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Go from zero to your first designed construct and nanomaterial: molecular biology, recombinant DNA, nanoscience, and a bionanotechnology system.
8 modules · 48 lessons
Genetic engineering and nanotechnology foundations, molecular biology foundations, recombinant DNA technology, bioinformatics sequencing and biosafety, a minor project designing a recombinant construct, nanoscience and nanomaterials, characterisation and the bionano interface, and a major project designing a bionanotechnology system.
Kickstart your journey into genetic engineering and nanotechnology with this beginner friendly program from Ucanly, open to life sciences, biotechnology, pharmacy, chemistry, materials, and engineering graduates with school level biology and chemistry as the only prerequisite. This course takes you from core molecular biology to designing a complete bionanotechnology system, with mentor guidance at every step. You will learn recombinant DNA technology including cloning strategy, PCR, and vector design, bioinformatics with BLAST and in silico design tools like SnapGene and Benchling, and biosafety and bioethics frameworks under RCGM and DBT guidelines. In your minor project in week five, you will design a complete recombinant DNA construct with a plasmid design, primer design, cloning strategy, and a biosafety assessment. You will then learn nanoscience, nanomaterial synthesis and characterisation, and the bionano interface including drug delivery and biosensors, before your major project in week eight: a full bionanotechnology system combining a designed genetic construct with a nanoparticle delivery or biosensor system, including a characterisation plan and a safety and ethics analysis. All laboratory work in this program is simulated or in silico, conducted entirely within biosafety and bioethics frameworks, and this program teaches responsible, regulated, and ethical research practice only. It never substitutes for institutional biosafety approval or supervised laboratory training.
Complete this course to earn a verified Ucanly certificate you can add to your profile, share on LinkedIn, and showcase to employers as proof of the skills you've built.
No, all laboratory work in this program is simulated or in silico. Every design exercise is conducted within biosafety and bioethics frameworks, and this program teaches responsible, regulated, and ethical research practice only. It never substitutes for institutional biosafety approval or supervised laboratory training.
No, this course is open to life sciences, biotechnology, pharmacy, chemistry, materials, and engineering graduates, and requires only school level biology and chemistry as a prerequisite.
Yes, your minor project is a complete recombinant DNA design dossier with a fully designed plasmid construct, primer design, cloning strategy, expression plan, and biosafety assessment.
Yes, you will receive a Certificate of Completion from Ucanly once you finish the course, along with MSc and PhD application direction.