Drone

At Volta, the Propulsion team is the driving force behind our rockets, quite literally! We delve into the fascinating world of rocket propulsion, focusing on the design, simulation, testing, and optimization of rocket motors and propellants. We're passionate about exploring the chemistry and physics that power our rockets, and we're constantly seeking new ways to improve performance and efficiency. Currently, our focus is on mastering candy propellants, but we have our sights set on even more advanced propulsion technologies in the future.

What we do:

• Motor Design: We design solid rocket motors from scratch, carefully considering factors like thrust, burn time, and safety. This involves using specialized software to model the internal ballistics of the motor and optimize its performance.

• Propellant Development: We experiment with different candy propellant formulations, analyzing their burn characteristics and optimizing their composition for maximum thrust and efficiency. We conduct rigorous testing to ensure the safety and reliability of our propellants.

• Simulation and Analysis: We use sophisticated simulation tools to predict the performance of our rocket motors and analyze their behavior under different conditions. This allows us to optimize the design and ensure that the motor meets the specific requirements of the mission.

• Static Fire Testing: We conduct static fire tests to evaluate the performance of our rocket motors in a controlled environment. We measure thrust, pressure, and burn time to validate our designs and gather valuable data for further analysis.

• Safety Protocols: Safety is paramount in all our operations. We adhere to strict safety protocols during propellant handling, motor assembly, and testing to ensure the well-being of our team and the surrounding environment.

• Research and Development: We stay at the forefront of propulsion technology by researching new propellants, motor designs, and testing methods. We're constantly exploring ways to improve the performance and efficiency of our rockets.

Skills you will acquire:

• Chemical Propulsion: Deep understanding of the principles of rocket propulsion, including thermodynamics, combustion, and fluid dynamics.

• Propellant Chemistry: Knowledge of different propellant types, their properties, and their safe handling procedures.

• Motor Design: Ability to design solid rocket motors using specialized software and engineering principles.

• Simulation and Analysis: Proficiency in using simulation tools to predict and analyze rocket motor performance.

• Data Acquisition and Analysis: Skills in collecting and analyzing data from static fire tests and simulations.

• Experimental Techniques: Hands-on experience in conducting experiments with rocket motors and propellants.

Software you will use:

• Rocket Propulsion Analysis Software: RPA, OpenRocket, Openmotor, Python, Ansys.

• CAD Software: For designing motor components and test stands.

• Data Analysis Software: For processing and visualizing test data.

Soft skills you will develop:

• Problem-solving: Ability to overcome challenges and find solutions to complex engineering problems.

• Critical thinking: Analyze data, evaluate results, and draw conclusions from experiments and simulations.

• Teamwork: Collaborate effectively with other team members to achieve project goals.

• Safety consciousness: Adhere to strict safety protocols and prioritize the safety of yourself and others.

• Curiosity and Innovation: Explore new ideas, research new technologies, and contribute to the advancement of rocket propulsion.