6 Insulation Coordination Jobs

The job involves contributing to the technical development and delivery of studies and analysis within the power systems team. This includes delivering consulting work related to various types of power systems studies and analysis such as static studies (e.g., load flow, fault level, reactive compensation), dynamic studies (e.g., stability studies), harmonic analysis, power quality, filter design, transient overvoltage, insulation coordination, control interaction studies, earthing studies, protection coordination, and Arc Flash studies. You will provide technical and project management leadership to support the project team in the successful delivery of consulting work, manage and resource the power systems team, and ensure the technical quality of delivery of power systems projects, reports, and proposals. Furthermore, you will contribute to the commercial development of studies and analysis within the power systems team by building and maintaining key client relationships, identifying areas for integration of services/skill sets through multi-disciplinary working, leading the development and delivery of project proposals, driving efficiency improvements in delivery (e.g., through the development of new scripts on power systems software packages), and ensuring excellence in power systems software packages. Other requirements for the role include leadership skills, demonstrated ability to lead and motivate a team, excellent communication skills (both verbal and written), ability to convey complex ideas clearly and concisely, strong team collaboration skills, proven experience in guiding and developing team members, being educated to degree level in Electrical Engineering with Power Systems specialization, extensive experience in power systems consulting, desire and ability to drive growth in power systems, a wide network of industry contacts and clients, proactive and highly motivated nature, proven track record in leading teams, ability to work in a fast-paced environment with multiple projects/proposals, focus on quality and excellence of deliverables, strong and in-depth market knowledge of the UK Power Industry, and proven client relationships with UK clients. If you possess these qualifications and skills, we would love to hear from you.,

Joining Arup Arup&aposs purpose, shared values and collaborative approach has set us apart for over 75 years, guiding how we shape a better world. At Arup, we design and deliver ground-breaking icons through our work in the built environment. Independent in ownership and spirit, were a global firm of project managers, programme managers, designers, planners, engineers, consultants and technical experts who use our skills to make a positive difference in the world. Arups Rail skills encompass and delivery a huge array of services across the project life cycle from Project inception, Feasibility studies, System design, Detail design, Design & build, Asset management, Environmental assessment, Implementation & commissioning, Operation & Maintenance (O&M), Strategic advice & management, public engagement support and Digital Rail. Our rail experience spans a variety of modes such as High speed, Heavy rail & Suburban, Metro and Mass transit, Light rail, Automated people movers as well as Heavy haul freight. Our regional offices contain talented, multidisciplinary teams offering a broad range of professional services and expertise including railway design, construction, installation, and commissioning. Our current portfolio of projects includes TransPennine Route Upgrade, Blackpool Tram, other GRIP stage 1-4 commissions for Network Rail, upcoming opportunities on Midland Mainline, CP7 frameworks, TfGM etc. ?Arup also advises clients worldwide on electrification systems, such as Eglinton (Toronto), On Corr projects (Toronto), and major projects in India, Southeast Asia and Middle East. etc. Watch this short clip to discover how Arup are shaping a better world and how you could be a part of it. The Opportunity This role will be based in our Bangalore Office, ensuring the successful delivery of technically excellent multidisciplinary rail projects and bids primarily in the India & UK portfolio and as well as global. In this role as Traction power design engineer, you will be joining our lively and dynamic rail team where you will be a key contributor within a wider multi-disciplinary rail team, responsible for the successful delivery of our design commissions for our major clients in globally. Is this role right for you Your core domain will be Traction Power Design, you will be responsible for determining the design requirements of wide range of Traction power systems [that may include 1x25kV, 2x25kV, Static frequency Converters (SFC), and 1500V or 750V DC] from our client brief and be able to make sound decisions and propose the right design solutions with guidance of Traction Power Team Lead. Subsequently, produce the necessary Traction power design with the support of senior experts, and provide effective solutions to multidisciplinary design teams working on large or medium-sized projects within the allocated budget and schedule. All the while, you will have the freedom to work independently, managing your own personal development utilizing our in- house and external training opportunities, where you will work with a team of engineers in your team. You will be responsible for production of Traction power supply (TPS), EHV/HV/MV Distribution and Earthing and Bonding design at all stages of design [Concept/Preliminary to detailed design]. Ability to identify design requirements from technical