100 Plant Design Jobs - Page 3

Job description The Energy business line of Vaisala is working to speed the adoption of wind and solar power around the world through better and more cost effective measurement technologies and information services. We are now looking for a Sales Manager for Renewable Energy Business. In this position the focus region is India and you would be working from our New Delhi India location. Your main responsibility is to be part of the team tasked with developing and growing the sales of Vaisala Renewable Energy business in your region. This role includes prospecting, investigation, consultative selling and assisting our development teams in creating a better offering for our customers. This role requires a highly motivated self-driven person who is willing to work in fast changing conditions. Key responsibilities of the role include: Sell Vaisala suite of Weather Resource Data Tools, Consulting Services and Measurement Equipment to the Renewable Energy market comprised of OEM, IPP and Financial Institutions. Manage assigned Key Accounts in your territory Create and Implement the sales strategy to win new customers Achieving sales budget and Gross Margin targets. To be successful in this role, we re seeking for a candidate with the following qualifications: Strong knowledge of the Renewable Energy (wind and solar) market specifically in the areas of Resource Assessment, Resource Measurement and Renewable Energy production forecasting. 8 years of consultative selling experience with minimum 5 years of successful sales track record in the Renewable Energy sector Knowledge of contract practices for consulting services and capital equipment sales. Good networking and influencing skills Willingness to travel Fluent English You are an outstanding Sales Manager with unstoppable drive. You are competitive by nature with ability to win. You always put the customer first. You also understand that the good co-operation with different stakeholders is a must. Further Information: We offer a challenging work environment in a growing business with competitive compensation and benefits. At Vaisala the successful candidate will have the opportunity to work with interesting, motivated, and professional people within an organization that strongly supports personal growth and continued development. Please submit your application with cover letter, resume/CV and salary request by filling the online application form by June 20, 2017. Industry Electrical/Electronic Manufacturing and Renewables & Environment Employment type Full-time Experience Mid-Senior level Job function Sales Meet Vaisala Media Company Vaisala has been predicting the unpredictable for over 80 years. We are a global leader in weather and industrial measurements, and our technologies can be found in demanding environments from hospitals, national parks and data centers to airports and wind farms all over the world, and beyond, as even the Mars Rover Curiosity is equipped with our sensors. Vaisala plays an invisible yet indispensable role in people s lives worldwide by providing a range of innovative, high-quality solutions and services we simply could not do without. Headquartered in Finland, the company employs 1,600 professionals worldwide and is listed on the NASDAQ OMX Helsinki. Related posts: 35 0 0 Editor - EQ Int'l Media Network Related Posts

Looking for challenging roleIf you really want to make a difference - make it with us Can we energize society and fight climate change at the same time At Siemens Energy, we can. Our technology is key, but our people make the difference. Brilliant minds innovate. They connect, create, and keep us on track towards changing the worlds energy systems. Their spirit fuels our mission. Your new role- challenging and future-oriented Complete responsibility to design and develop FACTS/AC/HVDC Substation layouts & interdisciplinary coordination that mainly includes Contract reading, understanding the customer specifications and implementation of same. Prepare and coordinate key single line diagram. Preparation of plant layout (Yard Arrangement- Layout & Plan, Electrical HV / EHV Clearance Check). Preparation of civil task (Civil input) Drawings (Foundation, Conduit, Trench and other civil ). Preparation of control building layout (Electrical Cubicles, Thyristors, Pump skid Arrangement). Preparation of cable trench & conduit layout. Preparation of grounding & lightning protection calculations and layouts. Preparation of section drawings / Erection Key Diagrams (Detailed Installation & Erection Drawings of substation). Preparation of load point drawings and load point table to civil for detail design purposes. Preparation of Installation drawings (Grounding Connections & Electrical Connections). Preparation of Busbar system data, bus bar sizing, short circuit calculations, SAG-Tension calculation, cantilever strength & magnetic field calculations. Preparation of civil foundation load calculations (Load input to civil design). Heat & ventilation system data preparation (Input to HVAC design). Purchasing steel, Al, conductor, connectors etc. Review of equipment drawings (Reactor, Capacitor, Surge Arresters, Current Transformers, Potential Transformers, Circuit breakers, Isolator, Wall bushing / Insulator, Cubicle, Cooling Skid and etc.). Review of tender / bidding specification. Plant modeling in 3D environment by using Inventor/Revit. Living Siemens core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. We dont need superheroes, just super minds A Bachelor degree in Electrical Engineering or related discipline. 5-10 years experience in FACTS/HVDC/AC Substation projects. Good experience in Sub-Station design / FACTS or HVDC plant design. (Mainly Primary Design - Layout Engineering & co-ordination with other design concerns) and knowledge of Secondary Engineering, Transmission Line aspects, Control & Protection Design, Project execution. Preparation / review / approval of layout engineering deliverables (primary design deliverables of layout (Plan & Section), electrical clearance diagrams, magnetic field clearances, erection key diagrams, cable trench & conduit layout, grounding & lightning protection, civil task (civil input) drawings, typical installation documents). Preparation / review / approval of design calculations (Busbar (Flexible & Tube) sizing, short circuit force, cantilever strength, insulation co-ordination, sag-tension, spacer / critical span, grounding, lightning protection, static & dynamic load input to civil design). Preparation / review / approval of technical specification, technical data sheets, vendor drawings / data sheets. Vendor Evaluation (Technical) for switchyard components and procurement engineering. International projects experience & exposure of Standards IEC, IEEE. Exposure to working in 3D environment & exposure to Autodesk tools- Inventor, Revit, AutoCAD, Navisworks will be added advantage. Weve got quite a lot to offer. How about you This role is based in Gurgaon, where youll get the chance to work with teams impacting entire cities, countries- and the shape of things to come. Were Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality and we welcome applications that reflect the diversity of the communities we work in. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination and help us shape tomorrow. Find out more about Siemens careers at

