Sr. Architect, Software Solutions - SAS - alfanar Electric at alfanar

Riyadh, Riyadh Region, Saudi Arabia -

Full Time

Start Date

Immediate

Expiry Date

03 Oct, 26

Salary

0.0

Posted On

05 Jul, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Solution Architecture, OT/IT Integration, Industrial Automation, Cybersecurity, Cloud Architecture, SCADA, DMS/ADMS, EMS, APM, EAM, GIS, IoT, ERP, CMMS, Digital Twin, Predictive Maintenance

Industry

Architecture and Planning

Description

Group overview: Headquartered in Riyadh, Saudi Arabia, we operate construction and manufacturing businesses, design & development centers and a host of facilities in the Middle East and other countries. alfanar is involved in: Electrical, Electromechanical and Civil Engineering Construction Manufacturing and Marketing Electrical Construction Products Allied Engineering Services Our Main Divisions: alfanar electric alfanar Construction alfanar Building Systems alfanar electric alfanar electric is the industrial arm of alfanar, manufacturing a variety of low, medium and high voltage electrical construction products. alfanar electric operates industries in: Riyadh and Jubail, Saudi Arabia Dubai, UAE London, UK alfanar has a development and engineering center in Chennai, India. Industrial Complex, Riyadh The center of alfanar’s industrial activities is alfanar Industrial Complex situated in the Third Industrial Zone on Al-Kharj Road, Riyadh. Spread across 700,000 square meters, the Complex houses alfanar’s facilities. The Complex has a comprehensive infrastructure including a data and communication center as well as a commercial zone.Job Purpose The position is responsible for designing and delivering integrated industrial automation and enterprise software solutions that bridge operational technology (OT) and information technology (IT). The role ensures scalable, reliable, and secure digital architectures that meet customer requirements and enhance operational efficiency, asset performance, and business outcomes across utilities, energy, water, infrastructure, and industrial sectors.Key Accountability Areas Solution Architecture & Design: Analyze customer business and technical requirements. Design end-to-end automation and digital architectures integrating OT and IT systems. Develop solution blueprints, system architectures, functional specifications, and technical documentation. Define cybersecurity, networking, cloud, and on-premises deployment architectures. Application Engineering: Configure, customize, and deploy software applications. Develop use cases, workflows, dashboards, reports, and business processes. Perform software testing, validation, commissioning, and troubleshooting. Enterprise Software Integration: Integrate SCADA, DMS/ADMS, EMS, APM, EAM, GIS, IoT, ERP, CMMS, cloud, and analytics platforms. Customer Engagement: Conduct workshops, demonstrations, POCs, and technical presentations. Support proposal preparation and bid responses. Digital Transformation & Analytics: Design predictive maintenance, AI, machine learning, analytics, and digital twin solutions. Project Delivery: Support FAT, SAT, deployment, training, and customer acceptance activities. Role Accountability HR Proficiency: Ability to recruit, recognize and cultivate high performers and expose them in order to create a robust second line of management. Ability to recognize low performers and guide them to improve or release them. Ability to treat subordinates equally without any discrimination. Assessment criteria of subordinates is performance that leads to planned results. Ensure availability of delegation of authority matrix to have sufficient delegations as per company policy. Responsibility: Must take full responsibility for his operation as per the job description and the required deliverables from this position, taking into consideration the general company guidelines. Able to anticipate problems and make the necessary proactive steps to prevent them Ability to take necessary and proper timely decisions. Delivery: Deliver the required results in timely manner with required quality and cost. Making a Tangible Difference: Must make a tangible difference to his area of operation. and exceed business expectations. Business Planning and Performance: Able to transform the corporate goals into business plans. Able to Plan, follow-up and execute those plans, whether they are annual or development plans. Monitor the plan performance and initiate action to strengthen results and take the corrective action accordingly. Provide periodic work progress reports. Responsible for monitoring and controlling budgets and expenses to achieve the optimum cost efficiency. Organizational Development: Develop the organizational structure according to the current requirements taking into consideration future and development plans. Ensure availability of job descriptions for all job roles and deployment. Business Process Improvements: Develop, coordinate well-defined written systems, policies, procedures, and seek automations opportunities as much as possible. Should be conversant and able to navigate through IT solutions especially those relevant to his job and business. Promote the automated systems and using them fully, to spread its culture. Quality: Quality is considered as alfanar’s prime competitive advantage as such, managers are expected to act accordingly. Adaptation: Adapt to new and alternative techniques, technologies, management structures, and business models. Health, Safety and Environment: Ensure a safe, secure, and legal work environment as per the standard regulations. Academic Qualification Bachelor Degree in Electrical Engineering or Any relevant fieldWork Experience 6 to 10 YearsTechnical / Functional Competencies Production TestingPower System ModelingPower System PlanningData Center Production Environment PlanningSystems Engineering Knowledge

Responsibilities

Design and deliver integrated industrial automation and enterprise software solutions that bridge operational technology (OT) and information technology (IT). The role involves creating scalable digital architectures to enhance operational efficiency and asset performance across energy and infrastructure sectors.