13 Hysteresis Jobs

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

Job Description Summary We are seeking a Lead Electrical Designer to join our team at GE Vernoa Vadodara (Large Power trnasfromer India). The ideal candidate should have extensive experience in the design and development of power transformers, with a strong background in electrical design including internal connections, and layouts. The role involves working on cutting-edge transformer designs, ensuring adherence to international standards, and applying advanced analysis tools for failure detection and electromagnetic design optimization. Job Description Key Responsibilities: Lead the Electrical design process for power transformers and support internal connections, electrical layouts, and overall transformer design. Understanding magnetic fields, flux, permeability, and losses (hysteresis and eddy current). Design and optimize internal electrical connections and layouts to ensure maximum operational efficiency and safety of power transformers. Ensure compliance with international standards such as ISO, IEC, IEEE, and other relevant guidelines in transformer design and manufacturing processes. Apply advanced knowledge of electromagnetics to improve transformer performance and optimize design characteristics. Conduct and contribute to DFMEA assessments to identify potential design risks and implement mitigation strategies. Utilize failure analysis techniques like Root Cause Analysis (RCA),8D,5 Why & fishbone to investigate and address transformer failures or underperformance. Apply FEA tools, to simulate and evaluate electromagnetic fields, thermal behavior, and mechanical stresses in transformer designs. Work closely with engineering teams, production units, and external stakeholders to refine and improve transformer designs. 10 Maintain thorough design documentation, including specifications, test reports, and compliance records. Required Qualifications Bachelor's or master’s degree in electrical engineering. Minimum of 10+ years of experience in electrical design, specifically in power transformer design or related areas. Desired Skills And Attributes Strong problem-solving and analytical skills, with the ability to work in a fast-paced, multidisciplinary team environment. Excellent written and verbal communication skills, with the ability to present complex designs and findings to both technical and non-technical stakeholders. Strong attention to detail and quality control in all aspects of transformer design and development. Proactive and innovative mindset, with the ability to propose new solutions and improvements to existing transformer designs. Technical Expertise In-depth understanding of power transformer electrical design, internal connections, and layouts. Strong knowledge of international standards (ISO, IEC, IEEE, etc.). Proficiency with Lean concept i.e. Kaizans, 5S, problem solving tools etc. Expertise in electromagnetics and its application in transformer design. Proficiency in failure analysis techniques, particularly Root Cause Analysis (RCA). Experience with DFMEA and other risk management techniques in electrical design. Familiarity with international & national EHS norms. Tools Proficiency Familiarity with FEA tools for transformer design simulations. Proficiency in relevant electrical design tools and softwares. 2D autocad simulation. Language Skill Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills. Additional Information Relocation Assistance Provided: Yes

Job Description Summary We are seeking a Lead Electrical Designer to join our team at GE Vernoa Vadodara (Large Power trnasfromer India). The ideal candidate should have extensive experience in the design and development of power transformers, with a strong background in electrical design including internal connections, and layouts. The role involves working on cutting-edge transformer designs, ensuring adherence to international standards, and applying advanced analysis tools for failure detection and electromagnetic design optimization. Job Description Key Responsibilities: 1. Lead the Electrical design process for power transformers and support internal connections, electrical layouts, and overall transformer design. 2. Understanding magnetic fields, flux, permeability, and losses (hysteresis and eddy current). 3. Design and optimize internal electrical connections and layouts to ensure maximum operational efficiency and safety of power transformers. 4. Ensure compliance with international standards such as ISO, IEC, IEEE, and other relevant guidelines in transformer design and manufacturing processes. 5. Apply advanced knowledge of electromagnetics to improve transformer performance and optimize design characteristics. 6. Conduct and contribute to DFMEA assessments to identify potential design risks and implement mitigation strategies. 7. Utilize failure analysis techniques like Root Cause Analysis (RCA),8D,5 Why & fishbone to investigate and address transformer failures or underperformance. 8. Apply FEA tools, to simulate and evaluate electromagnetic fields, thermal behavior, and mechanical stresses in transformer designs. 9. Work closely with engineering teams, production units, and external stakeholders to refine and improve transformer designs. 10 Maintain thorough design documentation, including specifications, test reports, and compliance records. Required Qualifications: Bachelor's or master’s degree in electrical engineering. Minimum of 10+ years of experience in electrical design, specifically in power transformer design or related areas. Desired Skills and Attributes: Strong problem-solving and analytical skills, with the ability to work in a fast-paced, multidisciplinary team environment. Excellent written and verbal communication skills, with the ability to present complex designs and findings to both technical and non-technical stakeholders. Strong attention to detail and quality control in all aspects of transformer design and development. Proactive and innovative mindset, with the ability to propose new solutions and improvements to existing transformer designs. Technical Expertise: In-depth understanding of power transformer electrical design, internal connections, and layouts. Strong knowledge of international standards (ISO, IEC, IEEE, etc.). Proficiency with Lean concept i.e. Kaizans, 5S, problem solving tools etc. Expertise in electromagnetics and its application in transformer design. Proficiency in failure analysis techniques, particularly Root Cause Analysis (RCA). Experience with DFMEA and other risk management techniques in electrical design. Familiarity with international & national EHS norms. Tools Proficiency: Familiarity with FEA tools for transformer design simulations. Proficiency in relevant electrical design tools and softwares. 2D autocad simulation. Language Skill: Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills. Additional Information Relocation Assistance Provided: Yes

