6 Fault Detection Jobs

You are a hands-on and responsible Facility Supervisor assisting the Facility Manager in overseeing daily operations, maintenance, and infrastructure support at our Production Plant. Your role involves coordinating technical staff, monitoring facility systems, and ensuring the smooth operation of utilities, plant equipment, and workspaces. Your key responsibilities include managing day-to-day facility-related activities such as housekeeping, waste & scrap management, fuel distribution, vehicle management, safety & emergency management under the guidance of the Facility Manager. You will supervise the upkeep of plant areas including sanitation, pest control, lighting, ventilation, security & visitor management, and monitor the functioning of utilities like water systems, generators, and compressors. You will also be responsible for supervising and assigning work to in-house technicians (plumbers, electricians, mechanics), ensuring timely preventive and corrective maintenance of plant equipment and building systems, and reporting breakdowns, maintenance delays, or material requirements to the Facility Manager. Additionally, your role involves monitoring the performance and attendance of support staff, providing technical guidance where necessary, and ensuring all safety practices and standard operating procedures are followed. You will maintain daily maintenance logs, utility usage reports, and update live trackers, along with real-time asset data management and assisting in vendor coordination as required. You will also support during audits, inspections, and safety checks. To qualify for this role, you should have a Diploma or ITI in Mechanical/Electrical/Facility Maintenance or a related field, with at least 3 years of experience in plant/facility supervision preferably in the agricultural or seed industry. Working knowledge of basic plumbing, electrical systems, and seed processing equipment, as well as familiarity with safety standards and preventive maintenance schedules, are required. Key skills for this role include leadership and coordination abilities, problem-solving and fault detection skills, basic technical and tool-handling knowledge, effective communication and reporting skills, and the ability to work under pressure and meet deadlines. You will be required to work in a field-based supervision role within indoor and outdoor areas of a seed production plant, which may involve shift work or extended hours during peak processing/harvest seasons. This is a full-time, permanent position with benefits including paid sick time, paid time off, and provident fund. The work location is in person.,

We are looking for a skilled Battery Management System (BMS) Engineer with a solid understanding of BMS architecture, components, and safety features. The ideal candidate should have experience in failure analysis, problem-solving, and Li-Ion batteryassembly, including cylindrical, pouch, and prismatic cells, along with expertise in LV and HV battery system handling. The role involves developing and integrating new processes in the New Product Development Stage (NPDS), including design for assembly (DFA), design for safety (DFS),design verification analysis (DVA), ergonomics, and cable routing. You will work on BMS architecture, including SOC, SOH, cell balancing, fault detection, safety controls, and protection algorithms, and have a deep understanding of thermal management, energy management, and life optimization algorithms. Experience with communication protocols such as RS485, Modbus, and CAN is essential, along with the ability to implement custom communication protocols provided by BMS manufacturers. The role also requires proficiency in preparing SOPs, work instructions, and quality checklists. Familiarity with battery chemistries like NMC and LiFePO4 and an understanding of their impact on BMS behavior are required. Knowledge of functional safety standards (e.g., ISO 26262) is a plus. Additionally, the ability to integrate BMS data into higher-level systems or dashboards for monitoring and control is crucial for this role. Responsibilities Design, develop, and test embedded software and firmware for BMS applications. Integrate and configure BMS hardware including microcontrollers, sensors, and communication interfaces (CAN, UART, SPI, I2C). Implement state-of-charge (SOC), state-of-health (SOH), and cell balancing algorithms. Collaborate with hardware engineers to design PCB layouts and perform hardware-software co-validation. Work with cross-functional teams to ensure compliance with electrical, thermal, and mechanical battery requirements. Develop diagnostic tools and support root-cause analysis of field issues. Document software design, validation protocols, and change logs. Skills Required Solid understanding of Battery Management Systems (BMS) architecture, components, and safety features Failure analysis and problem solving capabilities. Good experience in Li-Ion battery assembly(cylindrical, pouch, prismatic cells), adhesive dispensing, electrical assembly , production engineering and Knowledge of quality check points in battery assembly. Knowledge of LV and HV battery system handling. To develop new processes and integrate in NPDS : DFA, DFS, DVA, Ergonomics and cable routing. Experience in BMS architecture, SOC, SOH, cell balancing, fault detection, safety controls and protection algorithms. Knowledge of thermal management, energy management, and life optimization algorithms. Experience in RS485/Modbus/CAN protocols for communication with BMS and peripheral devices. Proficient in preparing SOPs, work instructions, and quality checklists. Ability to read and implement custom communication protocols provided by BMS manufacturers. Added Advantage: Knowledge of functional safety standards (ISO 26262 or similar) is a plus. Qualifications: B Tech in ECE/EEE Experience: 2 + years of experience in battery management system Location : Technopark , Thiruvananthapuram Skills: soc,quality checklists,problem solving,work instructions,design for safety (dfs),custom communication protocols,li-ion battery assembly,cable routing,prismatic cells,battery management systems (bms),fault detection,soh,new product development stage (npds),ergonomics,cylindrical cells,design for assembly (dfa),cell balancing algorithms,soh algorithms,state-of-health (soh) algorithms,state-of-charge (soc) algorithms,cell balancing,dva,functional safety standards,dfs,modbus,dfa,life optimization algorithms,safety controls,energy management,pouch cells,hv battery system handling,lv and hv battery system handling,can protocols,sops preparation,battery management system,design verification analysis (dva),rs485,failure analysis,protection algorithms,bms architecture,lv battery system handling,soc algorithms,thermal management Show more Show less

