As Chief Information Officer (CIO) at Entekhab Group—one of Iran’s largest and most diversified industrial conglomerates—I have led the digital transformation across its portfolio, which includes globally recognized brands such as Snowa, Daewoo (home electronics), and Aseman (investment holding). In this role, I have overseen the conception and execution of large-scale, technologically disruptive projects, including smart home platforms, industrial automation systems, and next-generation digital signage solutions.

My responsibilities center on aligning advanced technology initiatives with the group's strategic business objectives, while ensuring seamless enterprise integration. I have led cross-functional teams across hardware, software, and operations to modernize infrastructure and elevate customer experience through intelligent systems and data-driven design.

Through a synthesis of technical leadership and strategic foresight, I have shaped Entekhab Group’s long-term technology roadmap. This has involved cultivating innovation pipelines, driving agile adoption, and institutionalizing best practices in software architecture, platform resilience, and digital product design.

My work continues to strengthen the group's competitive advantage, positioning it as a regional leader in digital transformation and setting new benchmarks for industrial modernization.

At MAHDAAD, a software company spun off from Hacoupian—one of the world's largest suit-clothing manufacturers—I served as a Software Architect and Senior Back-End Developer. I led the design and implementation of high-performance, large-scale solutions to address complex enterprise software challenges.

Key contributions included architecting and deploying a distributed notification broker, a real-time presence detection service, and a visual programming language engine. These systems significantly enhanced platform responsiveness, modularity, and scalability across the organization.

I also designed and deployed a private cloud infrastructure using OpenStack, enabling elastic resource management and service isolation. Additionally, I developed a custom Logger protocol and centralized logging service, ensuring unified observability and traceability across microservices.

This role exemplified my ability to combine architectural foresight with hands-on engineering, resulting in robust, scalable systems aligned with the company's strategic objectives. My work at MAHDAAD reinforced my commitment to innovation, reliability, and high-impact software design.

At Gsigner, an AI-driven startup aimed at transforming the graphic design landscape, I served as Chief Technology Officer (CTO). The platform enabled users to effortlessly generate high-quality visual content for web, social media, and other digital mediums, combining creative freedom with AI-powered automation. My leadership spanned the entire product development lifecycle—from ideation and prototyping to release and continuous iteration.

I was responsible for defining the technical roadmap, designing the system architecture, and ensuring seamless integration of machine learning models into the product. My role also involved hands-on guidance of a multidisciplinary team of engineers and designers, fostering a collaborative and innovation-driven environment.

Under my direction, we built a platform that merged cutting-edge AI capabilities with a highly intuitive user interface, enabling both novice and professional designers to produce customizable, professional-grade designs with minimal friction. This initiative not only demonstrated the practical applications of AI in creative industries but also contributed to democratizing access to advanced design tools.

This experience further refined my expertise in AI integration, system architecture, and team leadership, while reinforcing my commitment to solving real-world problems through elegant and scalable technological solutions.

At Wallebi, a UK-based cryptocurrency trading platform, I served as Chief Technology Officer (CTO), leading the end-to-end development of a high-performance, secure, and scalable trading infrastructure. From inception, I architected and implemented the platform’s core systems, focusing on robust infrastructure design and operational reliability. A major aspect of this effort involved deploying and maintaining full blockchain nodes on local servers to ensure low-latency access and transactional integrity.

I also engineered Solidity-based smart contracts to support secure, automated transactions within the platform, ensuring both transparency and fault tolerance in a trustless environment. To meet the demands of a dynamic and high-throughput market, I employed container orchestration tools such as Kubernetes and Docker, enabling efficient scaling, service isolation, and rapid deployment pipelines.

This initiative significantly enhanced the platform’s operational agility and positioned Wallebi to compete effectively in the fast-evolving fintech landscape. Beyond the technical execution, I led a cross-functional team and fostered a culture of innovation, aligning development efforts with business objectives and regulatory requirements.

My tenure at Wallebi deepened my proficiency in blockchain infrastructure, containerized deployment architectures, and decentralized finance systems, while also reinforcing my capability to deliver mission-critical systems under stringent performance and security constraints.

