Understanding the Field
What Is Insilico Vaccine Design, Reverse Vaccinology & Immunoinformatics?
Insilico Vaccine Design (also called computational vaccinology) is the use of bioinformatics, computational biology, and immunoinformatics tools to design, optimize, and validate vaccine candidates entirely on a computer — before any laboratory work begins. By predicting which parts of a pathogen's proteome will trigger the strongest, most protective immune response, researchers can rationally design vaccines faster, cheaper, and more safely than traditional approaches.
Reverse Vaccinology is the computational paradigm that starts from the genome or proteome of a pathogen and systematically screens all proteins for vaccine candidate potential — evaluating antigenicity, allergenicity, physicochemical properties, and surface exposure to identify the most promising antigens. It was first used to develop the meningococcal B vaccine (Bexsero) and has since become the dominant strategy in modern vaccine development.
Immunoinformatics is the application of computational methods to model immune system interactions — predicting B-cell epitopes, cytotoxic T-lymphocyte (CTL) epitopes, helper T-lymphocyte (HTL) epitopes, and MHC binding affinities to design multi-epitope vaccines with broad population coverage and maximum immunogenicity.
mRNA vaccine design is the cutting-edge extension — using computational tools to design the mRNA sequence encoding the vaccine antigen, including 5' and 3' UTR elements, codon optimization for expression, poly-A tail design, and in silico expression validation — the same technology platform behind COVID-19 mRNA vaccines.
Workshop Dates
18 to 27 April, 2026. Live trainer- Online sessions from 9 PM - 10:30 PM India time +5:30 GMT.
The Complete Workflow
The Insilico Vaccine Design Pipeline — End to End
This workshop teaches every step of the complete computational vaccine design pipeline — from raw pathogen proteome data to a fully designed, validated mRNA vaccine construct ready for experimental follow-up.
Insilico Protein & mRNA Vaccine Design Pipeline
Module 1 → Antigen Selection | Module 2 → Multi-Epitope Protein Vaccine | Module 3 → mRNA Vaccine Design
🧬 M1- Pathogen Proteome → 🔍 M1 Antigenicity Prediction → ⚠️ M1 Allergenicity & Safety → 🧪 M2 B-Cell & T-Cell Epitope Prediction → 🏗️ M2 Multi-Epitope Vaccine Construction → 🔮 M2 3D Structure Prediction → 🤝 M2 Molecular Docking → 🧬 M3 mRNA Sequence Design → ⚙️ M3 Codon Optimization → ✅ M3 In Silico Validation
Why This Workshop Is Unique
The Most Comprehensive Insilico Vaccine Design Training Available
No other online workshop covers the complete pipeline from antigen selection to mRNA vaccine design in a single live-trainer program — making this the definitive computational vaccinology training for the mRNA era.
3 Complete Modules — 1 Integrated Program
- Reverse vaccinology, multi-epitope immunoinformatics vaccine design, and mRNA vaccine design — three distinct disciplines, unified in one progressive 10-day curriculum that no other single workshop delivers.
mRNA Vaccine Design — The Technology of Our Era
- This is one of very few training programs globally to include dedicated, hands-on mRNA vaccine design with codon optimization, UTR design, and in silico cloning — the exact computational methods used in COVID-19 mRNA vaccine research pipelines.
Real Pathogen Datasets Throughout
- All modules use real pathogen proteomes and genomic data — not synthetic examples. The same data types and workflows used in academic vaccine research and pharmaceutical R&D programs worldwide.
No Coding Required — Bioinformatics Tools Only
- All analyses are performed using established bioinformatics web servers and software — no programming experience needed. From Day 1, the expert team guides every tool operation step by step on your own computer.
Program Overview
What This 10-Day Vaccine Design Workshop Covers
A 10-day intensive online training program delivering the complete insilico vaccine design pipeline — from reverse vaccinology and immunoinformatics through multi-epitope protein vaccine design, 3D structure prediction, molecular docking, and mRNA vaccine construction.
⏱️ 90 Mins Live Daily — 10 Days- Ten days of focused, live 90-minute sessions (9–10:30 PM IST) progressing systematically from antigen identification through complete mRNA vaccine design and validation.
🧬 Real Pathogen Proteomes- Work with real pathogen genome and protein datasets throughout — applying the same data and workflows used in published computational vaccine research studies.
🔴 Live BDG Lifesciences Experts- All sessions conducted live — real-time instruction, immediate troubleshooting, and interactive Q&A. No pre-recorded content masquerading as live training.