You are a skilled Battery Management System (BMS) Engineer with a solid understanding of BMS architecture, components, and safety features. You have experience in failure analysis, problem-solving, and Li-Ion battery assembly, including cylindrical, pouch, and prismatic cells. Your expertise extends to LV and HV battery system handling. Your role involves developing and integrating new processes in the New Product Development Stage (NPDS). This includes design for assembly (DFA), design for safety (DFS), design verification analysis (DVA), ergonomics, and cable routing. You will be working on BMS architecture, focusing on SOC, SOH, cell balancing, fault detection, safety controls, and protection algorithms. A deep understanding of thermal management, energy management, and life optimization algorithms is essential for this role. Your experience with communication protocols such as RS485, Modbus, and CAN is crucial. You must be able to implement custom communication protocols provided by BMS manufacturers. Proficiency in preparing SOPs, work instructions, and quality checklists is required. Familiarity with battery chemistries like NMC and LiFePO4 and knowledge of their impact on BMS behavior are necessary. Knowledge of functional safety standards (e.g., ISO 26262) is considered a plus. You should also be capable of integrating BMS data into higher-level systems or dashboards for monitoring and control. Your responsibilities will include designing, developing, and testing embedded software and firmware for BMS applications. You will integrate and configure BMS hardware, including microcontrollers, sensors, and communication interfaces. Implementing state-of-charge (SOC), state-of-health (SOH), and cell balancing algorithms will be part of your tasks. Collaboration with hardware engineers, compliance with requirements, and developing diagnostic tools will also be crucial aspects of your role. Documenting software design, validation protocols, and change logs is also expected. Your qualifications should include a B Tech in ECE/EEE, and you should have at least 2 years of experience in battery management systems. The location for this position is Technopark, Thiruvananthapuram. Your skills should encompass various aspects related to BMS architecture, NPDS, thermal management, state-of-charge algorithms, and more as mentioned in the job description.,

