Cell & Gene Therapy with AI Internship
Build practical knowledge at the intersection of cell therapy, gene therapy, artificial intelligence, bioinformatics and biotechnology. Work through structured learning modules, computational projects and industry-oriented internship activities.
Cell & Gene Therapy
Understand modern therapeutic approaches and biotechnology workflows.
AI Integration
Explore how AI and computational methods support biotechnology.
Practical Projects
Build project evidence through structured internship activities.
Career Documentation
Eligible interns can receive applicable internship documentation.
Learn Cell & Gene Therapy in the Age of AI
A structured internship for students interested in biotechnology, biomedical sciences, genetics, bioinformatics, AI and computational approaches to modern life-science research.
🧬 What You'll Explore
This internship introduces students to the scientific concepts, computational workflows and emerging technologies surrounding cell and gene therapy.
- ✓ Cell biology and therapeutic concepts
- ✓ Genetics and molecular biology
- ✓ Gene therapy concepts
- ✓ AI applications in biotechnology
- ✓ Bioinformatics and computational analysis
- ✓ Data-driven biomedical research
🤖 Why Add AI?
Artificial intelligence is increasingly being explored for biological data analysis, research workflows, prediction, pattern recognition and computational decision support.
- ✓ Biological dataset analysis
- ✓ AI-assisted research workflows
- ✓ Machine learning concepts for life sciences
- ✓ Computational genomics
- ✓ Research documentation
- ✓ Portfolio-oriented project work
See What You'll Experience
Watch the internship introduction to understand the learning journey, practical activities, projects and internship experience.
Build Skills Beyond Textbook Learning
Designed to help students connect biotechnology concepts with computational thinking, AI and practical project development.
Modern Biotechnology
Explore concepts connected with cell therapy, gene therapy, molecular biology and regenerative medicine.
AI for Life Sciences
Understand where AI, machine learning and computational methods can support biological research.
Data Analysis
Work with structured biological datasets and develop computational analysis skills.
Project Experience
Complete practical projects designed to create demonstrable evidence of your learning.
Portfolio Development
Organize project work, documentation and outcomes into career-oriented evidence.
Career Readiness
Build interdisciplinary exposure for future study, research and biotechnology-oriented career pathways.
56 Modules in Cell & Gene Therapy with AI
Explore a structured interdisciplinary curriculum covering biotechnology, genetics, cell therapy, gene therapy, AI, bioinformatics, research workflows and project development.
Introduction to Cell & Gene Therapy
Foundations, terminology and modern applications.
Biology of the Cell
Cell structure, functions and biological organization.
Molecular Biology Fundamentals
DNA, RNA, proteins and molecular processes.
Genetics Fundamentals
Genes, genomes, inheritance and genetic variation.
DNA Structure & Replication
Core mechanisms behind genetic information.
RNA & Gene Expression
Transcription, translation and regulation.
Genomic Technologies
Overview of technologies used in modern genomics.
Introduction to Gene Therapy
Concepts, approaches and therapeutic objectives.
Gene Delivery Concepts
Understanding delivery strategies and biological considerations.
Viral & Non-Viral Systems
High-level overview of delivery technologies.
Cell Therapy Fundamentals
Principles and applications of therapeutic cells.
Stem Cell Biology
Stem-cell concepts and differentiation.
Regenerative Medicine
Cell-based approaches and regenerative concepts.
Immunology for Cell Therapy
Immune responses relevant to therapeutic applications.
CAR-T Therapy Concepts
Introduction to engineered cellular therapies.
Personalized Medicine
Patient-specific approaches and data-driven healthcare.
AI in Biotechnology
How artificial intelligence is used in life-science workflows.
Machine Learning Fundamentals
Core concepts behind predictive models.
Python for Life Sciences
Programming concepts for biological data workflows.
Python Data Structures
Lists, dictionaries, sets and data handling.
NumPy for Biological Data
Numerical computing and array-based operations.
Pandas for Bioinformatics
Data cleaning, manipulation and analysis.
Data Visualization
Communicating biological data through visual analysis.
Biological Dataset Preparation
Preparing structured data for analysis.
Introduction to Bioinformatics
Computational approaches to biological information.
Sequence Analysis
Computational analysis of biological sequences.
Genome Data Analysis
Working with genome-oriented datasets.
Transcriptomics Concepts
Understanding transcript-level biological data.
Gene Expression Analysis
Interpreting expression datasets computationally.
AI-Assisted Biological Analysis
Exploring AI-assisted approaches to data interpretation.
Machine Learning for Genomics
Applying ML concepts to genomic datasets.
Feature Engineering
Preparing useful computational features.
