18 High Voltage Equipment jobs in Saudi Arabia

WSP is looking for Principal Engineer – Power System Studies with over 10-15 years’ experience of providing technical leadership to deliver the projects while meeting the contract requirements with respect to quality, time and budget. The incumbent will be providing overall technical leadership to the WSP clients in the region and will be acting as the single point of contact for all the middle east clients while also being involved in the business development activities.

The key objectives of the roles are to:

• Power system analysis of transmission and distribution projects.

• Feasibility studies, masterplans, despatch studies, renewable integration, grid code reviews

• Preparation of Renewable generation connection schemes from distribution to utility scale generation including determining techno-economical optimum amount of renewable generation.

• Load flow study, fault level calculations, harmonic analysis, voltage stability and transient stability analysis on transmission, distribution, and industrial power systems, using DIgSILENT, PSS/E, PLEXOS, ETAP, CYME PSAF, ASPEN OneLiner, ASPEN database and IPSA+.

• Review all the Power System Studies technical submittals by EPC contractor / Developers in reference to Client’s Electricity Transmission Code and International standards as applicable.

• Review the Power system models developed by EPC contractor specific to each study.

• Attend all the required meetings & address all the technical clarifications raised by EPC contractor / Developer.

• Attend the FAT & SAT visits to ensure all the performance criteria are met related to grid compliance requirements. The test shall be conducted with RTDS or other similar tools.

• Review the updated model received from EPC based on FAT/SAT reports and ensure all the grid compliance requirements are met as agreed during the detail design stage.

• Assist Client to incorporate equipment models provided by EPC contractor into the TRANSCO network PSSE & PSCAD models suitable for various planning studies (steady state and dynamics).

• The power system studies review work shall briefly include, but not limited to the following:

• Reactive power capability study

• Grid impact study

• Transient and dynamic stability studies

• Insulation co-ordination study

• Switching transient study

• Faulted transient switching study

• Transformer Energization study

• AC/DC harmonics and flicker study

• AC/DC harmonic filter sizing report

• Harmonic impedance locus identification and analysis study

• AC protection relay setting coordination study

• Sub-synchronous resonance studies

• All required ETC compliance studies

We'd love to hear from you if you have:

• Master’s Degree in Electrical / Power systems Engineering.

• Minimum 10-15 years of working experience with similar capacity.

• Proficient with Power system study softwares like PSS Sincal, PSSE, PLS CAD, Dig silent etc.

• Must have experience in Power System Studies, Grid Impact studies, on Transmission and Distribution projects etc.

• Having indepth knowledge of software languages (Python/Java) to automate the processes will be an added advantage.

• Incumbent is expected to have prior experience of working with electrical utilities like TRANSCO/SEC/ADDC having successfully delivered Power System Studies related projects.

• People managing skill, with excellent written and verbal skills. Able to build excellent client relations through communication and multidisciplinary coordination skills

Imagine a better future for you and a better future for us all.

Join our close-knit community of talented individuals who share your passion for making a positive impact. Our global team includes more than 69,000 employees, working together to make a difference in communities both close to home and around the world.

With us, you can. Apply today.

LI#Onsite

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WSP is seeking a Principal Engineer – Power System Studies with over 10-15 years of experience providing technical leadership in project delivery, ensuring quality, timeliness, and budget adherence. The role involves leading technical activities for WSP clients in the Middle East and acting as the primary contact, as well as participating in business development.

Responsibilities

The key objectives of the role include:

1. Conducting power system analysis for transmission and distribution projects.
2. Performing feasibility studies, masterplans, dispatch studies, renewable integration, and grid code reviews.
3. Preparing renewable generation connection schemes, including techno-economic optimization.
4. Executing load flow, fault level, harmonic, voltage stability, and transient stability analyses using tools like DIgSILENT, PSS/E, PLEXOS, ETAP, CYME PSAF, ASPEN OneLiner, and IPSA+.
5. Reviewing technical submittals from EPC contractors and developers in accordance with client standards and international codes.
6. Assessing power system models developed by contractors for each study.
7. Participating in meetings and addressing technical clarifications.
8. Overseeing FAT & SAT visits to verify performance and grid compliance, utilizing RTDS or similar tools.
9. Reviewing updated models post-FAT/SAT to ensure compliance.
10. Assisting clients in integrating equipment models into TRANSCO network PSSE & PSCAD models for planning studies.
11. Conducting various power system studies, including reactive power capability, grid impact, stability, insulation coordination, switching transients, harmonics, relay settings, sub-synchronous resonance, and compliance studies.

