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Location: Al Jubail, Saudi Arabia; Dammam, Saudi Arabia; Riyadh, Saudi Arabia; Jeddah, Saudi Arabia The E & I Engineer is responsible for the safe, reliable, and efficient maintenance and troubleshooting of electrical and instrumentation systems. The role includes ensuring system integrity, supporting cathodic protection systems, and maintaining compliance with operational and safety standards. Key Responsibilities Perform maintenance and troubleshooting of electrical equipment and instrumentation systems. Maintain and monitor cathodic protection (CP) systems to ensure pipeline and asset integrity. Execute preventive, corrective, and breakdown maintenance activities for E&I systems. Inspect, test, calibrate, and maintain instruments such as transmitters, control valves, analyzers, and protection systems. Maintain electrical systems including motors, switchgear, MCCs, transformers, and power distribution systems. Support plant and pipeline operations by ensuring reliable E&I system performance. Participate in shutdowns, turnarounds, and major maintenance activities. Ensure compliance with HSE standards, permit-to-work systems, and regulatory requirements. Prepare maintenance reports, technical documentation, and work orders. Coordinate with operations teams, contractors, and vendors during maintenance activities. Use SAP PM for maintenance planning, execution, and reporting (preferred). Qualifications & Experience Education: University degree in Electrical Engineering or Electronics Engineering. Experience: 5–8 years of experience in maintenance and troubleshooting of electrical equipment and instrumentation. Proven expertise in cathodic protection systems. Technical Skills: Strong knowledge of electrical and instrumentation systems in plant and pipeline environments. Experience with CP system design, monitoring, and troubleshooting. SAP PM experience preferred. Skills & Competencies Strong analytical and troubleshooting skills. Good understanding of electrical safety standards and procedures. Ability to work independently and as part of a multidisciplinary team. Effective communication and reporting skills. High attention to detail and commitment to safety and reliability.

Location: Baku Workplace: onsite At Xsolla, we believe that great games begin as ideas, driven by the curiosity, dedication, and grit of creators around the world. Our mission is to empower these visionaries by providing the support and resources they need to bring their games to life. We are committed to leveling the playing field, ensuring that every creator has the opportunity to share their passion with the world.   Headquartered in Los Angeles, with offices in Berlin, Seoul, and beyond, we partner with industry leaders like Valve, Twitch, and Ubisoft to clear the paths for innovation in gaming. Our global reach spans over 200 geographies, offering more than 700 payment methods in 130+ currencies.   L ongevity O pportunity V ision E njoy the game!   The ideal candidate will be responsible for managing RDBMS and NoSQL solutions, optimizing performance, implementing replication and high availability, and providing support to development teams. Troubleshooting and problem-solving will be a key part of your role. Qualifications 5+ years of experience as a Database Administrator Bachelor's Degree or equivalent experience in Computer Science, Technology, or a related field of study Expert-level experience with at least one of MySQL, PostgreSQL Familiarity with other RDBMS or NoSQL solutions Strong knowledge of SQL (DDL, DML, DCL) Experience with AWS or GCP cloud platforms Proficiency in Linux Excellent interpersonal and communication skills, with the ability to convey technical information to non-technical stakeholders Strong analytical and problem-solving abilities English language proficiency at B2 level or higher A plus if: Experience in scripting, automation, and Infrastructure-as-Code (IaC) tools (e.g., Terraform, Puppet, Bash/Python) Team management experience Familiarity with observability tools like Datadog, Prometheus, Grafana, or Zabbix Responsibilities Manage RDBMS and NoSQL solutions Ensure database performance, scalability, high availability, and disaster recovery across environments deployed on bare-metal servers and virtual machines Implement and manage replication сhains, partitioning / sharding, backups Assist development teams in creating, optimizing, and problem solving with RDBMS and NoSQL solutions Troubleshooting Drive automation using Terraform, Puppet, and custom tooling for infrastructure and database lifecycle management Benefits: We are passionate about fostering a supportive environment for our team, so we prioritize the physical, mental, and emotional well-being of our employees and their families through a comprehensive Benefits Program. This includes 100% company-paid medical, dental, and vision plans, unlimited Flexible Time Off, and a personalized career roadmap for each employee. By investing in professional development through training and educational opportunities, we ensure that our team thrives both personally and professionally. Together, we’re not just building a business; we’re cultivating a community that values creativity, collaboration, and the transformative power of play.   By submitting the following job application form, you consent to Xsolla processing your data for career-related inquiries and potential employment opportunities. We process your data in accordance with this Xsolla Privacy Notice for Job Applicants. Please direct any inquiries regarding your data privacy to careers@xsolla.com.