As a Rotating Equipment Engineer at our company, you will play a crucial role in our daily operations by driving innovation on the Turbomechanica platform. Your problem-solving skills, willingness to push boundaries, and desire to make a significant impact will be invaluable in shaping the future of predictive analytics and contributing to our continued success at Mechademys. Your main responsibilities will include monitoring and analyzing live customer plant data to identify equipment issues, troubleshooting complex problems in collaboration with experts, and supporting the development of assets on the Turbomechanica platform. You will work closely with the engineering team to enhance diagnostic capabilities, apply data-driven methods to improve machinery reliability, and provide expert guidance to customers on equipment diagnostics. Additionally, you will represent our technical leadership in customer engagements, collaborate with various teams to refine features and boost diagnostic accuracy, and lead efforts to streamline diagnostic processes and reporting practices. Your role will also involve contributing flexibly across various initiatives, reflecting the fast-paced and evolving environment of a startup. To be successful in this role, you should hold a Bachelor's degree in Mechanical Engineering or a related discipline and have 4-5 years of industrial experience with rotating equipment, including compressors, pumps, gas turbines, and steam turbines. You must possess strong expertise in root cause analysis, fault detection, and troubleshooting, as well as a solid understanding of core engineering principles, thermodynamics, fluid mechanics, vibration analysis, and rotor dynamics. Familiarity with physics-based performance models and their integration with AI or data-driven models will be beneficial. Excellent communication and interpersonal skills are essential, along with proficiency in Python programming language and the ability to apply machine learning algorithms and data analytics to assess and enhance equipment performance. Experience with IoT platforms and real-time monitoring tools such as System 1, SCADA, DCS, or OSIsoft PI will be advantageous. Join us in this exciting opportunity to be a trailblazer in the field of Rotating Equipment Engineering at Mechademys.,

About the company: Galanto Innovations Pvt Ltd is a rapidly growing startup founded by IIT Gandhinagar alumni committed to developing state-of-art rehabilitation technologies for India. Further information is available on our website. Position Summary: Galanto Innovations is seeking a candidate to work on developing a healthcare product. The position will primarily involve developing, testing, and validating embedded systems. The candidate will also be required to document the tasks being executed and present to the team regularly. Responsibilities (not limited to): - Assemble, test, and document production - Design embedded systems as per company's requirements - Develop algorithms for data acquisition and processing - Design, fabricate, test, and validate the system Qualifications: Diploma/B Tech/BE/ M Tech in Biomedical Engineering/ Electronics Engineering/ Instrumentation Engineering, and allied areas Eligibility: - Experience with Arduino, Texas Instruments Microcontrollers, BLE, sensor interfacing - Strong knowledge of orientation sensor fusion algorithm, Quaternion maths - PCB Design and fabrication, soldering, fault detection - Coding in C/C++, Python, MATLAB is a plus,

We are seeking a skilled and proactive Electrical Maintenance Supervisor to lead our plants electrical maintenance team. The ideal candidate will have hands-on experience with industrial electrical systems in the steel industry, including HT/LT panels, PLCs, VFDs, and motors. This role requires strong leadership, quick decision-making in high-pressure situations, and strict adherence to safety and operational protocols. Key Responsibilities: Supervise and lead a team of electricians and helpers for day-to-day electrical maintenance tasks. Execute preventive, predictive, and breakdown maintenance with minimal downtime. Troubleshoot, diagnose, and resolve electrical faults in panels, motors, transformers, PLC/VFD systems, and lighting/control circuits. Ensure all maintenance activities comply with company policies and statutory safety regulations. Maintain accurate records of maintenance work, breakdown incidents, and spare parts usage. Coordinate with production teams to schedule maintenance without disrupting operations. Train and mentor team members on technical skills, safety practices, and standard operating procedures. Monitor and manage inventory of electrical spare parts and tools; raise requisitions as needed. Identify and implement energy-saving initiatives and system improvements. Generate maintenance reports and ensure timely documentation using computer-based tools. Key Skills and Competencies: Strong leadership and team management abilities. Excellent troubleshooting and fault-detection skills. In-depth knowledge of industrial electrical systems, HT/LT panels, PLCs, VFDs, motors, and plant-level equipment. Hands-on experience in electrical maintenance within the steel or heavy manufacturing industry . Proficiency in using MS Office and maintenance management software. Strong communication, coordination, and documentation skills. Ability to perform under pressure and in fast-paced industrial environments.