Qualifications

We'd love to hear from you if you have:

1. A Master’s Degree in Electrical or Power Systems Engineering.
2. 10-15 years of relevant experience.
3. Proficiency with power system study software such as PSS Sincal, PSSE, PLS CAD, DIgSILENT.
4. Experience in power system studies and grid impact assessments for transmission and distribution projects.
5. Knowledge of software programming languages (Python/Java) for process automation is a plus.
6. Prior experience working with utilities like TRANSCO, SEC, or ADDC on similar projects.
7. Strong client relations, communication, and coordination skills.

Join our community of talented individuals committed to making a positive impact worldwide. Apply today!

LI#Onsite

Job Info

• Job Identification: 72212
• Location: FC-24, First Floor, Noida, UP, 201301, IN

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The driving force behind our success has always been the people of AspenTech. What drives us is our aspiration, desire, and ambition to keep pushing the envelope, overcoming hurdles, and challenging the status quo to find better solutions. These qualities of passion, pride, and aspiration are reflected in our career development programs, community service projects, and social events that foster fun and relationship building across our global community.

The Role

DGM's Advanced Distribution Management System (ADMS) is a high-growth area that enables electric distribution utilities to monitor, manage, control, and optimize the grid. As an Intermediate ADMS Project Consultant, you will be involved in all aspects of delivering systems to our customers. You will leverage your experience with utility operations, ADMS systems, and business processes to lead and advise utility clients during ADMS implementation. You will be a trusted advisor, engaging with all levels of the utility from field crews to executive management. You will collaborate with DGM's teams, including ADMS Application Engineers, Architecture and Product Solution teams, and Software Development. Your insights will influence the future direction of ADMS products and serve as the 'voice for the utility' within DGM. This role reports to the Manager, ADMS Project Consulting.

Your Impact

1. Lead ADMS business process reviews to understand current ('As-Is') and future ('To-Be') process mappings.
2. Conduct contractual requirements analysis on ADMS projects to identify potential concerns.
3. Provide insights, guidance, and recommendations to clients, project teams, and product development based on utility knowledge and experience.
4. Promote the importance of project change management to build knowledge and support within ADMS projects.
5. Stay informed about advancements in digitalization, analytics, security, markets, and operational technology within the electric grid industry.
6. Support ADMS project implementation teams through analysis, design, and testing activities as needed.

What You'll Need

• Bachelor's degree in engineering or a related field.
• At least 5 years of project implementation or operational experience, preferably in the utility industry.
• Ability to travel up to 25% domestically and internationally.
• Knowledge of industry standards and trends.
• Experience with electrical utility control systems (SCADA, EMS, GMS, DMS, OMS, DERMS) or utility operations/support roles.
• Excellent communication, organizational, interpersonal, analytical, and problem-solving skills.
• Ability to manage multiple projects in a fast-paced environment.
• Understanding of Business Analysis and Change Management concepts.
• Strong commitment to customer service.

The salary range for this role is $99,400 - $124,300, with potential for bonuses and comprehensive benefits, including paid time off, insurance, and retirement plans. Compensation may vary based on experience and other factors, and the range may be adjusted in the future.

#J-18808-Ljbffr

WSP is seeking a Principal Engineer – Power System Studies with over 10-15 years of experience providing technical leadership in project delivery, ensuring quality, timeliness, and budget adherence. The role involves leading technical activities for WSP clients in the Middle East and acting as the primary contact, as well as participating in business development.

Responsibilities

The key objectives of the role include:

1. Conducting power system analysis for transmission and distribution projects.
2. Performing feasibility studies, masterplans, dispatch studies, renewable integration, and grid code reviews.
3. Preparing renewable generation connection schemes, including techno-economic optimization.
4. Executing load flow, fault level, harmonic, voltage stability, and transient stability analyses using tools like DIgSILENT, PSS/E, PLEXOS, ETAP, CYME PSAF, ASPEN OneLiner, and IPSA+.
5. Reviewing technical submittals from EPC contractors and developers in accordance with client standards and international codes.
6. Assessing power system models developed by contractors for each study.
7. Participating in meetings and addressing technical clarifications.
8. Overseeing FAT & SAT visits to verify performance and grid compliance, utilizing RTDS or similar tools.
9. Reviewing updated models post-FAT/SAT to ensure compliance.
10. Assisting clients in integrating equipment models into TRANSCO network PSSE & PSCAD models for planning studies.
11. Conducting various power system studies, including reactive power capability, grid impact, stability, insulation coordination, switching transients, harmonics, relay settings, sub-synchronous resonance, and compliance studies.

