Education

• Ph.D. (Geomatics and Surveying), Department of Geography, University of Ghent, Belgium Thesis: A qualitative representation of moving point configurations with illustrations in micro traffic analysis
• MSc. (Electrical (Telecom) Engineering), Department of Electrical Engineering, Military College of Signals, National University of Sciences and Technology, Islamabad, Pakistan. Main subject: Wireless Communication

Experience

• Institut Geomatik FHNW, Postdoktorand in Geodetic Measurement Technology and Geosensors
• Department of Geography, Cartography & GIS, University of Ghent, Belgium, Doctoral Researcher
• Higher Education Commission, Pakistan, Assistant Director for Accreditation and Attestation
• Department of Electrical Engineering, Air University, Pakistan, Lab Engineer

• Benefits of Multipole using Time-of-flight camera and GNSS devices in surveying
• Long-range Probe for Metrology Applications

• Qayyum, Amna, et al. "Enhanced multiuser detection technique of overloaded MIMO systems using Network Coding based HARQ." 8^th International Conference on Signal Processing and Communication Systems (ICSPCS), Gold Coast, QLD, Australia, pp. 1-6, 2014.
• Khan, Adnan Ahmed, Qayyum, Amna and Imran, Muhammad Ali. "Multiuser Detection of Co-Channel Systems Using Combination of Basic Network Coding and HARQ." IEEE 81^st Vehicular Technology Conference (VTC Spring), pp 1−5, 2015.
• Qayyum, Amna, et al. "The Point-Descriptor-Precedence representation for point configurations and movements." International Journal of Geographical Information Science: 35:7, 1374−1391, 2021.
• Qayyum, Amna, et al. “Application of the Point-Descriptor-Precedence representation for micro-scale traffic analysis at a non-signalized T-junction.” Geo-spatial Information Science, 26(3), 406-430, 2023.
• Qayyum, Amna, et al. “Micro-scale variants of the lane-changing manoeuvre in highway traffic.” Traffic Injury Prevention, 24(7), 583-591, 2023.
• Delavy, Manuel, Qayyum, Amna, Wolf Matthias and Grimm, David. “Automation Ready Laser Tracker Compensation.” Beiträge der Oldenburger 3D-Tage 2023.