Sahar Latifzadeh

Development of native photogrammetric flight design software (P3DF) and presentation to reference organizations

• Conducted engaging in-class discussions to facilitate learning and encourage participation.
• Encouraged class discussions by building discussions into lessons, actively soliciting input, asking open-ended questions and using techniques to track student participation.

•Development of native 3D flight planning software including pre-planning subsystem, 3D flight planning subsystem optimized for various flight platforms and imaging sensors, and executive flight management and evaluation subsystem
• Development of an Indigenous multi-camera flight system with Iran 140 aircraft
• Executive flight system management (flight planning, results review, output production, and solving existing problems)

• Designing a system to use smart algorithms in the satellite positioning device (GPS) to give coordinates to the surrounding environment.

• Developed strong working relationships with industry partners, fostering collaboration and knowledge-sharing opportunities for future research endeavors.

• Technical review of various types of imaging sensors and flight platforms for the construction of an aerial imaging system for the project of producing a large-scale cadastral map of the country.
• Development of aircraft flight planning algorithm
• 3D flight design with optimal parameters specific to the project of imaging the country by plane
• Mapping flight planning for various airplanes available in the country such as Piper Seneca, MCR, Gyro, and...
• Technical review of executive flights and production of spatial results for use in different organizations
• Checking the spatial results of operational flights

• Wrote and optimized test cases to maximize the success of manual software testing with consistent, thorough approaches.
• Optimized test cases to maximize the success of manual software testing.
• Conducted regression testing, analyzed results, and submitted observations to the development team.
• Used open-source tools to develop automation scripts.

• Earth surface change monitoring project by time series modeling with GPS and InSAR observations
• Streamlined internal workflows by automating data collection, analysis, and reporting tasks.
• Created and distributed surveys for data collection and analysis.

• Performed daily maintenance and cleaning of photographic processing equipment, promoting continued functionality.
• Performed opening and closing procedures to keep operations running smoothly.
• Operated photo department cash register to scan items and process checks and credit card transactions.
• Assessed customer needs and examined order contents to identify processing requirements and timelines.

• Production of accurate photogrammetry products from the 5th phase of the new city of Pardis
• Collaborated with cross-functional teams to develop innovative solutions for complex problems, resulting in faster decision-making processes.