Lecturer in Electromagnetics and Bioelectromagnetics
My primary research interests are in bioelectromagnetics and electrokinetics, and the use of electromagnetics fields for steering neuronal growth. I am also active in motion capture research in the context of biomedical engineering and assistive technologies.
- Electromagnetic stimulation and control of neuronal structures
- ICT in healthcare, assistive technologies
- Motion capture and analysis
- Technology-assisted motor training and rehabilitation
BEng (Hons), PhD (1999, Telecommunications), MSc (2007, Biomedical Engineering)
Haratian, R., Twycross-Lewis,
R., Timotijevic, T., Philips,
C. 2013. “Towards flexibility in sensor placement for motion capture: a signal
processing approach”, IEEE Sensors, 10.1109/JSEN.2013.2286994
R., Phillips, C., and Timotijevic, T.
2012. A PCA-based technique for
compensating the effect of sensor position changes in motion data. In IEEE Conf. on Intel.
Systems, IEEE, 126-131
R., Phillips, C., and Timotijevic, T.
2012. A data-driven functional PCA filter for compensating the effect of sensor
position changes in motion data. In Proceedings of the 7th
International Conference on Body Area Networks (BodyNets '12). ICST
(Institute for Computer Sciences, Social-Informatics and Telecommunications
Engineering), ICST, Brussels, Belgium, 5-8
Schormans, J.A. and Timotijevic, T. 2007. Accuracy of measurements techniques supporting QoS in packet-based
intranet and extranet VPNs. IET
Communications, 1(3), 507-513
Timotijevic,T., Leung, C.M., and Schormans, J.A.
2004. Accuracy of measurements techniques supporting QoS in packet-based
intranet and extranet VPNs. IEE
Proceedings - Communications Special Edition: VPNs and Broadband Technologies,
Timotijevic, T. and
Schormans, J.A. 2003. Bandwidth overhead of probe technology guaranteeing QoS
in packet networks. IEE Electronic Letters, 39(10), 816-818
Timotijevic, T. and Schormans, J.A.
2000. ATM Level Performance Analysis
on a DS-CDMA Satellite Link using DTX. IEE Proceedings - Communications, 147(1), 47-56
Timotijevic, T. and Schormans, J.A. Bandwidth overhead of
measurement technology used for guaranteeing QoS in packet networks. International
Network Optimization Conference (INOC), October 27-29, 2003, Paris, France, 551
and Timotijevic, T. 2003. Evaluating the accuracy of active
measurement of delay and loss in packet networks. In: 6th IFIP/IEEE Conf. on Management of Multimedia Networks and Services
(MMNS), Sept. 2003, Belfast. In: A. Marshall and N. Agoulmine (Ed.): MMNS 2003, Lecture Notes in Computer
Science 2839, 409–421. © IFIP International Federation for Information
Processing 2003. Springer Berlin/Heidelberg
Dr. Timotijevic is an electronic and biomedical engineer with a career spanning IT, telecommunications and most recently, biomedical engineering, in a variety of roles (researcher, engineer, manager) and sectors (corporate, public, non-for-profit). In 1999 she obtained a PhD in Electronic Engineering from Queen Mary, University of London. Following her PhD Tijana took up a role of Systems Engineer with Bell Labs, an R&D arm of Lucent Technologies, which subsequently became R&D of Avaya Communications. She then moved to Vodafone UK and Vodafone Global, where she worked in technology development and technology strategy in a variety of roles from Principal Engineer to Senior Manager. In 2006 Dr. Timotijevic decided to return to academia to pursue a career in academic research and teaching. She completed an MSc in Biomedical Engineering at the University of Surrey (Distinction, 2007), where she worked as a visiting researcher for a year in the area of advanced technologies for motor rehabilitation. In 2008 she joined the School of Electronic Engineering and Computer Science at Queen Mary, University of London, initially as a project manager of the EPSRC-funded multi-disciplinary research-facilitation project Bridging the Gaps (PI = Dr. John Schormans), and later as a research fellow and a grant writer, before becoming a lecturer.