To develop aerodynamic and thermal management performance of high performance 
two wheelers, with ICE and EV powertrains, using computer simulation (CFD, 
computational fluid dynamics), wind tunnel testing and on-road testing. the 
engineer will be involved in the development of ground breaking new products 
from their earliest conception, through to volume production and beyond, 
delivering unparalleled efficiency and ludicrous performance alongside 
uncompromising comfort, safety and reliability.  It involves meeting 
aspirational aerodynamics target, without compromise the style intent, meeting 
thermal management targets for ICE/ EV components. It also involves 
participating in design reviews and DFMEA sessions and help design team with new 
ways to improve the design, and create IP in the above mentioned and related 
areas.

-> Working alongside Designers to define products that are as aerodynamically & 
thermally efficient as they are aesthetically pleasing.
-> Designing concepts along with design team, evaluating and refining designs 
using CFD.
-> Defining and executing wind tunnel, road and track test programs.
-> Analyzing and documenting test and simulation results; presenting findings.
-> Providing feedback to the Programs team on aerodynamic and thermal attributes 
and development status.
-> Working with engineers to optimize part execution for aerodynamics and to 
resolve design conflicts.
-> Supporting Vehicle Dynamics, NVH, Test and Modeling teams in vehicle level 
attribute optimization and characterization.
-> Developing tools and methods used within the Aerodynamics & thermal 
management team. And create
-> Able to understand and interpret patents/ white spaces in area of aero-
thermal, and create IP.

Required competency level:
Fundamentals of aerodynamics and thermal engineering	4 (1-5)
Problem solving tools, such as, QC Story, Triz, DFSS, etc.	4 (1-5)
Simulations tools: StarCCM+, Fluent, or similar 3D CFD tools.  4 (1-5)
Familiarization with CAD tools, such as, Catia, Creo, etc.	4 (1-5)
Ability to work towards challenging, dynamic goals with minimal supervision.		
3 (1-5)
Testing experience on validation computation models	3 (1-5)

Qualification: Masters/PhD in technology/engineering (mechanical/Aerospace)

Experience: 3-8 years