Petrofac is a leading international service provider to the energy industry, with a diverse client portfolio including many of the world s leading energy companies. We design, build, manage and maintain infrastructure for our clients. We recruit, reward, and develop our people based on merit regardless of race, nationality, religion, gender, age, sexual orientation, marital status or disability. We value our people and treat everyone who works for or with Petrofac fairly and without discrimination. The world is re-thinking its energy supply and energy security needs; planning for a phased transition to alternative energy sources. We are here to help our clients meet these evolving energy needs. This is an exciting time to join us on this journey. We support flexible working requests and have adopted a hybrid approach for most of our office-based roles. We ask employees to be present in the office at least three days per week. Are you ready to bring the right energy to Petrofac and help us deliver a better future for everyone? JOB TITLE: Deputy Manager - HSE Design KEY RESPONSIBILITIES: Conduct HSE Design activities adhering to the standards specified in the contract scope and complete the design activities within the allotted budget and schedule. Provide HSE inputs to the engineering design so that the plant design meets the project HSE requirements. Participating in cross-functional and inter-office meetings to provide HSE Design inputs to Engineering Design activities. Support the Construction and commissioning field queries. Work with Department Head to develop appropriate work procedures and in-house calculations for efficient design activities. Develop, promote, and implement design improvements. Ensure the project design activities are completed within the allotted manhours and schedule. Monitor the manhours consumed. Take the role of Lead Engineer for Proposals or Projects, if nominated. If working as Lead Engineer on a project then prepare HSEIA Plan and Fortnight Reports to indicate Schedule progress, Quantity, Manhour, Manpower forecasts, Key issues and keep a tight control on the over-runs. Visit the design centers to expedite the HSE Design activities or resolve HSE Design issues. Maintain a cordial relationship with other discipline Engineers in various work centers to implement HSE Design requirement in the project. Fully aware of the Contract scope requirements and standards applicable to the project Organize and participate in the HAZID, ENVID, HAZOP, SIL, PHSER review meetings. Conduct HAZID, ENVID, Audits and specialist studies if required. Carryout the design calculations and get them reviewed from Technical Authorities. Own the assigned project documents till the completion of the project. Coordinate with other discipline and work center Engineers and ensure that the HSE requirements and Vendor information are implemented in the project design. Manage a team of Engineers and Designers. Prepare /review safety studies. Prepare /review firewater demand and hydraulic calculations. Prepare and review Firewater system PFD, P&ID and datasheets. Prepare /review loss prevention layouts and calculations. Prepare /review firefighting and safety equipment specifications. Prepare /review Inquiry Requisitions, Technical Bid Evaluations and Purchase Requisitions. Support the procurement team in finalizing the HSE studies and equipment finalization. Liaise with Vendors for on-time delivery and correctness of the vendor documents. Provide input and liaise with third party Consultants for study reports. Maintain the records as per the quality procedure such as self-check, error count, master copy, TA comments and its resolutions, Client comments resolutions etc. Produce calculations, drawings, sketches, bills of materials, manhours etc. for proposals. Attend internal, Vendors, Subcontractors and Client meetings. Provide HSE inputs to the engineering design so that the plant design meets the project HSE requirements. Participating in cross-functional and inter-office meetings to provide HSE Design inputs to Engineering Design activities. Support the Construction and commissioning field queries. Work with Department Head to develop appropriate work procedures and in-house calculations for efficient design activities. Develop, promote, and implement design improvements. Ensure the project design activities completes within the allotted manhours and schedule. Monitor the manhours consumed. Take the role of Lead Engineer for Proposals or Projects, if nominated. If working as Lead Engineer on a project then prepare HSEIA Plan and Fortnight Reports to indicate Schedule progress, Quantity, Manhour, Manpower forecasts, Key issues and keep a tight control on the over-runs. Visit the design centers to expedite the HSE Design activities or resolving HSE Design issues. Maintain a cordial relationship with other discipline Engineers in various work centers to implement HSE Design requirement in the project. Fully aware of the Contract scope requirements and standards applicable to the project. Organize and participate in the HAZID, ENVID, HAZOP, SIL, PHSER review meetings. Carryout the design calculations and get it reviewed from Technical Authorities. Perform calculations using HSE software and analyze the results. Own the assigned project documents till the completion of the project. Coordinate with other discipline and work center Engineers and ensure that the HSE requirements and Vendor information are implemented in the project design. Prepare /review firewater demand and hydraulic calculations. Prepare /review Firewater system PFD, P&ID and datasheets. Prepare /review loss prevention layouts and calculations. Prepare /review firefighting and safety equipment specifications. Prepare /review Inquiry Requisitions, Technical Bid Evaluations and Purchase Requisitions. Prepare /review safety studies. Support the procurement team in finalizing the HSE studies and equipment finalization. Liaise with Vendors for on-time delivery and correctness of the vendor documents. Provide input and liaise with third party Consultants for study reports. Maintain the records as per the quality procedure such as self-check, error count, master copy, TA comments and its resolutions, Client comments resolutions etc. Produce calculations, drawings, sketches, bills of materials, manhours etc. for proposals. Attend internal, Vendors, Subcontractors and Client meetings. Liaise with Mechanical, Electrical and Instrumentation Engineers and ensure that all equipment and instruments are adhering to the Hazardous area classification requirements. Continuously review the 3D model and ensure that firefighting equipment locations meet the design intent. Continuously review the 3D model and ensure that the fireproofing envelope shown in 3D model is as per the design intent. Ensure that the F&G detectors are placed at an accessible location and oriented correctly in the 3D model. Ensure the blast loads and PFP requirements are understood by the Civil Engineers and the design is as per the HSE requirement. Review the Process and Instrumentation philosophies and give comments on the process safety. Provide HSE requirements to other discipline and work center engineers and ensure that the design requirements are incorporated in the design, such as: Fire proofing for structures, ESDV, BDV, vessels Fire rating for building Foundation details for the safety equipment, safety signs, deluge skids Escape gate. Firewater drainage Nozzle details to firewater tank Foam pourer details, firewater ring and spray nozzle arrangement for HC tanks Deluge rings and spray nozzle arrangement for vessels, transformers Blast ratings for buildings. Blast damper for building, HVAC fire damper. Eye wash and safety shower plumbing and drainage. Safety shower operation signal Bollard, paving, location, access, platform for firefighting equipment. Winterization requirement for firewater lines, firefighting equipment Hazardous area classification for equipment, battery room, vents Sterile radius for flare, flare height Spacing criteria Height of vents, stacks, and flare Noise limits for equipment, valves, rooms Inputs to ESD, isolation, draining and F&G philosophy. ESSENTIAL QUALIFICATIONS AND SKILLS: Bachelor degree in engineering with a minimum of 8 years experience in risk & safety engineering or 10 years experience in loss prevention engineering. The experience shall be in consultancy, FEED or EPC environment in oil & gas, refinery or petrochemical industry.

Role & responsibilities : # Experience to set-up Cattle feed new plant or factory is preferred. # Candidate should open to travel on different location of company # Should have experience in Capex planning ,Purchase and implementation 1. Fabrication Process Management : Supervise and manage the entire feed fabrication process, including the mixing, grinding, pelletizing, and packaging of cattle feed products. Ensure that all equipment used in the fabrication process (e.g., grinders, mixers, pellet machines, etc.) is properly calibrated and operates efficiently. Coordinate production workflows to meet demand while minimizing downtime and ensuring the quality of final products. Monitor and analyze the performance of all fabrication processes, identifying areas for improvement and implementing optimization strategies. 2. Team Leadership and Development : Lead and manage a team of fabrication operators, technicians, and laborers. Provide training and support to ensure staff are knowledgeable about fabrication processes, equipment operation, and safety protocols. Assign daily tasks, track progress, and ensure that all employees adhere to production schedules and quality standards. Conduct performance reviews, provide feedback, and implement continuous development programs to improve staff efficiency and skill levels. 3. Equipment and Maintenance Oversight : Ensure that all fabrication equipment and machinery are properly maintained and functioning at peak efficiency. Work closely with the maintenance team to schedule regular preventative maintenance and repair activities. Troubleshoot and resolve any technical or mechanical issues with equipment to minimize disruptions to production. Manage the installation and commissioning of new equipment, ensuring it integrates smoothly with existing processes. 4. Quality Control and Compliance : Monitor and enforce quality control measures throughout the fabrication process to ensure consistency and compliance with feed safety standards. Ensure all raw materials (grains, additives, nutrients) meet required specifications before entering the fabrication process. Conduct regular checks and audits to ensure the proper functioning of equipment, adherence to quality protocols, and the delivery of products that meet customer specifications. Maintain records of fabrication quality control, including testing, inspections, and corrective actions taken. 5. Safety and Environmental Compliance : Oversee the safety and cleanliness of the fabrication area to ensure it adheres to company and regulatory safety standards. Ensure the safe operation of machinery and tools, and implement safety training programs for all team members. Ensure compliance with environmental regulations, including waste management, emissions control, and sustainable resource use. Manage workplace hazards and risks, and implement safety measures to reduce accidents and ensure a safe working environment. 6. Inventory and Resource Management : Oversee the procurement, storage, and use of raw materials (such as grains, protein meals, vitamins, etc.) necessary for the fabrication process. Coordinate with the inventory team to maintain appropriate levels of materials to avoid production stoppages. Ensure the optimal use of resources, including labor, materials, and machinery, to reduce costs and improve productivity. Implement best practices for minimizing material waste during the fabrication process. 7. Production Reporting and Documentation : Maintain accurate records related to the fabrication process, including production outputs, inventory usage, equipment maintenance, and employee activities. Generate regular reports for senior management on production metrics, including performance against targets, quality control results, and resource utilization. Identify trends, report on inefficiencies, and provide recommendations to improve production performance. Qualifications : Education : Bachelors degree in Animal Science, Agriculture, Food Science, Mechanical Engineering, Industrial Engineering, or a related field. Additional certifications in manufacturing, quality control, or process optimization (such as Lean Six Sigma) would be advantageous. Experience : 5+ years of experience in cattle feed production, fabrication, or manufacturing operations. Proven experience in managing teams, overseeing production processes, and maintaining equipment in an industrial or food processing environment. Prior experience in fabrication or machinery operations, including hands-on knowledge of feed formulation and processing equipment.

