Tayyab Naseer

Tayyab Naseer has extensive work experience in the field of software engineering and research. Tayyab is currently employed at Woven Planet Holdings as a Staff Software Engineer and Tech Lead. Prior to that, they worked at Lyft as a Senior Software Engineer in their self-driving division. Tayyab also gained experience as a Research Development Software Engineer at Bosch. During their time at Albert-Ludwigs-Universität Freiburg im Breisgau, they worked as a Doctoral Candidate, focusing on robust monocular camera-based localization. Before that, they served as a Student Researcher at DoCoMo Euro-Labs, where they worked on various projects related to indoor localization and image retrieval. Tayyab also worked as a Lab Instructor for Image and Video Compression at Technische Universität München. Additionally, they gained research experience as a Student Researcher at the same institution. Earlier in their career, they worked as a Research Assistant at Lahore University of Management Sciences, focusing on power-aware video codec development. Tayyab also had internship experiences at Al-Khawarizmi Institute of Computer Sciences, UET Lahore and AKSA group.

Tayyab Naseer's education history begins in 2005 when they enrolled at the University of Engineering and Technology, Lahore. Tayyab pursued a Bachelor of Science Honours degree in Electrical Engineering and completed their studies in 2009.

In 2010, Tayyab Naseer continued their pursuit of higher education by attending the Technical University of Munich. Tayyab completed a Master's degree in Communication Systems Engineering in 2012.

Following their master's degree, Tayyab Naseer went on to pursue a Doctorate of Philosophy (PhD) in Computer Science at The University of Freiburg. Tayyab began their PhD program in 2013 and successfully completed it in 2017.

Overall, Tayyab Naseer has a solid educational background in electrical engineering, communication systems engineering, and computer science, having obtained their BSc (Hons), MSc, and PhD degrees in these respective fields.