Course Information
Course Information
| Seminar for Pharmacy Vision | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Basic | 1 | Presents educational philosophy and vision of the College of Pharmacy to new students. In addition, by providing information on curriculum and majors and discussing prospects for each academic field, this class aims to provide new students with an opportunity to explore their aptitude and potential and enhance their career and future planning abilities. | |
| Microbiology Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 3 | Microbiology is a required major course at the College of Pharmacy that covers infection and immunity, which are the main learning contents provided by the Infectious Microbiology, Immunopharmacology Department. In the first semester, microorganisms are model organisms with small genome sizes and relatively simple metabolism. From this perspective, by studying general principles such as the genome, structure, composition, characteristics, and metabolism of microorganisms, as well as genetic mutation and exchange mechanisms, the foundation for a broad understanding of the characteristics of life phenomena and the academic and industrial importance of microorganisms is presented. | |
| Analytical Chemistry Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 3 | This class aims to allow students to systematically learn and learn about the series of processes that separate and identify target components from pharmaceutical mixtures. The class lectures on the overall theory of qualitative analysis, which separates active medicinal ingredients contained in samples of natural products and pharmaceutical preparations to identify the target ingredient, and quantitative analysis, which quantifies the content of the ingredient. | |
| Biochemistry Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 3 | Biochemistry is the most fundamental discipline across life sciences, including pharmacy, medicine, agriculture, biology, and chemistry, and its importance is emphasized as a key field that has been a driving force in the development of life sciences. Recently, with groundbreaking developments in molecular biology, the research areas in the field of biochemistry have diversified, and opinions have grown that the emphasis of biochemistry education content to suit the characteristics of the major should be different depending on the major area. Therefore, the class was opened to provide students with a clear understanding of the principles of biochemistry in order to educate them on the basic principles of life. | |
| Physical Pharmacy Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 3 | In order to apply physicochemical theories and application methods to pharmaceutical sciences, this lecture covers a wide range from the basic principles of the structure of substances to the recent development of new protein drugs. In addition, the class aims to improve understanding of modern new drug development methods by including the basic biophysics that are the basis of protein new drug development.. | |
| Pharmaceutical Statistics | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 2 | Understand the basic concepts and principles of statistics and carry out projects to analyze actual situations so that students can utilize statistical analysis methods frequently used in the pharmaceutical field in depth. | |
| Organic Pharmaceutical Chemistry | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 3 | Organic pharmaceutical chemistry is based on an understanding of the basic functional groups that make up organic compounds such as proteins, lipids, and carbohydrates that exist in the human body. Learn about organic chemistry knowledge related to the synthesis and metabolism of drugs, and based on this, learn about the structure and properties of drugs. Students will be able to understand and use the knowledge based in class in the new drug development process. | |
| Human Anatomy | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Required | 3 | Human anatomy is a discipline that studies the structure of the human body and studies the microstructure of cells, tissues, and organs that make up the human body. To understand this, the class introduces basic embryology and understand the basic structure of the tissues that make up each organ from a histological perspective. Then, the class will allow students to understand the detailed structure of each part that makes up the body to understand the functions related to it and the structure of the human body. | |
| Introduction to Pharmaceutical Research Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 1 | Major Elective | 1 | This lecture helps students understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |
| Microbiology Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 3 | Microbiology is a required major course at the College of Pharmacy that covers infection and immunity, which are the main learning contents provided by the Infectious Microbiology, Immunopharmacology Department, and is based on the phylogenomic diversity of microorganisms and how they interact with the abiotic environment based on this diversity following the first semester. By introducing the diversity of ways to adapt to the (natural environment) and biological environment (hosts, symbionts, and competitors) from a genetic and molecular biology perspective, students study the industrial, medical, environmental, and immunological importance of microorganisms. Students are also able to cultivate capabilities applicable to the development of new biopharmaceuticals. | |
| Pharmaceutical analysis Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 3 | Learn high-dimensional instrumental analysis rather than classical analysis methods for qualitative/quantitative analysis and structural analysis of major or trace components present in pharmaceuticals. Learn about the basic theories of instrumental analysis divided into spectral analysis and separation analysis. | |
