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Job Summary We are seeking a highly skilled and experienced Senior Functional Safety Engineer to join our team within the Automotive industry. This is an onsite position requiring a strong understanding of functional safety principles and standards. Key Responsibilities The Senior Functional Safety Engineer will be responsible for ensuring the functional safety of automotive systems and components, adhering to industry standards and best practices. This role requires a proactive approach to identifying and mitigating potential hazards and risks throughout the product lifecycle. Required Skills & Qualifications Functional Safety : A comprehensive understanding of functional safety principles and their application to automotive systems. ISO 26262 : Extensive knowledge and practical experience with the ISO 26262 standard, including its various parts (Part 2, Part 3, Part 4, Part 5, Part 6). Hazard Analysis and Risk Assessments : Proficiency in conducting thorough Hazard Analysis and Risk Assessments (HARA) to identify potential hazards and associated risks. Safety Goals : Ability to define clear and measurable Safety Goals to mitigate identified risks. ASILs : A strong understanding of ASIL (Automotive Safety Integrity Level) determination and application. Functional Safety Concepts : Deep knowledge of Functional Safety Concepts and their implementation in automotive systems. Technical Safety Concepts : Ability to develop and implement Technical Safety Concepts to achieve the required safety level. Safety Requirements : Expertise in deriving and documenting detailed Safety Requirements based on hazard analysis and risk assessment results. System Architecture : Understanding of System Architecture and its impact on functional safety. Software Architecture : Familiarity with Software Architecture principles and their application to safety-critical systems. FMEA, FTA, FMEDA : Proficiency in performing FMEA (Failure Mode and Effects Analysis), FTA (Fault Tree Analysis), and FMEDA (Failure Modes, Effects, and Criticality Analysis). Safety Mechanisms : Ability to design and implement effective Safety Mechanisms to mitigate identified hazards. Safety Verification : Experience in planning and executing Safety Verification activities to ensure that safety requirements are met. Safety Validation : Expertise in conducting Safety Validation to confirm that the system meets its intended safety goals. Safety Cases : Ability to develop and maintain comprehensive Safety Cases to demonstrate the safety of the system. Safety Assessments : Experience in conducting Safety Assessments to evaluate the overall safety of the system. Communication Skills : Excellent written and verbal Communication Skills to effectively communicate safety-related information to stakeholders. Problem-Solving Skills : Strong Problem-Solving Skills to identify and resolve safety-related issues. ISO26262 Workproducts : Familiarity with the generation and management of ISO 26262 Workproducts . Automotive Embedded Software : Understanding of Automotive Embedded Software development and its role in functional safety. Software FTA : Ability to perform Software FTA to analyze potential software failures and their impact on safety. DFMEA, DFA : Knowledge of DFMEA (Design Failure Mode and Effects Analysis) and DFA (Design for Assembly). SysML : Familiarity with SysML (Systems Modeling Language) for system modeling and analysis. FMA : Understanding of FMA (Functional Modeling and Analysis). Functional Safety Validations : Experience in performing Functional Safety Validations . HW : Understanding of HW (Hardware) components and their impact on functional safety. Virtual : Experience with Virtual tools and techniques for functional safety analysis and simulation. Medini : Experience with Medini for functional safety management. Qualifications : A Bachelor's degree (B.E / B-Tech / M.E / M-Tech) is required. Experience Required : The ideal candidate will possess a minimum of 10 - 15 years of relevant experience in functional safety engineering within the automotive industry. This level of experience is expected to demonstrate a high degree of proficiency and leadership in functional safety practices. What We Offer Salary : 12 LPA - 23 LPA
Job Summary We are seeking a skilled Robotic Simulation professional to join our Manufacturing team. This role will focus on the simulation and optimization of robotic processes within our manufacturing environment. The ideal candidate will possess a strong understanding of robotic principles, simulation techniques, and manufacturing processes. Key Responsibilities This role will be responsible for a range of tasks related to robotic simulation, including the creation of simulation reports, program generation and optimization, and ensuring robot safety. The role will also require independent work and coordination with cross-functional teams to finalize layouts and validate tooling. Required Skills & Qualifications BIW Simulation : Demonstrated proficiency in simulating Body-in-White (BIW) processes using simulation software. BIW Manufacturing Processes : A thorough understanding of BIW manufacturing processes and their impact on robotic operations. Cell Building : Experience in the design and simulation of robotic workcells. Tool Validation : Ability to validate tooling designs through simulation to ensure optimal robotic performance. Robot Reachability : Expertise in analyzing robot reachability to ensure efficient and effective robotic operations. Robot Accessibility Analysis : Ability to perform accessibility analysis to identify and mitigate potential limitations in robotic workspace. Collision-Free Robotic Operations : Ability to design and simulate collision-free robotic operations. Cycle-Time Creation : Experience in creating accurate and efficient cycle times for robotic processes. Cycle-Time Optimization : Ability to optimize cycle times through simulation and process adjustments. Layout Finalization : Experience in finalizing layouts to ensure optimal robotic performance and safety. Robot Safety Concepts : A strong understanding of robot safety concepts and their application in manufacturing environments. Robot Safety Devices : Familiarity with various robot safety devices and their implementation. OLP : Experience with OLP (Offline Programming) software. Program Generation : Ability to generate robotic programs based on simulation results. Program Optimization : Ability to optimize robotic programs for efficiency and performance. Simulation Reports : Ability to create comprehensive and informative simulation reports. Documentation : Strong documentation skills to clearly communicate simulation results and findings. Independent Work : Ability to work independently and manage time effectively. Coordination with Cross-Functional Teams : Excellent communication and collaboration skills to work effectively with cross-functional teams. Analytical Skills : Strong analytical skills to interpret simulation data and identify areas for improvement. Problem-Solving Skills : Proven problem-solving skills to address challenges and implement solutions. Communication Skills : Excellent written and verbal communication skills to effectively communicate with stakeholders. Experience Required: The ideal candidate will have 2 - 6 years of experience in a related field. This level of experience indicates a level of proficiency and the ability to work with minimal supervision. What We Offer Salary:
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