Qualifications

We'd love to hear from you if you have:

1. A Master’s Degree in Electrical or Power Systems Engineering.
2. 10-15 years of relevant experience.
3. Proficiency with power system study software such as PSS Sincal, PSSE, PLS CAD, DIgSILENT.
4. Experience in power system studies and grid impact assessments for transmission and distribution projects.
5. Knowledge of software programming languages (Python/Java) for process automation is a plus.
6. Prior experience working with utilities like TRANSCO, SEC, or ADDC on similar projects.
7. Strong client relations, communication, and coordination skills.

Join our community of talented individuals committed to making a positive impact worldwide. Apply today!

LI#Onsite

Job Info

• Job Identification: 72212
• Location: FC-24, First Floor, Noida, UP, 201301, IN

#J-18808-Ljbffr

WSP is looking for Principal Engineer - Power System Studies with over 10-15 years' experience of providing technical leadership to deliver the projects while meeting the contract requirements with respect to quality, time and budget. The incumbent will be providing overall technical leadership to the WSP clients in the region and will be acting as the single point of contact for all the middle east clients while also being involved in the business development activities.
**The key objectives of the roles are to:**
+ Power system analysis of transmission and distribution projects.
+ Feasibility studies, masterplans, despatch studies, renewable integration, grid code reviews
+ Preparation of Renewable generation connection schemes from distribution to utility scale generation including determining techno-economical optimum amount of renewable generation.
+ Load flow study, fault level calculations, harmonic analysis, voltage stability and transient stability analysis on transmission, distribution, and industrial power systems, using DIgSILENT, PSS/E, PLEXOS, ETAP, CYME PSAF, ASPEN OneLiner, ASPEN database and IPSA+.
+ Review all the Power System Studies technical submittals by EPC contractor / Developers in reference to Client's Electricity Transmission Code and International standards as applicable.
+ Review the Power system models developed by EPC contractor specific to each study.
+ Attend all the required meetings & address all the technical clarifications raised by EPC contractor / Developer.
+ Attend the FAT & SAT visits to ensure all the performance criteria are met related to grid compliance requirements. The test shall be conducted with RTDS or other similar tools.
+ Review the updated model received from EPC based on FAT/SAT reports and ensure all the grid compliance requirements are met as agreed during the detail design stage.
+ Assist Client to incorporate equipment models provided by EPC contractor into the TRANSCO network PSSE & PSCAD models suitable for various planning studies (steady state and dynamics).
+ The power system studies review work shall briefly include, but not limited to the following:
+ Reactive power capability study
+ Grid impact study
+ Transient and dynamic stability studies
+ Insulation co-ordination study
+ Switching transient study
+ Faulted transient switching study
+ Transformer Energization study
+ AC/DC harmonics and flicker study
+ AC/DC harmonic filter sizing report
+ Harmonic impedance locus identification and analysis study
+ AC protection relay setting coordination study
+ Sub-synchronous resonance studies
+ All required ETC compliance studies
**We'd love to hear from you if you have:**
+ Master's Degree in Electrical / Power systems Engineering.
+ Minimum 10-15 years of working experience with similar capacity.
+ Proficient with Power system study softwares like PSS Sincal, PSSE, PLS CAD, Dig silent etc.
+ Must have experience in Power System Studies, Grid Impact studies, on Transmission and Distribution projects etc.
+ Having indepth knowledge of software languages (Python/Java) to automate the processes will be an added advantage.
+ Incumbent is expected to have prior experience of working with electrical utilities like TRANSCO/SEC/ADDC having successfully delivered Power System Studies related projects.
+ People managing skill, with excellent written and verbal skills. Able to build excellent client relations through communication and multidisciplinary coordination skills
**Imagine a better future for you and a better future for us all.**
Join our close-knit community of talented individuals who share your passion for making a positive impact. Our global team includes more than 69,000 employees, working together to make a difference in communities both close to home and around the world.
**With us, you can. Apply today.**
**LI#Onsite**