The opportunity: Hitachi Energy PQS Electrical Engineering (EE) is responsible for the full cycle project engineering execution, designing of MACH hardware control and Protection system, IED based conventional control Protection system, Configuration & testing of Protection system, Auxiliary AC & DC system design including MV/LV Switch boards, Battery systems, Junction boxes and LV Cable sizing and estimation through innovative and reliable solution. How you ll make an impact: Execute project within budget by meeting all KPIs (Quality, OTD, Efficiency, Budget) Design & execute the project in line with customer specification / FACTS standard/Global standards Viz IEC, ANSI, IEEE etc. Preparation of MACH based control and protection system cubicle design and IED based control and protection system cubicle design and FACTS Plant design drawings (Secondary) Designing and estimation of Aux. AC & DC power requirements and LV, MV Switch boards including battery systems, UPS, and Voltage stabilizers Estimation & Sizing of LV Aux. power, control cables, communication cables & Indication cables Purchasing of cubicles, cables, Junction boxes, AC & DC switch boards, MV Switchgear, Battery system, UPS & Voltage stabilizers etc. Co-ordination with other departments (Mech. / Control / System Design/ Commissioning) Validation of the time schedule (EE Dept. ) for a project Review and coordination with vendor/supplier drawings for Electrical deliverables including primary equipment Evaluation of sub-supplier and selection as per project requirement and sub-supplier and selection as per project requirement Involving in customer FAT according to project demand and Involving in Site support and commissioning support as per requirement and p reparation of As Built Drawings Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. (Mandate line to be added) Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background 6 - 10 years of experience in Substation secondary/EPC design or project execution or HVDC control & protection hardware design Self-starter caliber who could own tasks through to completion Strong attention to detail Excellent written and verbal communication skill Valuable experience in Control and Protection cubicle design Experience in secondary engineering and EPC execution experience and Electrical Grid Industry (Switchyard equipment) Experience in Substation/FACTS Project experience or similar field and E3 design tool or Similar design tool handling and in Cable engineering Knowledge & Experience MS Office: Word, Excel I ndividual contributor using in-depth knowledge in a specific area to execute complex or specialized projects / challenges often thinking independently to challenge traditional solutions. Comprehensive knowledge of related disciplines in the organization. Works independently, applying established local & global standards Excellent English speaker with an excellent communication skill Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. .

The opportunity: Hitachi Energy PQS uses a state of art Modelling Tool and other in-house Engineering Tools in PQS Electromechanical design. The PQS Electromechanical Design (EM) Team is responsible for the design of the PQS Plant and the preparation of PQS Installation Drawings & Documents by developing a 3D Model in Revit. How you ll make an impact: Preparation of PQS Plant Layout (Yard Arrangement - Layout & Plan, Electrical HV / EHV Clearance Check) Preparation of Civil Task (Civil input) Drawings (Foundation, Conduit, Trench, and other civil Requirements) & p reparation of Civil Conceptual Design, Preparation of PQS Control Building Layout (Electrical Cubicles, Thyristors, Pump skid Arrangement), Cable Trench & Conduit Layout. Preparation of Grounding & Lightning Protection Calculations and Layouts, Section Drawings / Erection Key Diagrams (Detailed Installation & Erection Drawings of PQS Plant). Preparation of Detailed Steel Drawings (For Manufacturing / Procurement & Installation), Preparation of Installation Drawings (Grounding Connections & Electrical Connections), Preparation of Busbar system data, Ampacity, cantilever & Magnetic Field Calculations. Preparation of Civil Foundation Load Calculations (Load input to Civil Design), Steel Design Calculations (Member Size, Foundation Bolt), Heat & Ventilation System Data Preparation (Input to HVAC design). Preparation / Review / Approval of Layout Engineering deliverables (Primary Design Deliverables of Layout (Plan & Section), Elec. Clearance Diagrams, Mag. Field Clearances, Erection Key Diagrams, Cable Trench & Conduit layout, Grounding & Lightning Protection, Civil Task (civil input) drawings, Typical Installation Documents) Preparation / Review / Approval of Design Calculations (Busbar (Flexible & Tube) Sizing, Short circuit force, Cantilever Strength, Insulation Co-Ordination / BIL, Sag-Tension, Spacer / Critical Span, Grounding, Lightning Protection, Static & Dynamic Load input to Civil Design). Preparation / Review / Approval of Technical Specification, Technical Data Sheets, Vendor Drawings / Data sheets, Vendor Evaluation (Technical) for Switchyard Components and Procurement Engineering. Purchasing Steel, Al, Connectors etc. , Review of Equipment Drawings (Reactor, Capacitor, SA, LA, CT, PT, CB, Isolator, WB / Insulator, Cubicle, Cooling Skid etc. , ) Review of Tender / Bidding specifications / SC Plant Modelling in 3D Environment by Revit. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your Background: Education Qualification: BE in Electrical Engineering. Candidate should have minimum 2 to 5 Years (Min 2 years in Air insulated Substation (AIS) or Power Quality Solution - PQS (former- FACTS) (Flexible AC Transmission System) or HVDC Design Experience). Should have Strong Experience in Sub-Station Design / PQS (former- FACTS) or HVDC Plant Design. (Mainly Primary Design - Layout Engineering & Co-ordination with other Design concerns) Revit OR Other 3D Modelling using Plant Design Tools (Solidworks/Smart Plant / PDS / PDMS - AutoCAD, Micro Station) or Assembly Design Tools (NX, ADI) Strong Knowledge / Expertise in concept of Sketch, Model, drawings Individual contributor using in-depth knowledge in a specific area to execute complex or specialized projects / challenges often thinking independently to challenge traditional solutions. Comprehensive knowledge of related disciplines in the organization. Works independently, applying established standards Excellent English speaker & good communication skills Dynamic and Proactive, willing to grow in the organization Team player, ready to play the role across different countries. High level of ownership. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. .

The Landscape Designer will get an opportunity to work on a range of architectural projects.This would include waterfront development, street designs, landscape design of campuses, landscape for offices, residences, institutions etc.

Brunel India Pvt Ltd is looking for BIM 4 - AutoCAD Plant 3Dto join our dynamic team and embark on a rewarding career journey. Create and manage 3D models for plant design projects using AutoCAD Plant 3D software. Collaborate with engineers and architects to develop accurate and detailed models. Ensure models comply with project specifications and industry standards. Conduct quality checks and resolve any issues or discrepancies in the models. Prepare and maintain documentation related to BIM processes and procedures. Provide training and support to project teams on using AutoCAD Plant 3D software.

