Job Description
Job Title: Circuit Design & Development Engineer
Location: Bengaluru
Role
The Application CCA (Circuit Card Assembly) Design Engineer will focus on developing IPC-compliant CCAs that meet customer-specific packaging and performance requirements. The role includes coordinating stress analysis, thermal simulations, and using DFMEA/DFSS processes to ensure the quality and reliability of electronic components and assemblies.
Primary Responsibilities
- Develop IPC-compliant CCAs for controller assemblies, motor position sensors, and torque/position sensors.
- Design application-specific connectors and wire harnesses.
- Create and maintain product drawings, specifications, and Bills of Materials (BOMs).
- Coordinate mechanical stress analysis (FEA) and component testing for CCAs.
- Conduct thermal Computational Fluid Dynamics (CFD) simulations for electrical components and assemblies, including testing.
- Use DFMEA and DFSS processes to ensure quality at both component and system levels.
- Perform ECU failure analysis to identify root causes and provide recommendations for corrective actions.
Core Responsibilities
- Support system-level integration of CCAs into overall product architecture.
- Collaborate with cross-functional teams for continuous improvement activities and aligning design with system requirements.
- Ensure component and system testing aligns with quality and performance metrics.
- Communicate technical issues and project status across teams.
Education
- Bachelor’s or Master’s in Mechatronics, Automotive Engineering, Electrical, or Electronics Engineering.
Experience
- 10+ years of experience in CCA or related component design and manufacturing processes.
- Experience with powerpack design and manufacturing processes.
- Familiarity with thermal and mechanical stress analysis techniques.
- Strong knowledge of DFMEA and DFSS methodologies.
Required Skills
- Problem-solving skills, particularly with Six Sigma methodologies.
- Strong analytical abilities to handle complex and unusual problems.
- Strong interpersonal skills to collaborate effectively with teams.
- Knowledge of CCA and PCB design, manufacturing processes, and materials.
- Experience in virtual engineering and stress simulation techniques.
Preferred Skills
- Strong technical communication abilities.
- Experience with power electronics and system-level design.
- Familiarity with automotive ECU failure analysis processes and tools.
Location: Bengaluru
Role
The Application CCA (Circuit Card Assembly) Design Engineer will focus on developing IPC-compliant CCAs that meet customer-specific packaging and performance requirements. The role includes coordinating stress analysis, thermal simulations, and using DFMEA/DFSS processes to ensure the quality and reliability of electronic components and assemblies.
Primary Responsibilities
- Develop IPC-compliant CCAs for controller assemblies, motor position sensors, and torque/position sensors.
- Design application-specific connectors and wire harnesses.
- Create and maintain product drawings, specifications, and Bills of Materials (BOMs).
- Coordinate mechanical stress analysis (FEA) and component testing for CCAs.
- Conduct thermal Computational Fluid Dynamics (CFD) simulations for electrical components and assemblies, including testing.
- Use DFMEA and DFSS processes to ensure quality at both component and system levels.
- Perform ECU failure analysis to identify root causes and provide recommendations for corrective actions.
Core Responsibilities
- Support system-level integration of CCAs into overall product architecture.
- Collaborate with cross-functional teams for continuous improvement activities and aligning design with system requirements.
- Ensure component and system testing aligns with quality and performance metrics.
- Communicate technical issues and project status across teams.
Education
- Bachelor’s or Master’s in Mechatronics, Automotive Engineering, Electrical, or Electronics Engineering.
Experience
- 10+ years of experience in CCA or related component design and manufacturing processes.
- Experience with powerpack design and manufacturing processes.
- Familiarity with thermal and mechanical stress analysis techniques.
- Strong knowledge of DFMEA and DFSS methodologies.
Required Skills
- Problem-solving skills, particularly with Six Sigma methodologies.
- Strong analytical abilities to handle complex and unusual problems.
- Strong interpersonal skills to collaborate effectively with teams.
- Knowledge of CCA and PCB design, manufacturing processes, and materials.
- Experience in virtual engineering and stress simulation techniques.
Preferred Skills
- Strong technical communication abilities.
- Experience with power electronics and system-level design.
- Familiarity with automotive ECU failure analysis processes and tools.
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