Senior Engineer I, Design for Safety & Reliability

• At Schneider Electric, we develop innovative and reliable technologies that help customers use energy more efficiently while supporting a more sustainable future. With more than 160,000 employees across 100+ countries, we bring together innovation, digitalization, and electrification to create solutions for homes, buildings, data centers, infrastructure, and industry.
  
  Within the Home Solutions division, we develop residential energy products including inverters, batteries, EV chargers, smart electrical panels, connected outlets, and smart lighting solutions. Our goal is to help homeowners generate, store, manage, and use energy more efficiently while accelerating the transition to a safer, more electric, and more sustainable future.
  
  We are hiring a Design for Safety & Reliability Practitioner with a strong background in quality processes in a technical environment to join our Home Solutions team in Bangalore, India.
  
  Key Responsibilities
  
  As a DfSR (Design for Safety & Reliability) Practitioner, you will:
  
  • Lead the deployment of DfSR processes, tools, and software across multiple product development teams.
  • Define and drive DfSR plans at both system and subsystem levels.
  • Ensure all DfSR activities and deliverables are completed on time and aligned with project requirements and development milestones.
  • Support the definition of Mission Profiles and CTQs (Critical to Quality characteristics) and ensure traceability throughout the product development lifecycle.
  • Drive design risk assessment and risk reduction activities using tools such as P-Diagrams, DFMEAs, FTAs, and Safety and Reliability Scorecards.
  • Champion the integration of safety and reliability principles into design practices, fostering a culture of excellence.
  • Drive reliability analysis activities including design margin assessments, useful life analysis, reliability prediction, and other reliability engineering techniques as appropriate.
  • Collaborate with Project Management, Engineering, Marketing, and Industrialization teams to integrate safety, robustness, and reliability considerations throughout the product development lifecycle.

• Bachelor's or Master's Degree in Electrical, Electronics, or Mechanical Engineering.
• Minimum 6 years of experience in engineering quality roles, including design risk assessment.
• Experience with power electronics products is preferred.
• Experience facilitating DFMEAs and FTAs in a product development environment.
• Experience with design for safety and reliability methodologies is preferred.
• Experience in Agile product development environments.
• Experience with reliability engineering methodologies is a plus.
• Proficiency in ReliaSoft tools is a plus.
• Knowledge of electronic assemblies and related industry standards is a plus (e.g. IPC standards).
• Strong team player.
• Good communication skills to effectively describe and understand complex topics.
• Excellent intercultural communication and collaboration skills.
• Self-motivated, proactive, and comfortable working in a fast-paced and highly collaborative product development environment.

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€40 billion global revenue
+9% organic growth
150 000+ employees in 100+ countries

You must submit an online application to be considered for any position with us. This position will be posted until filled.

Schneider Electric aspires to be the most inclusive and caring company in the world, by providing equitable opportunities to everyone, everywhere, and ensuring all employees feel uniquely valued and safe to contribute their best. We mirror the diversity of the communities in which we operate, and 'inclusion' is one of our core values. We believe our differences make us stronger as a company and as individuals and we are committed to championing inclusivity in everything we do.

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Schneider Electric is an Equal Opportunity Employer. It is our policy to provide equal employment and advancement opportunities in the areas of recruiting, hiring, training, transferring, and promoting all qualified individuals regardless of race, religion, color, gender, disability, national origin, ancestry, age, military status, sexual orientation, marital status, or any other legally protected characteristic or conduct.

Responsibilities

• At Schneider Electric, we develop innovative and reliable technologies that help customers use energy more efficiently while supporting a more sustainable future. With more than 160,000 employees across 100+ countries, we bring together innovation, digitalization, and electrification to create solutions for homes, buildings, data centers, infrastructure, and industry.
  
  Within the Home Solutions division, we develop residential energy products including inverters, batteries, EV chargers, smart electrical panels, connected outlets, and smart lighting solutions. Our goal is to help homeowners generate, store, manage, and use energy more efficiently while accelerating the transition to a safer, more electric, and more sustainable future.
  
  We are hiring a Design for Safety & Reliability Practitioner with a strong background in quality processes in a technical environment to join our Home Solutions team in Bangalore, India.
  
  Key Responsibilities
  
  As a DfSR (Design for Safety & Reliability) Practitioner, you will:
  
  • Lead the deployment of DfSR processes, tools, and software across multiple product development teams.
  • Define and drive DfSR plans at both system and subsystem levels.
  • Ensure all DfSR activities and deliverables are completed on time and aligned with project requirements and development milestones.
  • Support the definition of Mission Profiles and CTQs (Critical to Quality characteristics) and ensure traceability throughout the product development lifecycle.
  • Drive design risk assessment and risk reduction activities using tools such as P-Diagrams, DFMEAs, FTAs, and Safety and Reliability Scorecards.
  • Champion the integration of safety and reliability principles into design practices, fostering a culture of excellence.
  • Drive reliability analysis activities including design margin assessments, useful life analysis, reliability prediction, and other reliability engineering techniques as appropriate.
  • Collaborate with Project Management, Engineering, Marketing, and Industrialization teams to integrate safety, robustness, and reliability considerations throughout the product development lifecycle.