About the Company
Kalam Labs is at the forefront of aerospace innovation, developing a constellation of near-space platforms capable of launching aerial vehicles for combat and surveillance operations. Our advanced aerial systems have successfully deployed at altitudes exceeding 118,300 feet, operating seamlessly in extreme conditions, from the deserts of Rajasthan to the peaks along the Indo-China Line of Control. Through cutting-edge technology and groundbreaking missions, Kalam Labs is redefining possibilities in aerospace engineering and defense systems.
About the Role
This is a full-time, on-site role for a Propulsion Engineer. The engineer will be responsible for designing and optimizing propulsion systems, conducting performance analyses, and collaborating cross-functionally with other engineering teams. Day-to-day tasks will include developing and testing innovative propulsion solutions, ensuring integration into systems architecture, troubleshooting technical challenges, and contributing to rigorous quality assurance processes to meet mission-critical needs.
Pay range and compensation package
Rs.18 LPA to Rs.24 LPA
Accommodation and Fooding provided by Company
Work in advanced hands-on projects concerning national security
Responsibilities
Designing and optimizing propulsion systems
Conducting performance analyses
Collaborating cross-functionally with other engineering teams
Developing and testing innovative propulsion solutions
Ensuring integration into systems architecture
Troubleshooting technical challenges
Contributing to rigorous quality assurance processes to meet mission-critical needs
Qualifications
Prior experience in college technical teams or personal hobby projects will be the chief deciding factor.
Bachelor's or advanced degree in Aerospace Engineering, Mechanical Engineering, or a related field
Required Skills
Expertise in Propulsion and Propulsion Systems design and optimization
Strong background in Systems Engineering and Aerospace Engineering
Highly developed Analytical and problem-solving skills
Familiarity with high-speed aerodynamics and thermodynamics principles is a plus
Proficiency in simulation and computational tools relevant to propulsion system design
Ability to work collaboratively in a fast-paced, on-site environment
Experience in hypersonic or supersonic vehicle projects is highly desirable