45 Is Jobs

Role- Software AG webMethods Job Description webMethods - Overall experience 7+ Good Knowledge on webMethods platform and its components IS and MWS Infra related (new) server setup like binary installation for webMethods product suite like Integration Server (IS), My webMethods Server (MWS), ADX, MBOX etc on business requirement basis. Platform Architecture design as per the business use case. Patching the Server with required patch level for webMethods, Maintaining ALM/TLM for the servers that are supported. Code Deployments and support. Debugging issue related to deployment and application. Infra Platform ( wM/ADX/MBOX/Terracotta etc..) Monitoring and Support. OS Platform Maintenance/Support like Regular RHEL updates, security updates with the help of Linux/DB teams. Knowledge on Terracotta and Elastic search added advantage Experience with building or using standard frameworks, understanding of design patterns, Knowledge of performance & security aspects for an EAI design. Knowledge of sizing and capacity planning. Understanding of Service Oriented architecture concepts and ESB, BPEL, BPM,Message Oriented Middleware Broker Publish / Subscribe Model, SFTP, SMB, EDI, File transfer and real time SOAP 1.1/1.2 Webservices / https, UDDI, WS-Security etc. Proven skills in SAG webMethods - IS, Broker, Nirvana, TN, MWS, EDI Installing, configuring, and patching WebMethods servers and components across different environments. Diagnosing and resolving issues related to integration processes, connectivity, data mapping, and adapter configurations.

We have multiple vacancies with our Design office at Kolkata Position summary Role -- Civil & Structural Engineer Industry -- Steel, Power & Material Handling Industry Experience -- 5-12 yrs Job Location -- Kolkata Overview: A Civil/Structural Engineer in the Steel, Power, and Material Handling Industry is responsible for designing Steel and Concrete structures, foundations, and support systems for industrial facilities. This includes heavy equipment foundations, process buildings, conveyor galleries, transfer houses, pipe/cable bridges, sheds, silos, storage tanks, roads and drainage systems. The role ensures structural integrity, safety, and compliance with industry standards. Key Responsibilities: 1. Structural and Civil Design: Design steel, concrete, and composite structures for industrial plants/non-plants and material handling systems. Perform load calculations, stress analysis, geotechnical assessments and stability checks for equipment/machine foundations, conveyor galleries, transfer houses, storage bunkers, high-rise steel and concrete structures. Utilize Finite Element Analysis (FEA) for design validation. Optimize design solutions to minimize costs while maintaining safety and reliability. 2. Equipment & Infrastructure Support: Design support structures for cranes, hoists, conveyors, crushers, storage bins, silos, and power plant equipment. Analyse vibrations and dynamic loads from rotating and heavy machinery to ensure foundation stability and design of static and dynamic foundations. Assess and optimize existing structures for load-bearing capacity and longevity. 3. Compliance & Safety Standards: Ensure designs meet IS, AISC, ASCE, Eurocodes, OSHA, and other industry regulations. Perform seismic analysis and wind load assessments for industrial structures. Conduct risk assessments to prevent structural failures and workplace hazards. 4. Project Execution & Coordination: Collaborate with mechanical, utility and electrical engineers for integrated plant designs. Work with contractors and vendors for fabrication, erection, and installation of structures and provide technical supports. Review construction drawings, shop drawings, and site execution plans. Conduct site inspections and structural audits to ensure adherence to designs. Resolving site queries. 5. Maintenance & Structural Integrity Assessment: Evaluate structural deterioration, corrosion, and fatigue in existing plants. Recommend repair, retrofitting, and reinforcement strategies. Develop predictive maintenance plans to extend asset lifespan. Required Skills & Qualifications: Education: Bachelors degree in Civil or Structural Engineering. A Masters degree or certification is preferred. Additional certifications in Geotechnical Engineering, Structural Analysis, or Project Management are a plus. Experience: 5-12 years of experience in industrial structural design for steel plants, power plants, or material handling systems. Technical Knowledge: Structural steel and concrete design for industrial facilities including equipment foundations, roads, drainage, retaining walls. Experience in designing of steel or RCC Silos, Bunkers, Wagon Tipplers, Track Hoppers, Overhead water tanks of large capacity are preferred. Foundation engineering for heavy loads and dynamic forces. Geotechnical engineering (soil testing, pile design, slope stability). Water management systems (drainage, sewage, effluent treatment). Software proficiency: STAAD.Pro for design and modelling. Overview of other software like Tekla Structures, ANSYS, SAP2000, ETABS, AutoCAD, and Revit are preferred. Knowledge of seismic, wind, and vibration analysis techniques. Welding, bolted and riveted connections for industrial applications. Experience working in Area Grading, Road layout, drainage layout in plants especially in Hilly terrain. Soft Skills: Strong problem-solving and analytical skills. Ability to work in cross-functional teams. Effective project management and communication skills. Work Environment: Industrial sites, steel plants, power plants, and mining operations. Exposure to heavy machinery, dust, and outdoor conditions. Requires site visits, field inspections, and occasional travel. Interested applicant may send their resume to Praveen.pandey@kalpataruprojects.com About Company - Kalpataru Projects International Limited (KPIL), a part of the illustrious Kalpataru Group, is one of India largest listed, diversified engineering and construction companies engaged in Power Transmission & Distribution (T&D), Buildings & Factories (B&F), Water Supply & Irrigation, Railways, Oil & Gas Pipelines, Urban Mobility (Flyovers & Metro Rail), Highways and Airports. To know more about us please visit https://kalpataruprojects.com/about-us