💉 Full mRNA Vaccine Design Included- Module 3 delivers complete mRNA vaccine design with codon optimization, UTR element design, and in silico expression cloning — skills very few training programs include anywhere.
🎥 Session Recordings Included- All 10 sessions recorded and shared via YouTube after each class— perfect for complex multi-step workflows like 3D structure prediction and molecular docking.
🏅 Certificate with Unique Barcode- A BDG Lifesciences certificate covering all three vaccine design modules — verified with a unique barcode, awarded only on successful task completion, and recognized globally.
10-Day Schedule
Day-by-Day Workshop Schedule
Ten structured daily sessions progressing from reverse vaccinology and antigen selection through immunoinformatics epitope prediction, multi-epitope vaccine construction, 3D structure analysis, molecular docking, and complete mRNA vaccine design. See the image section to view the day by day schedule
System Requirement: Windows, Mac (macOS), or Ubuntu/Linux — any OS with stable internet. All tools are bioinformatics web servers accessible from any computer. Tool installation is guided from Day 1 where needed.
What You Will Achieve
Learning Outcomes After This Workshop
By Day 10, you will have independently executed the complete computational vaccine design pipeline — from antigen selection using reverse vaccinology through a fully designed, structurally validated, and computationally expressed mRNA vaccine candidate.
- Execute Reverse Vaccinology- Retrieve pathogen proteomes, perform subtractive proteomics, and identify vaccine antigen candidates using antigenicity, allergenicity, and physicochemical screening.
- Predict B-Cell & T-Cell Epitopes- Predict linear and conformational B-cell epitopes, MHC class I CTL epitopes, and MHC class II HTL epitopes from vaccine antigen sequences using IEDB tools.
- Design a Multi-Epitope Protein Vaccine- Assemble shortlisted epitopes into a complete multi-epitope vaccine construct with linkers, adjuvant, and full physicochemical and immunogenic validation.
- Predict & Validate 3D Vaccine Structure- Predict the 3D structure of the designed vaccine protein, refine it, and validate structural quality using PROCHECK, ProSA-web, and Ramachandran analysis.
- Perform Molecular Docking- Dock the multi-epitope vaccine against immune receptors (TLR2, TLR4, MHC I and II) to validate predicted binding interactions and immunogenic potential.
- Design a Complete mRNA Vaccine- Design the full mRNA vaccine sequence — codon-optimized ORF, 5' UTR, 3' UTR, poly-A tail — and perform in silico cloning and expression validation.
Training Methodology
How This Workshop Is Delivered
Ten days of structured, expert-led live training — combining real-world case studies, step-by-step demonstrations, and hands-on daily practice for a genuinely immersive computational vaccine design experience.
- Live Step-by-Step Demonstrations- Every tool operation demonstrated live by the expert trainer — real-time screen sharing of the exact steps, parameter settings, and interpretation decisions used in computational vaccine research.
- Real-World Case Studies- All practicals based on real pathogens and real published computational vaccine research workflows — not fabricated examples. Participants work through the same pipeline used in peer-reviewed insilico vaccine papers.
- Daily Hands-On Practice- Every session includes hands-on tool use on each participant's own computer — applying antigenicity prediction, epitope prediction, structure prediction, docking, and mRNA design tools directly on real data.
- Interactive Q&A & Troubleshooting- Live Q&A with the expert trainer throughout every session — any error, unexpected result, or conceptual question addressed in real time during the session, not deferred to asynchronous forums.
- Session Recordings After Each Class- Every session recorded and shared via YouTube after class — so complex multi-step workflows (like 3D structure prediction and molecular docking) can be followed again and again at your own pace.
- Self-Paced Task Completion- Tasks can be completed at any point after each session using the recording — no rigid same-day deadline. Complete the program at the pace that works for your schedule.
Your Instructors
Trained by BDG Lifesciences Expert Team
All sessions are conducted by BDG Lifesciences' expert team of computational biologists, bioinformaticians, and vaccine researchers — with deep expertise across immunoinformatics, reverse vaccinology, and mRNA vaccine design.
All 10 sessions of this workshop are delivered by BDG Lifesciences' specialist team of computational biologists and bioinformaticians with hands-on research expertise in reverse vaccinology, immunoinformatics, multi-epitope vaccine design, 3D structural analysis, molecular docking, and mRNA vaccine construct design.