reports and calculation sheets. Producing Preliminary and detailed design (including Power Supply & Distribution equipment layout plans, single line diagrams, equipment sizing, installation details, protection & control, schematics, bills of quantity, wiring and cable plans within multi-disciplinary rail projects). You should have experience in substation design including TSS/RSS/Feeding Stations/Midpoint sectioning (SP/SSP) etc with competent enough in the production of design drawings using CAD (e.g. Bentley MicroStation / AutoCAD tools) You will perform the AC/DC traction power simulation studies (power factor, load flow, stability, short circuit, and stray current etc.) including Harmonics, Resonance, Protection relay setting and coordination studies. Capable to understand the Earthing & Bonding studies, stray current/corrosion mitigation strategies for AC/DC traction systems. Qualifications Overall discipline experience of above 8 years with relevant experience of 6 years in an independent Traction Power design engineer role with strong demonstrating design skills, ability to understand simulation studies with the use of technical software with an appropriate university engineering degree in Electrical Engineering and ideally an associate member/chartership of IET or equivalent. Experience in a design engineer role and good understanding of construction methods and installation, Vendor Approvals, involvement in design safety discussions with good technical demonstration skills. Experience in production of complete Traction power system package deliverables for Depot, Main line/at-grade, Elevated and Underground sections with good Knowledge in emerging technologies including 2x25kV AT system and Static frequency converters (SFCs) will be an added advantage ? Involved in preparation of design basis reports, ability to interpret technical specifications and understand technical notes/queries under supervision with good Knowledge of OLE/OCS, 3rd Rail, Railway infra structure and systems with experience in undertaking site surveys, site visits and reporting on asset conditions with knowledge on power system modelling and capable to handle ETAP/ DigSILENT/CDGES software etc. Good working knowledge of relevant British/Europe Standards, India Standards, Railway Group and Network Rail Standards and knowledge of preparing bill of quantities [BoQ] Good Knowledge of complex traction simulation studies, including insulation coordination, Di-electric coordination studies and in semi-high speed and high-speed rail projects will be advantage with excellent report writing and communication skills. What We Offer At Arup, we care about each members success, so we can grow together. Guided by our values, we provide an attractive total reward package that recognises the contribution of each of our members to our shared success. As well as competitive, fair and equitable pay, we offer a career in which all our members can belong, grow and thrive through benefits that support health and wellbeing, a wide range of learning opportunities and many possibilities to have an impact through the work they do. We are owned in trust on behalf of our members, giving us the freedom, with personal responsibility, to set our own direction and choose work that aligns with our purpose and adds to Arups legacy. Our members collaborate on ambitious projects to deliver remarkable outcomes for our clients and communities. Profit Share is a key part of our reward, enabling members to share in the results of our collective efforts. We also provide Private medical insurance, Life assurance, Accident insurance and Income protection cover. In addition, youll have access to flexible benefits?to help you look after all aspects of your wellbeing and give you the freedom and flexibility to find the best solutions for you, your family, and your individual needs Different people, shared values. Arup is an equal opportunity employer that actively promotes and nurtures a diverse and inclusive workforce. We welcome applications from individuals of all backgrounds, regardless of age (within legal limits), gender identity or expression, marital status, disability, neurotype or mental health, race or ethnicity, faith or belief, sexual orientation, socioeconomic background, and whether youre pregnant or on family leave. We are an open environment that embraces diverse experiences, perspectives, and ideas this drives our excellence. Guided by our values and alignment with the UN Sustainable Development Goals, we create and contribute to equitable spaces and systems, while cultivating a sense of belonging for all. Our internal employee networks support our inclusive culture: from race, ethnicity and cross-cultural working to gender equity and LGBTQ+ and disability inclusion we aim to create a space for you to express yourself and make a positive difference. Discover more about life at Arup at www.arup.com/careers/your-life-at-arup . We are committed to making our recruitment process and workplaces accessible to all candidates. We will do everything we can to support you. What happens next If this could be the next step in your journey, please apply online. All applications will be considered, and we will try our very best to respond to you within 72 hours of receiving your application. Stay safe online - Arup will never ask for payment or your bank details as part of our recruitment process. #hybrid Show more Show less

