Curriculum vitae

Personal details

Name Łukasz Jankowski E-mail lukasz.jankowski (AT) ippt.pan.pl Address Institute of Fundamental Technological Research ul. Pawińskiego 5b, 02-106 Warsaw, Poland Room 4.32 Phone +48.22.8261281 ext. 428

Education

Work experience

Additional courses and qualifications

Research interests

• Semi-active control of structures
• Adaptive damping of vibrations and adaptive impact absorption (AIA)
• Structural health monitoring (identification of loads and damages)
• Inverse problems in structural mechanics
• Virtual Distortion Method (VDM)
• Numerics, statistical methods, soft-computing, artificial intelligence
• Fibre optics: modeling and simulation, reliability and aging
• Actuarial mathematics

Bibliometric profiles

• Publons & ResearcherID
  
• Scopus
• My citations

Teaching and research guidance

1. Lecture 'Programming, numerics and optimization'
   Ph.D. Courses in IPPT PAN (Smart Technology Expert Courses)
   autumn semesters 2005-2008, spring 2010, autumn 2011, 2013-2016, Spring 2018-2019 (30 hours/semester)
2. Supervision of a Ph.D. thesis
• Blazej Poplawski: Semi-active mitigation of vibrations in frame structures by using structural joints with a controllable ability to transmit moments
  Thesis defended in 2021, November (Institute of Fundamental Technolgical Research, IPPT PAN, Warsaw, Poland)
• Grzegorz Suwała: A nonparametric method for identification of structural mass and stiffness modifications
  Thesis defended in 2015, October (Institute of Fundamental Technolgical Research, IPPT PAN, Warsaw, Poland)
3. Co-supervision of two Ph.D. thesis
• Qingxia Zhang: Identification of dynamic load and structural damage using the Virtual Distortion Method 
• 1st supervisor: Prof. Zhongdong Duan
• Thesis defended in 2010, June (School of Civil Engineering, Harbin Institute of Technology (HIT), Harbin, China)
• Jilin Hou: Model updating based on the Substructure Isolation Method
• 1st supervisor: Prof. Jinping Ou
• Thesis defended in 2010, July (School of Civil Engineering, Harbin Institute of Technology (HIT), Harbin, China)

Membership, awards

• A member of the 
• Scientific Council at IPPT PAN
• Editorial Boards of
• Computer-Aided Civil and Infrastructure Engineering (Wiley)
• Engineering Transactions (IPPT PAN)
• Mathematical Problems in Engineering (Hindawi)
• Mechanical Systems and Signal Processing (Elsevier)
• Structural Control and Health Monitoring (Wiley)
• European Mechanics Society (EUROMECH)
• International Society for Structural and Multidisciplinary Optimization (ISSMO)
• 2014: M.T. Huber Scientific Award of the Fourth Division of Engineering Sciences of the Polish Academy of Sciences (pl. Nagroda Naukowa im. Maksymiliana Tytusa Hubera Wydziału IV Nauk Technicznych PAN)
• 2020,2019,2018: Individual award for management achievments (1st degree), Director of IPPT PAN
• 2019,2017: Individual award for didactic achievments (2nd degree), Director of IPPT PAN
• 2020,2018,2015: Individual awards for scientific achievments (1st/2nd/2nd degree), Director of IPPT PAN

Involvement in European and Polish research projects

• National Science Centre, Project 2020/39/B/ST8/02615 (2021-2025), Reinforcement learning for semi-active structural control and decentralized mitigation of vibrations: development of new algorithms and assessment of of their efficiency (principal investigator)
• National Science Centre, Project 2018/31/B/ST8/03152 (2019-2023), Development and verification of effective methods and algorithms for optimum design of sensor and actuator systems in load-aware structural health monitoring (principal investigator)
• National Science Centre, Project ReConf, 2017/25/B/ST8/01800 (2018-2021), Dynamic structural reconfiguration for structural control: development of new control algorithms and assessment of their efficiency (principal investigator)
• National Science Centre, Project Ad-Damp, 2014/15/B/ST8/04363 (2015-2018), Development and efficiency assessment of new algorithms for identification and modeling of structural damping at the local level and for optimum design and semiactive control of dissipative structures (principal investigator)
  
• National Science Centre, Project AIA, 2012/05/B/ST8/02971 (2013-2015), Foundations of Adaptive Impact Absorption (AIA) and feasibility study of its application to damage reduction in transport collisions
• EU Marie Curie Industry-Academia Partnerships and Pathways (IAPP), Project SMART-NEST, FP7-PEOPLE-2011-IAPP-284995 (2012-2015), Smart Technologies for Transport Safety --- Innovation Cluster Nesting.
• Operational Programme Innovative Economy, Foundation for Polish Science, TEAM Programme, TEAM/2008-1/4 (2009-2012), Smart Technologies for Safety Engineering  SMART and SAFE.
• Operational Programme Innovative Economy, Key Project MONIT, POIG.01.01.02-00-013/08-00 (2009-2012), Health monitoring and lifetime assessment of structures.
• Operational Programme Innovative Economy, Key Project PKAERO, POIG.01.01.02-00015/08-00 (2008-2013), Modern Material Technologies in Aerospace Industry.
• Polish Research Project No PBZ-KBN-105/T10/2003 (2005-2008), DIADYN, Integrated dynamic system of risk assessment, diagnostics and control of structures and technological processes.
• Polish Research Project No PBR - N R03 0012 (2009-2011), ENERGOUDAR, Active control of the electro-mechanical drive systems of machines in unsteady operating conditions by means of actuators with the magneto-rheological fluid.
• EU Specific Targeted Research Project ADLAND, IST-FP6-2002-Aero-1-502793-STREP (2003-2006), Adaptive Landing Gears for Improved Impact Absorption.

Language skills

• native: Polish
• fluent: German, English
• passive: Russian

References