The expert team brings direct experience with the published immunoinformatics and computational vaccinology research pipeline — using the same tools, databases, and workflows taught in this workshop in their own research. This is not re-packaged theoretical content — it is practice-driven training from practitioners with active experience in the field.
BDG Lifesciences has delivered computational biology and bioinformatics training to 2,000+ participants across 40+ countries since 2010 — consistently rated 4.7/5 by participants worldwide.
Immunoinformatics | Reverse Vaccinology | Epitope Prediction | Protein 3D Structure | Molecular Docking | mRNA Vaccine Design | Codon Optimization | In Silico Cloning
Who Should Attend
This Workshop is Designed For
From bioinformatics students to pharmaceutical R&D scientists — this program delivers the complete insilico vaccine design skill set for anyone working in or moving into computational vaccinology, immunology, or mRNA therapeutics.
🎓 Students & Faculty
- M.Sc. & Ph.D. students in bioinformatics, biotechnology, immunology & microbiology
- Researchers working on vaccine design or immunoinformatics projects
- Life sciences and computational biology students seeking vaccine research skills
- Medical and pharmacy students interested in vaccine science
- Students preparing insilico vaccine design thesis or research publications
🏭 Industry & Pharma Professionals
- Bioinformaticians in biotech and pharmaceutical vaccine R&D
- Scientists at vaccine development companies seeking computational skills
- CRO professionals working on computational drug and vaccine discovery
- mRNA therapeutics researchers and biotech industry professionals
- Anyone curious about cutting-edge computational vaccine design
🏥 Healthcare & Medical Professionals
- Clinicians and medical researchers interested in computational vaccinology
- Immunologists wanting bioinformatics vaccine design skills
- Public health professionals working on infectious disease prevention
- Veterinary researchers interested in insilico animal vaccine design
No prior bioinformatics, immunology, or coding experience required. This workshop begins from first principles — introducing reverse vaccinology, immunoinformatics, and mRNA vaccine design concepts from scratch before every hands-on practical session.
Career Impact
How This Workshop Advances Your Career
Computational vaccinology, immunoinformatics, and mRNA vaccine design are among the most rapidly growing specializations in pharmaceutical research, academic immunology, and global health biotechnology.
- Vaccine Research & Development Roles- Computational vaccine design skills are increasingly expected in academic and pharmaceutical vaccine development positions — this workshop provides the exact pipeline proficiency employers look for in computational vaccinology roles.
- mRNA Therapeutics Industry- mRNA vaccine design and codon optimization are core technical skills for roles in the rapidly expanding mRNA therapeutics sector — covering vaccines, cancer immunotherapy, and rare disease treatments using mRNA platforms.
- Academic Immunology Research- Immunoinformatics and reverse vaccinology skills enable researchers to publish computational vaccine design papers — a growing category in peer-reviewed immunology and vaccine research journals worldwide.
- Pharmaceutical Bioinformatics- Bioinformaticians with computational vaccine design skills are highly valued at pharmaceutical companies, CROs, and biotech firms working on infectious disease, oncology, and personalized medicine programs.
- Infectious Disease Research- Reverse vaccinology and immunoinformatics are essential skills for rapidly designing vaccine candidates against emerging infectious disease threats — the exact approach applied computationally during the early COVID-19 pandemic response.
- Research Publications & Thesis Work- The insilico vaccine design pipeline taught in this workshop directly produces the results needed for a published computational vaccine research paper — applicable to thesis work, journal publications, and conference presentations.
Why Choose Us
Why Choose BDG Lifesciences for Transcriptomics Training?
Since 2010, BDG Lifesciences has delivered practical, expert-led bioinformatics and computational biology training to 2,000+ participants across 40+ countries — with a consistent 4.7/5 rating and a global reputation for research-quality training.
✓ 3 Complete Modules in 1 Program- Reverse vaccinology, immunoinformatics multi-epitope vaccine design, and mRNA vaccine design — three disciplines rarely taught together — delivered in one progressive 10-day intensive by experts in all three.
✓ Real Research-Grade Workflows- All practical applications use real pathogen data and the same published pipeline used in peer-reviewed insilico vaccine design papers — not simplified demonstrations designed merely for illustration.
✓ No Coding Required — Accessible to All- All analyses use established bioinformatics web servers and GUI tools — no programming experience needed. The expert team guides every tool step from Day 1, making the program genuinely accessible regardless of computational background.
✓ Comprehensive Certificate — Both Programs Covered- A verified BDG Lifesciences certificate covering all three vaccine design modules — with a unique barcode for independent verification, awarded only on successful task completion, and recognized globally in academia and industry.
