Perform aero elastic load simulations for different Services programs.
Collaborate with wind farm engineering team to explore opportunities on increasing application space.
Implement controls technology to mitigate loads & improve turbine power performance.
Understand turbine physics & operability to generate innovative ideas for system optimization.
Understand design requirements and perform aero elastic loads simulations for different wind turbine configurations.
Deliver high quality system level loads, component loads & certification documents to cross functional teams.
Lead loads certification efforts by delivering on the requirements and address any queries from certification agencies.
Hand-off turbine simulation models to simulate site specific mechanical loads for customer fulfillment.
Collaborate with Program Managers, System Integration Leaders (SILs), & Certification team to deliver on program requirements and business critical timelines.
Lead design reviews at different stages (Toll-gates) of programs and own action items to take it to closure.
Interact with Operability & Validation teams to test & verify loads, performance & controller behavior.
Proactively take initiatives and lead efforts on process enhancements & simplifications.
Salary: Not Disclosed by Recruiter
Industry:Oil and Gas / Energy / Power / Infrastructure
Functional Area:Site Engineering , Project Management
Role Category:Site Engineering
Role:Civil Engineer-Land Development
Design System Integration Wind Turbine Technology Matlab Process automations Wind turbine services fatigue
Desired Candidate Profile
Masters degree in Mechanical, Civil & Aerospace Engineering
In depth knowledge on aero, fatigue & system dynamics
Strong quantitative and analytical skills for simulation results interpretation; Creative problem solving skills
Strong interpersonal communication skills to work in global organization
Strong leadership skills to drive programs with respect to loads simulations
Knowledge in the field of Wind Turbine Technology
Hands-on experience with wind turbine aero elastic simulation tools (Flex5, Bladed etc.)
Experience in Wind turbine services programs with respect to aero elastic simulation and application space analysis
Understanding of the IEC, GL guidelines and compliance requirements
Programming skills to develop tools for process automations (Matlab, Excel VBA, etc.)
Ability to work effectively in a matrix environment with a global team across cultural boundaries
UG: Any Graduate – Any Specialization
PG:M.Tech – Civil, Aviation
Doctorate:Doctorate Not Required
GE India Industrial Private Limited
Engineering Analysis Center of Excellence (EACoE) is the Engineering & technology hub for GE Infrastructure located at the John F Welch Technology Centre, Bangalore. The team is part of the Global Engineering team of the Infrastructure businesses like Aviation, Energy, Oil & Gas and Water technologies, engaged in high-end design and analysis of Aircraft Engine components, Steam / Gas / Wind Turbines and Generators and mechanical drives for oil & gas applications.
Contact Company:GE India Industrial Private Limited