BIM Modeler is the primary technical resource who has a great knowledge about Hilti product portfolio and understanding in modeling of Hilti support systems for MEP services. BIM Modeler is responsible for modeling Hilti products to support MEP services (will not be responsible for any MEP service/Architecture/Structure element modeling) and output generation of Hilti support system on various projects. At Hilti, we are a passionate global team committed to making construction better. As a trusted partner for productivity, safety, and sustainability, we provide our customers innovative solutions that impact the buildings, roads, and infrastructure people rely on every day. Hilti is where individuals grow lasting careers by exploring possibilities, maximizing their potential, owning their development, and making a real difference every day. Maintain expert level of drafting and modelling related software such as INVENTOR, AUTOCAD and Revit, BIM360, Navisworks, AutoCAD, Diroots, Dynamo. Maintain advanced level of product and application knowledge for all Hilti and Oglaend engineering relevant solutions such as modular support, direct fastening, firestop and cable tray, ladders systems. Provide documentation packages for engineering related application such as models, drawings, bill of materials, installation manuals, specifications, inspection reports etc Respond to functional and technical elements of RFIs/RFPs /RFQs Effectively communicates, understand and convey customer and project requirements. Maintain accurate records of target accounts, opportunities, quotes, projects, contacts and correspondence in company databases Estimate and schedule modelling/drafting efforts for all PMO activities and coordinate, align with global and local modelling pool & engineering managers Follow PMO workflows and guidelines Travel to project sites or customer offices to attend meetings, trainings or provide engineering services. Maintain knowledge of energy, industry and building construction related standards / guidelines Other duties and responsibilities as assigned by Team Leaders Project & Teamwork As a project, application and service support Lead Modeler to provide complete modelling and documentation packages for engineering and construction services of different HILTI & OGLAEND relevant low to high complexity applications, based on modular support systems and related products (e.g. direct fastening, firestop and cable tray, ladders systems) with using either company proprietary (HILTI PROFIS suites and OGLAEND solutions ) or 3rd party software (e.g. Autodesk products such as Inventor, Revit, Autocad 2D/3D, Vault, BIM360,MS Office or any others like Adobe, Float, Open Project, Sales Force, SAP etc. ). Support project managers and lead engineers with an assessment on the quality and availability of information in the models provided by the customer and with quoting/estimating of modelling services for the retested projects Proactively provide advice about product selection and solutions suggestion to application/lead engineers or project managers Proactively communicate to application/lead engineers when specific applications exceed the technical design limit and advice product selections Collaborate and lead CAD designers and BIM Modelers [Internal and External] in case of in common environment and projects Perform clash detection, resolve clashes within Hilti discipline if possible, within provided technical design and report further clashes to application/lead engineer Contribute to a professional, standardized portfolio of software supporting all modeling use-cases and ensure quality and schedule of deliverables Active communication with Hilti and Oglaend sales force, global local engineering team and customers to understanding technical requirements and discuss through different options and convince about solutions either by telecommunication or personal meetings. Proactively collaborating and supporting different local and global stakeholders of Hilti, Oglaend and customer departments such as project management, engineering, sales, business developers, logistics, production etc. with project/product/application relevant information. Development & Working relationship: Proactively develop and maintain drafting and modelling competence of PMO Team-members through supporting documents or trainings or daily coaching. Proactively seek to optimize and automate your modelling activities as much as possible Proactively develop PMO processes, workflow, services and solutions. Establish an excellent working relationship with fellow members of the PMO and HILTI & OGLAEND regional, global counterparts such as sales force, logistic, manufacturing, marketing etc. Any other key tasks as assigned by Team Leader Hilti ranked 5th in the Worlds Best Workplaces for 2024! Your responsibilities will be great and, with them, we ll give you the freedom and autonomy to do whatever it takes to deliver outstanding results. We ll offer you opportunities to move around the business to work abroad, experience different job functions and tackle different markets. It s a great way to find the right match for your ambitions and achieve the exciting career you re after. We have a very thorough people review process which enables your career progression as soon as you re ready for the next challenge. Degree in engineering, preferably structural / civil engineering / architecture min. 3-5 years of experience Professional in Revit, Inventor, Vault, BIM360, Navisworks and I-logic is a plus Experience in plant design software such as E3D, S3D is a plus Experienced with MDS / MEP Professional in documentation Presentation skills is a plus Structural / civil engineering / architectural background preferred Good understanding of structural model building Good understanding of MEP/FP and Anchors Good understanding of Project Management and project/design stages Strong communication skills

The opportunity : Hitachi Energy PQS uses a state of art Modelling Tool and other in-house Engineering Tools in PQS Electromechanical design. The PQS Electromechanical Design (EM) Team is responsible for the design of the PQS Plant and the preparation of PQS Installation Drawings & Documents by developing a 3D Model in Revit. A PQS Electromechanical Design Engineer is continuously aquiring multi-skilled knowledge of Electrical, Mechanical and Civil Domain, required to deliver design with Safety and Quality. How you ll make an impact: Review of Tender / Bidding Specification Demonstrate knowledge in advanced high-end CAD/CAM/CAE software(s) to ensure CAD activities are delivered on time and meet quality standard Coordinate the interfaces between Electrical/Mechanical/Civil plant design and other disciplines in preparation of FACTS Plant Layout for topologies like SVC, FSC, STATCOM, e-STATCOM etc. Review of Electromechanical engineering deliverables to ascertain adherence to standards followed, quality, safety by design and ensure on time delivery Responsible for estimating material and engineering budget and time schedule for Mechanical plant design department for the project execution phase. Estimate risks/opportunities and communicate it to the tender/project management. Provides technical support for FAT, installation and commissioning activities for the FACTS projects under execution (Greenfield as well as brown field) Understanding the customer contract, technical specifications, local standards, laws and regulations to make sure all relevant requirements are taken care of Effectively interact with customers on technical issues, contractors and other staff to achieve his/her scope of deliveries on time, within budget and meet highest quality standards Ensures adherence to safety standards and mitigation of potential risks. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Have minimum work experience of 8 - 12 years in Substation Primary Design (HV / EHV / UHV Self-starter caliber who could own tasks through to completion Technology: Proven Electrical / Mechanical / Civil engineering knowledge for detail design of electrical substation Knowledge & Experience REVIT or 3D CAD too Project / Tender BOQ Estimation & Costing and Budget Control by Design Optimization Inter-departmental Interface Engineering Co- Ordination and Project Co-Ordination Project Engineering and Time Schedule & Monitoring Experience in Basic & Detailed Design Engineering with EPC, Consultancy Design Environment Short-term (Deputation) Experience in Erection & Installation of MV, HV & EHV Electrical Installations / Sub-stations (33kV, 66kV, 132kV, 220kV, 400kV) Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. .

Design of Coal handling/ASH handling plant. Design Engineering Equipment selection Plant layout Piping layout Detail Engineering Project Planning and Management for Ash Handling and Material Handling plants.

Job Summary If you are a DCS / Power Plant professional, Emerson has an exciting role for you! We are looking for a DCS Engineer to work with our Energetic Team. This role will work independently and as a part of a team to Commission a Power Plant, design, implement, simulate & test control and graphic on Emerson s Ovation platform for various power plant applications. You will participate in Customer meetings, Site acceptance Tests, site commissioning and demonstrate DCS capabilities and final commissioning the EPC and end customers. If you think this role is suitable for you, let s go and apply now! In This Role, Your Responsibilities Will Be: Field Services: Formation of Ovation structure / Architecture Ovation system loading and re-loading at site and network fixing. Locate, differentiate, and analyze the problems arising in design of logic, from field, hardware errors and DCS. Perform and Maintain protocols for loop check, device check and panel charging. Loop and device checking and vital modifications in the logics, graphics, and database as per Customer /site requirements DCS erection supervision and commissioning at site Establish DCS Network and configuration. Work closely with GEC and global Emerson support team for resolving. Trouble shooting of DCS HW (e. g. Controllers, I/O Modules, DBS, OWS, EWS etc. ) Configuring and fixing Historian, AMS and Advanced Algorithms Perform third party communication e. g. ELC, SLC, Profibus, SCADA & OPC etc. Excellent knowledge on Power Plant Technology (Thermal, Combined Cycle) Exposure on Closed Loop Tuning in Thermal Power Plant Additional Responsibilities: Lead site activities independently, if required Participation in meetings with customer and front offices Prepare daily / weekly reports and MOM as required. Project Engineering: Design/Implementation of controls from SAMA /Functional diagrams. Implementation of graphics from sketches/snapshots Creation/modification of Ovation Internal Point Database Implementation of Simulation logics for First-Pass Test Virtual controller setup for testing purpose Testing of implemented controls and graphics & fixing during testing. Follow Department Quality processes and procedures. Scaling of Open loops & closed loops as per the ranges in the HW database Use various Efficiency tools such as DBID tool, Audit Tool, Database Efficiency Tool, etc. Conversion of controls and graphics of Third Party DCS/PLC systems to Ovation Support Factory Acceptance Test (FAT) activities! In-house Ovation Server/ Workstation loading Upgrade versions of ovation systems Who You Are: You pursue everything with energy, drive and the need to finish. You deliver messages in a clear, compelling, and concise manner and actively listens and checks for understanding. You lay out a detailed schedule and steps for achieving objectives and use landmarks to track and handle the progress of the work. For This Role, You Will Need: 4 years bachelor s degree / Master s Degree or equivalent experience in ECE, EEE, I&C, E&I. Proven experience of 2 to 5 years of in Power Plant process, project engineering and commissioning. Preferred Qualifications that Set You Apart: Excellent written and verbal communication skills. Problem-solving, decision-making, and planning skills. Ability to write reports, business correspondence and commissioning documents. Ability to effectively present information and respond to queries from management, clients and customers. Our Culture & Commitment to You . .

