Contact details:
10.2017– 01.2021 Bachelor Degree
Cracow University of Technology
Field of study: Industrial and environmental biotechnology
Date of obtaining: 03.02.2021
Topic: Development of new efficient photoinitiating systems dedicated to polymeric materials produced by 3D printing using photopolymerization processes
02.2021– 07.2022 Master Degree
Cracow University of Technology
Field of study: Industrial and environmental analytics
Date of obtaining: 05.07.2021
Topic: Synthesis and investigation of the suitability of carbon dots prepared from citric acid for photopolymerization applications
10.2022– 09.2026 PhD school
Cracow University of Technology
Field of study: Chemical engineering
Topic: Initiating systems for obtaining hydrogels with controlled conductivity and mechanical properties
I am interested in photochemistry and techniques to monitor radical, cationic and hybrid photopolymerisation. My research links to the topic of conductive hydrogels filled with ionic liquids for applications in electronics. I am currently leading the Pearls of Science project focusing on novel photoinitiating systems for 3D printing of materials with controlled conductivity and mechanical properties for biomedical applications.
AWARDS:
Conference of Chemical and Process Engineering, Jachranka 02.06.2019-05.06.2019,
Thesis topic: “Study of the effect of pressure on the emission characteristic of luminescent sensors in polymeric coating materials”
Exhibition scope: international exhibition
Invention title: “New high-performance fluorescent deys for visualizing cell structures using fluorescence or confocal microscopy”
Award: silver medal
Exhibition venue: Bangkok, Thailand Exhibition scope: international exhibition
Invention Title: “Development of New High-Performance Biphelnyl and Terphenyl Derivatives as Versalite Photoredox Photoinitiating Systems and their Applications in Polymer Coating Industry”
Award: Gold Medal
Exhibition venue: Romania, Jessy Exhibition scope: international exhibition
Title of invention: “New highly efficient visible light photoinitiators for photo-curable polymer- based materials in coating printing industry and addictive manufacturing technologies”
Award: silver medal
Exhibition venue: Romania, Jessy Exhibition scope: international exhibition
Title of invention: “Fast- Responsive and Highly Sensitive Molecular Fluorescent Markers for Imaging of Structure in Live- Cell Dynamics and Structure at the Single- Molecule Level”
Award: Gold Medal
Exhibition venue: Romania, Jessy Exhibition scope: international exhibition
Title of invention: “An Ultrasensitive Fluorescence Sensors for the Rapid and Selective Detection of Heavy Metal Ions in Drinking”.
Award; Gold medal
Exhibition venue: Canada, Toronto Exhibition scope: international exhibition
Title of invention: “Beneficial biphenyl and terphenyl derivatives- from the synthesis of new photosensitizers to the production of photocurable printing products, including 1D, 2D and 3D printouts, using UV-A and visible safe light sources”
Award: Gold medal
Exhibition scope: international exhibition
Title of invention: “Novel high-performance non-covalent fluorescent sensors for the detection of biomacromolecules in medical diagnosis”
Award: Gold medal
Exhibition venue: Warsaw
Scope of exhibition: International exhibition
Invention title: ” Development of new photoinitating systems based on stilbene derivatives for photopolymers resins for 3D printing and photocured polymer composites”
Award: bronze medal
organized by the West Pomeranian University of Technology, Szczecin27-28.11.2020, Topic of the paper: ” Preparation of photo-curable polymer composites using light-initiated processes”.
Scholarschips:
Rector’s scholarship from the Cracow University of Technology for 2019/2020
Scholarship of the Minister of Science and Higher Education for 2019/2020
Rector’s scholarship from the Cracow University of Technology for 2020/2021
Scholarship of the Minister of Science and Higher Education for 2020/2021
PATENTS:
Patent application number: P.431041, 2019-09-04
Patent application number: P.431042, 2019-09-04
PROJECTS:
MEiN Pearls of Science
Number: PN/01/0042/2022
Title: “Initiating systems for 3D printing of hydrogels with controlled conductivity and mechanical properties”
Period of implementation: 25.05.2023 – 25.05.2027
Amount of funding: 239 540 PLN
Nature of participation in the project: manager
OPUS
Number: UMO-2021/41/B/ST5/04533
Title: “Emerging strategy design and functionalization of carbon dots as multifunctional, dynamic, green systems photoinitiators and photocatalysts involved in photopolymerisation processes”
Period of implementation: 01.01-2022– 01.01.2026
Amount of funding: 1 363 050 PLN
Nature of participation in the project: contractor
TEAM-TECH
Number: TEAM TECH/2016-2/15
Title: “Molecular design, synthesis and application of photoinitiator-catalysts (PICs) for photopolymerization reactions”
Period of implementation: 01.03.2018 –28.05.2022
Amount of funding: 3 868 900 PLN
Nature of participation in the project: contractor
Tango
Number: TANGO2/340229/NCBR/2017 – NCBiR
Title: “Molecular design, synthesis and application of photoinitiator-catalysts (PICs) for photopolymerization reactions”
Period of implementation: 01.09.2019 – 31.04.2022
Amount of funding: 1 091 999 PLN
Nature of participation in the project: contractor
INTERSHIP
Brno University of Technology, 17-28.03.2023, Czech Republic
Rzeszów University of Technology, 28.12.2023-28.02.2024, Rzeszów
Cracow University of Technology
Faculty of Chemical Engineering and Technology
Laboratory of Photochemistry and Optical Spectroscopy
Warszawska 24
31-155 Cracow
Poland
Joanna Ortyl, Prof., Ph.D., DSc.
tel.: +48 (12) 628 31 36
e-mail: jortyl@pk.edu.pl
Awarded for scientific and research activities that resulted in numerous publications, patents, utility models, invention projects and practical applications and industrial implementations, especially in the field of photochemistry – including photopolymerization processes in polymer systems and photochemical processes taking place in organic molecules. The award is a direct result of the TEAM TECH project co-financed by the Foundation for Polish Science.
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