Model Evaluation
Understanding model performance and validation.
AI for Biomarker Discovery
Exploring computational biomarker workflows.
AI for Drug & Therapy Research
Introduction to computational therapeutic research.
AI-Assisted Research
Using modern AI tools responsibly in research workflows.
Biomedical Data Ethics
Responsible handling and interpretation of data.
Research Documentation
Organizing methods, observations and findings.
Scientific Literature Research
Finding and organizing relevant scientific information.
Scientific Data Interpretation
Turning computational outputs into useful observations.
Research Workflow Design
Creating structured and repeatable workflows.
Computational Project Planning
Planning a practical biotechnology project.
Cell Therapy Data Project
Explore a structured cell-therapy dataset.
Gene Therapy Data Project
Analyze a structured gene-therapy dataset.
Genomic Dataset Project
Build a computational genomic analysis workflow.
Gene Expression Project
Perform practical expression-data analysis.
AI Biotechnology Project
Design an AI-assisted biotechnology workflow.
Computational Research Project
Plan an interdisciplinary computational project.
Project 1 — Cell Therapy Analysis
Develop a structured cell-therapy analysis project.
Project 2 — Gene Therapy Analysis
Develop a gene-therapy computational project.
Project 3 — Biological Dataset
Analyze a real-world-style biological dataset.
Project 4 — AI Prediction Workflow
Create a practical AI-assisted prediction workflow.
Project 5 — Bioinformatics Pipeline
Create a structured computational workflow.
Project Documentation
Document methodology, findings and implementation.
Portfolio Development
Prepare project evidence for your career portfolio.
Final Capstone Internship Project
Complete and present your final interdisciplinary project.
Secure Your Internship Registration
Complete the form to submit your internship application.
Apply Before Today's Deadline
Registration Form
Build Projects You Can Discuss
The internship combines biotechnology concepts with computational and AI-oriented project work.
🧬 Cell Therapy Data Analysis
Explore a structured cell-therapy dataset and create an organized analysis workflow.
🧬 Gene Therapy Research Analysis
Organize gene-therapy information and develop a computational research workflow.
🤖 AI Biotechnology Workflow
Develop an AI-assisted workflow for a life-science research problem.
📊 Biological Dataset Analysis
Clean, explore and visualize a biological dataset using computational methods.
🧬 Genomics Analysis
Work through a structured genomics-oriented computational analysis project.
🚀 Final AI + Biotechnology Project
Combine concepts learned throughout the internship into a structured final project and portfolio evidence.
Complete Your Internship With Career Documentation
Eligible interns who successfully complete applicable internship requirements, activities and assigned work may receive applicable internship documentation from The Nexora Group.
Get Industry-Recognized Certification
Successfully complete the applicable internship requirements and receive eligible internship completion documentation.
Our Students Are Selected In
Build practical skills and project evidence that can strengthen your professional profile and career preparation.
Trusted by Students Building Careers in Life Sciences
“The internship helped me understand how biotechnology concepts can connect with computational analysis and AI. The project work made the learning much more practical.”
Ananya Sharma — India Placed at a Biotechnology Research Company“I enjoyed the combination of cell biology, genetics and AI. The structured modules helped me understand the subject in a much more organized way.”
Rahul Mehta — India Placed at a Life Sciences Company“The computational project experience was especially useful. It gave me something practical to discuss while preparing for further studies.”
Priya Reddy — India Placed at a Biotech Company“The AI component made this internship different from a purely theoretical biotechnology program. I liked the project-oriented structure.”
Emily Carter — USA Placed at a Life Sciences Company“I wanted exposure to computational biology and modern biotechnology. The internship provided a useful interdisciplinary learning experience.”
Michael Johnson — USA Placed at a Biotech Research Company“The structured curriculum and final project helped me connect my academic knowledge with practical research-oriented work.”
Sophia Williams — USA Placed at a Biomedical Technology CompanyReady to Start Your Cell & Gene Therapy Journey?
Complete the registration form below to apply for the Cell & Gene Therapy with AI Internship.
Applications Are Open — Apply Before Today's Deadline
Internship start date and application deadline are updated automatically.
Enroll for Internship →
Registration Form
Your Future in Biotechnology Can Start Here.
Explore cell therapy, gene therapy, AI and computational biology through a structured internship experience designed for students and early-career learners.
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FAQs
To begin, complete the registration form above by entering your name, email ID, and mobile number. Mention if you’re a student or a professional, along with your college or workplace details. You can also pick a convenient start date, and we’ll try our best to match it.
📩 Offer Letter: After we verify your registration, your offer letter will be issued and sent to your email within a few hours or the next morning.
