Electrical Design Engineer

Job Description Company Description Quintrans 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 Description This 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 Responsibilities - Design 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, invertermotor 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 Qualifications - Bachelor'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) Skills - Experience 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 Offer - Work 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 Apply Send your resume to [Confidential Information] Or apply directly on LinkedIn.