• Developed and implemented a comprehensive suite of frameworks and templates to streamline the implementation of enterprise management systems, enabling organizations to improve efficiency and achieve strategic goals.• Customized management systems following specific requirements and ISO standards for five companies, demonstrating expertise in tailoring solutions to diverse organizational needs.• Developed a framework for utilizing GitLab version control in software projects, enhancing collaboration, code quality, and project management.• Successfully implemented a sophisticated control system for a Vacuum Induction Furnace (VIM) as part of a project at Badrsystem, showcasing expertise in industrial automation and process optimization.• Led and mentored a team of 2 industrial engineers in developing and customizing enterprise architecture frameworks, fostering a collaborative and high-performing team environment.• Conducted internal audits for gap analyses and identification of non-conformities, ensuring adherence to quality standards and driving continuous improvement.• Elicited and analyzed technical and management system requirements through an in-depth study of customer businesses, products, and regulatory standards, ensuring solutions were aligned with client needs and industry best practices.• Delivered comprehensive training courses to customer personnel and managers, empowering them to utilize and manage implemented systems effectively.• Provided expert consulting services to enterprises, identifying internal and external challenges and recommending solutions to optimize business processes and achieve strategic objectives.

• Developed a cutting-edge DLMS/COSEM-based platform for automated testing and validation of smart electricity meters within the FAHAM project, ensuring interoperability and compliance with Iranian grid requirements.• Created a comprehensive suite of test tools and frameworks based on EIA/TIA-485-A standards, enabling efficient and accurate testing and certification of communication interfaces for smart grid devices.• Delivered over 20 man/days of expert training on IEC 61508-3, focusing on software safety requirements for functional safety, empowering engineers to develop safe and reliable systems.• Led and managed a team of developers and test technicians, fostering a collaborative environment to achieve project goals and deliver high-quality results.• Defined and executed comprehensive test and validation plans for smart grid products, ensuring compliance with industry standards and regulatory requirements.• Designed and implemented specialized test tools and setups to facilitate efficient and accurate testing of product functionality and performance.• Communicated effectively with stakeholders, including government authorities and manufacturers of electricity meters and gateways, ensuring alignment and collaboration throughout the project lifecycle.• Conducted thorough product assessments to identify non-conformities in electricity meters and gateways, ensuring adherence to quality and safety standards.• Provided expert consulting to the technical team on explosion protection requirements (IEC 60079-0,11) and functional safety requirements (IEC 61508-1,2,3), ensuring compliance with critical safety standards.• Offered consulting services on market and scope development in various technical fields, assisting clients in identifying opportunities and navigating industry trends.

• Led the development of a highly successful explosion-proof product: an Isolated RS485/RS232 communication Safety Barrier with over 30 configurations, demonstrating expertise in safety-critical design and achieving IECEx CB (EPIL) certification and field validation.• Managed and mentored a team of 8 engineers throughout the product development lifecycle, fostering a collaborative and high-performing team environment.• Implemented agile methodologies within the R&D team, serving as an agile coach to promote efficient workflows, continuous improvement, and rapid product development.• Defined comprehensive product requirements and conducted rigorous conformity assessments of the product and the management system, ensuring compliance with IECEx standards and regulatory requirements.• Led business and project planning activities, including budgeting, scheduling, and reporting to shareholders, ensuring projects were delivered on time, within budget, and to the required specifications.• Established and maintained effective communication with all stakeholders, including certifying bodies, supply chain partners, customers, and other relevant parties, ensuring alignment and transparency throughout the product development.• Prepared and submitted comprehensive technical files to the certifying body, resulting in a successful IECEx test report and product certification, demonstrating meticulous attention to detail and compliance expertise.

• Conducted over 50 man/days of external audits across more than 30 companies, primarily medical device manufacturers, demonstrating extensive experience in assessing and improving quality management systems.• Audited companies for conformity with ISO 9001:2015 and ISO 13485:2016 standards, ensuring adherence to quality management principles and regulatory requirements for medical devices.• Performed comprehensive product and report audits to verify compliance with the IEC 60101 series of standards for medical electrical equipment safety, ensuring the safety and effectiveness of medical devices.• Assessed the compliance of medical software according to IEC 62304, ensuring the software development lifecycle meets industry standards for safety and quality.• Provided expert guidance and recommendations to companies on improving their quality management systems, product compliance, and software development processes, facilitating continuous improvement and regulatory compliance.

• Successfully established a comprehensive Integrated Management System (IMS) based on ISO 9001:2015 (quality), ISO 14001:2015 (environmental), and ISO 45001:2018 (health and safety) standards, demonstrating expertise in developing and implementing robust management systems.• Conducted thorough enterprise studies and architecture analysis to understand organizational structures, processes, and needs, ensuring the IMS was aligned with strategic objectives and industry best practices.• Designed, documented, and implemented precise and efficient internal processes, guidelines, and frameworks for the IMS, promoting standardization, efficiency, and compliance across the organization.• Developed and delivered comprehensive training programs to staff on using internal processes within the IMS, ensuring effective adoption and adherence to new procedures.• Created valuable documentation templates, guidelines, and a structured repository for the R&D department, streamlining documentation processes and promoting knowledge sharing.• Provided expert guidance and support to the organization in implementing and maintaining the IMS, driving continuous improvement, and achieving certification to relevant standards.