Location: Dammam, Saudi Arabia; Al Jubail, Saudi Arabia; Jeddah, Saudi Arabia; Riyadh, Saudi Arabia Serves as the technical authority for all piping design activities in EPC projects, accountable for technical decisions, quality, schedule, and cost control. Acts as the primary interface with project management and other engineering disciplines to ensure full compliance with SAES, SAMSS, and applicable regulations. Key Responsibilities 1. Technical Leadership Lead and oversee all piping design activities (layout, materials, stress, supports). Review and approve key deliverables: P&IDs, Piping Class Sheets, GADs, Isometrics, Stress Reports. Resolve complex technical and coordination issues across disciplines. Ensure design quality, constructability, and cost optimization. 2. Standards & Compliance Ensure full adherence to (SAES, SAMSS) and international codes (ASME B31.3, API, ASTM). Integrate company procedures with client requirements. 3. Discipline Coordination Interface with Process, Equipment, Structural, Instrumentation, Electrical, and Civil teams. Provide piping loads, review nozzle orientations, and support 3D model reviews (30%, 60%, 90%). 4. Client & Vendor Management Lead technical meetings with clients and secure design approvals. Review and approve vendor documents for critical piping items (valves, fittings, supports). 5. Team & Quality Management Manage and mentor piping designers and stress engineers. Implement QA/QC procedures and mitigate technical risks. Qualifications Education: Bachelor’s degree or higher in Mechanical, Chemical, or Petrochemical Engineering. Certification: P.E. or CEng (or equivalent qualification) preferred. Experience: 15+ years in piping design for oil & gas/petrochemical EPC; minimum 2 full-cycle projects as Lead. Software: Proficient in CAESAR II, SP3D/AVEVA E3D. Knowledge: Expert in SAES, SAMSS, ASME B31.3, API, ASTM standards. Skills: Strong leadership, communication, and decision-making in multicultural environments. Language: Fluent English (spoken & written). Other: Fit for long-term overseas assignments; high integrity and professionalism.

Location: San José, Costa Rica Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Senior Level The Senior Design Engineer I, under administrative supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Senior Design Engineer will act as the primary design engineer on projects and may lead project teams consisting of other Design Engineers. The Senior Control System Engineer will independently lead the design phase of the project from inception to completion through interpretation of specifications, design engineering, selection of components, creation, and checking of drawings, and resolution of problems. Technical leader with a high degree of knowledge in the HVAC control design field and recognized expertise in the control theory for specific systems.; problem-solving frequently requires analysis of unique issues/problems without precedent and/or structure. May manage projects that require formulating strategies and administering policies, processes, and resources with a high degree of autonomy. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests. 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing AutoCAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. • Checking controls drawings created by other engineer for accuracy and compliance with project scope and provide feedback. 3. Make final decisions regarding installation method and materials by • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. • Reviewing and approving the purchasing bill of materials for projects. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. • Reviewing and approving control valve schedules for purchase. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager 8. Maintain relationship and develop trust with internal and external customers by: • Maintaining commitments made to the customer. • Escalating more pressing customer issues as necessary to Department Manager. • Communicating technical concepts/solutions in writing and verbally. Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.

Location: San José, Costa Rica Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Junior Level The Design Engineer I, under intermittent supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications for small projects. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Design Engineer I, is a professional who applies acquired job skills, policies, and procedures to complete substantive assignments/projects/tasks of moderate scope and minimal complexity; exercises judgment within defined guidelines and practices to determine appropriate action. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing ACAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. 3. Make final decisions regarding installation method and materials by: • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by: • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by: • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by: • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by: • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Execution 1. Scopes and implements project-level solutions with minimal guidance. 2. Consistently follows best practices, able to defend technical decisions in design review meetings. 3. Creates accurate designs. 4. Manages workload efficiently, proactively suggesting solutions to competing demands. 5. Engages with project sales and productions team members on the feasibility of requested scope, clarifying requirements where necessary. 6. Seeks input from colleagues with area expertise. 7. Detects problems in proposals, specifications, and drawings. 8. Takes ownership and can work autonomously on projects with minimal complex requirements, delivering design documents on time and with a quality mindset. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.

