Christoph Sielmann

Christoph Sielmann

Christoph Sielmann

Assistant Professor of Teaching

B.Sc. (UofA), M.A.Sc. (UBC), Ph.D. (UBC), P.Eng.; Member of CEEA, ASEE, IEEE

email: sielmann@mail.ubc.ca
office: CEME 2208G

Teaching Activities

  • MECH 524:  Principles of Mechatronics – Software
  • MECH 525:  Principles of Mechatronics – Instrumentation
  • MANU 386:  Introduction to Industrial Automation
  • MANU 430:  Manufacturing Capstone

Teaching Interests

  • Instrumentation
  • Software
  • Industrial Automation
  • Principles of electrical/electronics engineering
  • Engineering ethics
  • Lab-related courses

Educational Leadership Interests

  • Multi-campus instruction
  • Engineering ethics
  • Decolonization in engineering
  • Technological pedagogical knowledge

Research Interests

  • Instrumentation
  • Nanofabrication technology
  • MEMS
  • Clean energy
  • General artificial intelligence

Selected Publications

  • Sielmann, C., Keulen, C., Hu, S. (2021) Multi-Campus Teaching in a Canadian Engineering Context: Assessing Presence Using the CoI Survey. CEEA Conference.  Charlottetown, PEI.
  • Keulen, C., Sielmann, C. (2021) Experiences with Remote Teaching of Manufacturing Engineering Laboratory and Project Courses. CEEA Conference.  Charlottetown, PEI.
  • Sielmann, C., Valerie, S., Stoeber, B., Walus, K. (2017) Thick Film Electrochemical Growth of Al-Doped Zinc Oxide. Journal of Applied Electrochemistry. 47:85. doi:10.1007/s10800-016-1019-0.
  • Sielmann, C., Siller, V., Walus, K., Stoeber, B. (2016) Acid-Free Electrochemical Etch and Release of Nanoscale Gold Films. Journal of Microelectrochemical Systems. 25:4.  1109/JMEMS.2016.2576924.
  • Sielmann, C., Walus, K., and Stoeber, B. (2015) Zinc exhaustion in ZnO electrodeposition. Thin Solid Films. 592A:76-80. doi:10.1016/j.tsf.2015.08.041.
  • Sielmann, C., Busch, J. R., Walus, K., and Stoeber. B. (2013) Inkjet printed all-polymer flexural plate wave sensors. IEEE Sensors Journal. 13:4005–4013.
  • Sielmann, C., Stoeber, B., and Walus, K.(2013) Implications of a low stiffness substrate in flexural plate wave sensing applications. IEEE Sensors Journal. 14:1583-1590.
  • Berring, J., Sielmann, C., Walus, K., and Stoeber, B. (2013) VOC detection using an all polymer flexural plate wave sensor. IEEE Transducers Conference. Barcelona, Spain. 17:274-277. Oral presentation + conference proceedings, International.
  • Sielmann, C., Stoeber, B., and K. Walus. (2012) Implications of a low stiffness substrate in lamb wave gas sensing applications. IEEE Sensors Conference. Taipei, Taiwan. 11:5-8. Oral presentation + conference proceedings, International.
  • Sielmann, C., Berring, J., Walus, K., and Stoeber, B. (2012) Application of an all-polymer flexural plate wave sensor to polymer/solvent material characterization. IEEE Sensors Conference. Taipei, Taiwan. 11:830-833. Oral presentation + conference proceedings, International.
  • Busch, J. R., Sielmann, C., Man, G., Tsan, D., Walus, K., and Stoeber, B. (2012) Inkjet printed all-polymer flexural plate wave sensors. IEEE MEMS Conference. Paris, France. 25:571-574. Poster presentation, International.

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