NEAT applauds Learn Pharma for its commitment to innovation, accessibility, student success and its transformative impact on education.
AICTE approval states that our program adheres to guidelines specified related to Edu structure, curriculum, teaching methods, and other aspects of technical education.
knowledge that extends beyond the classroom
In 3D 2D modeling
Customizable as per Needs
3D Based Demonstrations including Industrial and Real life Examples
Customised Visual Rich Content
3D/2D visuals are well annotated in simple English so that the students from rural areas and those who have studied in their vernacular language in school, could clearly and quickly understand and comprehend the Technical concepts and applications and thus circumventing language dependence and enhances the pass % both in the examination and employability, of even weaker students from different environments.
Human anatomy and Physiology studies the structure
and functions of the human body, encompassing organs, tissues, bones, and their relationships,
focusing on processes like respiration, circulation, digestion, and reproduction.
Whereas in pharmaceutical sciences, it provides a foundation
for understanding drug interactions within the human body.
It aids in drug development, dosage determination, and assessing drug efficacy and safety.
Knowledge of anatomy and physiology is essential for pharmaceutical research,
drug formulation, and clinical trials.
Pharmaceutical engineering combines engineering principles with pharmaceutical sciences to design,
optimize, and control processes for drug manufacturing. It encompasses drug development,
formulation, manufacturing, quality control, and packaging.
Pharmaceutical engineering plays a vital role in the pharmaceutical industry,
facilitating the production of high-quality medications essential for improving global healthcare.
Microbiology in pharmaceutical sciences focuses on studying microorganisms like bacteria,
viruses, and fungi to ensure product safety and efficacy.
It involves quality control testing, microbial contamination prevention, and development of antimicrobial drugs.
Microbiological knowledge is essential for pharmaceutical research, manufacturing,
and regulatory compliance in the industry.