60%
of the physical inputs to the global economy could, in principle, be produced biologically.
All future industries
Future Industries · Domain 02
Biology has become an engineering discipline.
We train the specialists this industry hires and upskill the scientists you already have — from molecular biology to gene editing, bioprocessing and drug discovery.
The directions
- Cell & Molecular Biology
- Biochemistry
- Genetics & Genomics
- Microbiology
- Bioinformatics & Computational Biology
- Genetic Engineering & Synthetic Biology
- Bioprocessing & Biomanufacturing
- Drug Discovery & Pharmaceutical Biotechnology
- Agricultural & Food Biotechnology
- Industrial Biotechnology & Bioeconomy
- 10training directions
- 5min per lesson
- 60%of physical inputs could be made biologically
01 · Why this domain
The science is ready. The workforce is the bottleneck.
Three numbers from McKinsey Global Institute and the US Bureau of Labor Statistics — on what biology can now make, and who is left to make it.
45%
of the current global disease burden could be addressed with science that is conceivable today.
9%
projected growth in US employment of medical scientists, 2024–2034 — much faster than the average occupation.
02 · The directions
Every biotech role on your roadmap, covered.
From fundamentals to advanced, lab-ready work — scoped with you around the roles you need filled.
Cell & Molecular Biology
Cells, DNA, RNA and proteins: gene expression, signaling and the processes that run a living cell.
Biochemistry
Biomolecules, enzymes and metabolism — proteins, lipids and carbohydrates, the chemistry of living systems.
Genetics & Genomics
Inheritance, mutations, sequencing, the human genome, population genetics and genomic medicine.
Microbiology
Bacteria, viruses, fungi and microbiomes — infection, and microbes put to industrial work.
Bioinformatics & Computational Biology
Reading genomes, sequences and proteins at scale: biological data and computational modeling.
Genetic Engineering & Synthetic Biology
Recombinant DNA, CRISPR and gene editing, genetic circuits and programmable biological systems.
Bioprocessing & Biomanufacturing
Fermentation, bioreactors and cell culture — carrying a biological process up to production scale.
Drug Discovery & Pharmaceutical Biotechnology
Finding molecules and biological targets, preclinical research, biologics and drug development.
Agricultural & Food Biotechnology
Plant genetics and crop biotechnology, cultivated products, fermentation and food biotech.
Industrial Biotechnology & Bioeconomy
Biofuels, biomaterials, chemicals and enzymes: biological processes replacing traditional manufacturing.
Each direction is a full program, not a course catalog — sequenced with your scientists and mapped to the roles you hire for.
03 · How we train them
Five minutes a day beats a course nobody finishes.
The engine from our consumer app, set up for your teams: short lessons, practice in every one, and a track that starts at the fundamentals.
Five minutes, not five hours
Lessons fit a stand-up or a commute — training that fits the working day gets done.
Practice, then feedback
Theory alternates with one-tap questions — mistakes show up in the lesson, not on the job.
Habit, not enrollment
Streaks, daily quests and XP bring people back on their own — no reminder emails, no manager asking twice.
Tell us which biotech experts you need.
Send the roles — bioinformatics, process development, gene editing, drug discovery — and we come back with the directions and the timeline.
enterprise@astratrainer.comStart with a pilot on one direction, or build a pipeline across all ten domains.