This role plays a vital part in Arcadis's Global Excellence Centre (GEC), which serves as the centralized and fully integrated project delivery group. With over 3,000 skilled professionals stationed across offices in India, Romania, and the Philippines, our GEC offers Capability, Capacity, and a Competitive Advantage across diverse projects and services, collaborating closely with our global businesses. Within the GEC, the APM (Advanced Process Manufacturing) teams comprise cross-functional groups dedicated to designing and developing innovative process engineering solutions for Pharmaceutical and Process industries. Effective project management, client needs assessment, and technical guidance are pivotal for delivering successful outcomes, employing cutting-edge computational design methodologies. Role accountabilities: Perform pipe stress analysis using Caesar II software for evaluating piping systems under various operating conditions, including thermal expansion, sustained loads, and occasional loads. Collaborate with design and engineering teams to review and interpret piping specifications, isometric drawings, and relevant documents to conduct accurate stress analysis. Assess piping support requirements and provide recommendations to ensure compliance with industry codes, standards, and project-specific requirements. Generate comprehensive stress analysis reports detailing findings, recommendations, and necessary design modifications to ensure structural integrity and safety. Work closely with piping designers and engineers to optimize piping layouts and support configurations based on stress analysis results. Provide technical guidance and support to project teams regarding pipe stress analysis, including interpretation of analysis results and implementation of design changes. Collaborate with third-party stakeholders, including clients and regulatory authorities, to address stress analysis-related inquiries and requirements. Attend relevant design and client meetings to gain insight into project requirements and conduct training sessions for project team members to ensure proficiency in interpreting stress analysis results and implementing design changes. Qualifications & Experience: Bachelor's degree in mechanical engineering with a certified course in Stress analysis. A minimum of 13+ years experience in pipe stress analysis using Caesar II software in the field of engineering and design is required. Excellent analytical and problem-solving skills, with the ability to interpret complex stress analysis results and provide practical engineering solutions. Proficiency in CAD software and related tools, with the ability to integrate Ceaser II into project-specific design workflows. Good knowledge of national, international, and local codes and standards. They should be adept at problem-solving and have a track record of implementing new technologies, techniques, or design methodologies to improve project system performance and efficiency. Implementation of quality procedures to ensure a good design deliverable. Comprehensive leadership skills and previous experience in managing large-scale projects. Candidate to show out-of-the box thinking in order to identify any opportunities for automation or innovation. In-depth knowledge of industry codes and standards such as ASME B31.3, ASME B31.1, EN-13480-3, and API 579 for the design and analysis of piping systems. Nice to have: Experience in Piping Design in any Plant design software like CADWorx, Plant 3D, etc. Integration of 3D design software such as CADWorx with Caesar II Working knowledge of other stress analysis software packages

Role description: This role is a vital component of our Global Excellence Centre (GEC) at Arcadis, our centralized and fully integrated project delivery group. With over 3,000 talented individuals spread across offices in India, Romania, and the Philippines, our GEC provides Capability, Capacity, and a Competitive Advantage across various projects and services in collaboration with our global businesses. Specifically, within the APM Group (Advanced Process Manufacturing) of the GECs, cross-functional teams work on designing and developing innovative process engineering solutions for Pharmaceutical & Process industries. Our ability to effectively manage projects, assess client needs, and provide technical guidance is essential for delivering successful outcomes, employing the most innovative computational design methods. Role accountabilities: Manage P&ID project setup in CADWorx, ensuring alignment with project-specific requirements. Lead creation, modification, and review of P&IDs, ensuring adherence to project requirements and industry standards. Collaborate with engineering teams to provide technical support for specific plant design projects in CADWorx. Develop PFDs and accurate P&IDs representing process flow, equipment, and instrumentation details. Establish best practices for P&ID development and enforce standards within CADWorx. Conduct thorough reviews to ensure P&IDs comply with project specifications and relevant standards. Provide technical guidance to draftsmen, coordinate with interdisciplinary teams, and contribute to P&ID library development. Qualifications & Experience: Possess a Diploma in a relevant technical or engineering discipline and hold certification in CADWorx or similar Plant design software. Demonstrate proven experience as a CADWorx Plant PID Administrator or Coordinator in plant design or related industries. Have a minimum of 4+ years of experience in P&ID project administration. Showcase in-depth knowledge of CADWorx software, including customization, library management, and project-specific configurations. Exhibit proficiency in using Cadworx for developing, reviewing, and validating P&IDs, including expertise in symbol libraries and annotation tools. Display a strong understanding of engineering and design principles relevant to plant layout, process flow, piping design, and instrumentation. Possess proficiency in CAD software and related tools, with the ability to integrate Cadworx P&ID into existing design workflows. Nice to have: Bachelors degree in an in a relevant technical or engineering Discipline. Sound knowledge in handling projects on cloud systems and working with Autodesk BIM 360. Affiliation to professional organizations like Autodesk etc. Experience of integrating 2D CAD drawings into a database environment.

Select with space bar to view the full contents of the job information. Senior Manager- Design- Civil- Renewable Job Details | tatacons02 Search by Keyword Search by Location Custom Field 3 Custom Field 1 Select how often (in days) to receive an alert: Select how often (in days) to receive an alert: Senior Manager- Design- Civil- Renewable Noida, DL, IN, 201301 Purpose Scope of Position To lead and execute the engineering and design of renewable energy projects. The role aims to ensure technically robust, cost-effective, and sustainable design solutions while coordinating with internal teams and external stakeholders throughout the project lifecycle. Experience 10-15 years of experience in Engineering and Design of Solar PV Plant, Wind Farm Design and other areas like floating solar Plant. Design of Wind Turbine Foundation will be an added advantage. Preparation of RFQ, Technical Specification, Bid Clarification and Project co-ordination with various stake holders. Experience in Switchyard Structures, Transmission line and Substation design if available shall be looked into it. Qualification Graduate or Postgraduate in Civil Engineering discipline Registration as a professional engineer with the governing authority (preferable) Key Responsibilities Support Project Manager (PM) and Engineering Manager (EM) in meeting project requirements scope, cost, schedule, and quality. Prepare Engineering Work Packages (EWPs) and support planning and progress reporting. Lead and participate in multidisciplinary design reviews and project engineering meetings. Prepare, review, and ensure adherence to project procedures, design standards, and specifications. Oversee and review work from junior and intermediate engineers, designers, and drafters. Provide technical leadership and facilitate knowledge-sharing across project teams. Conduct and review conceptual and detailed engineering calculations, design reports, and technical evaluations. Prepare and/or review technical specifications, RFQs, and bid evaluations. Interface with client technical teams and support clarification and negotiation during the bid and execution phases. Ensure implementation of Safety in Design principles throughout the design lifecycle. Coordinate resource planning, forecasting, and workload allocation. Ensure timely and accurate data handover to other engineering disciplines and resolve integration challenges. Drive documentation of value additions, best practices, and key learnings for continuous improvement. Support digital initiatives and automation in design tools or workflows. Maintain compliance with internal and client-specific quality and document control procedures. Mentor, train, and review the performance of project team members. Contribute to project closure documentation and post-project knowledge capture.

