R&D Activites and deadlines#


This is just a simple memory notebook for myself. Regarding the research and work in details, please contact me by email or phone.

In addition, I also would like to share some examples of research investigattions with public sharing codes.


Work duties during autumn 2023#

Busy period in the upcoming 1-3 months for Project reports, Teching materials, Proposal and Paper writings…

  1. Lighouse project report (EMMS) [2023-10-31]

  2. Master thesis proposals T1-FOWT; T2-ship maneuverability

  3. TAP & SE conference (Post and Pitch)

  4. Research on maneuverability of different ship types [2023-10-31]

  5. Research on ship resistances ML modelling [2023-10-31]

  6. Course website

  7. Review and modification of two papers

  8. Code for AIS data and sea maps

  9. Fleet management ideas

  10. Test ML for weather forecast

  11. Travel costs

Work duties before 2023#

Remind myself activities that should be completed in the upcoming 1-3 months

  1. Development of the MSc course MMS190 - Methods of risk and reliability analysis

  2. Further development of the PhD course FMMS050 - machine learning to engineering mechanics

  3. Professor evaluation [2021-11]

  4. Paper on SPDE wave modelling Not relevant!

  5. Code on tensorflow and ARIMA time series

  6. Code on stationary sea states

  7. Presentation on EcoSail project [2021-10-25]

  8. Collecting data for Vattenfall project

  9. Collecting AIS data for Chalmers project

  10. Workshop for batteries

  11. Paper for HydroPower conference

  12. Data analysis for ships at hand

  13. STINT finalization

  14. Investigation of ML + CFD

  15. Zero emission shipping presentation [2021-11-27]

  16. MSS workshop abstract submission

  17. E-Nav training platform

  18. Master Thesis work

Major projectdeliverables#

EcoSail project#

  • Completed on 2021-10-30

  • Project GA meeting in Cyprus 2021-10-15

  • At least two presentations

  • One demo for EcoSail Training simulator

E-Nav project#

  • Update the E-Nav training platform (can be done together with the USV platform)

  • Dynamic performance prediction (upcoming papers must acknowledge the E-Nav project)

  • Validation of models for measurement from more ships

Vattenfall project#

  • Implement RNN algorithm/method for high-frequency time series prediction (Urgent!!)

  • Arrange a meeting with Vattenfall to ensure the data access

  • Plan 1/2 papers from the project duties

VIA KAIZEN project#

  • Paper on machine learning benchmark

  • Paper on senstivity of voyage optimizations

  • CPP & VPP

  • Fixed RPM/Power/speed configuration

DEMOPS project#

  • Thrust optimization

  • Utilization of electric power

  • Route vs Energy consumption