About the role
Build practical knowledge across genetic engineering, molecular biology, bioinformatics and AI-driven biotechnology applications through a structured, project-oriented internship.
- Live Internship & Structured Project Work
- Genetic Engineering + AI Applications
- Certificate & Performance-Based LOR Eligibility
- Mentor Guidance & Practical Assignments
- 100% Online & Remote
- Flexible 1–6 Month Internship Options
Why Genetic Engineering + AI?
Modern Genetic Engineering
Explore DNA, RNA, cloning, PCR, sequencing and gene analysis.
AI in Biotechnology
Understand how AI and computational methods support biological research.
Research-Oriented Projects
Work through structured case studies, analysis and project assignments.
Career Portfolio
Build evidence of your biotechnology and computational skills.
About The Internship
Build the Skills Behind the Next Generation of Biotechnology
The Genetic Engineering with AI Internship by The Nexora Group is designed for students and aspiring researchers who want to understand modern genetic engineering while exploring the role of artificial intelligence, computational biology and bioinformatics.
The internship covers fundamental molecular biology concepts, genetic engineering workflows, DNA/RNA analysis, CRISPR concepts, cloning, PCR, sequencing, bioinformatics and AI applications.
What You Will Experience
Structured Learning
Progressive modules from fundamentals to project implementation.
AI Applications
Explore computational and AI approaches used in biotechnology.
Project Experience
Apply your knowledge through major, minor and practice projects.
Career Documentation
Build project evidence for your academic and career portfolio.
Internship Highlights
More Than Just a Certificate
Build practical knowledge, project evidence and career-ready skills in genetic engineering and AI-enabled biotechnology.
Genetic Engineering
Learn genetic engineering concepts, recombinant DNA, cloning and genome analysis.
AI in Biotechnology
Explore computational approaches and AI applications for biological research.
Research Projects
Complete structured projects involving genetic data, sequence analysis and research workflows.
Mentor Guidance
Receive guidance, project feedback and structured learning support.
Internship Certificate
Receive applicable internship completion documentation after meeting program requirements.
LOR Eligibility
Eligible candidates may receive a Letter of Recommendation based on performance.
Online & Remote
Participate remotely with flexible learning and project completion schedules.
Portfolio Projects
Build documented evidence of your work for your academic and professional portfolio.
Skills You Will Learn
Genetic Engineering + AI Skill Stack
Build interdisciplinary knowledge across molecular biology, genetic engineering, bioinformatics and AI.
Molecular Biology
- DNA & RNA fundamentals
- DNA isolation concepts
- PCR techniques
- Gel electrophoresis
- Gene expression
- Mutation concepts
Genetic Engineering
- Recombinant DNA technology
- Gene cloning
- Plasmid concepts
- Restriction digestion
- Ligation concepts
- Genome editing
AI for Biotechnology
- AI fundamentals
- Machine learning concepts
- Biological data analysis
- AI-assisted research workflows
- Pattern recognition
- Research automation concepts
Bioinformatics
- NCBI & GenBank
- BLAST analysis
- FASTA sequences
- Sequence alignment
- Genome databases
- Phylogenetic analysis
Computational Tools
- Python fundamentals
- Jupyter Notebook
- Pandas
- Data processing
- Data visualization
- Basic statistical analysis
Research Skills
- Scientific literature analysis
- Research documentation
- Experimental planning concepts
- Biological data interpretation
- Scientific reporting
- Project presentation
Complete Internship Curriculum
56 Modules From Fundamentals to Projects
A structured curriculum covering genetic engineering, molecular biology, bioinformatics, AI and project development.
Introduction to Genetic Engineering
Foundations and applications.
Genetic Engineering Career Pathways
Industry and research opportunities.
Cell Biology Fundamentals
Cells, organelles and biological systems.
DNA Structure & Function
DNA organization and replication.
RNA Biology
RNA types and biological roles.
Gene Expression
Transcription and translation.
DNA Isolation Concepts
Principles of DNA extraction.
PCR Fundamentals
Polymerase chain reaction concepts.
Gel Electrophoresis
DNA separation and interpretation.
DNA Sequencing Basics
Sequencing principles and workflows.
Recombinant DNA Technology
Core recombinant DNA concepts.
Restriction Enzymes
Recognition sites and applications.
DNA Ligation
Construct assembly concepts.
Plasmid Biology
Vectors and plasmid design.
Gene Cloning
Cloning workflow and strategy.
Transformation Concepts
Introduction to transformation workflows.
CRISPR Fundamentals
CRISPR-Cas systems overview.
CRISPR-Cas9
Genome editing principles.
Guide RNA Concepts
Targeting and design principles.
Genome Editing Applications
Research and bi