IIT JAM Biotechnology study plan

Build a one-page syllabus map of the BT section, listing every official topic area and marking each as strong, shaky, or unknown after a self-diagnostic.

Solve one full-length past paper untimed to establish a baseline score and log every wrong answer by topic.

Rewrite the central dogma (replication, transcription, translation) from memory, then correct gaps against a standard textbook.

Define and contrast the major biomolecule classes (carbohydrates, lipids, proteins, nucleic acids) with one structural and one functional example each.

Derive and apply Michaelis-Menten kinetics, including Km, Vmax, kcat, and inhibition types, to numerical problems.

Explain glycolysis, the TCA cycle, and oxidative phosphorylation step by step, naming key enzymes and regulation points.

Compute energy yield and ATP accounting for glucose oxidation under aerobic and anaerobic conditions.

Practice 20 numerical problems on enzyme kinetics and bioenergetics under timed conditions.

Describe bacterial and eukaryotic genome organization, DNA packaging, and the classes of repetitive DNA.

Explain DNA replication, repair, and recombination mechanisms and predict the consequence of a defect in each pathway.

Outline transcription and RNA processing in prokaryotes versus eukaryotes, including operon-level regulation.

Summarize translation, the genetic code, and the effect of point, frameshift, and nonsense mutations.

Map the major cell organelles to their functions and describe the secretory and endocytic pathways.

Explain the cell cycle, mitosis, meiosis, and the checkpoints that regulate them.

Compare signal transduction routes (GPCR, receptor tyrosine kinase, ion channel) and their second messengers.

Solve a half-length timed sectional test on molecular biology and cell biology.

Outline microbial classification, growth kinetics, and the effect of physical and chemical factors on growth.

Describe sterilization and disinfection methods and select the correct method for a given material.

Explain the principles and steps of recombinant DNA technology, including restriction enzymes, vectors, and transformation.

Summarize PCR variants, blotting techniques, and sequencing methods with their applications.

Explain the immune system's innate and adaptive branches, antibody structure, and antigen-antibody interactions.

Describe immunoassays (ELISA, Western blot, immunodiffusion) and match each to an application.

Outline plant tissue culture, animal cell culture, and the basic principles of fermentation and bioreactor operation.

Apply Mendelian genetics, linkage, and population genetics to solve 15 genetics numericals.

Revise the full syllabus through spaced repetition, re-solving every item in the error log.

Take two full-length timed mock tests under exam conditions and record section-wise timing.

Identify the three weakest topics from mock results and rebuild each from first principles.

Memorize key numerical constants, unit conversions, and standard values used in BT calculations.

Consolidate weak topics identified in week 7 using targeted practice sets and short self-quizzes.

Re-solve the entire error log and confirm every item is now correct without notes.

Practice exam-day strategy: question sequencing, time per mark, and when to skip.

Run one final full-length mock and review it the same day.