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Field
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with a focus on complex shoulder girdle and chest wall pathology, alongside additional subspecialty topics. Our research program emphasizes advanced medical technologies, including 3D printing
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of PhD submission* Experience in 3D cancer organoid culture and tumour implantation studies* Experience in functional CRISPR screen* Excellent track record of research as evidenced by publications in
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that explore new 3D chemical space, to AI-guided synthesis, flow automation and direct-to-biology screening. By coupling Bath’s strengths in synthetic chemistry, chemical and structural biology, and advanced
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mitigants 3-D scaffold fabrication using new biomaterials and characterization of the same Design, post-processing, and biomimetic cell culture environments for 3D scaffolds Scalability and reproducibility
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in the development, validation, and optimization of 3D-printed Ship Hull and Connector System. This includes conducting finite element modeling, ship resistance and stability assessments, as
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well as with 3D printing systems (see nano.ceitec.cz). Requirements We are looking for highly motivated researcher with a strong background in electrochemistry and materials with: PhD in chemistry or related
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independent experiments under the guidance of the Lab Head. Perform immunofluorescence analyses and live-cell imaging of 2D and 3D cell culture and co-culture models using a variety of optical imaging
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execution of usability tests; d) Data collection using technologies such as 3D scanning; e) Additive manufacturing technologies. 6. Workplan and objectives to be achieved: Review of the state of the art and
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) Rapid Prototyping (3D printing, Raspberry Pi, FPGA) Electrode patterning and cleanroom fabrication techniques Good team player with strong interpersonal skills Entry level applicants will also be
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and additive manufacturing; • Proficiency in programming; • Proficiency in additive manufacturing-related software, including 3D modelling and path planning; • Ability to integrate sensors (e.g