MEET-KSA-Jazan-JIGPC

**Job Description and Qualifications**

**Purpose**
To lead in providing Electrical Engineering oversight to ensure safe & reliable operation of plant facilities under JIGPC in Jazan, Saudi Arabia.**Nature & Scope**
Properly functioning Electrical systems and equipment are critical to the safe, reliable, and efficient operation of the plant facilities and associated equipment & systems. As a member of the site engineering team, the Sr. Electrical Engineer will lead to interact routinely with plant operations, maintenance, and engineering personnel to provide “hands-on” field-engineering & troubleshooting support, instructions, and technical guidance related to the site’s Electrical systems & equipment including: large high voltage induction and synchronous motors and starting systems including reduced voltage autotransformers, electrical protection relays, low voltage and high voltage distribution systems, high voltage power-factor-compensation units, motor control centers & switchgear, and a variety of specialized electronic / electrical equipment. The position emphasizes teamwork, communications, organization, change management, work process optimization, planning, leadership, and hands-on technical skills with comprehensive knowledge across engineering disciplines.**PRINCIPAL ACCOUNTABILITIES**

**Safety**
- Provide & maintain a safe work environment for self & others. Employ good housekeeping methods and demonstrate leadership with all company & industry safe work processes to prevent injuries.

**Engineering**:

- Lead in the provision of engineering evaluation & determinations, issue technical direction & guidance, and oversee Inspection & Quality Assurance initiatives for all Electrical troubleshooting, maintenance, calibration, repair, and test activities.
- Lead in the provision of engineering support & guidance during the construction & commissioning of the plants. Maintain accurate documentation for plant’s electrical equipment and validate single line electrical drawings for the plant’s electrical distribution systems. Monitor quality assurance initiatives.
- Lead in performing electrical system studies including short circuit, load flow, transient motor start, protection relay coordination, arc flash, etc., and establish appropriate protective device settings.
- Lead in the provision of engineering guidance to ensure reliability and maintainability of equipment, processes, utilities, facilities, controls, and safety/security systems.
- Lead in the provision of engineering input for development and maintenance of Electrical systems & equipment standards, procedures, best practices, inspection contracts, and contractor selection guidelines.
- Develop detailed engineering specifications, evaluate quotations, perform technical bid evaluations & vendor document review, and validate factory acceptance testing related to the procurement of Electrical equipment and system components.
- Maintain compliance with all Critical Safety Circuits (CSS), Safety Integrity Levels (SIL), and Safety Instrumented Systems (SIS) implementation and revalidation programs.
- Develop, implement, and manage a comprehensive risk-based inspection and calibration program for all Electrical systems & equipment.
- Establish & maintain a relationship with the local inspection bureau, maintain relevant statutory, regulatory, technology standards, and code information consistent with JIGPC plant operational objectives and local regulations.
- Utilize predictive and other non-destructive inspection & test methodologies to identify and isolate inherent reliability problems.
- Employ appropriate project development and project management activities (including scope, budget, schedule, execution strategies, risk plans, cost collection / reporting, etc.) for the execution of all projects and turnaround activities.
- Provide engineering support to develop the annual budget for Electrical Systems & Equipment maintenance, repair, and major turn-around activities.
- Promote an atmosphere of team spirit through good example, open communication, good listening, and timely problem resolutions.
- Drive continuous improvement in safety performance, reliability, and cost of quality goals.
- Establish & maintain relationships with regional pressure system equipment suppliers
- Foster and support positive working relationships with internal and external customers.

**JOB REQUIREMENTS**
- Engineering graduate (BSEE preferred) with >12 years of relevant experience in electrical chemical / refinery / gas plant maintenance / inspection / engineering.
- Demonstrated knowledge & experience performing detailed power system engineering studies including short circuit, load flow, transient motor start, protection relay coordination, arc flash, etc., and establish appropriate protective device settings.
- Knowledge & understanding with the principles of: Safety Integrity Level (SIL), Safety Instrumented System (SIS), Safety in

Join to apply for the High Voltage Engineer role at Saipem

Join to apply for the High Voltage Engineer role at Saipem

Saipem is a global leader in engineering services for the design, construction and operation of complex infrastructures and plants in the energy sector, both offshore and onshore.

