CV
A dedicated and accomplished professional with a strong background in geodesy, GNSS technology, and augmented reality (AR). Currently, I am working as an Augmented Reality (AR) Mobile-GIS System Developer at Gam Arak Industrial Company, where I have successfully developed a prototype of a mobile-GIS system with AR functionalities to aid field experts during site visits. My expertise extends to GIS analysis, web development, content management, and team leadership, as evidenced by my roles as a GIS Analyst, Team Leader at RAYMAND GNSS, and Content Manager at Raymand GNSS. Additionally, my academic achievements, including a Master's degree in Surveying Engineering with a focus on geodesy, and notable recognitions such as the Galileo Masters 2021 award, reflect my commitment to excellence in the field. I am fluent in Persian and English.
Education
2019-2022
MEng in Surveying Engineering,Geodesy
K.N.TOOSI UNIVERSITY, Iran, Tehran
During my Master's program in Geodesy, I successfully completed all theoretical courses with a GPA of 3.77/4, ranking first among my peers. I also defended my thesis titled "Studying multi-path effect in GNSS assisted smartphone precise positioning" with an A+ grade under the supervision of Dr. Mohammad Mahdi Alizadeh Elizeie.
The results of my two-year research on smartphone positioning and accuracy improvement by reducing multipath error were published in two papers titled "DETECTING MULTIPATH EFFECTS ON SMARTPHONE GNSS MEASUREMENTS USING CMCD AND ELEVATION-DEPENDENT SNR SELECTION TECHNIQUE" and "Studying the effects of multi-path error on smartphone positioning using GNSS data". This research also helped our team to be recognized as one of the top teams in the Smartphone Decimeter Challenge (2020) and one of the top ideas in the Galileo Masters competition.
2011-2014
Bachelor in Surveying Engineering
University Of Isfahan, Iran, Isfahan
During my undergraduate studies, I was introduced to the fundamental concepts of surveying and geodesy, research methods, programming, teamwork, and problem-solving. As I delved deeper into the concepts of geodesy, I discovered a strong passion for this field, particularly satellite-based positioning using GNSS. This led me to pursue a degree in geodesy and ultimately choose my research topic in the field of positioning. I graduated with honors, ranking among the top students in my class.
Professional Experience
2023-Present
Augmented Reality (AR) Mobile-GIS System Developer
Gam Industrial Company, Iran, Tehran
2023-Present
GIS Analyst
Gam Industrial Company, Iran, Tehran
2021-2023
TEAM LEADER
RAYMAND GNSS Solutions, Iran, Tehran
2021-2024
TEACHING ASSISTANT
K.N.TOOSI UNIVERSITY, Iran, Tehran
2021-2023
Content Manager
RAYMAND GNSS Solutions, Iran, Tehran
2021-2023
Guest Researcher
GeoSPS (Geo Smartphone Solutions)
2020-2022
Guest Researcher
German Research Centre for Geosciences, Germany, Berlin
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Developed a prototype of a mobile-GIS system with AR functionalities to assist field experts during site visits.
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Learned AR and Mobile GIS concepts to build this project, enhancing my research, programming, and problem-solving skills.
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Currently expanding my knowledge of C#, Unity, and mobile GIS tools to further develop the functionalities of the system.
• Analyzed terrain data (DEMs, land maps, geology) for optimal telecommunication tower & power line design, impacting project bids (route selection, soil type, earthwork volume).
• Developed WebGIS projects for project progress tracking and reporting, facilitating communication with project managers.
• Honed accuracy, time management, and interpersonal communication skills through project work.
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Increased user awareness of GNSS in mapping
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Grew company social media reach and engagement
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Tailored content to diverse audiences on platforms like Instagram, LinkedIn, Telegram, and our website.
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Deepened understanding of core geodetic concepts.
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Honed communication skills by explaining complex topics to undergraduate students.
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Shared knowledge and expertise including programming and personal insights.
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Expanded knowledge of geodesy and GNSS
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Developed content creation, strategic planning & SEO skills
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Gained basic understanding of HTML coding
In the course of this endeavor, our team achieved the distinction of being chosen as one of the selected projects in the Galileo Masters competition. This recognition was garnered by showcasing our program aimed at enhancing real-time positioning accuracy through smartphone technology. Our accomplishment in securing this position underscores the innovative and impactful nature of our project within the realm of positioning technology.
Possessed strong skills in manipulating and meticulously processing GNSS data from smartphones, alongside the adept utilization of advanced positioning techniques reliant on these chipsets. Played a key role in a team that achieved a top 10% placement in Google's prestigious Smartphone Decimeter Challenge (2020).
Accomplishments
June 2021
Galileo Masters 2021
european union agency for the space programme (EUSPA)
GNSS-ASSISTED SMARTPHONE PRECISE POSITIONING (GASPP)
GASPP is a GNSS positioning solution that can achieve high accuracy in real-time for precise smartphone positioning applications. As more than 70% of smartphone applications use location-based services (LBS), the resolution achieved is of high importance.
The current nominal accuracy of positioning information is 3-5 metres in ideal conditions. In real-life conditions, however, this is reduced to several dozen metres. Using GASPP on smartphones, metre-level accuracy can be achieved. This in turn can improve many LBS applications in different sectors, such as travel and tourism, lane-level mapping and navigation, ubiquitous geo-surveying, precision agriculture, precise augmented reality, and indoor mapping and positioning.
September 2020
Ranked 1st among M.Eng Students of Geodesy
K.N.Toosi University Of Technology, Geodesy & Geomatics Engineering Department