📩 Welcome Package: On your chosen start date, you’ll receive login credentials and step-by-step guidance via email.
In case you have any queries, you can reach out through hr@corporatewebsolutions.in or WhatsApp/call +91-7618025090.
Definitely! Our support team assists with college-required documents such as attendance sheets, evaluation reports, progress updates, and project summaries throughout your program.
If you need to take a leave for any reason, simply email us or drop a WhatsApp message. You don’t have to wait for a response — just inform us and focus on your priority. Once you’re ready, you can easily resume your tasks.
Yes, a laptop or desktop with a good internet connection is mandatory for participating in this program.
Our programs feature pre-recorded video sessions and LIVE sessions both (Hybrid ) to offer maximum flexibility. Everyone — students, professionals, and mentors — can learn at their own pace without schedule conflicts.
Don’t worry there is an AI-powered assistant to help you with all your coding-related queries. Andie can check and debug code, generate new code, and even build entire projects for you.
This feature is exclusively available to registered candidates through their Task Portal.
Since mentors cannot be available 24/7, Andie was developed to bridge the gap. Located at the bottom-left corner of every module, this Full Stack Developer Bot is capable of writing, reviewing, and troubleshooting code anytime, ensuring you get instant solutions to your coding challenges, day or night.
This internship cum training opportunity is designed in such a way as from fresher to a professional anyone can get benefit out of it, The opportunity is divided into 15+ modules, and every Module contains 15-20 small tasks plus 1 project (in the last) based upon what you have learnt in that particular module. The complexity and practicality of your modules and projects will gradually increase, Timing is flexible, schedule yours accordingly. After completing every project given in the modules, Submit within the deadlines.
A major part of this program contains a training part, however we have many projects (2 Major, 15 Minor and many practice projects) and many internal and external resources to sharpen the skills of the candidates. It is a self paced program, Training and internships will go simultaneously. After every Module, there will be a project related to it (may it be a minor, major or practice project)
We have 20+ projects to provide hands on Experience and sharpen the skills of the Interns.
About Paid Projects_
Paid projects will be provided to the interns on two basis
1) The assignments/projects, which all students sends goes directly to our USA team. they evaluate all of them and create a kind of ranking sheet based upon some factors like quality, accuracy, deadline met etc. They keep this list with them for future paid projects.
2) The availability and number of the projects available.
The training is split into 15+ modules, each with 15–20 tasks and one project. As you progress, the complexity grows to ensure steady skill development. Projects must be submitted on time, and you can plan your schedule flexibly.
You’ll work on over 20 projects to build real-world experience.
👉 Paid Project Opportunity: Based on your performance (quality, speed, and accuracy), you may be eligible for paid tasks offered by our USA team, subject to availability.
Anyone interested can join! Basic knowledge of HTML, CSS, or JavaScript is a bonus but not compulsory. Graduates from any stream are welcome. There are no restrictions based on nationality, age, or background.
You decide your working hours! Whether you’re a student or a working professional, you can complete modules at your convenience. Plus, the internship is 100% remote — work from wherever you are most comfortable.
Once enrolled, you’ll have lifetime access to all training content, unless there’s a policy change in the future.
Absolutely! You’ll receive full training material, video tutorials, and 24/7 coding assistance before and during your project work.
Yes, but it depends! Stipends are offered based on your performance, the nature of the project, and USA team evaluations. Stipends typically range from ₹8,000 to ₹18,000 INR ($99 – $219) or higher, depending on project availability.
We actively hire top-performing interns for internal and client roles based on project availability. Additionally, we regularly post openings from our partners so you can apply even after completing the program.
Your certificate will be automatically prepared and scheduled to be emailed around your program completion date. Allow up to 48 extra hours if it falls on a weekend or holiday.
LORs are awarded to exceptional candidates based on strict performance criteria. If you require a LOR for special circumstances like studying abroad, you may also directly request it from HR.
Of course! Although not mandatory, if you find the program valuable, feel free to refer it to friends, classmates, or colleagues who might benefit.
Duration: Choose Your Internship Length —
1, 2, 3, 4, 5, or 6 Months (Online & Remote)
Stipend Given – Check Internship Overview
REGISTRATION FORM
Fill up the Below form to get registered in the program
Skills You Will Gain in Cell & Gene Therapy Internship
By joining our Cell & Gene Therapy Internship, you will gain:
- Fundamentals of cell and gene therapy
- Cell culture and laboratory techniques
- Gene editing and genetic engineering concepts
- Understanding of therapeutic applications
- Real-world biotechnology project experience
- Industry-ready biotech skills
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