Burns & McDonnell India (BMI) Power Division is looking for a well-rounded and driven Mechanical Engineer in the Mumbai Office. The Power Division focuses on power generating facilities which offer a wide range of design and project execution experiences. This position is responsible for the design and evaluation of various systems associated with coal and natural gas fired power generation facilities as well as associated support facilities. Candidate will perform work which involves both conventional engineering practices and complex situations, requiring innovation relative to work practices and procedures. Multi-disciplined power generation projects require engineers to work in a diverse project team environment and exhibit the ability to develop consensus in identifying the optimum solution to complex problems. These complex assignments require the application of advanced techniques, resulting in the development of new or improved processes, equipment and/or technological methods. Candidate will be responsible for detailed design through the development of contract specifications and contract administration. Position will require extensive interface with equipment suppliers/vendors, and with project managers, other engineering disciplines, modelers, designers, and detailers locally in the Mumbai office as well as remotely in various offices in the United States. Following are some specific duties & responsibilities: Coordinating project design assignments and design teams; Define system requirements, instrumentation and control requirements, and control logic; define system equipment and components required to meet those requirements. Developing System Design Notes (or Design basis), including P&IDs with back up calculations and source information. Performing system hydraulic calculations including pump selection, sizing, and application. Pipe and valve sizing including selection of appropriate piping materials and valve types for applications; Selection of control valve including definition of control valve requirements and datasheets. Safety valve sizing, determining different overpressure scenarios, knowledge of API 520/521/526, PSV datasheets and selection. Functional coordination and reviews of detailed pipe routing & plans (modelled and drafted by designers) for conformance with system design requirements including pipe support selection/placement. Developing equipment specifications, technical bid evaluating, procuring, reviewing vendor drawings. Administer equipment contracts (change evaluation, coordinate schedules, coordinate technical issues) Preparing/creating deliverables like process flow diagram, heat and mass balance, P&ID, valve lists, line list, standard detail sheets for constructing/installation of new or modifications of existing power generating facility mechanical systems. Review calculations, drawings and design documents produced by others for conformance with project requirements as well as Company and industry standards Adhere quality requirements by following checklist and quality processes/workflows Providing leadership, guidance, instruction, and mentorship to less experienced staff members; Regularly meeting and corresponding with clients or outside personnel; Supporting development and improvements of department standard work procedures and work flows to support a successful work share approach amongst the various offices for all projects. - This position requires an individual capable of applying intensive and diversified knowledge of principles and practices to broad areas of assignments. Must be capable of interpreting and developing solutions to complex problems. Qualifications include: Bachelor’s degree in Mechanical Engineering from accredited program. Minimum 6-10 years of related experience with exposure to piping design, pump selection, rotating equipment and process design. Candidate with exposure in fossil generation plant design is preferred. Software experience utilizing AFT Arrow, AFT Fathom, SmartPlant P&ID, SmartPlant Review, Navisworks is preferred. Aspen Hysys would be an added advantage. Familiar with codes and standards including ASME B31.1, ASME Boiler and Pressure Vessel Code Sections I and Section VIII. Candidate with Field construction and commissioning experience will have added advantage. Proficient in the English language and must demonstrate excellent oral and written communication skills, as well as strong analytical and problem-solving skills Previous consulting engineering experience preferred

Performs specific and moderate portions of a broader assignment of an experienced engineer. Gathers and correlates basic engineering data using established and well-defined procedures. Works on detailed or routine engineering assignments involving calculations and relatively simple tests. Proposes approach to solve new problems encountered using modifications of standard procedures or methods developed in previous assignments. Identifies discrepancies in results. Provides guidance to entry level engineers. Performs work in accordance with agreed upon budget and schedule with little supervision. Independently performs all the tasks necessary to complete primary design elements for engineering works. Performance at this level requires developmental experience in a professional position. Responsible for engineering design and modification activities related to electrical & electronic circuits, systems, and equipment. May involve the installation and operation & maintenance of electrical systems and equipment. Discipline concerning power systems, electronic and transmission equipment, electric service and supply systems, lighting systems, communication service and supply systems, fire alarm and detection systems, control systems or electrical installations. An electrical engineer focuses on designing, maintaining and improving products that are powered by or produce electricity. Electrical engineering deals with electricity, electro-magnetism and electronics. It also covers power, control systems, telecommunications and signal processing. These engineers are usually concerned with large-scale electrical systems such as motor control and power transmission, as well as utilizing electricity to transmit energy. Qualifications Master of Engineering degree (or equivalent education) in an appropriate engineering discipline from an accredited college or university. Chartered Engineer (CEng), or Professional Engineer (PE) license or equivalent in the relevant field from any global organization (e.g., Institution of Electrical Engineers, UK) Minimum Overall 2-6years of work experience is preferred. Prior experience in leading large design engineering teams performing Grid Substation design in a global consultancy firm is preferred. Experience on HV Plant Design for large EHV Grid Substations is mandatory. Previous experience in design teams working for Grid Utilities (for e.g., National Grid, Transgrid, Powergrid etc.,) is highly desirable Expsoure to International standards (IEC, IEEE, ANSI, Australian Standards and Middle East region codes and standards) is preferred Previous design experience working with GIS and AIS EHV substation HV Plant Primary design is preferable Chartership or Fellowship with IET or equivalent is highly preferable Very good communication skills (Oral and Written) in English language is mandatory

Performs specific and moderate portions of a broader assignment of an experienced engineer. Gathers and correlates basic engineering data using established and well-defined procedures. Works on detailed or routine engineering assignments involving calculations and relatively simple tests. Proposes approach to solve new problems encountered using modifications of standard procedures or methods developed in previous assignments. Identifies discrepancies in results. Provides guidance to entry level engineers. Performs work in accordance with agreed upon budget and schedule with little supervision. Independently performs all the tasks necessary to complete primary design elements for engineering works. Performance at this level requires developmental experience in a professional position. Responsible for engineering design and modification activities related to electrical & electronic circuits, systems, and equipment. May involve the installation and operation & maintenance of electrical systems and equipment. Discipline concerning power systems, electronic and transmission equipment, electric service and supply systems, lighting systems, communication service and supply systems, fire alarm and detection systems, control systems or electrical installations. An electrical engineer focuses on designing, maintaining and improving products that are powered by or produce electricity. Electrical engineering deals with electricity, electro-magnetism and electronics. It also covers power, control systems, telecommunications and signal processing. These engineers are usually concerned with large-scale electrical systems such as motor control and power transmission, as well as utilizing electricity to transmit energy. Qualifications Master of Engineering degree (or equivalent education) in an appropriate engineering discipline from an accredited college or university. Chartered Engineer (CEng), or Professional Engineer (PE) license or equivalent in the relevant field from any global organization (e.g., Institution of Electrical Engineers, UK) Minimum Overall 2-6years of work experience is preferred. Prior experience in leading large design engineering teams performing Grid Substation design in a global consultancy firm is preferred. Experience on HV Plant Design for large EHV Grid Substations is mandatory. Previous experience in design teams working for Grid Utilities (for e.g., National Grid, Transgrid, Powergrid etc.,) is highly desirable Expsoure to International standards (IEC, IEEE, ANSI, Australian Standards and Middle East region codes and standards) is preferred Previous design experience working with GIS and AIS EHV substation HV Plant Primary design is preferable Chartership or Fellowship with IET or equivalent is highly preferable Very good communication skills (Oral and Written) in English language is mandatory

Performs specific and moderate portions of a broader assignment of an experienced engineer. Gathers and correlates basic engineering data using established and well-defined procedures. Works on detailed or routine engineering assignments involving calculations and relatively simple tests. Proposes approach to solve new problems encountered using modifications of standard procedures or methods developed in previous assignments. Identifies discrepancies in results. Provides guidance to entry level engineers. Performs work in accordance with agreed upon budget and schedule with little supervision. Independently performs all the tasks necessary to complete primary design elements for engineering works. Performance at this level requires developmental experience in a professional position. Responsible for engineering design and modification activities related to electrical & electronic circuits, systems, and equipment. May involve the installation and operation & maintenance of electrical systems and equipment. Discipline concerning power systems, electronic and transmission equipment, electric service and supply systems, lighting systems, communication service and supply systems, fire alarm and detection systems, control systems or electrical installations. An electrical engineer focuses on designing, maintaining and improving products that are powered by or produce electricity. Electrical engineering deals with electricity, electro-magnetism and electronics. It also covers power, control systems, telecommunications and signal processing. These engineers are usually concerned with large-scale electrical systems such as motor control and power transmission, as well as utilizing electricity to transmit energy. Qualifications Master of Engineering degree (or equivalent education) in an appropriate engineering discipline from an accredited college or university. Chartered Engineer (CEng), or Professional Engineer (PE) license or equivalent in the relevant field from any global organization (e.g., Institution of Electrical Engineers, UK) Minimum Overall 6+ years of work experience is preferred. Prior experience in leading large design engineering teams performing Grid Substation design in a global consultancy firm is preferred. Experience on HV Plant Design for large EHV Grid Substations is mandatory. Previous experience in design teams working for Grid Utilities (for e.g., National Grid, Transgrid, Powergrid etc.,) is highly desirable Expsoure to International standards (IEC, IEEE, ANSI, Australian Standards and Middle East region codes and standards) is preferred Previous design experience working with GIS and AIS EHV substation HV Plant Primary design is preferable Chartership or Fellowship with IET or equivalent is highly preferable Very good communication skills (Oral and Written) in English language is mandatory