| Biochemistry Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 3 | This class lectures on bioenergetics, metabolism, signal transmission, and regulatory mechanisms related to the substances that make up living organisms and their biosynthesis, as well as research methods. | |
| Physical Pharmacy Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 3 | Learn about methods and cases to adapt the theoretical concepts learned in Pharmaceutical Physical Chemistry I to actual pharmaceutical situations. In order to apply physicochemical theories and application methods to pharmaceutical sciences, the lectures cover a wide range from the basic principles of the structure of substances to the recent development of new protein drugs. In addition, the class aims to improve understanding of modern new drug development methods by including the basic biophysics that are the basis of protein new drug development. |
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| Laboratory in Pharmacy Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 1 | The class covers the contents of drug analysis, physical pharmacy, and drug manufacturing chemistry. In drug analysis physical pharmacy, students practice manufacturing phase equilibrium, surface tension, viscosity, alginate beads, molecular modeling, and informatics. In drug manufacturing chemistry, students learn about celecoxib, a COX-2 inhibitor, rosiglitazone, and PDE5, a treatment for diabetes and practice on the synthesis of sildenafil, an inhibitor. | |
| Synthetic Pharmaceutical Chemistry Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 3 | Based on the organic chemistry knowledge necessary to understand the synthesis and mechanism of action of drugs, the structure and synthesis method of drugs for each disease are reviewed. | |
| Human Physiology | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 3 | Students will study basic electrophysiology theory, muscles, heart and circulation, breathing, kidneys, endocrinology, and neurophysiology to understand the functions of cells, tissues, and organs that make up the human body and the physiological phenomena of the human body. Furthermore, students will learn how each organ of the human body cooperates and what functions it performs. | |
| Introduction to Pharmaceutical Drugs | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Required | 1 | This lecture introduces the latest development trends in each pharmaceutical academic field and discusses the progress of education and research in each field. In addition, the lecture introduces the functions that pharmacists can participate in and directly invite experts in each function to improve understanding of the work of each function. |
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| Drug Information | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Elective | 2 | Students will be able to understand the concept and scope of pharmaceutical information necessary to perform evidence-based pharmacy practice required in all pharmacist positions and develop the ability to analyze and utilize various clinical literature as scientific evidence in the clinical and policy-related decision-making process. The lecture aims to provide an opportunity to build a foundation as a pharmaceutical information expert. | |
| Introduction to Pharmaceutical Research Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 3 | 2 | Major Elective | 1 | Understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |
| Pathophysiology Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Required | 3 | Pathophysiology is a study that targets all diseases that occur in the human body and studies how morphological and functional changes that occur in cells, tissues, organs, or individuals occur through pre-physiological mechanisms in each disease. It is a complex of pathology and physiology. It is a study that requires knowledge. This knowledge is essential for the patient’s drug treatment process and is the basis for the application of drug therapy to each patient in connection with clinical pharmacy. In Pathophysiology 1, students study general pathophysiology, a general theory. | |
| Pharmacognosy Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Required | 3 | For the purpose of strengthening the overall knowledge of herbal medicines, lectures are given on the definition, history, production of herbal medicines, quality evaluation, and biosynthesis of herbal medicine ingredients, and classifies each herbal medicine by area of use, including origin, production area, properties, chemical composition, etc. The class lectures on pharmacological effects, confirmatory tests, applications and prescriptions. | |
| Pharmacology Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Required | 3 | Pharmacology or pharmacology can be defined as a discipline that studies the interaction between chemicals and biological systems. In other words, pharmacology uses drugs as experimental tools to understand normal or abnormal physiology and biochemistry of the body, and allows this basic research to be applied clinically or to develop new drugs. | |
| Laboratory in Pharmacy II | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Required | 1 | Among the basic experimental contents in the fields of biochemistry and microbiology, in biochemistry, students will practice cell culture, RNA isolation, and RT-PCR, and in microbiology, we practice microbial culture, staining, gene transfer, microbiome, biofilm, motility, pathogenicity, and bacteriophages. | |
| Preventive Pharmacy and Public Health Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Required | 3 | Preventive pharmacy is a discipline that mainly explores and educates knowledge for the prevention of diseases. It is a field of science and technology that studies the effects of the environment and food on human life phenomena and uses the accumulated knowledge to prevent diseases and promote health. As a field, it is an important study to improve the quality of life. | |