• Proactively identified and analyzed system non-conformities, determined root causes, and planned corrective and preventive actions to drive continuous improvement and ensure compliance with quality standards.• Played a key role in the Plan-Do-Check-Act (PDCA) cycle, analyzing lessons learned from audits and non-conformities, implementing improvements, and monitoring their effectiveness to enhance overall system performance.• Conducted thorough internal audits of processes, systems, and documentation, identifying areas for improvement and ensuring adherence to established procedures and regulatory requirements.• Collaborated effectively with cross-functional teams to address non-conformities, implement corrective actions, and foster a culture of continuous improvement.• Contributed to developing and maintaining quality management systems, ensuring alignment with industry standards and best practices.

• Led and mentored a team of 7 engineers in the R&D department, fostering a collaborative and innovative environment to drive successful product development.• Successfully developed an innovative oil immersion cooling system for cryptocurrency mining farms, optimizing heat dissipation and enhancing operational efficiency.• Designed and delivered a high-quality, intrinsically safe, explosion-proof, isolated analog barrier (4-20mA to 4-20mA), demonstrating expertise in safety-critical design and compliance with industry standards (e.g., IEC 60079).• Managed all aspects of product development, including business and project planning, ensuring projects were completed on time, within budget, and to the required specifications.• Verified technical drawings for hardware, software, and mechanical components, ensuring accuracy and adherence to design standards.• Effectively communicated with certifying bodies and external stakeholders, facilitating smooth certification processes and building strong relationships.

• Developed versatile elevator and escalator controllers, ensuring high performance, safety, and compliance with industry standards.• Defined comprehensive system-level, hardware, and software requirements, guiding the development process and ensuring alignment with project objectives and user needs.• Managed and mentored a multidisciplinary team of 6 engineers, including mechanics and electronics specialists, fostering collaboration and driving successful project execution.• Conducted thorough research and analysis of international standards, particularly the IEC 61508 series, to ensure the development process met functional safety requirements.• Designed and implemented robust development processes following relevant standards, requirements, and company policies, promoting efficiency and quality throughout the product lifecycle.• Managed project scope, budget, and schedule, ensuring projects were delivered on time and within budget while meeting performance expectations.

• Developed a versatile controller for refrigerators and freezers capable of managing two compressors and various product configurations, optimizing performance and energy efficiency.• Designed a flexible and adaptable controller for kitchen hoods, meeting diverse functionality and user interface requirements.• Designed and developed analog and digital circuits, creating detailed schematics and ensuring robust and reliable hardware solutions.• Designed, prototyped, and tested PCBs, ensuring functionality, signal integrity, and manufacturability.• Developed embedded software using C and C++, creating efficient and reliable firmware for various appliance applications.• Collaborated effectively with the supply and production teams, ensuring smooth transitions from design to manufacturing and facilitating efficient production processes.

• Led and managed a team of electronics and software engineers in the successful development of various innovative products, including online scoreboards, queue management systems, electronic shelf labels, and smart switches and plugs.• Developed a versatile controller for online scoreboards, enabling real-time display and management of scores for sporting events and other applications.• Created a functional controller for online queue management systems, streamlining customer flow and optimizing service delivery in various settings.• Designed an electronic shelf label utilizing 2.4GHz RF mesh technology, enabling dynamic pricing and product information updates in retail environments.• Developed a range of smart switches and plugs based on 2.5GHz RF mesh technology, providing convenient control and automation for home and commercial settings.• Designed and developed analog and digital circuits, creating detailed schematics and ensuring robust and reliable hardware solutions.• Designed, prototyped, and tested PCBs, ensuring functionality, signal integrity, and manufacturability.• Developed embedded software using C and C++, creating efficient and reliable firmware for various applications.• Designed enclosures and mechanical parts to meet functional and aesthetic requirements, contributing to the overall product design.

• Developed a controller for a smart rice cooker, incorporating advanced features and functionality to enhance the cooking process and user experience.• Designed and implemented a 15W switching mode power supply, demonstrating power electronics design and optimization expertise.• Designed and developed analog and digital circuits, creating detailed schematics and ensuring robust and reliable hardware solutions.• Designed, prototyped, and tested PCBs, ensuring functionality, signal integrity, and manufacturability.• Developed embedded software using C and Assembly programming languages, creating efficient and reliable firmware for the smart rice cooker and other applications.

• Successfully developed a high-accuracy electricity energy meter and a precise electricity phase-angle meter, contributing to accurate energy monitoring and grid stability.• Designed and developed analog and digital circuits for the energy and phase-angle meters, creating detailed schematics and ensuring accurate and reliable measurements.• Designed, prototyped, and tested PCBs for the meters, ensuring functionality, signal integrity, and manufacturability.• Developed embedded software using C programming language for the meters, enabling efficient data acquisition, processing, and communication.

• Oversaw all aspects of the project, including construction, electrical work, and signaling system implementation, coordinating teams and resources to ensure on-time and on-budget delivery.• Collaborated effectively with various stakeholders, including contractors, engineers, and government agencies, to ensure project success and adherence to safety and regulatory requirements.• Contributed to enhancing railway safety and efficiency on a major transportation route, improving reliability and passenger experience.