Working on an EPSRC funded project, researching on advanced wireless transmissions technologies for 5G internet of things (IoT), including learning-based algorithms, advanced coding techniques, multi-layer network structures, etc. Cooperation with researchers in different high education and industrial partners to carry out the collaborative research.

Design and teach in postgraduate-level tutorials and workshops, and help in teaching materials development. Beside teaching-related work, experiences of independent supervision of MSc graduates' final projects is accumulated, including guide students to understand the theories, carry out their own researches, weekly meeting and report writing, etc.

Working on an EPSRC funded project, researching on random linear network code and Fountain code design and routing protocol development in wireless sensor networks and internet of things (IoT). Different from conventional cameras, the coding approaches and routing protocols are designed for multi-hop WSNs dealing dynamic vision sensors (DVS) data. Cooperation with researchers in UCL, Kingston University London and industrial partners, including iVision, Samsung, etc., to carry out the research and hardware demonstrations. Numbers of journal publications have been published and being under preparation in IEEE Trans./Letter on Comms, Wireless Comms., and Information Theory.

Postdoc research focused on industrial applicable physical layer network coding design and decoding algorithms in distributed MIMO systems. Optimal binary mapping matrices are selected to resolve singular and non-singular fade states for general QAM modulation schemes with simple detection method. Optimal mapping matrices selection algorithm for different combinations between QAM modulation schemes have been designed. Cooperating with colleagues in the research group, the proposed algorithm is implemented and tested using USRP boards in practical scenarios. Another project is focused on coded constant envelope modulation waveform design and iterative decoding algorithms for VHF narrowband multipath channel circumstances. High spectrum efficiency are achieved by the proposed GFSK waveform, and parameters to achieve optimum bandwidth are designed. Low complexity bit-wise BCJR decoder are designed with the help of Laurent decomposition.

Postdoc research focused on space-time coding techniques in multi-hop cooperative networks, including adaptive optimal code design, decoding algorithms and cooperation protocols. The adaptive optimisation algorithm is implemented on space-time block code schemes, in order to obtain the optimal codes, a feedback link is used and the effect of feedback errors are analysed. Buffers are used at each relay node which allows to store the received symbols if the channel in the next hop is weak.

Working as an officer for Graduate Students’ Association (GSA), University of York. This role involves finance management, strategy planning, risk management, budget making team leading and events organisation. As a principal officer in the GSA, attend meetings with vice presents and other staff in board meeting for university development strategy discussion presenting all graduate students. Organise events and workshops for international students to help them to understand and ease cross-cultural impact.