Registration Fee
Simple, Transparent Pricing
One fee for all participants. No hidden charges. Includes live sessions, session recordings, and completion certificate.
Participants in India
₹ 8629 Indian Rupees — same for all Indian participants | Register Now →
Global (Participants Outside India)
$ 92 US Dollars — same for all international participants | Register Now →
Registration is non-refundable and non-transferable. Please read the full T&C below before registering.
FAQs
Frequently Asked Questions
Everything you need to know about the Insilico Protein & mRNA Vaccine Design workshop.
What is reverse vaccinology and why is it important? Reverse vaccinology is the computational approach to vaccine development that starts from a pathogen's genome or proteome and uses bioinformatics tools to systematically identify and evaluate vaccine antigen candidates — before any laboratory work begins. It was pioneered in the development of the meningococcal B vaccine (Bexsero) and has since become the dominant strategy in modern vaccine research. Reverse vaccinology dramatically accelerates vaccine discovery, reduces cost, and allows rapid response to emerging pathogens — making it one of the most important skills in contemporary immunology and vaccine research.
What is immunoinformatics and what tools does it use? Immunoinformatics is the application of computational methods to study immune system interactions — specifically predicting which peptide regions of a pathogen protein will be recognized by the immune system (epitopes) and will trigger protective immune responses. Key tools include the Immune Epitope Database (IEDB) for B-cell and T-cell epitope prediction, NetMHCpan for MHC class I (CTL) epitope binding, NetMHCIIpan for MHC class II (HTL) epitope binding, and population coverage analysis tools for evaluating the global HLA allele reach of a designed vaccine. This workshop provides hands-on training with all of these core immunoinformatics tools.
How is mRNA vaccine design done computationally? Computational mRNA vaccine design involves using bioinformatics tools to design the mRNA sequence that encodes the vaccine antigen — starting from the protein sequence of the multi-epitope vaccine construct and performing: (1) reverse translation from amino acid to nucleotide sequence, (2) codon optimization to replace rare codons with high-frequency alternatives for efficient translation in the target host, (3) 5' UTR design for optimal ribosome binding, (4) 3' UTR design for mRNA stability, (5) poly-A tail optimization, and (6) in silico cloning into an expression vector. This entire workflow is performed computationally — without any wet lab steps — using established bioinformatics tools and servers, as taught in Module 3 of this workshop.
Do I need prior bioinformatics or coding experience? No. This workshop requires no prior bioinformatics experience and no programming skills. All analyses are performed using established bioinformatics web servers and software with graphical interfaces — accessible from any computer via a web browser. Module 1 introduces reverse vaccinology from scratch, Module 2 introduces immunoinformatics from first principles, and Module 3 introduces mRNA vaccine design as a new topic. The expert team provides step-by-step live guidance throughout every session.
Can I publish research based on the skills learned in this workshop? Yes — and many participants do. The insilico vaccine design pipeline taught in this workshop (reverse vaccinology → epitope prediction → multi-epitope vaccine construction → 3D structure prediction → molecular docking → mRNA design) directly produces the results needed for a published computational vaccine design paper. This type of study is a well-established and growing category in peer-reviewed immunology, vaccine, and bioinformatics journals. Participants who complete all three modules will have executed the full pipeline needed for a research publication or thesis chapter in computational vaccinology.
What is the difference between Module 2 (protein vaccine) and Module 3 (mRNA vaccine)? Module 2 designs a multi-epitope protein subunit vaccine — a vaccine where a protein construct made up of selected epitopes is the active immunogen. This protein vaccine is validated through 3D structure prediction and molecular docking with immune receptors. Module 3 then takes the same vaccine antigen sequence and converts it into an mRNA vaccine — designing the mRNA molecule that, when delivered to human cells, will cause the cells to produce that antigen protein and trigger an immune response. Module 3 adds the mRNA-specific computational steps: codon optimization, UTR design, poly-A tail optimization, and in silico cloning — reflecting the same computational pipeline used in published mRNA vaccine research.
Are sessions recorded and how are they shared? Yes. All 10 live sessions are recorded and shared via YouTube at the end of each session — accessible using the Gmail ID you provide during registration. Recordings can be accessed for self-paced revision. If you miss any session, you can complete all corresponding tasks by following the recording of that session — the program is fully self-paced for task completion.
