As a Control and Instrumentation Engineer and Project Manager at Datall Co., a leading company specializing in cutting-edge condition monitoring for rotary equipment in the oil and gas industry, I actively contribute to shaping the company's path towards innovation and success.Key Expertise:Control Systems Design: Spearheading initiatives to design and implement precise control systems, enhancing the reliability and performance of our advanced monitoring solutions.Instrumentation Excellence: Leveraging my expertise in instrumentation technology to ensure the accuracy and efficiency of our monitoring solutions.Seamless System Installation: Overseeing the seamless installation of control and instrumentation systems, significantly contributing to the overall efficiency of our monitoring solutions.Project Management Leadership:In my dual role as a Project Manager, I lead cross-functional teams to deliver projects on time and within scope. My responsibilities extend beyond technical aspects, encompassing strategic planning and execution, aligning with Datall Co.'s vision of establishing prominence in the industry.Future Vision:Passionate about our journey, I am committed to contributing to Datall's mission of evolving into a company with a robust control systems portfolio. Inspired by industry excellence, we aim to reach new heights and set benchmarks in the field of condition monitoring for the oil and gas sector.

As a Hardware Designer at PROES, I contributed to a dynamic team working on pioneering innovations in the field of telecommunications. Our focus was on developing a cutting-edge low-energy and long-range telecommunication protocol specifically designed for the Internet of Things (IoT).Key Contributions:Innovative Hardware Design: Led hardware design initiatives, actively contributing to the creation of robust and efficient components essential to the success of our IoT communication protocol.IoT Telecommunication Protocol: Played a key role in translating ideas into reality, participating in the development of a low-energy, long-range telecommunication protocol tailored for IoT applications.Cross-functional Collaboration: Collaborated with diverse teams, including software developers and system architects, to ensure seamless integration of hardware components with the overall IoT communication solution.Future-Focused Vision:My time at PROES was dedicated to contributing to a vision of transforming the landscape of IoT communications. Our goal was to provide a reliable, energy-efficient solution that could extend communication ranges, opening new possibilities for IoT applications.

As a Hardware Designer at ITMC, a distinguished telecommunication company established in 1967 by Siemens, I played a crucial role in the Research and Development unit. My focus was on designing innovative hardware solutions for IoT devices, contributing to the transformation of everyday objects into smart, connected entities.IoT Device Design: Led the design initiatives for IoT devices, contributing to the development of smart and connected technologies that enhance user experiences.Telecommunication Protocols: Worked extensively on telecommunication protocols, including LoRa, to enable efficient and long-range communication for IoT applications.End-to-End IoT Platform: Designed a comprehensive IoT platform encompassing hardware, edge computing layers, application layers, and process layers. This platform served as a foundation for diverse IoT solutions.Full Hardware Lifecycle: Involved in all stages of hardware design, from conceptualization to manufacturing, ensuring the seamless integration of sensors, actuators, and communication modules.Collaborative Research and Development:Engaged in collaborative efforts within the Research and Development unit, working alongside multidisciplinary teams to push the boundaries of IoT technology and telecommunications.

As a Research Assistant at Shiraz University within the New Technologies Department, I immersed myself in cutting-edge nano-electric research. Our focus was on simulating the behavior of electrons in nano-electric devices, leveraging Schrödinger's equations, quantum electronics, and semiconductors.Nano-Electric Device Simulation: Led research initiatives in simulating the behavior of electrons in nano-electric devices, delving into the intricacies of quantum mechanics to gain insights into device performance.Performance Optimization Solutions: Collaborated on groundbreaking research that resulted in the identification and implementation of innovative solutions to enhance the performance of nano-electric devices.Advanced Computational Modeling: Utilized advanced computational modeling techniques to analyze and interpret complex data, contributing to a deeper understanding of nanoelectric phenomena.Quantum Electronics Expertise: Applied expertise in quantum electronics to explore novel approaches for addressing challenges in nano-scale electronic systems.

As an Instrumentation Engineer at PetroAzma, a leading company in the oil laboratory industry, I contributed significantly to the design and manufacturing of laboratory devices tailored for universities and oil companies.Precision Instrumentation: Engineered high-precision instrumentation solutions crucial for the accurate measurement and analysis of samples in oil laboratories.PLC and Logic Controllers: Worked extensively on Programmable Logic Controllers (PLC) and logic controllers, particularly for laboratory injection pumps operating under high-pressure conditions.Collaborative Project Development: Collaborated with cross-functional teams to deliver comprehensive laboratory solutions, ensuring seamless integration of instrumentation components.Advanced Laboratory Technology:Contributed to PetroAzma's commitment to excellence by actively participating in projects that advanced laboratory technology in the oil industry. Our focus was on providing state-of-the-art instrumentation for universities and oil companies.Innovation in Oil Laboratory Solutions:Played a key role in innovating and manufacturing laboratory devices that set industry standards, demonstrating expertise in creating reliable and efficient solutions for oil laboratories.

Programming Instruction: Facilitated classroom instruction in programming languages, providing students with a solid foundation in coding principles, algorithms, and software development methodologies.Microcontroller Education: Delivered comprehensive lectures and hands-on sessions on microcontrollers, covering topics such as embedded systems, interfacing, and programming for real-world applications.Individualized Support: Provided individualized assistance to students, offering guidance on coursework, projects, and practical applications of programming and microcontroller concepts.Curriculum Development: Collaborated with faculty members to contribute to the development and enhancement of course curriculum, ensuring alignment with industry trends and technological advancements.Mentorship and Guidance:Served as a mentor to students, fostering an environment of inquiry and curiosity in the fields of Programming and Microcontrollers. Offered support in understanding complex concepts and encouraged critical thinking.Interactive Learning:Designed and conducted interactive workshops, encouraging hands-on learning experiences and enabling students to apply theoretical knowledge to real-world scenarios.Passion for Education:Demonstrated a passion for education by actively engaging students in the fascinating realms of programming and microcontroller technology, inspiring a love for continuous learning.