Performs specific and moderate portions of a broader assignment of an experienced engineer. Gathers and correlates basic engineering data using established and well-defined procedures. Works on detailed or routine engineering assignments involving calculations and relatively simple tests. Proposes approach to solve new problems encountered using modifications of standard procedures or methods developed in previous assignments. Identifies discrepancies in results. Provides guidance to entry level engineers. Performs work in accordance with agreed upon budget and schedule with little supervision. Independently performs all the tasks necessary to complete primary design elements for engineering works. Performance at this level requires developmental experience in a professional position. Responsible for engineering design and modification activities related to electrical & electronic circuits, systems, and equipment. May involve the installation and operation & maintenance of electrical systems and equipment. Discipline concerning power systems, electronic and transmission equipment, electric service and supply systems, lighting systems, communication service and supply systems, fire alarm and detection systems, control systems or electrical installations. An electrical engineer focuses on designing, maintaining and improving products that are powered by or produce electricity. Electrical engineering deals with electricity, electro-magnetism and electronics. It also covers power, control systems, telecommunications and signal processing. These engineers are usually concerned with large-scale electrical systems such as motor control and power transmission, as well as utilizing electricity to transmit energy. Qualifications Master of Engineering degree (or equivalent education) in an appropriate engineering discipline from an accredited college or university. Chartered Engineer (CEng), or Professional Engineer (PE) license or equivalent in the relevant field from any global organization (e.g., Institution of Electrical Engineers, UK) Minimum Overall 6+ years of work experience is preferred. Prior experience in leading large design engineering teams performing Grid Substation design in a global consultancy firm is preferred. Experience on HV Plant Design for large EHV Grid Substations is mandatory. Previous experience in design teams working for Grid Utilities (for e.g., National Grid, Transgrid, Powergrid etc.,) is highly desirable Expsoure to International standards (IEC, IEEE, ANSI, Australian Standards and Middle East region codes and standards) is preferred Previous design experience working with GIS and AIS EHV substation HV Plant Primary design is preferable Chartership or Fellowship with IET or equivalent is highly preferable Very good communication skills (Oral and Written) in English language is mandatory

Responsible for engineering design and modification activities related to electrical & electronic circuits, systems, and equipment. May involve the installation, operation & maintenance of electrical systems and equipment. Discipline concerning power systems, electronic and transmission equipment, electric service and supply systems, lighting systems, communication service and supply systems, fire alarm and detection systems, control systems or electrical installations. An electrical engineer focuses on designing, maintaining and improving products that are powered by or produce electricity. Electrical engineering deals with electricity, electro-magnetism and electronics. It also covers power, control systems, telecommunications and signal processing. These engineers are usually concerned with large-scale electrical systems such as motor control and power transmission, as well as utilizing electricity to transmit energy. Duties and Responsibilities Senior technical resource may serve as technical advisor for team Provides specialized technical input to studies and design for staff's specific area of expertise. Develops study and design procedures to facilitate high quality cost effective work by others. Participates in interdisciplinary review of project deliverables. Develops construction cost estimates and estimates of technical efforts for projects. Uses expertise in all steps of completing discipline component of PS&E package. Performs quality control review of design calculations or drawings. Prepares technical specification sections. Provides input to the development of engineering budget and schedule to meet requirements. Qualifications Master of Engineering degree (or equivalent education) in an appropriate engineering discipline from an accredited college or university. Chartered Engineer (CEng), or Professional Engineer (PE) license or equivalent in the relevant field from any global organization (e.g., Institution of Electrical Engineers, UK) Minimum Overall 8+ years of work experience is preferred. Prior experience in leading large design engineering teams performing Grid Substation design in a global consultancy firm is preferred. Experience on HV Plant Design for large EHV Grid Substations is mandatory. Previous experience in design teams working for Grid Utilities (for e.g., National Grid, Transgrid, Powergrid etc.,) is highly desirable Expsoure to International standards (IEC, IEEE, ANSI, Australian Standards and Middle East region codes and standards) is preferred Previous design experience working with GIS and AIS EHV substation HV Plant Primary design is preferable Chartership or Fellowship with IET or equivalent is highly preferable Very good communication skills (Oral and Written) in English language is mandatory

As an Offsites & Utilities Engineer, you will be part of the Facilities and O&U Engineering department, ExxonMobil. You will contribute to generating business value for the company through improvement activities, operational troubleshooting, and project support in an open, innovative, and collaborative environment with high quality, capital efficient analyses. We are looking for an individual experienced in Utilities Systems (Steam, Cooling Water, Air, etc) and/or Offsites Systems (Tankage, Oil Movements, etc) operations who will play a key role in the technical design decisions we take. What you will do Lead integrated project teams for early project development and concept selection activities in projects related to Utilities (steam generation/distribution, water supply/treating, fuel systems, compressed air, nitrogen, power generation etc) and Offsites (tankage, pipelines, product movements via ship/railcar/truck, etc) Responsible for development of the Project O&U basis and the integration of the O&U facilities within the existing plant or the new plant design, integrating other disciplines to ensure technical quality and completeness of facilities definition. Lead technoeconomic optimization of the O&U scope while balancing the specific project s objectives for CAPEX, profitability, ESG goals, safety and reliability. Support the development of Utilities Balances, Utilities Flow Diagrams, Design Philosophies and Design Basis documentation for new facilities in the Facilities Planning Stage & implement principles of the Right Scope Framework for concept stage projects. Review Utilities specifications, including steam generation / distribution systems, water supply / treating, fuel systems, compressed air / nitrogen systems, cooling water system, safety systems and power generation. Contribute toward Engineering Surveillance of contractor deliverables during FEED and Detailed Design. Troubleshoot offsite & utilities operational concern for sites. (ie safety, hydraulic constraint, etc) Provide mentoring, oversight and perform technical reviews of the work of less experienced engineers, ensuring delivery of quality and capital efficiency while meeting schedule requirements. Ensure full alignment of recommended scope with Business Teams, Manufacturing Site/Operations, Senior Technical Professionals and Engineering Specialists providing design input to cost estimating models. Drive or participate in facilities and systems reviews and provides resolutions as required, including P&ID review, HAZOP, 3D Models review and other relevant reviews. To be eligible for this role, you must have: bachelors degree (B.E. / B. Tech) or higher in Chemical Engineering or related engineering discipline from AICTE recognized university and/or hold other relevant industry experience. Candidates must be willing and able to travel or relocate as required, including internationally. Minimum 8 years of experience in Utilities systems involving major steam generating facilities and/or Offsites /Tankage systems in the Oil and Gas Industry (Refining, Petrochemicals, Upstream, LNG, or Low Carbon Solutions) and preferably in onsite manufacturing process technical services would be preferred. Knowledgeable/familiar with the codes / standards such as ASME BPV Codes, CTI Standards, API 650/653/2350/2000/MPMS, NFPA Proficiency with GT-Pro, Pro-Steam, AVEVA Process Simulator (APS) and/or AFT Fathom, Pipenet, HYSYS software Experience providing engineering support for operating facilities to optimize and troubleshoot is preferred Functional Competencies: Ability to deliver high quality design and project development deliverables within schedule and on budget. Ability to screen, calculate, and develop complex utilities balances and/or offsites logistics facilities planning economics Effective interface management skills to help incorporate input from various technical specialties into design deliverables. Technical support for one or more facilities involving areas such as Refining Processes, Chemical Processes, Hydrogen & Ammonia generation, Carbon capture & sequestration, tank batteries, FPSO, FPU, FLNG and FSRU, LNG Liquefaction & Regasification facilities, Knowledgeable in the selection and application of Offsites and Utilities systems for aforementioned areas Design new process equipment and evaluate existing equipment to ensure compliance with modified operating parameters. Preferred Experience in planning and executing brownfield modifications & major upgrades to existing facilities. Behavioral Competencies: Highly motivated team player who builds trust and contributes to a positive team dynamics. Strong communicator with the ability to convey information clearly, listen actively, and tailor messages to different audiences. Skilled in building successful working relationships in a virtual environment. Demonstrates cultural sensitivity within the context of a multicultural and globally distributed team. Capable of effectively self-prioritizing activities and demonstrating personal flexibility within the team environment to achieve business objectives. Strong organizational, planning, coordination, interface, and technical judgment skills. Able to interface with non-engineering disciplines to achieve common objectives. Demonstrated ability to lead projects in full or limited capacity, such as area lead or process lead roles. Experience mentoring junior process engineers is advantageous. Willing and able to travel or relocate domestic/ internationally as per business need. Should not have attended an interview for any position with ExxonMobil in the last one year. Your benefits An ExxonMobil career is one designed to last. Our commitment to you runs deep: our employees grow personally and professionally, with benefits built on our core categories of health, security, finance and life. We offer you: Competitive compensation Medical plans, maternity leave and benefits, life, accidental death and dismemberment benefits Retirement benefits Global networking & cross-functional opportunities Annual vacations & holidays Day care assistance program Training and development program Tuition assistance program Workplace flexibility policy Relocation program Transportation facility