The vision that inspires us is “Engineering for a sustainable future”. This is why we are engaged in the new low-carbon energy and industrial ecosystem. We are at the forefront of the transition to Net Zero alongside our clients, with increasingly digitalized tools, technologies, and processes, designed from the outset with environmental sustainability and safety in mind.

With our five business lines - Asset Based Services, Energy Carriers, Offshore Wind, Sustainable Infrastructures, Robotics & Industrialized Solutions - we are One Company present in around 60 countries with over 30,000 employees of more than 130 nationalities, providing the world the innovative excellence of our people and our partners for over 65 years.

Job Title: High Voltage (HV) Engineer – 230kV Substation Design

Location: Al Khobar – Saudi Arabia

Reporting To: Lead Electrical Engineer.

Role Overview

We are seeking a highly skilled and motivated HV Engineer to lead the complete design lifecycle of a 230kV substation. The role encompasses all engineering activities from specification development through to commissioning support. The ideal candidate will demonstrate strong technical expertise and proactive coordination.

Key Responsibilities

Design & Engineering

• Develop detailed technical specifications for the 230kV substation and associated systems.
• Lead the preparation of design documents, drawings, and calculations in compliance with project standards, Aramco, and Saudi Electricity Company requirements.
• Coordinate with multidisciplinary teams to ensure design integration and alignment with project objectives.
  
  

Procurement & Technical Evaluation

• Prepare material requisitions and technical bid evaluations for HV equipment and systems.
• Review vendor offers and ensure compliance with technical specifications and project requirements.
• Participate in vendor meetings and clarify technical queries during procurement stages.
  
  

Vendor & Client Coordination

• Monitor and follow up on vendor deliverables to ensure timely submission and quality compliance.
• Interface with the client for design approvals, technical clarifications, and progress updates.
  
  

Construction & Commissioning Support

• Provide technical support during construction, installation, testing, and commissioning phases.
• Resolve field issues and ensure alignment between design intent and site execution.
• Participate in start-up activities and ensure successful energization of the substation.
  
  

Qualifications & Skills

• Bachelor’s degree in Electrical Engineering .
• Minimum 7 years of experience in HV substation design and execution, preferably in oil & gas or utility sectors.
• Proven experience with 230kV systems and related protection, control, and communication schemes.
• Strong understanding of international standards (IEC, IEEE, etc.) and utility specifications.
• Excellent command of English (spoken and written) to confidently communicate with clients, and design teams.
• Proficiency in design tools and software (e.g., ETAP, PSCAD, etc.) is a plus.

Seniority level

• Seniority level Mid-Senior level

Employment type

• Employment type Full-time

Job function

• Industries Oil and Gas

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#J-18808-Ljbffr

Saipem is a global leader in engineering services for the design, construction and operation of complex infrastructures and plants in the energy sector, both offshore and onshore.

The vision that inspires us is “Engineering for a sustainable future”. This is why we are engaged in the new low-carbon energy and industrial ecosystem. We are at the forefront of the transition to Net Zero alongside our clients, with increasingly digitalized tools, technologies, and processes, designed from the outset with environmental sustainability and safety in mind.

With our five business lines - Asset Based Services, Energy Carriers, Offshore Wind, Sustainable Infrastructures, Robotics & Industrialized Solutions - we are One Company present in around 60 countries with over 30,000 employees of more than 130 nationalities, providing the world the innovative excellence of our people and our partners for over 65 years.

Job Title: High Voltage (HV) Engineer – 230kV Substation Design

Reporting To: Lead Electrical Engineer.

Role Overview

We are seeking a highly skilled and motivated HV Engineer to lead the complete design lifecycle of a 230kV substation. The role encompasses all engineering activities from specification development through to commissioning support. The ideal candidate will demonstrate strong technical expertise and proactive coordination.

Key Responsibilities

- Develop detailed technical specifications for the 230kV substation and associated systems.

- Lead the preparation of design documents, drawings, and calculations in compliance with project standards, Aramco, and Saudi Electricity Company requirements.

- Coordinate with multidisciplinary teams to ensure design integration and alignment with project objectives.

Procurement & Technical Evaluation

- Prepare material requisitions and technical bid evaluations for HV equipment and systems.