| Synthetic Pharmaceutical Chemistry Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Required | 3 | Based on the organic chemistry knowledge necessary to understand the synthesis and mechanism of action of drugs, the structure and synthesis method of drugs for each disease are reviewed. | |
| Instrumental Analytics | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Elective | 2 | The class classifies various analysis devices by type and understand their basic principles. Based on the concepts learned, students research, write, and present application cases and utilization plans for various devices. (Procedure overview) Lecture-style class + group assignments – Operated as a capstone design subject – Group presentation materials will be presented as posters at academic events such as CHA Pharm Day – Follow-up support, such as patent applications, for excellent performance after the end of the class | |
| Immunology | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Elective | 2 | – Understanding the innate immune system and adaptive immune system – Understanding cellular immunity and humoral immunity – Immunological understanding of various diseases including tumors – Lecture on the concept of self/nonself recognition – Innate immune system lecture – Adaptive immune system lecture – Introduction to various immune diseases and lectures on disease onset/treatment mechanisms from an immunological perspective |
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| Inorganic & Radiopharmaceutical | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Elective | 2 | Students learn the theory of how inorganic substances work in the human body, which is based on the basic physicochemical theory of inorganic drugs, and look at examples of applications of inorganic drugs to the human body for each disease. Learn the basic theories of radiochemistry necessary to understand radiopharmaceuticals and look at examples of actual applications of radiopharmaceuticals for each disease. | |
| Medicinal Natural Products | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Elective | 2 | Among compounds derived from natural products, the class lectures on compound medicines, extract medicines, and natural medicines developed domestically and overseas that are mainly used in clinical practice, and explain the development history, synthetic process or biosynthetic route, etc., and explain the efficacy and mechanism of action, precautions and side effects, and products. and applied products, etc. | |
| Introduction to Pharmaceutical Research Ⅳ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 1 | Major Elective | 1 | Students will understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers.. | |
| Pathophysiology Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 3 | Pathophysiology is a study that targets all diseases that occur in the human body and studies how morphological and functional changes that occur in cells, tissues, organs, or individuals occur through pre-physiological mechanisms in each disease. It is a complex of pathology and physiology. This knowledge is essential for the patient’s drug treatment process and is the basis for the application of drug therapy to each patient in connection with clinical pharmacy. In Pathophysiology Ⅱ, students study the pathophysiology of diseases in each organ corresponding to each theory. | |
| Pharmacognosy Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 3 | In the section on herbal medicine, the Korean Pharmacopoeia and Herbal Medicine Specification book classify herbal medicines as well as mainly used herbal medicines by use part and lecture on origin, production area, properties, chemical composition, pharmacological action, identification test method, application and prescription. | |
| Pharmacology Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 3 | Pharmacology or pharmacology can be defined as a discipline that studies the interaction between chemicals and biological systems. In other words, pharmacology uses drugs as experimental tools to understand normal or abnormal physiology and biochemistry of the body, and allows this basic research to be applied clinically or to develop new drugs.. | |
| Pharmaceutics Ⅰ(Biopharmaceutics and pharmacokinetics) | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 3 | Pharmaceutics Ⅰ(Biopharmaceutics and pharmacokinetics) studies the administration form and administration method of bioactive substances that can be used as drugs so that they can be administered most effectively for the purpose of preventing and treating diseases, that is, the fate of drugs in the living body. absorption/distribution/metabolism/excretion, etc., to obtain optimal treatment effects. | |
| Pharmacy Practice Ⅲ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 1 |
1) Understanding preventive pharmacy through preventive pharmacy practice – Quantification of reducing sugars, lipids, vitamins, etc. – Learn water and sewage testing methods 2) Understanding herbal medicine through practice of herbal medicine – Comprehensively practice the content in the quality evaluation method of herbal medicines, not only the internal and external morphological evaluation, which is the most basic of pharmaceuticals and medicinal products, but also the physicochemical evaluation ( instrumental analysis experiments, and physiological activity evaluation experiments) which are the most basic of drug discovery and pharmaceuticals (including herbal medicines). |
