Faculty of Pharma-Science

  • Itabashi Campus

Pharmaceuticals as science, helping to improve our health

The pharmacist is a specialist in drugs who is an increasingly important part of health care delivery working in conjunction with doctors and nurses. The Faculty of Pharma-Science equips students with theoretical and practical skills in a range of fields from basic chemistry through to advanced medical care, as well as compassion with a scientific bearing. The course features an extensive practical component at affiliated hospitals and dedicated training facilities.

Key facts

Educational principles
Campus
Teaching staff * 88
Students * 1,947

* As of May 1st, 2017

Curriculum

"Health care scientists" with the best interests of the patient at heart

There is a strong emphasis on developing patient engagement and communication skills through a variety of theoretical training and practical exercises such as small-group discussions and simulated medication guidance sessions. As a major medical teaching university with an affiliated hospital, Teikyo University is able to offer an extensive practical training component designed to produce pharmacists with a scientific approach to drugs.

Year 1 Students acquire a basic grounding in the field of pharmacology by studying the role and ethical principles of the pharmaceutical specialist in the context of health care delivery while engaging in a range of stimulating chemistry and biology experiments.
Year 2 Students study the basics of medicine and pharmacology through units in medical pharmacy, biological pharmacy and pharmaceutical health together with practical training exercises.
Year 3 Year 3 builds on the work of Years 1 and 2 with a stronger focus on applications of pharmacology and medical science and a particular emphasis on practical studies designed to foster an appreciation of the outlook and bearing of the health care professional.
Year 4 Year 4 is spent preparing for in situ training in hospitals and pharmacies through the formalization of theory, techniques and understandings studied in previous years, along with a variety of practical drills and exercises.
Year 5 Students further their practical knowledge, skills and understandings through practical training exercises, while also developing their skills as scientists through undergraduate research projects at affiliated institutes.
Year 6 Students write a graduation thesis that consolidates the research achievements of the past five years, while reinforcing their various skills and competencies. The second half of Year 6 is spent primarily on preparation for the National Examination for Pharmacists.

Featured class

Practical Pharmacology
Keiji Maruyama

The six core roles of the pharmacologist

The cutting-edge equipment and facilities constitute one of the key attractions of the Faculty of Pharma-Science. The multi-purpose training center simulates a real-life hospital and pharmacy environment and is used to conduct a wide range of practical training drills and exercises in fourth year.
"The subject covers the six core roles of the pharmacologist, including effective communication with patients, preparation of syrups, powders and injections, and analysis of prescriptions," says Maruyama. "We have 12 instructors working two at a time to ensure that all students understand the purpose and objectives of each role. In addition, students use the mock-up pharmacy to engage in role-playing exercises designed to illustrate the relationship between patient and pharmacist, including dispensing advice." In this way, students acquire the basic skills and competencies for in-situ training in actual hospitals and pharmacies in the fifth year.

Teaching staff

In the Teikyo University Teaching Staff Database, information about the staff can be searched and viewed. (Japanese information only, may not cover all staff)

Digital brochure

The digital brochure of each undergraduate school and graduate school is available on our site. You can also access to English, Chinese, Korean and other languages by the automatic translation function.