- Review vendor offers and ensure compliance with technical specifications and project requirements.

- Participate in vendor meetings and clarify technical queries during procurement stages.

- Monitor and follow up on vendor deliverables to ensure timely submission and quality compliance.

- Interface with the client for design approvals, technical clarifications, and progress updates.

- Provide technical support during construction, installation, testing, and commissioning phases.

- Resolve field issues and ensure alignment between design intent and site execution.

- Participate in start-up activities and ensure successful energization of the substation.

Qualifications & Skills

- Bachelor’s degree in Electrical Engineering .

- Minimum 7 years of experience in HV substation design and execution, preferably in oil & gas or utility sectors.

- Proven experience with 230kV systems and related protection, control, and communication schemes.

- Strong understanding of international standards (IEC, IEEE, etc.) and utility specifications.

- Excellent command of English (spoken and written) to confidently communicate with clients, and design teams.

- Proficiency in design tools and software (e.g., ETAP, PSCAD, etc.) is a plus.

Apply now

Please start your application process.

IMPORTANT: Please upload a pdf version of your CV

(the system support also other format but pdf will enhance additional functionality which will support the Recruitment)

Name *

Surname *

Email *

Middle Name (according to identity card)

Second Surname (according to identity card)

I hereby acknowledge that I have read and understood the Information Notice on the processing of personal data of Candidates

#J-18808-Ljbffr

Saipem is a global leader in engineering services for the design, construction and operation of complex infrastructures and plants in the energy sector, both offshore and onshore.

The vision that inspires us is “Engineering for a sustainable future”. This is why we are engaged in the new low-carbon energy and industrial ecosystem. We are at the forefront of the transition to Net Zero alongside our clients, with increasingly digitalized tools, technologies, and processes, designed from the outset with environmental sustainability and safety in mind.

With our five business lines - Asset Based Services, Energy Carriers, Offshore Wind, Sustainable Infrastructures, Robotics & Industrialized Solutions - we are One Company present in around 60 countries with over 30,000 employees of more than 130 nationalities, providing the world the innovative excellence of our people and our partners for over 65 years.

Job Title: High Voltage (HV) Engineer – 230kV Substation Design

Reporting To: Lead Electrical Engineer.

Role Overview

We are seeking a highly skilled and motivated HV Engineer to lead the complete design lifecycle of a 230kV substation. The role encompasses all engineering activities from specification development through to commissioning support. The ideal candidate will demonstrate strong technical expertise and proactive coordination.

Key Responsibilities

- Develop detailed technical specifications for the 230kV substation and associated systems.

- Lead the preparation of design documents, drawings, and calculations in compliance with project standards, Aramco, and Saudi Electricity Company requirements.

- Coordinate with multidisciplinary teams to ensure design integration and alignment with project objectives.

Procurement & Technical Evaluation

- Prepare material requisitions and technical bid evaluations for HV equipment and systems.

- Review vendor offers and ensure compliance with technical specifications and project requirements.

- Participate in vendor meetings and clarify technical queries during procurement stages.

- Monitor and follow up on vendor deliverables to ensure timely submission and quality compliance.

- Interface with the client for design approvals, technical clarifications, and progress updates.

- Provide technical support during construction, installation, testing, and commissioning phases.

- Resolve field issues and ensure alignment between design intent and site execution.

- Participate in start-up activities and ensure successful energization of the substation.

Qualifications & Skills

- Bachelor’s degree in Electrical Engineering .

- Minimum 7 years of experience in HV substation design and execution, preferably in oil & gas or utility sectors.

- Proven experience with 230kV systems and related protection, control, and communication schemes.

- Strong understanding of international standards (IEC, IEEE, etc.) and utility specifications.

- Excellent command of English (spoken and written) to confidently communicate with clients, and design teams.

- Proficiency in design tools and software (e.g., ETAP, PSCAD, etc.) is a plus.

Apply now

Please start your application process.

IMPORTANT: Please upload a pdf version of your CV

(the system support also other format but pdf will enhance additional functionality which will support the Recruitment)

Name *

Surname *

Email *

Middle Name (according to identity card)

Second Surname (according to identity card)

I hereby acknowledge that I have read and understood the Information Notice on the processing of personal data of Candidates

#J-18808-Ljbffr