Location N21-2016
Academic Staff in charge Prof. Seng Peng MOK, Greta
Technician Pedro Antonio MOU
Telephone (853) 8822-2784
Open Access Reservation Period Monday: 9:00 – 13:00, 14:30 – 18:30
Laboratory Website https://big.fst.um.edu.mo/


  • To pursue world-class biomedical imaging research
  • To provide rigorous training to undergraduate and graduate students for further advance study and biomedical imaging industry
  • To foster national/international biomedical imaging research collaborations
  • To promote biomedical imaging in Macau/Greater Bay Area
  • To facilitate technology transfer in lab inventions


  1. GE Infinia II 3/8 Hawkeye SPECT/CT scanner
  2. 108 CPU cores high performance computing cluster
  3. 1 workstation with Nvidia C1060 Tesla 240 core GPU
  4. 9 windows workstations (PC)
  5. 1 workstation with 2 Intel® Xeon® Gold 5217 Processors and 32GB DDR4 2666 ECC RDIMM
  6. Data Spectrum emission tomography phantoms
    • Anthropomorphic torso phantom with cardiac insert
    • Standard Jaszczak Phantom (ECT/STD/P) with solid sphere sets
    • Mini Deluxe Phantom: ECT/DLX/MP
    • Mini Deluxe Cold Rod Insert: ECT/DLX-MP/I
    • Micro Deluxe Phantom: ECT/DLX/MMP
    • Micro Deluxe Cold Rod Insert: ECT/DLX-MMP/I
  7. Spirometer
  8. Active Breathing Controller (ABC) prototype
  9. GM detector w/ external pancake probe
  10. QUASAR (TM) programmable respiratory motion platform
  11. Centre Process System with AcqKnowledge software: MP150
  12. Respiration transducer(Belt): TSD 201
  13. Respiration amplifier: RSP100C
  14. Gating triggers: DTU300
  15. Software
    • Matlab
    • 4D extended cardiac-torso (XCAT) phantom
    • NCAT brain phantom
    • XCAT phantom CT projector
  16. Adaptive multi-pinhole collimator set (cardiac, brain and rat)

Courses supported

1. ECEN7024 Medical Imaging Systems
2. ECEN8001 Advanced Topics in Electrical and Computer Engineering
3. ECEN8999 Doctoral Thesis
4. ECEN7999 Academic Thesis
5. ECEN3002 Electrical and Computer Engineering Seminars
6. ECEN4005 Introduction to Biomedical Imaging
7. ECEN4000 Graduation Project I
8. ECEN4001 Graduation Project II