Location: Bogotá, Colombia Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Senior Level The Senior Design Engineer I, under administrative supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Senior Design Engineer will act as the primary design engineer on projects and may lead project teams consisting of other Design Engineers. The Senior Control System Engineer will independently lead the design phase of the project from inception to completion through interpretation of specifications, design engineering, selection of components, creation, and checking of drawings, and resolution of problems. Technical leader with a high degree of knowledge in the HVAC control design field and recognized expertise in the control theory for specific systems.; problem-solving frequently requires analysis of unique issues/problems without precedent and/or structure. May manage projects that require formulating strategies and administering policies, processes, and resources with a high degree of autonomy. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests. 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing AutoCAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. • Checking controls drawings created by other engineer for accuracy and compliance with project scope and provide feedback. 3. Make final decisions regarding installation method and materials by • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. • Reviewing and approving the purchasing bill of materials for projects. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. • Reviewing and approving control valve schedules for purchase. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager 8. Maintain relationship and develop trust with internal and external customers by: • Maintaining commitments made to the customer. • Escalating more pressing customer issues as necessary to Department Manager. • Communicating technical concepts/solutions in writing and verbally. Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.

Location: Bogotá, Colombia Leading company specializing in the design of control solutions for the building automation industry is seeking to fill the following position: Design Engineer_ Junior Level The Design Engineer I, under intermittent supervision, will be responsible for the design of custom, state of the art, electronic and DDC control systems that meet our clients’ plans and specifications for small projects. Each solution will be implemented, on schedule, in a cost-effective and professional manner. The Design Engineer I, is a professional who applies acquired job skills, policies, and procedures to complete substantive assignments/projects/tasks of moderate scope and minimal complexity; exercises judgment within defined guidelines and practices to determine appropriate action. Essential Duties and Responsibilities: 1. Ensure that the project requirements and risks are understood by: • Attending sales turnover meetings to gain knowledge of the sales estimate and project scope. • Analyzing project plans, specifications, sales estimates, and sales proposal. • Creating a list of project engineering deliverable (submittals, workflow packages, etc). • Generating Request For Information (RFI) requests 2. Ensure that final product matches the design intent and clearly communicates design and operation of system by: • Creating controls drawings utilizing ACAD software that include flow diagrams, sequences of operation, bills of material, network layouts, schedules and electrical schematics as required. 3. Make final decisions regarding installation method and materials by: • Selecting the appropriate mix of products and installation methods to provide the most cost-effective solution that is compliance with the project specification, applicable codes and company standards. 4. Select the proper control valves and actuators that will do the best job of controlling the process is selected by: • Investigating the applicability of different valve styles and sizes to a particular application, with showing a preference to control valves manufactured by Honeywell. • Completing and submitting a comprehensive and accurate control valve schedule in a timely manner. 5. Design a stable, robust, implementable, scalable, and maximum performing BMS communication network by: • Determining network architecture, topology and transmission media that is appropriate for the installation and conforms to the latest network standards and project specification. • Selecting network components (such as servers, switches, routers) that support operator workstations, DDC field panels, third-party integration devices connected via Lonworks, Ethernet, Modbus or BACnet communication protocols. • Producing network wiring diagrams and network addressing documents that provides a clear picture of the design in a timely manner. 6. Get approval from the customer or consulting engineer on installation methodology and materials by: • Preparing submittal documents that demonstrates that the proposed materials, etc., that are in compliance with the contract drawings and specification. 7. Ensure successful procurement of electrical subcontractors by: • Preparing electrical sub-contractor buyout documents that clearly defines the electrical scope of work • Working closely with the project manager Requirements 1. Knowledge of Microsoft Office (i.e., Word, excel, PowerPoint, and Outlook) software. 2. Knowledge of Autodeck AutoCAD software 3. Knowledge of electrical and electronic theory. 4. Knowledge of the elements and building blocks of HVAC controls 5. Knowledge of damper actuator and control valve sizing and selection. 6. Knowledge of the control strategies and logic that can be used to provide optimum operation of plant level HVAC systems (such as chillers, boilers and air handlers). 7. Knowledge of the control strategies and logic that can be used to provide optimum operation of supplemental HVAC systems (such as VAV boxes, fan coil units and unit heaters). 8. Knowledge of supervisory control strategies for the overall operation of the BMS (such as life safety control, electrical demand control, etc) 9. Knowledge of BMS communication protocols and network topologies. General understanding how these protocols are implemented with specific knowledge of installation and configuration best practices. 10. Knowledge of Honeywell DDC product offering. 11. Knowledge of the company’s design standards and processes. Execution 1. Scopes and implements project-level solutions with minimal guidance. 2. Consistently follows best practices, able to defend technical decisions in design review meetings. 3. Creates accurate designs. 4. Manages workload efficiently, proactively suggesting solutions to competing demands. 5. Engages with project sales and productions team members on the feasibility of requested scope, clarifying requirements where necessary. 6. Seeks input from colleagues with area expertise. 7. Detects problems in proposals, specifications, and drawings. 8. Takes ownership and can work autonomously on projects with minimal complex requirements, delivering design documents on time and with a quality mindset. Benefits Work for the most exciting companies in the North American Market. Flexible schedules. Work from anywhere. Highly competitive compensation.