Job Description: NexiGO Energy specializes in delivering Highly efficient and best in class products to Electric vehicle market. We are looking for a candidate that share our passion of global electrifications and use of renewable energy source in daily life’s. Individual need to be creative, passionate, openminded and take ownership of company’s goals and objective, and most importantly carry positive CAN-DO attitude. In addition, candidate will be working in a close collaborative team of other electrical/electronics, mechanical, marketing and Founders. We expect the candidate to nurture creativity and innovation in product development. In addition, individual shall have good analytical skills in evaluating engineering test data to learn and make best judgements. In addition, individual should have the attitude to get hand dirty and not shy away from doing Hands-on-work throughout the product development cycle. Role Responsibilities: Leadership: · Communicating with leadership team effectively with clear and precise results. · Use engineer skills in performing calculation, following engineering best practices and sound judgements during product development. · Create engineering processes and procedures to enable successful product launches. · Conduct Design review with Internal and external reviewers · Roughly 10% leadership, and 90% Individual contributor work Individual Contributor: · Ideation, designing, prototyping, and developing as per product requirements · Design and development AC-DC, DC-DC converters for battery charging applications · Design and Develop Motor controllers for EV’s. · Responsible for creating schematics, PCB design in Altium designer/Kicad/Orcad · Performance testing at various load conditions of the designed converters · Research in Latest Power conversation Topologies to again efficiency and compact form factor · Designing Magnetics like Transformers, Inductors, and Chokes for the power converters. · Power converters simulations and comparing the results with real prototypes · Develop and fabricate functional prototypes and test methods to validate new concepts. Collaborate closely with suppliers to develop manufacturable parts, minimize cost, and maximize consistency. Complete design cycles from concepts to fully validated production designs. Support service, manufacturing, and purchasing as needed to ensure parts and designs are successfully implemented in mass production. · Lead cost reduction efforts for mature products · Generate engineering documentation for automation systems · Work with global suppliers to ensure product and manufacturing process quality Required Qualifications: · M.Tech in Power Electronics · Experience with Designing AC-DC converter, DC-DC converters up to 10kW · Working Knowledge on Motor Control using FOC is a Plus · Expert in Schematic and PCB design using ECAD tools with minimum guidance · Attention to detail and dedication to thoroughness and engineering procedures · Strong knowledge in designing Magnetic components for a specified application · Ability to calculate resistive loss, eddy currents, hysteresis, and flux loss in magnetic components · Stong knowledge in Analog and Digital control of power converters. · Strong knowledge of EMI / EMC certification and environmental compliances – UL /IEC / RoHS / REACH etc. · Sound experience on simulation tools like PSpice, LTSpice, Matlab, etc. · Experience with printed circuit board layout design involving tools like Altium is preferred · Designing to meet EMC/EMI standards is preferred. · Good understanding of single phase and 3 phase converters is preferred Education: · M.Tech in Power Electronics Experience: · Minimum of 4-5 years of related experience in Power Electronics or Research in Power electronics Work Location : · Hyderabad, Telangana, India Benefits: · Flexible work hours (core working hours 10:00 AM to 5:00 PM). We look at results and not how many hours you worked. · Flexible Work from home option up to two days a week 2 weeks of paid vacation annually

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups Industry Renewable Energy Power Generation Employment Type Part-time

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups

🔧 Job Opening: Simulation Engineer – ANSYS Maxwell (Freelance / Contract) 📍 Location: Remote (UAE Preferred) 💼 Company: Recharga Chargine Private Limited 💰 Compensation: AED 1000 (Fixed, Non-Negotiable) 🔍 About Us Recharga Chargine is an innovation-driven energy hardware startup developing a first-of-its-kind multi-rotor, multi-stator generator with a hybrid axial–radial flux (RADAX) architecture. Our technology is aimed at unlocking compact, high-efficiency power solutions for wind, hydro, and industrial energy systems. We are now looking to work with an experienced Simulation Engineer who can assist us in simulating and validating our 3D CAD model using ANSYS Maxwell (Student or Commercial version). 🎯 Key Responsibilities Import, configure, and clean the RADAX generator model geometry in ANSYS Maxwell. Assign accurate electromagnetic materials and properties to components including: Permanent magnets (NdFeB) Copper windings Laminated steel cores Set up appropriate Eddy Current Simulation and solve for: Magnetic flux distribution Output voltage and induced EMF Core losses (hysteresis, eddy) Cogging torque (if possible) Generate clear reports and visuals of simulation outputs. Suggest design optimizations or corrections if needed. ✅ Requirements Proven experience with ANSYS Maxwell 3D/2D, especially for permanent magnet generator simulations. Proficiency in electromagnetic theory, especially axial and radial flux machines. Ability to interpret CAD files from tools like Fusion 360, SolidWorks, or STEP/IGES formats. Ability to troubleshoot model scaling, material assignment, and meshing issues. Good communication skills for remote coordination. 📌 Deliverables Complete Maxwell simulation file (.aedt) Result reports (PDF/HTML with flux maps, loss analysis, voltage curves) Screenshots or animations of simulation behavior Notes on any assumptions, limitations, or potential improvements 💡 Bonus (Not Required) Prior work on dual flux (axial + radial) generator topologies Understanding of energy conversion systems in wind/hydro setups Show more Show less