Electrical Design Engineer

Company DescriptionQuintrans is a leader in linear electromagnetic systems, specializing in innovative solutions for industries that require precision, efficiency, and sustainability. With over 7 years of experience, we provide tailored electromagnetic technologies to revolutionize applications in robotics, manufacturing, defense, space, and renewable energy. Based on engineering excellence and a customer-focused approach, we aim to set new standards in motion technology. Quintrans is committed to building smarter and safer industries through intelligent and sustainable systems, shaping the future with cutting-edge linear electromagnetic innovations.Role DescriptionThis is a full-time, on-site position for an Electrical Design Engineer, based in Pune. We are looking for a high-energy Electrical Design Engineer passionate about motor physics, electromagnetics, and control systems, who wants to contribute to end-to-end development of novel motor and actuator designs.Key ResponsibilitiesDesign and development of custom motors and electromagnetic actuators, including PMSM/BLDC, synchronous linear motors, induction motors, and special machine topologies.Build plant models for motors, drives, and power electronics using MATLAB, Python, and FEMM.Perform electromagnetic calculations: magnetic circuit modelling, FEM analysis, loss estimation, and performance optimization.Support drive system design, FOC-based control modelling, inverter–motor interaction studies, and controller tuning.Develop analytical and simulation models (dynamic and steady-state) in MATLAB/Simulink, Python, and FEM tools.Work with embedded and mechanical teams to transition designs from simulation to prototype.Participate in prototype validation: testing, characterization, and troubleshooting.Prepare technical documentation, reports, and participate in internal design reviews.Required QualificationsBachelor’s/master’s degree in Electrical engineering, Power Electronics, Mechatronics, or equivalent discipline.Strong foundation in electromagnetic theory, machine design, and power electronics.Experience with FEMM, plus exposure to ANSYS Maxwell/JMAG/COMSOL is advantageous.Proficiency in MATLAB/Simulink and Python for simulation, modelling, and optimization.Programming familiarity in Python and C++—ability to write simulation scripts, mathematical models, and automation tools.Understanding of BLDC/PMSM control, FOC algorithms, motor commutation, and inverter systems.Strong analytical skills with ability to translate theory into real hardware prototypes.Preferred (Bonus) SkillsExperience with microcontrollers (STM32, ESP32, dsPIC, C2000) and motor control firmware.Exposure to PCB design for motor drivers and power stages.Knowledge of linear motors, reluctance motors, or high-force actuator topologies.Experience with scripting automation in Python/C++ for optimization loops.What We OfferWork on cutting-edge electromagnetic technologies shaping the future of precision motion.End-to-end R&D exposure — modelling, design, prototyping, testing, and integration.Fast-paced learning environment with strong ownership and technical challenges.Competitive compensation, ESOP eligibility, and opportunity to grow with a deep-tech hardware startup.How to ApplySend your resume to apply directly on LinkedIn.

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