3 Failure Mode Jobs

The Project / Reliability Engineer position based in Sellersville within the Engineering & Projects department and reporting to the Director - Engineering involves overseeing project planning, scheduling, and coordination while focusing on asset reliability and performance enhancement through data-driven strategies. This dual-role professional plays a crucial role in connecting project execution with equipment reliability to ensure optimal resource utilization and sustainable operations. Responsibilities include governing project execution in line with PMO standards, tracking project timelines and budgets using tools like MS Project and Primavera, coordinating with cross-functional teams for approvals, monitoring risk registers and change requests, documenting project stages, KPIs, and compliance requirements, and effectively communicating project plans to internal and external stakeholders. In the realm of Reliability Engineering, the incumbent will be responsible for developing and implementing reliability strategies for critical assets and utilities, conducting Root Cause Analysis (RCA), Failure Mode and Effects Analysis (FMEA), and Reliability-Centered Maintenance (RCM) to enhance equipment uptime, analyzing asset performance data to identify trends and areas for improvement, collaborating with various teams to optimize maintenance strategies, deploying condition monitoring tools and predictive maintenance solutions, leading criticality assessments, and ensuring adherence to PM schedules. Qualifications for this role include a Bachelor's degree in Mechanical/Electrical Engineering or a related field, 1 to 2 years of experience in project planning, maintenance, or reliability engineering, proficiency in planning software and CMMS systems, familiarity with reliability methodologies, and strong analytical, communication, and organizational skills. Key competencies required for this position encompass attention to detail, effective prioritization, proactive problem-solving, strong collaboration and communication skills, a continuous improvement mindset, and a data-driven approach. This is a full-time position located at 650 Cathill Road, Sellersville, PA, 18960, USA.,

You will be joining Adani Power Limited (APL), the largest private thermal power producer in India, as the Lead for DCS_PLC (Distributed Control System_ Programmable Logic Control). Your primary responsibility will be to ensure the continuous availability, reliability, and functionality of DCS and PLC systems. This includes conducting regular system backups, maintenance, troubleshooting, and coordinating with Original Equipment Manufacturers (OEMs) for system upgrades. Your role will also involve managing hardware and software resources, network integrity, and cybersecurity measures to prevent data loss and system vulnerabilities. Your key responsibilities will include: - Ensuring the availability and functioning of all control loops in auto mode, maintaining equipment protection reliability. - Scheduling and executing regular backups of DCS and PLC systems to prevent data loss. - Performing routine maintenance and troubleshooting of DCS and PLC hardware to minimize downtime. - Monitoring system alarms daily and ensuring system healthiness and redundancy. - Coordinating with OEMs for annual maintenance activities and system upgrades. - Managing the proper functioning of Operator Workstations (OWS) and Engineering Workstations (EWS). - Maintaining backups and availability of historian systems for data integrity and recovery. - Managing the availability of DCS and PLC hardware, software, and necessary spares for emergency replacements. - Keeping DCS and PLC licenses up-to-date and managing renewals. - Conducting patch updates of DCS and PLC software to address vulnerabilities and enhance performance. - Upgrading DCS and PLC systems proactively to prevent obsolescence and maintain compatibility with new technologies. - Ensuring compliance with cybersecurity policies and strengthening network security measures. - Overseeing data transfer to third-party systems securely and reliably. - Promoting safety through training and adherence to safety protocols. - Implementing risk management practices and emergency response plans. - Ensuring adherence to statutory compliances and regulations. - Implementing Management of Change (MoC) protocols for safe modifications. - Providing support for Root Cause Analysis (RCA), Failure Mode and Effects Analysis (FMEA), and Zero Forced Outage (ZFO) to enhance system reliability. - Implementing field-related ZFO action items and AWMS for maintenance improvement. - Driving digitization and automation initiatives to optimize operational efficiency. - Identifying opportunities for automation and digitization enhancements through data analysis and system performance evaluation. You should hold a Bachelor's degree in C&I, Electronics & Communication, or an equivalent field, along with at least 4 years of experience in industrial automation, specifically with DCS and PLC systems. Experience in power generation, petrochemical, oil and gas, or heavy industrial sectors will be preferred for this role. Key stakeholders you will work closely with include internal teams from Environment & Sustainability, Techno Commercial, Operations & Maintenance, Security, Stores, Support Functions, ENDORSE, and ENOC, as well as external vendors.,

Job Description One of the fasted Automotive designs and innovates company is looking for a Senior Embedded Software Engineer to join their firmware development team, you will be responsible for designing and developing firmware for its current and next generation drive inverters. Development of real-time embedded software that implements control, safety and communication layers of the drive inverter and motor. Develop and automate firmware infrastructure using Python (or equivalent language) for efficient testing and maintaining reliability. Contribute to technical requirements, safety analyses, interface design, hardware bring-up and system validation and integration. Manage firmware releases across firmware lifecycle stages. Involved in the full life-cycle of firmware development from concept through development, integration, test and high volume manufacturing. Requirements 5+ year of relevant experience in real-time embedded software development, although all levels of experience are needed. Proficiency in C and proven record of delivering high quality code. Experience with MISRA C, unit testing, static analysis tools is a plus. Scripting experience with Python is a plus. Experience with the embedded microprocessor tools. Fluent in software fundamentals including software design and maintainability. Ability to collaborate and communicate complex technical concepts. Knowledge of version control (Git) and CI/CD. Familiarity with Hazard and Risk Assessment (HARA) and/or Failure Mode and Effects Analysis (FMEA) a plus.,