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Job Description
About the CADFEM Group:
With a strong presence across 40+ nations globally, CADFEM has emerged as a veteran deep tech. organization over the years with the pedigree of spearheading the development of progressive technologies (https://www.cadfemgroup.com/investments-in-startups) that impact a variety of industry domains such as Aerospace, Automotive, Home Appliances, Electronics, Photonics, Healthcare to mention some. Such ventures have helped the enterprise hone a diverse niche of an understanding of business domains over the years. CADFEM is a key pioneer in Numerical Simulations based on the Finite Element Method (FEM), with a distinguished legacy dating back to 1982. The organization specializes in helping businesses maximize their potential by effectively implementing physics-based simulations throughout their operations. Key areas of meticulous expertise from CADFEM include - Computational Modeling, Patient Specific Healthcare, HVAC, Virtual City Systems, ADAS, System Engineering, AI/ML, Digitial Twins.
Key Responsibilities
About the CADFEM Group:
With a strong presence across 40+ nations globally, CADFEM has emerged as a veteran deep tech. organization over the years with the pedigree of spearheading the development of progressive technologies (https://www.cadfemgroup.com/investments-in-startups) that impact a variety of industry domains such as Aerospace, Automotive, Home Appliances, Electronics, Photonics, Healthcare to mention some. Such ventures have helped the enterprise hone a diverse niche of an understanding of business domains over the years. CADFEM is a key pioneer in Numerical Simulations based on the Finite Element Method (FEM), with a distinguished legacy dating back to 1982. The organization specializes in helping businesses maximize their potential by effectively implementing physics-based simulations throughout their operations. Key areas of meticulous expertise from CADFEM include - Computational Modeling, Patient Specific Healthcare, HVAC, Virtual City Systems, ADAS, System Engineering, AI/ML, Digitial Twins.
Key Responsibilities
- Design & Analysis: Perform detailed design and analysis of electromagnetic components including transformers, actuators, and other related systems using Ansys Maxwell and Motor-CAD.
- Simulation: Conduct simulations to evaluate performance, efficiency, and reliability of electromagnetic designs. Use advanced techniques to optimize designs based on simulation results.
- Optimization: Implement design modifications and improvements based on simulation outcomes and performance metrics. Ensure designs meet specified requirements and standards.
- Collaboration: Work closely with cross-functional teams to integrate electromagnetic designs into larger systems. Provide technical support and insights during the design and development phases.
- Documentation: Prepare detailed reports and documentation of simulation results, design changes, and project outcomes. Communicate findings and recommendations to stakeholders.
- Experience: 3-5 years of experience in electromagnetic design and simulation, with hands-on expertise in using Ansys Maxwell and Motor-CAD.
- Education: Bachelor’s degree in electrical engineering – ECE / EEE / a related field. Advanced degrees or certifications are a plus.
- Technical Skills: Proficiency in electromagnetic design and simulation tools, including Ansys Maxwell, Motor-CAD, and related software. Experience with transformer and actuator design is essential.
- Analytical Skills: Strong analytical and problem-solving skills with the ability to interpret complex simulation data and make data-driven decisions.
- Communication: Excellent written and verbal communication skills. Ability to present technical information clearly and effectively to both technical and non-technical audiences.
- Experience with other simulations tools related to electromagnetic design and analysis.
Job Description
About the CADFEM Group:
With a strong presence across 40+ nations globally, CADFEM has emerged as a veteran deep tech. organization over the years with the pedigree of spearheading the development of progressive technologies (https://www.cadfemgroup.com/investments-in-startups) that impact a variety of industry domains such as Aerospace, Automotive, Home Appliances, Electronics, Photonics, Healthcare to mention some. Such ventures have helped the enterprise hone a diverse niche of an understanding of business domains over the years. CADFEM is a key pioneer in Numerical Simulations based on the Finite Element Method (FEM), with a distinguished legacy dating back to 1982. The organization specializes in helping businesses maximize their potential by effectively implementing physics-based simulations throughout their operations. Key areas of meticulous expertise from CADFEM include - Computational Modeling, Patient Specific Healthcare, HVAC, Virtual City Systems, ADAS, System Engineering, AI/ML, Digitial Twins.
Key Responsibilities
About the CADFEM Group:
With a strong presence across 40+ nations globally, CADFEM has emerged as a veteran deep tech. organization over the years with the pedigree of spearheading the development of progressive technologies (https://www.cadfemgroup.com/investments-in-startups) that impact a variety of industry domains such as Aerospace, Automotive, Home Appliances, Electronics, Photonics, Healthcare to mention some. Such ventures have helped the enterprise hone a diverse niche of an understanding of business domains over the years. CADFEM is a key pioneer in Numerical Simulations based on the Finite Element Method (FEM), with a distinguished legacy dating back to 1982. The organization specializes in helping businesses maximize their potential by effectively implementing physics-based simulations throughout their operations. Key areas of meticulous expertise from CADFEM include - Computational Modeling, Patient Specific Healthcare, HVAC, Virtual City Systems, ADAS, System Engineering, AI/ML, Digitial Twins.
Key Responsibilities
- Design & Analysis: Perform detailed design and analysis of electromagnetic components including transformers, actuators, and other related systems using Ansys Maxwell and Motor-CAD.
- Simulation: Conduct simulations to evaluate performance, efficiency, and reliability of electromagnetic designs. Use advanced techniques to optimize designs based on simulation results.
- Optimization: Implement design modifications and improvements based on simulation outcomes and performance metrics. Ensure designs meet specified requirements and standards.
- Collaboration: Work closely with cross-functional teams to integrate electromagnetic designs into larger systems. Provide technical support and insights during the design and development phases.
- Documentation: Prepare detailed reports and documentation of simulation results, design changes, and project outcomes. Communicate findings and recommendations to stakeholders.
- Experience: 3-5 years of experience in electromagnetic design and simulation, with hands-on expertise in using Ansys Maxwell and Motor-CAD.
- Education: Bachelor’s degree in electrical engineering – ECE / EEE / a related field. Advanced degrees or certifications are a plus.
- Technical Skills: Proficiency in electromagnetic design and simulation tools, including Ansys Maxwell, Motor-CAD, and related software. Experience with transformer and actuator design is essential.
- Analytical Skills: Strong analytical and problem-solving skills with the ability to interpret complex simulation data and make data-driven decisions.
- Communication: Excellent written and verbal communication skills. Ability to present technical information clearly and effectively to both technical and non-technical audiences.
- Experience with other simulations tools related to electromagnetic design and analysis.