Motor Control Hardware designer

Roles and Responsibilities
Design and develop motor control algorithm -Technologies ...PMSM, induction machine, BLDC ...
Conversant with different types of motors Technology like PMSM, Induction, Switch Reluctance & Synchronous Reluctance for EV & HEV applications
Designs develops embedded software and supports hardware design for real-time control and data acquisition in embedded product platforms with diverse scope and complexity
Designs, develops, and maintains products with embedded systems
Analyze, design, develop, support and troubleshoot control algorithms for servo systems, antiskid brakes, environmental control systems and power electronics for unmanned air vehicles and ground support equipment.
Will be responsible for analog, digital, S-domain and Z-domain controller design with appropriate analysis, modeling and simulation.
Responsibilities also include electrical, mechanical and software test and/or test support in the lab and in the field to verify system performance and troubleshoot problems. This includes test set-up and test data collection.
Multidisciplinary responsibilities include plant characterization of electronics, electromagnetic devices, servo mechanisms and aircraft structures.
Responsibilities also include requirements definition for individual servo components (electric motors - power, speed, torque; gear trains - reduction ratios, lash, friction characteristics; feedback devices - resolution, accuracy, noise, etc). This includes supporting in-house design or locating off-the-shelf vendor components and/or helping vendors develop components to meet requirements.
Responsible for all documentation necessary for s engineering development

Qualifications:
Bachelor's / master's degree (5 Yrs.) in Electrical Engineering or a related discipline
Sound knowledgeable in electric vehicle architecture and modelling process
Experience in the design and analysis of high torque & power density IPM/PM, switched reluctance motors and induction motors
Experience using MATLAB/Simulink for data Analysis/Modelling
Knowledge in power electronics hardware and motor control algorithms
Domain Knowledge of PMSM, BLDC, IM, SR, Sync Reluctance Motor/Generator design & development along with manufacturing Strong communication skills, written and oral.