3 Technological Trends Jobs

The VP of Engineering will be responsible for overseeing the technical aspects of CreditPe's operations, including software development, product development, and engineering. You will work closely with the executive team to define and implement the technical strategy. Your main responsibilities will include overseeing the technical aspects of the company's strategy to ensure alignment with business goals, discovering and implementing new technologies that yield a competitive advantage, supervising system infrastructure to ensure functionality and efficiency, building quality assurance and data protection processes, and monitoring KPIs and IT budgets to assess technological performance. To be successful in this role, you should have proven experience as a VP of Engineering or a similar leadership role in a SaaS company. You should have knowledge of technological trends to build a strategic vision, an understanding of budgets and business planning, the ability to conduct technological analyses and research, and excellent communication skills. Interested candidates can send their resume to careers@creditpeclub.com. CreditPe is a cutting-edge Software as a Service (SaaS) platform specializing in Business-to-Business (B2B) lending for Indian businesses. Their mission is to empower businesses by providing them with easy, fast, and reliable financial services. At CreditPe, they offer lending solutions for startups, Micro, Small, and Medium Enterprises (MSMEs), and larger enterprises in India. Their platform is designed to cater specifically to the unique needs of these businesses to help them grow and succeed.,

You will play a crucial role in planning, organizing, and ensuring the reliable and safe operation of EHV (>132KV) systems. Your support to the engineering team for conceptual design, commissioning, and testing of EHV systems for new projects will be instrumental in the success of the organization. Your main responsibilities will include providing technical support to Petrochemical, Polymer, Polyester & Refinery sites related to EHV System Reliability. This will involve overseeing performance monitoring and benchmarking, selecting and standardizing best practices, SOPs, and SMPs, as well as ensuring the implementation of GMS standards, guidelines, LFI, and safety group standards at sites. You will lead troubleshooting and provide support to sites for major and critical failures/issues, generating LFI and Alerts based on significant failures and safety incidents. Conducting RCAs (Root Cause Analysis) for equipment and EHV system-related failures, monitoring the implementation of RCA recommendations will also be part of your responsibilities. Introducing modern diagnostic techniques and tools to enhance the reliability and effectiveness of the testing and validation process will be essential. You will provide support to the Electrical Equipment Performance Management (EEPM) platform for EHV systems and prepare guidelines for sites" asset renewal plan and obsolescence management. Your role will also involve supporting the Procurement and Contracts team in developing and validating new vendors, products, and services. Additionally, you will participate in the commissioning of major equipment, de-bottlenecking, and modification during the project stage. You will be required to review and validate Capex/MOC-T proposals raised by sites and carry out statistical analysis for reliability improvement. Furthermore, conducting quality assurance, maintenance, and safety audits, as well as FAT & SAT of equipment when required, will be part of your responsibilities. Your support in conducting and validating various Power System Studies and EMTP studies, as well as participating in knowledge sharing and common practices meets across the group will be crucial. You will also assist in developing training modules, finalizing curriculums for external training programs, and conducting training and knowledge awareness sessions. Your skills in detailed engineering of EHV systems, knowledge of practices, codes, and regulatory standards associated with EHV systems and equipment, and experience with the operation and maintenance of EHV equipment will be vital for this role. Additionally, your ability to review and optimize layouts, electrical SLDs, BOQs, and knowledge of technological trends in the EHV sector will be beneficial. To qualify for this position, you should have a BE/B Tech/M Tech in Electrical Engineering with specialization in EHV/HV systems and a minimum of 15 years of experience covering basic engineering, installation, commissioning, and maintenance of EHV equipment, RTU, SCADA, and EDMS.,

The main responsibility of this role is to plan, organize, and ensure the engineering and reliability of High-Power Rectifier Systems for Electrolyzers, focusing on scaling up the system within approved budgets and cost optimization measures. You will be accountable for various tasks related to the engineering and reliability of High-Power Rectifier Systems and Heater Panels, including detailed design reviews, selection of appropriate systems, commissioning, testing, and performance monitoring. Additionally, you will be responsible for continuous improvement in design, statutory and regulatory compliance, preparation of engineering specification documents, liaison with OEMs/consultants, and standardization of maintenance practices. Your role will also involve improving reliability through continuous improvement techniques, identifying training needs for engineers, setting milestones for the team, coordinating with technology heads, evaluating repair and refurbishment facilities, and ensuring adherence to power electronics principles, practices, and codes. You should have a profound knowledge of High-Power Rectifier Systems, power electronics principles, and industrial testing procedures. Additionally, you should possess a BE/B.Tech/M.Tech in Electrical Engineering with specialization in Power Electronics and at least 15 years of experience in detailed engineering of such systems. Key attributes for this role include strong analytical, networking, and communication skills, along with the ability to review and optimize layouts, electrical diagrams, and bills of quantities. You should also be familiar with the latest technological trends in the Electrolysers segment, tools for simulation and modeling, system sizing calculations, and integration techniques. Your role will involve participating in design reviews with cross-functional teams and facilitating learning and skill development for engineers in High-Power Rectifier Systems.,