Basics of 3D Bioprinting and Cell Culture Course
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Basics of 3D Bioprinting and Cell Culture Course
Price
1300 S.R
1300 S.R
Who is this course for?
Undergraduate/graduate students and early-career researchers in life sciences, biomedical engineering, biotechnology, pharmacy, or related fields seeking a practical entry into bioprinting and cell culture.
Duration
3 Days
Location
iGene Medical Training & Research Center
Date
This course runs from October 16th, 2025, to October 18th, 2025
National Day & Group Discounts
A focused, practice-oriented program that blends core theory with guided lab work in 3D bioprinting and cell culture. Designed for students and researchers, the workshop uses interactive lectures, group discussions, and hands-on sessions—plus quick Kahoot checks—to build confident, job-ready skills from day one.
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Principles of cell culture and the research implications of 2D vs 3D.
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Core bioprinting technologies and system components.
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Bioinks/biomaterials: composition, properties, preparation, and selection.
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CAD for bioprinting: design concepts and file preparation.
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Safe lab setup and step-by-step printer operation to fabricate simple structures.
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Troubleshooting: recognizing defects and applying corrective actions.
Undergraduate/graduate students and early-career researchers in life sciences, biomedical engineering, biotechnology, pharmacy, or related fields seeking a practical entry into bioprinting and cell culture.
Day 1 — Introduction to Cell Culture & Bioprinting (4 hours: theory + demo)
Morning
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Welcome and workshop objectives.
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Overview of cell culture (2D vs 3D) and use cases.
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Biomedical applications of 3D printing.
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Bioprinting technologies: inkjet, extrusion, laser-assisted.
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Materials and bioinks: composition, properties, applications.
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Interactive Kahoot review.
Afternoon
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Lab safety and workspace setup for cells, materials, and equipment.
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Bioprinter hardware and software overview.
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Live demonstration on a basic 3D bioprinter.
Day 2 — Bioinks & Design for Bioprinting (4 hours: theory + practice)
Morning
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In-depth biomaterials review and bioink preparation.
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Selection criteria by application (tissue engineering, drug delivery).
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CAD design principles for bioprinting.
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Kahoot on bioinks and design.
Afternoon
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Hands-on: designing a simple 3D model in CAD.
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Practical: preparing cells and bioinks.
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File preparation and printer setup.
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Printing simple structures under instructor guidance.
Day 3 — Printing & Troubleshooting (4 hours: practical)
Morning
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Each participant designs and prints a simple structure.
Afternoon
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Common printing issues and systematic troubleshooting.
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Final Q&A and feedback.