The work description of an Aerospace Engineer depends on the field of practice but usually includes conceptualizing, creating, analyzing, and maintaining aerospace vehicles and subsystems.
1. Design and Development Design plans, models, and groundwork for airplanes, space vehicles, orbital carriers, and guided missiles. In performance analysis, success is achieved when it can be modeled under different conditions using computer aided design (CAD) software. Design structures to minimize energy consumption, danger and expenses.
2. Analysis and Testing Carry out structural, thermal and aerodynamic feasibility check to determine how much stress different environments can put the vehicles through. Carry out model experimental tests, wind tunnel tests and use CFD analysis. Verify the effectiveness and durability of certain motion mechanisms, especially in the form of Jet Engine and rocket motor.
3. Research and Innovation Innovate new materials, systems, and drives for better performance CubeSats. Research other power possibilities including hybrid or electric based power plants. Being ever more conscious of the progress in the aerodynamics, robotics, and autonomous systems.
4. Quality assurance and safety compliance refers to the assessment, monitoring, and management of an organizations quality control systems and safety standards. Designs should conform to regulatory and safety requirements of the applicable FAA, EASA or ISRO standards as the case maybe. Identify problems in the course of the manufacturing or operational processes.
5. Project Management Consult with numerous professionals thus ensuring that there is effective organization in the process of manufacturing as well as the deployment process. Co ordinate time frames, costs and efficiency performance parameters of aerospace programs.