, with plans to conduct the first engine test by December and a flight test by January. The goal is to achieve a total burn time of 20 seconds and a mass capacity of 100 kilograms.