Anna University Chennai B.Tech Pharmaceutical Technology: Fees 2026, Course Duration, Dates, Eligibility

Ans. B.Tech Pharmaceutical Technology is an engineering degree that combines chemical engineering with pharmaceutical sciences, covering manufacturing processes, plant operations, and technology-driven drug production. B.Pharm is a pharmacy degree that focuses on clinical pharmacy and drug dispensing. B.Tech graduates are more suited to manufacturing, research, and production-scale operations, while B.Pharm graduates typically pursue retail pharmacy, hospital pharmacy, and clinical roles. The curriculum in B.Tech also includes engineering lab work and process design projects not found in B.Pharm.

Ans. The total programme fee for the 4-year B.Tech Pharmaceutical Technology course is INR 1,38,400, covering all 8 semesters. The first semester has a higher charge of INR 47,200 due to one-time fees collected at the time of joining. Subsequent year fees are INR 30,400 each. Optional hostel accommodation is charged separately at up to INR 78,700 per year.

Ans. Graduates can work in pharmaceutical manufacturing companies, API production units, quality control and assurance departments, and regulatory affairs divisions. Major private pharma companies including Sun Pharma, Cipla, Dr. Reddy’s, and Lupin recruit for production, formulation, and research roles. Graduates may also join government pharmaceutical enterprises or pursue higher studies in M.Tech Pharmaceutical Technology or M.Pharm, which can open doors to teaching and advanced research careers.

Ans. No entrance exam is required. Admission is through TNEA, which ranks candidates based on their Class 12 marks in Physics, Chemistry, and Mathematics, along with applicable weightage factors. Students register on the TNEA portal, receive a rank, and participate in online counselling rounds to choose their preferred college and branch. There is no written test or interview conducted as part of the TNEA process.

Ans. The curriculum covers pharmaceutical chemistry, drug formulation technology, pharmaceutical engineering, pharmacology, bioprocess engineering, and quality control methods. Students also study core chemical engineering subjects including mass transfer, thermodynamics, and reaction kinetics. Industrial training and project work in pharmaceutical manufacturing plants are part of the final-year curriculum, giving students practical exposure to large-scale production environments before graduation.