EM Design

• Pursue novel motor and servo-drive designs for new automotive products and technologies, such as electric steering, braking, chassis and transmission systems.
• Use finite element modelling and analytical calculations to analyze and optimize motors, actuators and sensors; and their electric drive systems.
• Customize and automate simulations using a variety of design and analysis tools such as Ansys, Motor-CAD and MATLAB.
• Incorporate technology developments into new designs to improve performance, fault tolerance, controllability and cost.
• Develop ‘Digital Twin’ models for virtual prototyping, embracing multi-physics simulation and cloud computing and participate in investigation and solution of production challenges.

Qualification And Experience:-

• Degree in Electrical Engineering or related discipline. Ideally post graduate qualifications in motor design.
• A sound knowledge of motor operating and control principles.
• Fluent English language (and willingness for occasional travel to Europe if required).
• Useful experience would include: motor electromagnetic design and optimization; motor drive/control for permanent magnet AC machines; FE simulation (e.g. Ansys Maxwell, Motor-CAD); optimization methods; programming/scripting (e.g. MATLAB); thermal or structural modelling, and automation of these simulation and model generation activities.

Location:-

• Hyderabad, India.

Company Overview:-

ZF Wind Power puts wind energy in motion! The ZF Wind Power Business Unit is part of the ZF group which is known as one of the world’s leading automotive suppliers. Within our unit we develop, validate and service gear units used in wind turbines producing sustainable energy and we are doing this for more than 40 years! Today we build new drivetrain solutions to meet the requirements of the future. As wind turbines continue to grow we are continuously pushed outside of our engineering boundaries, which makes it a challenging engineering environment to work in.