We are seeking a skilled and innovative Power Electronics Engineer to design, develop, and test high-voltage power electronic systems and components for critical applications. The role involves working with systems above 1kV, including converters, inverters, high-voltage supplies, and related circuitry for industrial, medical, or renewable energy devices. Key Responsibilities: Design and develop high-voltage power electronic circuits including DC-DC converters, inverters, rectifiers, and SMPS. Select and simulate appropriate topologies for high-efficiency, high-reliability applications. Conduct thermal, electrical, and EMI/EMC analysis for power circuits and systems. Perform PCB design with high voltage creepage/clearance and isolation requirements in mind. Collaborate with embedded engineers for control implementation using DSPs, FPGAs, or microcontrollers. Prototype and test high-voltage systems, ensuring compliance with safety and performance standards. Troubleshoot and resolve complex design issues including switching noise, insulation breakdown, or parasitic losses. Document design processes, calculations, and validation reports in line with ISO and regulatory guidelines. Support regulatory testing (IEC, UL, ISO 60601, etc.) and product certifications. Work cross-functionally with mechanical, firmware, and manufacturing teams. Qualifications & Skills: Bachelors or Master’s degree in Electrical Engineering, Power Electronics, or a related field. 5–7 years of hands-on experience in high-voltage power electronics (1kV to 100kV range). Strong knowledge of power semiconductor devices (IGBTs, SiC/GaN FETs, MOSFETs). Experience with simulation tools (LTSpice, PSIM, PLECS, MATLAB/Simulink). Proficiency in PCB design (Altium, Eagle, KiCAD) with focus on high-voltage layout practices. Knowledge of insulation techniques, dielectric materials, and thermal management. Familiarity with regulatory and safety standards (IEC 60601, IEC 61010, UL, etc.). Excellent analytical, documentation, and problem-solving skills. Preferred: Experience with X-ray systems, medical devices, or industrial high-voltage systems. Knowledge of magnetics design – transformers, inductors, etc. Experience with high-frequency switching (50kHz–500kHz) systems. Understanding of HV connectors, enclosures, and insulation coordination. Work Environment: Lab-based testing with high-voltage safety protocols. Occasional field support or vendor interactions. Requires use of PPE and safety training for HV operations. Travel 10 to 20 % of the time.

The opportunity: As an Engineering authority specializing in design studies and performance evaluation studies for projects and tenders related to Flexible A.C. Transmission Systems (FACTS) technology within the Power Quality Solutions (PQS) Business, you will play a crucial role in shaping the future of power systems. How you'll make an impact: You will be responsible for defining topology and single line diagrams for FACTS solutions based on customer requirements. Additionally, you will specify main circuit components such as Power Transformers, Power Electronics Valves, Reactors, Capacitors, CT, VT, Breakers, etc., according to customer specifications and international standards. Coordinating with suppliers to optimize the design of these components and evaluating their design and test record documents will be a key aspect of your role. Your responsibilities will also include performing design studies such as harmonic performance assessments, protection design, insulation coordination (including TOV/TRV/lighting studies), loss evaluation, and reliability studies. You will create and validate power system equivalents in RMS using software packages such as PSSE, DIgSILENT, PSCAD, and EMTP. Staying updated with new control methodologies for FACTS application and developing a deep understanding of control algorithms will be essential. You will conduct dynamic performance studies using FACTS devices integrated into power system networks, developing FACTS solution models in multiple software packages, and coordinating with other disciplines involved in project and tender deliveries. Your role will also involve close coordination and participation in research and development activities as per business requirements, as well as engaging in customer discussions to support Project Management, Product Management, and Application Engineering teams in customer acquisition and consultation. Your background: To excel in this role, you should hold a Ph.D. in Power Systems with 1-3 years of relevant work experience, an M. Tech in Power Systems with 2-5 years of relevant work experience, or a B.E/B. Tech in Electrical Engineering with 5-10 years of relevant work experience. It is essential to have experience in specifying power system components, evaluating vendor documents, and/or conducting grid integration studies for power electronics converter-based applications like FACTS, HVDC, wind, solar, and battery energy storage plants. Having knowledge of simulation tools such as PSCAD, PSSE, DIgSILENT, EMTP, RTDS, MATLAB, and an in-depth understanding of international standards (IEEE/IEC/GIGRE) for specifying power system components and solutions will be beneficial. Your ability to work effectively in multi-disciplinary and multi-cultural teams, excellent communication skills, attention to detail, and commitment to delivering high-quality digital solutions are crucial for success in this role. In conclusion, this position offers a unique opportunity to contribute significantly to the advancement of power systems technology while upholding Hitachi Energy's core values of safety and integrity. If you are a motivated, creative thinker with a passion for problem-solving and a desire to work in a dynamic environment, we encourage you to apply and be part of our innovative team.,