Electrical Load Calculations, Panel Design, Circuit Breakers size, Transformer size, Cable size, UPS size, BOQ. Develop new electrical systems for various applications. Drafting Lioght Layout, Power layout, Raceway layout, DB schedule, Earthing etc.

1.experience in an electrical design department within the crane industry. 2.Proficiency in Eplan Electric and AutoCAD Mechanical. 3.depth knowledge of industry standards and regulations, including the (NEC) and (IEC) standards. Required Candidate profile 4.Experience in designing electrical systems for various applications, Crane electrical control panels, Specific duty crane, including power distribution, PLC control panels.

Reporting To: Head Supply Chain / Procurement Manager Job Purpose To lead and manage the development of mechanical vendors to support the manufacturing of heavy-duty vehicles and earth-moving equipment by ensuring quality, cost-effectiveness, and timely supply. The role focuses on developing robust vendor ecosystems, ensuring compliance, driving cost reductions, and maintaining product quality and supply chain efficiency. Key Responsibilities 1. Vendor Development & Strategic Sourcing o Develop and implement vendor development strategies aligned with business goals. o Identify, evaluate, and onboard new vendors based on capability, capacity, and quality standards. o Conduct supplier audits and assessments to ensure supplier qualifications. o Build a strong vendor base for key mechanical systems: heavy fabrication, cooling systems, hydraulic systems, etc. 2. Product Knowledge & Technical Expertise o In-depth knowledge of mechanical components and systems in heavy vehicles. o Understand material specifications, national and international standards (e.g., ASTM, IS, DIN). o Collaborate with design and R&D teams for selecting appropriate suppliers based on product needs. 3. New Product Development Support o Manage supplier involvement in New Product Development (NPD). o Lead and monitor APQP (Advanced Product Quality Planning) and PPAP (Production Part Approval Process) activities. o Ensure prototypes and first-batch supplies meet design, quality, and delivery expectations. 4. Compliance & Quality Assurance o Ensure supplier adherence to company policies, quality systems, and regulatory standards. o Work with QA teams to conduct regular audits, root cause analysis, and implement corrective actions. 5. Procurement and Supply Chain o Strong understanding of procurement processes, POs, contract terms, and negotiation strategies. o Monitor supply chain risks, plan inventory, and ensure uninterrupted material flow. 6. Vendor Relationship Management o Develop strong vendor relationships to foster transparency, performance improvement, and mutual growth. o Address and resolve supplier issues, delivery delays, and performance bottlenecks effectively. 7. Market Intelligence & Continuous Improvement o Stay updated with market trends, pricing, new technologies, and innovations in mechanical systems. o Benchmark best practices and drive cost optimization without compromising quality. 8. ERP & MIS Reporting o Expertise in ERP systems (preferably SAP), MS Excel, and report generation. o Maintain updated records of vendor performance, price trends, and audit outcomes. Educational Qualification B.E. / B.Tech in Mechanical Engineering or related field Certification in Supply Chain Management / Six Sigma / APQP-PPAP (preferred) Preferred Tools & Systems ERP Systems (SAP preferred) Microsoft Office (Excel, Word, PowerPoint) Quality tools and audit software