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| Preventive Pharmacy and Public Health Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 3 | Preventive pharmacy is a discipline that mainly explores and educates knowledge for the prevention of diseases. It is a field of science and technology that studies the effects of the environment and food on human life phenomena and uses the accumulated knowledge to prevent diseases and promote health. As a field, it is an important study to improve the quality of life. | |
| Medicinal Chemistry Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Required | 3 | Based on medicinal chemistry theory, understand the structural and physicochemical properties of various types of drugs used in clinical practice, such as drugs that act on the central nervous system and cardiovascular system, anti-inflammatory drugs, anticancer drugs, and enzyme inhibitors, and study the drug structure- Students learn about activity relationships, biochemical and pharmacological properties, mode of action, and medicinal applications. | |
| Toxicology | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Elective | 3 | Through lectures on the safety and ethics of pharmaceuticals, the class focuses on understanding drug action, factors affecting side effects, pathological manifestations and side effects, organ toxicity, and clinical toxicology, drug safety evaluation, risk assessment, and toxicity of recently widely used drugs, especially those that have become an issue. | |
| Biopharmaceuticals | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Elective | 2 | In the pharmaceutical industry, which is in the spotlight as a 21st century high-value-added manufacturing industry, the most technology-intensive and high-value-added medicines are biopharmaceuticals. This is the only course in which students can systematically study biopharmaceuticals, which are occupying an increasingly important position in the future eco-friendly, health, and customized pharmaceutical industries, and is a must-take course for pharmacy students interested in future biopharmaceutics and the pharmaceutical industry. | |
| Cosmetic Chemistry | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Elective | 2 |
Cosmetic chemistry is one of the representative fields where pharmaceutical knowledge as a comprehensive discipline can be applied. The lecture is largely divided into three parts. 1. Basics of cosmetic chemistry: Development history, skin/hair physiology, pharmaceutical aspects of cosmetic chemistry |
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| Introduction to Pharmaceutical Research Ⅲ | |||||
| Year | Semester | Category | Credit | Description | |
| 4 | 2 | Major Elective | 1 | Understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |
| Pharmacotherapy I | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 3 | This is a theory-centered lecture focusing on fluid and electrolyte therapy and drug treatment for kidney disease, respiratory disease, and digestive disease. Students will learn and discuss about the latest guidelines and clinical trials compiled by professional working groups for each disease, and learn about patient cases. | |
| Pharmacotherapy Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 3 | This is a pharmacotherapy lecture focusing on pharmacotherapy for cardiovascular diseases and infectious diseases, focusing on pharmacotherapy textbooks. Students will learn and discuss about the latest guidelines and clinical trials compiled by professional working groups for each disease, and learn about patient cases. | |
| Pharmaceutics Ⅱ (Biopharmaceutics and pharmacokinetics) | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 3 | Students will learn pharmaceutical principles based on an understanding of the principles of physical pharmacy, biopharmaceutics, and pharmacokinetics, and learn about formulation design, formulation, and manufacturing management for each dosage form. | |
| Pharmacy Practice Ⅳ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 1 | This practical training will systematically allow students to understand the principles and methodologies of pharmaceutical sciences, taking into account the connection with the subjects divided into Pharmacy I and Pharmacy II. As many theoretical facts as possible will be presented, this will further enable students to learn their applicability through experiments. | |
| Introductory Pharmacy Practice Experiences (IPPE) | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 2 | Before entering required practical training and advanced practical training, students must learn the basic knowledge of a pharmacist, basic clinical practice, basic drug dispensing practice, and use of professional knowledge so that they can have responsibility and expertise in patient treatment as a practitioner. | |
| Administrative Pharmacy | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 3 | Students will learn about the national health care system and health security system, which are essential for pharmacists. The lecture will discuss the professionalism and ethical knowledge of pharmacists and the future role of pharmacists in response to changes in the healthcare paradigm. The lecture will examine numerous regulations to ensure the safety, effectiveness, and quality of medicines, as well as national health insurance policies for accessibility to medicines and financial stability of health insurance. In addition, students learn the behavioral characteristics of medical providers and consumers related to the use of medicines, which are necessary to realize the expertise of pharmacists who must realize safe and appropriate use of medicines. An exploratory task is carried out in parallel to examine institutional environmental factors and related issues surrounding medicine and pharmacists and to find alternatives. | |
| Medicinal Chemistry Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 3 | Based on medicinal chemistry theory, understand the structural and physicochemical properties of various types of drugs used in clinical practice, such as drugs that act on the central nervous system and cardiovascular system, anti-inflammatory drugs, anticancer drugs, and enzyme inhibitors, and study the drug’s structure- Learn about activity relationships, biochemical and pharmacological properties, mode of action, and medicinal applications. | |