At Pingi, one of Iran’s premier cryptocurrency trading platforms, I served as a Senior Back-End Developer, playing a central role in building a robust and scalable trading infrastructure. One of my most notable contributions was the design and implementation of an Auto Market Manager—a critical subsystem that automated trading operations and significantly improved market efficiency, responsiveness, and liquidity management.

I also oversaw the deployment and optimization of blockchain full-nodes on dedicated local servers, which ensured low-latency performance and enhanced the platform's transaction throughput and resilience. Recognizing the importance of modular scalability, I employed Docker-based containerization strategies to encapsulate microservices, thereby enabling efficient horizontal scaling and streamlined CI/CD workflows.

My engineering efforts at Pingi focused on delivering a high-performance, fault-tolerant, and secure backend architecture tailored to the fast-moving demands of digital asset markets. This role significantly expanded my practical knowledge in blockchain integration, distributed systems engineering, and fintech application development, reinforcing my ability to architect solutions that meet both technical and business-critical requirements.

At Virtux, a Sweden-based company specializing in smart advertising technology, I served as a Senior Back-End Developer, leading the development of advanced, data-intensive systems that powered real-time, targeted digital advertising. My key contributions included architecting and implementing scalable recommender systems and ask-bid engines that optimized ad placement efficiency, maximized click-through rates, and significantly enhanced user engagement.

I was responsible for designing robust data pipelines for the collection, transformation, and analysis of high-volume behavioral and contextual data. These pipelines enabled precision targeting by extracting actionable insights from complex datasets. Additionally, I engineered real-time heat map services to visualize user interaction patterns across platforms, equipping product and marketing teams with critical insights to refine UX strategies and campaign effectiveness.

This role demanded the design of fault-tolerant, high-performance back-end systems capable of supporting both batch analytics and streaming computation under heavy load. My experience at Virtux deepened my expertise in big data engineering, recommendation algorithms, and real-time analytics, while further demonstrating my ability to deliver scalable, innovative solutions in the advertising technology domain.

At Farafan Salamat, I served as a core contributor to the development of an Intelligent Infertility Diagnosis and Treatment System, a pioneering medical platform aimed at enhancing fertility diagnostics through data-driven insights and AI-assisted decision-making. My responsibilities spanned across front-end application development, back-end service architecture, and biomedical data modeling.

I engineered a comprehensive Windows-based clinical application that served as the primary interface for medical practitioners. This application enabled efficient collection, visualization, and interpretation of patient data, significantly streamlining diagnostic workflows and supporting evidence-based clinical decision-making. In parallel, I contributed to the development of robust back-end services that ensured secure data processing, storage, and system interoperability.

Furthermore, I actively participated in the collection and curation of cell morphology datasets and played a key role in the design and training of predictive models for treatment outcome forecasting. This multidisciplinary engagement allowed me to integrate software engineering with biomedical informatics, applying advanced analytical techniques to translate complex biological data into actionable clinical intelligence.

This experience not only strengthened my proficiency in medical software systems and machine learning for healthcare but also demonstrated my ability to deliver domain-specific, high-impact solutions at the intersection of technology and medicine.

At NSNIG, a prominent enterprise in the gym automation sector, I served as a key software engineer, spearheading the development of end-to-end solutions for the management of gyms and beauty salons. I architected and implemented a feature-rich Windows-based management application designed to streamline business operations, improve user engagement, and increase administrative efficiency.

The application encompassed modules for client registration, appointment scheduling, staff coordination, payment processing, and performance reporting. Its intuitive design enabled small to mid-sized fitness and wellness businesses to manage day-to-day activities with ease while maintaining a high standard of customer service.

Beyond front-end development, I engineered the underlying back-end infrastructure, including secure relational databases and real-time data exchange APIs. These components ensured data integrity, scalability, and responsive interaction across the platform. My responsibilities extended to designing modular services that supported automation features such as access control systems and real-time activity tracking.

This role enabled me to merge user-centric design with robust software engineering practices. It also offered deep exposure to the operational challenges of the fitness and personal care industry, sharpening my ability to deliver practical, domain-specific digital solutions that improve business performance and client satisfaction.