How is the completion certificate awarded and can it be verified? The BDG Lifesciences certificate is awarded by email (softcopy) upon successful completion of all practical tasks assigned across the 10-day workshop. The certificate carries a unique barcode for independent third-party verification. It is delivered as a digital file suitable for printing on heavy cardstock or photo paper. The certificate name exactly matches the details submitted during registration — so please ensure your name is entered correctly when registering.
Registration
How To Register
Secure your spot in 3 simple steps — seats are limited for each batch.
1️⃣ Click Register Now- Click the Register Now button and select number of tickets you want to buy..
2️⃣ Check Your Confirmation Email- After successful payment, check your email for a confirmation with registration details and next steps.
3️⃣ Receive Your Zoom Link- Once registration closes, you'll receive the Zoom meeting link and be added to the workshop WhatsApp group.
📧 Need help? Email us at workshops@bdglifesciences.com or chat with our AI Assistant George at bdglifesciences.com
T & C
- For this event the Fee is same for all participants which is $ 92 US equivalent to 8629 Indian Rupees.
- Please provide a GMAIL ID for registration as the recorded video session will be provided on YouTube. Kindly provide that email ID by which you use YouTube.
- Video recording of each session will be provided at the end of the session to give the user a unique learning experience.
- Interactive training sessions will be conducted on Google Meet/Zoom so to give users a better learning experience.
- As it is with a LIVE TRAINER hence practical application, i.e., the experiments/tasks to be performed can be done in the best explainable manner.
- In this Online Workshop, there will be a LIVE trainer who will solve queries along with training.
- The program is SELF-PACED. After each session video of that particular session will be shared with you so you can go through as many times as you want and perfect yourself in the topics & tasks.
- If you miss any session then NO PROBLEM you can still perform the tasks by going through the video of that particular session.
- Make sure you register under the right category. If you register under the wrong category then your registration will be invalid and NO REFUND WILL BE MADE IN THIS CASE. This is your mistake and the company is not responsible for it.
- To avoid this do read the description of the ticket before selecting and proceeding with payment.
- You need to upload your professional ID which can be your Student ID Card or Research Institute ID Card or Company ID Card. DO NOT UPLOAD EXPIRED ID OR ANY GOVERNMENT ID LIKE AADHAR, PAN, you have to upload professional ID.
- If you are currently not employed or not studying, you may upload the professional ID from your previous affiliation (degree or company), provided you are registering under the correct category. If you are in India, or will be in India at the time of the workshop or training or research project, your category will be Participants in India, and you can upload any valid ID (including one from your previous affiliation). If, at the time of the workshop or training or research project, you are not in India, your category will be Participants outside India, and you can upload any valid ID.
- After registration, you will join the workshop's WhatsApp group. If you have registered in the "Participants in India" category, you must join using an Indian phone number only.
- The certificate will be issued as per the details which you provide in the registration form while registering before payment.
- Once you register relax we will send you the meeting link after the workshop registration gets over.
- We want to make sure that you learn properly hence the training certificate will be given ONLY on successful completion of all the tasks given by the trainer.
- The certificates of all our Online programs are sent by email(softcopy) which has a unique barcode. You can take a print of that on heavy cardstock or photo paper and get it laminated if required.
- The registration is NON-REFUNDABLE and NON-TRANSFERABLE.
- BDG Lifesciences reserves the right of admission in all our programs.
- If you are removed or your registration is canceled then there will be no answer to that. We have our own reasons for such an act of ours
- If we do not wish to give this workshop to any participant then we will refund their amount.
- You should also read the Terms & Conditions page as well as the FAQs page. For any assistance kindly chat with our AI Assistant George on the website www.bdglifesciences.com.
BDG LifeSciences
BDG LifeSciences is a distinguished bioinformatics company established in 2010 and operates globally. Headquartered in India, the company specializes in facilitating workshops, training programs, novel and innovative research projects, and online courses in bioinformatics and life sciences. BDG LifeSciences is registered under the Ministry of MSME (Micro, Small, and Medium Enterprises), Government of India, with the registration number UDYAM-UP-01-0019151. In January 2024, BDG LifeSciences, India, has authorized BBR Group Pty Ltd., Australia (ACN 608 550 849), to operate its programs in Australia and New Zealand.
With a strong focus on the practical application of technology, BDG LifeSciences provides hands-on training where participants work on their own computers/laptops using specialized software and servers. The company has been a leader in this sector for the last 16 years, successfully educating a diverse range of participants, including students, scientists, faculty members, professors, and corporate executives worldwide.
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