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  2. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2005-06/weekly/6041/15.html
    28 Jan 2022: p. 3B4. Electric drive systems. L2. p. 3B5. Semiconductor engineering. M6. ... 3F5. Computer and network systems. M2. 3B3. Switch-mode electronics. 3D3. Structural materials and design.
  3. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2005-06/weekly/6012/13.html
    28 Jan 2022: The structure of the merged Department would consist of four informal divisions: Developmental, Neuroscience, Systems, and Cellular, reflecting the integrative nature of the Department's research. ... At the systems level, whilst there is a strong
  4. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2005-06/weekly/6046/22.html
    28 Jan 2022: 417. Physiology, Development, and Neuroscience (Neuroscience). 113 117. 419. Zoology (Behaviour - M4, M5, L2, L3). ... 109. Motor systems (Physiology, Development, and Neuroscience). 111. Central mechanisms of sensation (Physiology, Development, and
  5. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2005-06/weekly/6014/13.html
    28 Jan 2022: Regulation 1. Amendments to the list of modules in sub-paragraph (a) have been made, including the addition of a new module entitled 'Computational neuroscience' as set out below. ... 7. Systems biology. 8. Computational neuroscience. 9. Management of
  6. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2006-07/weekly/6051/11.html
    28 Jan 2022: 2 hours). 38. Interacting particle systems. (3 hours). 39. Stochastic Loewner evolutions. ... 2 hours). 73. Computational neuroscience. (2 hours). 74. Systems biology. (2 hours).
  7. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2008-09/weekly/6142/13.html
    28 Jan 2022: 3D5. Water engineering. Monday 27 April. 09.00-10.30. 3B4. Electric drive systems. ... 3D4. Structural analysis and stability. 3G3. Introduction to neuroscience. 14.30-16.00. 4A1.
  8. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2005-06/weekly/6014/16.html
    28 Jan 2022: Interacting particle systems. (3 hours). 38. Mathematics of operational research. (3 hours). ... 85. Bifurcations and instabilities in dissipative systems. (3 hours). 86. Fourier transforms, their generalizations, and the imaging of the brain.
  9. CARES Biannual Newsletter Issue 1, September 2022 Highlights Biannual …

    https://www.cares.cam.ac.uk/wp-content/uploads/2022/09/Issue-1-September-2022.pdf
    5 Sep 2022: Dr Casper Lindberg. Starting an 18-month projectw/ NTU that will use dynamicknowledge graphs forsustainable energy systems.
  10. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2006-07/weekly/6078/15.html
    28 Jan 2022: M11. p. 3G2. Physiological systems. L3. p. 3G3. Introduction to neuroscience. ... 3F4. Data transmission. M5. 3C1. Materials processing and design. 3F1. Signals and systems.
  11. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2008-09/weekly/6151/11.html
    28 Jan 2022: L4. p. 3F5. Computer and network systems. M1. p. 3F6. Software engineering and design. ... 3F5. Computer and network systems. M2. 3B3. Switch-mode electronics. 3D3. Structural materials and design.

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