Responsible for OES Pricing and its processes Continuous improvement of price processes within the Area Regular monitoring of Pricing relevant topics including Variance Analysis Regular control of the price corridor and initiation of corrective actions Regular control on the product specific margins Regular monitoring of RM/FX/Operational cost increase. Regular monitoring of GPC s & Price movement analysis. Responsible for budgeting, Forecasting & planning activities. Working with plant design and development for VAVE activities Coordinating with OEM team/KAM on the business agreement , OES mark up alignment etc. Your Qualifications Graduation in Commerce / Business Administration / Economic/Engineering. 4-5 years of experience in pricing area, preferably with Automotive OEM s Strong MS Office (PowerPoint, Excel), Power BI skills and SAP Strong communication skills. High analytical and conceptual abilities Structured approach to solve pricing problems. As a global company with employees around the world, it is important to us that we treat each other with respect and value all ideas and perspectives. By appreciating our differences, we inspire creativity and drive innovation. In this way, we contribute to sustainable value creation for our stakeholders and society as a whole. Together, we advance how the world moves. Exciting assignments and outstanding development opportunities await you because we impact the future with innovation. We look forward to your application. www.schaeffler.com/careers

Arcadis is the worlds leading company delivering sustainable design, engineering, and consultancy solutions for natural and built assets. We are more than 36,000 people, in over 70 countries, dedicated to improving quality of life. Everyone has an important role to play. With the power of many curious minds, together we can solve the world s most complex challenges and deliver more impact together. Role Description Working within our Design & Engineering teams, youll create some of the world s most iconic and ground-breaking structures and spaces that transform the world around us, from making journeys easier to opening up public places that bring people together. The role sits within our Resilience Global Business Area. We work to protect our natural environment and water resources, while powering our world for future generations. Around the world, we re feeling the effects climate change, rapid urbanization, loss of biodiversity. The rate at which we re seeing large-scale, unforeseen events such as floods and wildfires, is becoming more frequent. We are here to protect our natural environment and water resources, while powering our world for future generations. Role Accountabilities Preparing and reviewing engineering deliverables including complex reports, proposals, presentations, and drawing packages with the UK Energy Transition Team. HV transmission and distribution substations primary electrical design, layout design, specification of plant, coordination of civil design, earthing system analysis and design. Taking personal responsibility for the preparation of detailed engineering documentation and leading the engineering effort for project providing technical and performance oversight for team members. To manage selected projects, project task/responsibilities as assigned, and/or design processes (or parts of projects) to meet agreed budget, quality, and timeframe targets. To deliver fully documented designs to meet Client objectives and Arcadis quality system requirements. To develop technical competency of direct reports / junior team members and ensure application of relevant international / UK standards and engineering knowledge in various projects. Apply engineering knowledge, techniques and tools complying with international design standards and UK Codes and Standards relevant to the assigned project. Prepare document and drawing package for the appropriate project design submission stage complying with codes and standards and delivering the design with high quality. Conduct internal review and quality checks of engineering drawings and design calculations to ensure compliance with the projects requirements. Prepare and register all relevant documentation and design reports and ensure all documentation is accurate and in compliance with the Arcadis and customer requirements. Leading interdisciplinary coordination as required for the project. Qualifications & Experience At least 8 years experience in substation plant design, preferably in a consulting environment. Consulting experience in power projects in UK is preferred. Experience in the production of CAD documentation to UK Standards and other international design standards. Experience in processes from concept stage to construction and as-built drawings will also be beneficial. Graduate in Bachelor of Technology/ Science in Electrical Engineering from recognized University. Excellent English written and verbal communication skills. Excellent mathematical skills applied in engineering calculations. Organizational skills and proactive approach in project management. Ability to lead, and provide technical solutions to problems with good influencing, motivating and delegating skills. Actively continue to develop technical knowledge and new emerging technology through regular CPD training. Professional registration with any leading engineering body such as IET UK is preferred. Highly Regarded Skills The ability to develop cable thermal rating design using CYMCAP and AMTECH for LV systems design. The ability to develop complex earthing and induction models in CDEGS earthing system software. The ability to develop maintenance strategies and procedures, commissioning plans and documentation. At least 2 years experience in design & drafting electrical infrastructure in UK, general familiarity with the electricity supply industry, electricity transmission and distribution practices. Have knowledge of drafting and BIM, how to define BIM outcomes, BIM processes, how to coordinate a BIM project within the 3D environment and how to apply design to the models they produce. Computational design, design algorithms and automation of data manipulation. ? Together, we can create a lasting legacy. Our Commitment to Equality, Diversity, Inclusion & Belonging. We want you to be able to bring your best self to work every day which is why we take equality and inclusion seriously and hold ourselves to account for our actions. Our ambition is to be an employer of choice and provide a great place to work for all our people. Join Arcadis. Create a legacy.

Understand The Automotive Brake System Components Functioning And Analyse The Market Failure Related To It. [Major Parts Are Abs Esp Actuaotors With Ecu, Electronic Brake Booster, Tendom Master Cylender, Brake Caliper And Discs Etc]. Quick Resolution Of Brakes System Related Market Failures Through Root Cause Analysis And Taking Countermasures. Market Action Judgement For Suspected Vehicles In Market Based On Investigation And Failure Mode. Warranty Analysis Of Brake System Parts And Coordination With Respective Agency Like Suppliers, Inhouse Assembly Plant, Design And Field Service For Countermeasure Implementation. Awareness Of New Technologies In Automotive Brake Syatems Like Esp, Adas [Automotive Drivers Assistance System], Electronic Boosters Etc. Knowledge Of Automotive-Specific Government Regulations Live Motor Vehicle Act And Mandatory Recall Code Etc. Knowledge Of Automotive Industry Regulations Related To Brakes. Analytical Ability To Identify Critical Issues And Consultation With Management For Quick Action. Clear Communication, Soft Skills, Interpersonal Relations To Effectively Handle Technical And Managerial Stakeholders Like Suppliers. Work Effectively With Cross-Functional Teams, Including Design, Plant, Suppliers/ Dealers And Management