The opportunity: As an Engineering authority specializing in design studies and performance evaluation studies for projects/tenders related to Flexible A.C. Transmission Systems (FACTS) technology aligned with Power Quality Solutions (PQS) Business, you will play a crucial role in shaping the future of power systems. How you'll make an impact: - You will define the topology and single-line diagram for FACTS solutions based on customer requirements. - You will specify main circuit components such as Power Transformer, Power Electronics Valves, Reactors, Capacitors, CT, VT, Breaker, etc., according to customer specifications and international standards. - Coordinating with suppliers, you will ensure optimal design of the mentioned components and evaluate their design and test record documents. - Your responsibilities will also include performing design studies such as harmonic performance, protection design, insulation coordination, loss evaluation, and reliability study. - You will create and validate power system equivalents in RMS (PSSE/DIGSILENT) and EMT (PSCAD/EMTP) software packages. - Developing an understanding of control algorithms and staying updated with new control methodologies for FACTS applications will be a key part of your role. - Dynamic performance studies, with FACTS devices integrated into power system networks, will be conducted using RMS and EMT software packages. - You will develop FACTS solution models in multiple RMS and EMT software packages, ensuring accuracy and efficiency. - Collaboration and communication with other disciplines involved in project and tender deliveries will be essential. - Your involvement in research and development activities as per business requirements is expected. - Participating in customer discussions and supporting Project Management/Product Management/Application Engineering teams in customer acquisition and consultation will be part of your responsibilities. - Ensuring compliance with applicable external and internal regulations, procedures, and guidelines will be your responsibility, reflecting Hitachi Energy's core values of safety and integrity. Your background: - Ideally, you hold a PhD in Power Systems with 1-3 years of relevant work experience, an M. Tech in Power Systems with 2-5 years of relevant work experience, or a B.E/B. Tech in Electrical Engineering with 5-10 years of relevant work experience. - You should have an in-depth understanding of the basics of power system steady state, dynamic, and transient behavior. - Experience in specifying power system components, evaluating vendor documents, and/or conducting grid integration studies for power electronics converter-based applications is desired. - Knowledge of simulation tools like PSCAD, PSSE, DIGSILENT, EMTP, RTDS, and MATLAB, as well as an understanding of international standards for specifying power system components/solutions, is beneficial. - You should be a good team player, capable of working effectively in multi-disciplinary and multi-cultural teams. - Strong communication skills, organizational abilities, attention to detail, ambition, creativity, problem-solving skills, and the ability to work in a fast-paced environment are essential qualities for this role. Qualified individuals with disabilities requiring accessibility assistance during the job application process can request reasonable accommodations by completing a general inquiry form on the Hitachi Energy website. Specific details about the required accommodation should be included to support applicants during the application process.,

Job Description Summary for Transformer Design Engineer- Company: RISHAB INDUSTRIES, Bhosari, Pune Position: Transformer Design Engineer No. of Positions: One Department: Engineering / Product Development Job Location: Bhosari, Pune Joining: Immediate Experience: 2 to 4 years of experience in transformer design (preferably with exposure to both dry-type / K rated and oil-filled transformers). Qualification: Bachelors degree in Electrical Engineering or equivalent CTC: Dependent on interview Key Responsibilities: Design and develop electrical systems of, dry-type or cast resin isolation /power transformers (up to [2500 KVA]). Perform core loss, winding loss, impedance, no-load/load loss, temperature rise , and other key electrical calculations. Create electrical design documentation , including design sheets, connection diagrams, vector groups, and wiring schematics. Select appropriate winding configurations, insulation levels , and tap changer specifications . Ensure compliance with relevant international and local standards (IEC, IS, ANSI, IEEE, etc.). Coordinate with mechanical design , manufacturing , and testing teams to ensure design feasibility and accuracy. Provide support during factory acceptance testing (FAT) and resolve any design-related issues. Prepare and maintain Bill of Materials (BOM) and technical datasheets. Engage in continuous design improvement for performance enhancement and cost optimization. Participate in customer meetings and support tendering/sales with technical inputs when required. Skills Required: Experience with simulation tools (e.g., FEMM, ANSYS, Maxwell ) for magnetic and thermal analysis. Knowledge of short-circuit forces, insulation coordination , and dielectric design . Experience with ERP systems for BOM integration. Exposure to customer specifications, tender documentation, and proposal engineering. Additional Requirements: Languages: English, Hindi, Marathi. This role is ideal for an experienced engineer looking to contribute to innovative control panel solutions in a collaborative environment.