As a Computer Science Instructor at CS50xIran, I was responsible for delivering high-quality educational content and teaching computer science concepts to a large audience. My role involved extensive research, content development, and engaging instruction, ensuring that students received the best possible learning experience.● Content Research & Development: Conducted thorough research to develop and provide top-tier educational content, ensuring it was both accurate and effective in conveying complex computer science concepts. ● Instruction & Presentation: Delivered engaging and informative presentations, teaching core computer science concepts in front of the camera to over a thousand students, both in-person and through online platforms. ● Quality Control: Performed quality checks on final content, ensuring that all materials met the highest standards before being delivered to students. ● Student Engagement: Actively engaged with students during and after presentations, addressing their questions and reinforcing key concepts to enhance their understanding.

As the Head of Scientific Team at CS50xIran, I led a team of experts to ensure the delivery of high-quality educational content and effective student support. My role required a blend of leadership, content management, and direct interaction with students to ensure their learning experience was both comprehensive and engaging.● Team Management: Supervised and coordinated the scientific team, ensuring tasks were distributed effectively and that team members had the support they needed to excel in their roles. ● Task Allocation & Coordination: Assigned and managed tasks within the team, ensuring timely and accurate completion of content development and student support activities. ● Student Support Management: Handled the academic needs and inquiries of students, ensuring that their questions were addressed promptly and effectively to enhance their learning experience. ● Content Management: Oversaw the creation, review, and update of scientific content, ensuring it met the high standards of CS50xIran and was aligned with the course objectives.

As the Scientific Team Supervisor at CS50xIran, I played a key role in enhancing the learning experience for students by providing academic support and managing educational events.● Student Support: Assisted students in solving complex problems and understanding core computer science concepts, ensuring they could successfully navigate the course material. ● Concept Reinforcement: Helped students deepen their understanding of computer science through personalized guidance and targeted learning strategies. ● Event Management: Organized and managed on-site events, including workshops and study sessions, to foster collaborative learning and community engagement.

As a Backend Developer on the Cybersprint project, I was responsible for developing the backend infrastructure for a unique educational game designed to teach cybersecurity concepts. The game, inspired by the classic Monopoly format, was created to engage users of all ages in learning critical cybersecurity skills.● Real-Time Data Management: Implemented WebSocket connections to handle high-speed data transfer, ensuring a smooth, real-time gaming experience for all participants. ● Live Data Handling: Managed and processed live data throughout the game, enabling seamless interaction and dynamic gameplay. ● Event Logging: Developed a comprehensive logging system to track all events within each game session, providing valuable insights and enhancing game integrity. ● High-Performance Architecture: Designed and optimized the backend architecture to support fast, efficient data handling and maintain game performance under varying loads.

As a Backend Developer at TalaeShow, I played a key role in developing the backend for Iran's first web application dedicated to trading gold. My responsibilities included designing and implementing a scalable, manageable, and efficient backend system that met the highest standards of security and accuracy.● High-Security Development: Engineered a backend system that prioritized security and precision, critical for handling sensitive financial transactions and data. ● Third-Party Integrations: Integrated various third-party systems, including payment gateways, user authentication services, and bank account validation, ensuring seamless and secure operations. ● Team Collaboration: Worked closely with a multidisciplinary team, contributing to the overall development of a robust software system. ● Scalability & Efficiency: Focused on creating a backend architecture that could scale with the application’s growth, ensuring long-term performance and maintainability.

PelakArt constitutes an online social networking platform tailored for both artists and aficionados of the arts. This platform boasts the capability to establish connections among artists, enabling the posting and application for job opportunities, facilitating the creation of individualized resumes within profiles, allowing the acquisition of posters, and encompassing a spectrum of additional features inherent to conventional social networks.

As a Software Engineer at Alborz Microsystem, I specialized in delivering high-quality software solutions tailored to the company's custom hardware. My primary responsibilities included the development and implementation of robust software systems, with a focus on communication protocols and embedded systems.● Developed Custom Protocols: Engineered a customized communication protocol for Remote Terminal Units (RTUs), enhancing data exchange efficiency and reliability across the company's hardware platforms.● Embedded Systems Programming: Leveraged C programming to create software solutions that seamlessly integrated with Alborz Microsystem’s proprietary hardware, ensuring optimal performance and compatibility.● Linux and GSM Integration: Designed and implemented software to facilitate reliable communication between Linux-based systems and GSM modules, enabling enhanced connectivity and remote operation capabilities.● Quality Assurance: Conducted rigorous testing and debugging to ensure software met high standards of performance and reliability, contributing to the overall success of the company's hardware products.

As a Scientific Researcher at Amirkabir University of Technology, my role was to conduct in-depth research on cutting-edge technologies, contributing to the advancement of knowledge in the field of engineering and applied sciences.● Research on Emerging Technologies: Led and participated in various research projects focused on exploring and evaluating new and innovative technologies, with the goal of pushing the boundaries of current scientific understanding.● Ultrasonic Flowmeters for Dense Fluids: Conducted advanced research on ultrasonic flowmeters, specifically focusing on their application in measuring dense fluids. The study aimed to improve accuracy and efficiency in fluid dynamics measurement techniques, with potential applications in industries such as oil and gas.● Collaborative Innovation: Worked closely with a team of experts and academics, sharing findings and collaborating on interdisciplinary projects to foster innovation and practical applications of research outcomes. ● Publication and Presentation: Contributed to the publication of research papers and presented findings at conferences, enhancing the visibility and impact of the university’s research initiatives.

At AZH Electronic, I was responsible for the end-to-end design, implementation, and development of IoT systems for Building Management Systems (BMS) and remote robotic applications. My role encompassed software development, hardware design, and product presentation, ensuring comprehensive solutions that met both technical and aesthetic requirements.● IoT System Development: Designed and implemented IoT solutions for BMS and remote robotics, enhancing automation, control, and remote monitoring functionalities. ● Software Engineering: Developed custom software to manage and control IoT devices, ensuring reliable and efficient system operations. ● Hardware Design: Designed electronic boards and PCBs, creating tailored hardware solutions that met the specific needs of each project. ● 3D Modeling & Product Design: Utilized SolidWorks to design the outer casing and physical presentation of IoT devices, optimizing them for functionality, durability, and visual appeal. ● Integrated Solutions: Combined software and hardware expertise to deliver cohesive, user-friendly IoT systems that were both technically robust and well-presented.