Role & responsibilities Power Module Design: Design high-voltage, high-current power modules, including IGBT, SiC and GaN-based solutions. Simulation & Analysis: Conduct electrical, thermal, and mechanical simulations to optimize module performance. Schematic & PCB Design: Develop schematics and layouts for power electronics circuits using industry-standard tools. Material Selection & Packaging: Evaluate materials and packaging technologies for thermal and electrical efficiency. Prototyping & Testing: Work with manufacturing teams to develop prototypes, perform validation tests, and troubleshoot designs. Compliance & Standards: Ensure designs meet industry safety and reliability standards (IEC, MIL, IS, etc.). Collaboration: Work closely with cross-functional teams, including mechanical, thermal, and manufacturing engineers. Preferred candidate profile Education: Masters or PhD in Electrical/Electronics/Power Electronics or related field. Technical Knowledge: Understanding of power semiconductor devices (IGBT, MOSFET, SiC, GaN), high-voltage insulation, and thermal management. Software Proficiency: Experience with simulation tools like PSIM, LTSpice, Ansys, COMSOL, or similar. Hands-on Skills: Exposure to PCB design tools like Altium, KiCad, or Eagle is a plus. Experience Level: Freshers with strong fundamentals or experienced professionals with a track record in power module design. Problem-Solving: Strong analytical and troubleshooting skills. Communication: Ability to document and present designs effectively.

Hi All, We're Hiring - Webmethod Architect Location : Pan India Experience : 12 to 16 yrs Notice period : Immediate to 45 days joiners Role & responsibilities Must Have : webMethods API Support experience , webMethods 10.x application support/production support mainly for webMethods IS , JDBC adapter, SAP adapter, UM, MWS, Active Transfer, TN, Terracotta components support , 8+ years of relevant experience. Good to Have : Linux platform support experience , Seeburger, Kafka, Grafana, Mammut, command central, CI/CD Preferred candidate profile Interested candidate Kindly share the CV - Vaishnavi_m@hcltech.com to below format: Name: Phone No: Email ID: Exp: NP: Current company CTC: Expected CTC: Location

In-depth cable designing knowledge of Low Voltage Communication Cables, Fire Survival Cables, Shielded Cables, Instrumentation Cables, data cable,Marine Cables, Military/Defense Cables, UL Certified Cables & Special Cables as industry standards

1.experience in an electrical design department within the crane industry. 2.Proficiency in Eplan Electric and AutoCAD Mechanical. 3.depth knowledge of industry standards and regulations, including the (NEC) and (IEC) standards. Required Candidate profile 4.Experience in designing electrical systems for various applications, Crane electrical control panels, Specific duty crane, including power distribution, PLC control panels.

1.experience in an electrical design department within the crane industry. 2.Proficiency in Eplan Electric and AutoCAD Mechanical. 3.depth knowledge of industry standards and regulations, including the (NEC) and (IEC) standards. Required Candidate profile 4.Experience in designing electrical systems for various applications, Crane electrical control panels, Specific duty crane, including power distribution, PLC control panels.

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems