Website:
kaeluminnolabs.com
Job details:
Company Description
Kaelum Innolabs, based in Bengaluru, is a dynamic deep-tech product development lab specializing in innovative motor technologies. Evolving from the R&D division of a 44-year-old industry leader in air-moving solutions, we integrate legacy reliability with the agility of a high-growth startup. Our focus ranges from modernizing external rotor AC induction motors to developing high-efficiency motors and intelligent motor controllers. With an in-house ecosystem that blends design, prototyping, and scaled production, we bring real-world industrial motion solutions to life. Join us to contribute to shaping the future of industrial efficiency.
Role Description
This is a full-time on-site role for an Electro-Magnetic Design Engineer located in Bengaluru. We are looking for an analytical, hands-on Motor Design Engineer with 1–3 years of experience. The candidate will be our lead magnetic architect, responsible for extracting maximum efficiency from our existing, proven manufacturing lines, while simultaneously designing completely new, high-efficiency motor topologies from a blank sheet of paper. Other key responsibilities include conducting simulations, collaborating with product and CAD teams, and working on prototyping and testing to ensure robust designs. The engineer will be integral in transforming concepts into deployable solutions for next-generation motor technology.
What You Will Actually Do:
- Electromagnetic Simulation: Run advanced 2D and 3D FEA (Finite Element Analysis) to simulate magnetic flux paths, torque ripple, and core losses.
- Architecture Optimization: Re-engineer our existing standard stator and rotor geometries to improve efficiency, optimize air gaps, and reduce parasitic losses within fixed manufacturing constraints.
- New Topology Development: Lead the magnetic and winding design for novel, high-efficiency, magnet-free motor architectures.
- Prototyping & Validation: Work directly with our shop floor technicians to turn your software simulations into physically wound and stamped prototypes. Test your designs on dynamometers to validate your simulated torque and efficiency curves.
Qualifications
- Strong foundation in Electrical Engineering with expertise in electromagnetic design and analysis
- Bachelor's or Master's degree in Electrical Engineering, Mechanical Engineering, or a related field
- 1–3 years in electromagnetic design for rotating electric machines (Induction, PMSM, BLDC, etc.).
- A deep mathematical understanding of magnetic circuits, flux density, reluctance, and how they translate to mechanical torque and heat.
- Background in Design Engineering and Product Design for industrial applications
- Knowledge of Mechanical Engineering principles as they apply to motor and component design
- Proficiency in electromagnetic FEA software to conduct simulations and interpret data for design optimization.
- Strong problem-solving skills and attention to detail
- Effective communication and teamwork skills to collaborate across departments
- Previous experience in motor design and control systems is a plus
Click on Apply to know more.