| Clinical Pharmacokinetics | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Required | 3 | Clinical pharmacokinetics is the study of understanding the absorption, distribution, metabolism, and excretion behavior of biologically active substances, especially pharmaceuticals, in the body so that they can be administered most effectively for the purpose of disease prevention and treatment, and to study clinical application methods. | |
| Clinical Nutrition | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Elective | 2 |
Clinical nutrition is essential for the prevention and treatment of diseases, and this course is designed to help students combine clinical knowledge and basic scientific knowledge on various nutritional issues encountered in clinical settings. Through this course, students learn about basic nutrition, build basic knowledge to help them understand clinical nutrition, learn about nutritional issues for various diseases, and also learn about actual nutritional issues encountered as clinical pharmacists in various clinical settings. Students will have the opportunity to discuss and research these issues. |
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| Herbal Medicine | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Elective | 3 | Lectures on basic knowledge and application of herbal medicines that have long been used in Oriental medicine to prevent and treat diseases. Students will understand the basic theories of Oriental medicine through the definition and background of herbal medicine. Based on this, the class lectures on the composition, efficacy, indications, prescription commentary, clinical application, and side effects of herbal medicines that have been used for a long time in the prevention and treatment of diseases. | |
| Formulation Engineering | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Elective | 2 | Students will be able to systematically acquire knowledge encompassing the design and manufacture of pharmaceuticals with optimal efficacy, safety, and quality, and investigate and analyze their application on a case-by-case basis. | |
| Chemotherapeutic Pharmacology | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Elective | 2 | Chemotherapy pharmacology is a part of pharmacology that mainly deals with chemotherapy drugs. Specifically, students will learn the mechanisms of action of antibacterial agents, antiviral agents, anticancer agents, and immunosuppressants and apply them in practice. | |
| Introduction to Pharmaceutical Research Ⅵ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 1 | Major Elective | 1 | Students will understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |
| Health Authority Clerkship | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Elective | 1 | This class will present administrative concepts in representative pharmaceutical administration agencies such as the Ministry of Health and Welfare, Ministry of Food and Drug Safety, Public Health Centers, HIRA, and Korean Intellectual Property Office, characteristics and importance of public health and medical services, law enactment procedures as the basis for implementation of policies and administrative services, and e-government in the knowledge and information society. The goal of the lecture is to educate students about the meaning of and ways to acquire and utilize information using e-government. | |
| Pharmacotherapy Ⅲ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 3 | This is a theory-centered lecture based on pharmacotherapy textbooks. Students will learn about the latest guidelines and clinical trials compiled by professional working groups for each disease and discuss patient cases. | |
| Pharmacotherapy IV | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 3 | This is a theory-centered lecture based on pharmacotherapy textbooks. Students will learn about the latest guidelines and clinical trials compiled by professional working groups for each disease and discuss patient cases. | |
| Pharmaceutical Affairs Law and Regulatory | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 2 | Pharmacist laws and regulations are related to laws, enforcement decrees, and enforcement rules related to pharmaceutical work when performing social duties as pharmacists. Students will be able to understand basic laws and regulations regarding division of medicine, dispensing, medication guidance, and drug approval. | |
| Laboratory in Pharmacy Ⅴ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 1 | This lecture will allow students to improve their understanding of the field by conducting basic theories and practices necessary for anatomy, physiology and pharmacology research. | |
| Pharmaceutical Quality Science | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 2 | As a pharmacist, students have to understand and utilize the principles of quality science related to the following: selection of test methods, establishment of standards and specifications, establishment of suitability criteria. These are the related quality science principles as the overall knowledge for quality standards and judgment of suitability necessary to successfully perform pharmaceutical quality control work is a legal duty. | |
| Core Pharmaceutical Industry Clerkship | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 3 | This lecture will allow students to develop the capabilities of industrial pharmacists to advance into the field of pharmaceutical manufacturing and quality control by attending practical training video lectures, which are common training courses of the Pharmaceutical Education Council, and through on-site training at pharmaceutical factories. | |
