Omkar Rao

Strategic partnership with Rolls-Royce PLC and Infosys Aero-engine System Design & Integration For Rolls Royce Trent XWB engines • Develop Tactical Lifing strategies and extended lifing of critical parts • Safety Alert Report (SAR) owner and maturing design through various gates (PDR and CDR) • Using SQL and python for data analysis of EHM to assess lifing components of engine. • Creation of schemes to provide innovative solutions for engine integration to existing airframes and associated mechanical and product system • Development of the schemes into CAD models, drawings and design data • Provide technical support and guidance to the sub-system teams • Work with sub-system technical leads to define system integration design requirements • Provide design requirements to external suppliers and manufacturers • Liaise closely with performance, aerothermal, stress and rotatives teams to ensure smooth implementation of system integration requirements and verification. • Assist with the development of engineering change orders and recording of engine modifications • Provide input to project schedules through regular and clear progress reports • Support bids by providing technical solutions, estimates and plans • Present information during internal and external design reviews

• Understand different functionalities within an organization. • Assisting IT activities. • Documenting and creating SOP for business development

Providing career guidance to young engineers. Creating awareness on how to select universities for higher education. Providing mentorship and helping them understand plan their career. This is a volunteering activity to help fellow engineers to make a right career decision.

Rolls Royce Trent 900 EP3 Performing turbines design integration activities for the High and Intermediate Pressure Turbines. Tasks involved: ● Tolerance stack ● Thermal analysis ● Gaps analysis ● Reviewing design decisions from designers ● Interface management ● DFMEA ● Design alterations and solutions ● Design reviews

• Managed and tutored 10 students in Mechanical Engineering. • Developed weekly study plans and target sheets • Modules taught: Design of Machine Elements, Engineering Drawing, engineering Mechanics

• Collaborated with other interns on a project on manufacturing of rotor blades. Conducted weight calculation for stability in rotor blades. System error was observed and resolved. • Performed in-flight snags analysis for helicopters

Placed in Aerospace Division. • Supervised under head of Quality Assurance, gained complete functionality of aerospace private sector. • Developed detailed report on overview of manufacturing processes in industry.