| Pharmaceutics | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Required | 2 | An important function of a pharmacist is to learn about all factors to be considered when manufacturing medicines, such as dissolution, dissolution and absorption of medicines, powder characteristics, and interactions between compounding agents such as medicine additives. Based on this knowledge, pharmacists can effectively and safely administer medicines to patients. The purpose of this course is to help students understand the content related to dispensing, which is one of the areas, such as prescription deciphering, dispensing methods, and drug interactions, and further develop their application skills. | |
| Managerial Pharmacy | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Elective | 3 | Students can acquire various competencies necessary for pharmacist leadership. They will be able to learn practical skills such as human resource management, financial management, inventory management, and marketing as a pharmaceutical business manager. Students can learn the communication components necessary for communication competency as a leader and communication skills such as empathy and listening during the face-to-face counseling process. Learn research design and research methodology for critiquing and interpreting research literature, which is essential for evidence-based decision-making required in all pharmacist professional fields. In particular, students study systematic literature review methods and meta-analysis used in policy making, pharmaceutical economic evaluation methods, and pharmacoepidemiology knowledge used in drug safety management. In addition, leadership is developed through opportunities to establish and announce plans as future pharmacists. | |
| Pharmaceutical Industry | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Elective | 2 | This lecture provides basic knowledge of pharmaceutical research, development, manufacturing, marketing, and licensing required for pharmacy majors to function as global experts in various fields related to industry and academia, but focus on field knowledge that can be applied in practice to quickly develop competency as a professional. The aim of this class is to help students demonstrate their abilities and understand the basics of how to grow into a leader who can make strategic decisions. | |
| Introduction to Pharmaceutical Research Ⅴ | |||||
| Year | Semester | Category | Credit | Description | |
| 5 | 2 | Major Elective | 1 | Allow students to understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |
| Core Hospital Pharmacy Clerkship Ⅰ | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 1 | Major Required | 4 | Medical institution practical training is a training course to experience the overall role of a hospital pharmacist and understand and develop knowledge and skills related to hospital practice. It is conducted step by step from essential practical training to advanced practical training. Required practical training consists of Hospital Practical Training I and Hospital Practical Training II, and this subject corresponds to Hospital Practical Training I. | |
| Core Hospital Pharmacy Clerkship Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 1 | Major Required | 4 | Practical training at medical institutions is a training course to experience the overall role of hospital pharmacists and understand and develop knowledge and skills related to hospital work. It is conducted step by step from essential practical training to advanced practical training. Required practical training consists of hospital practical training I and hospital practical training II, and this subject corresponds to hospital practical training II. | |
| Core Community Pharmacy Clerkship | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 1 | Major Required | 4 | Community pharmacy practical training is a training course to develop the ability to appropriately perform drug therapy for patients by experiencing the overall role of a community pharmacy pharmacist and acquiring knowledge and skills related to prescription dispensing and medication guidance practice at community pharmacies. It is carried out step by step from essential practical training to advanced practical training. This course corresponds to required practical training in community pharmacy. | |
| Introduction to Pharmaceutical Research Ⅷ | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 2 | Major Elective | 1 | Students will understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |
| Advanced Pharmacy Practice Clerkship I | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 2 | Major Required | 4 |
This is an in-depth practical training run in all major classrooms, and is aimed at students who aim to pursue research after graduation and all students who are interested in research. In the specialized experimental environment of each laboratory, students will develop basic research skills as a pharmaceutical scientist, build basic knowledge, and use it to improve your qualifications as a pharmaceutical researcher. In the laboratory, which operates as a bachelor’s/master’s degree and bachelor’s/master’s/graduate degree program, students systematically build research capabilities for each degree program. |
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| Advanced Pharmacy Practice Clerkship Ⅱ | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 2 | Major Required | 4 |
This is an in-depth practical training run in all major classrooms, and is aimed at students who aim to pursue research after graduation and all students who are interested in research. In the specialized experimental environment of each laboratory, students will develop basic research skills as a pharmaceutical scientist, build basic knowledge, and use it to improve your qualifications as a pharmaceutical researcher. In the laboratory, which operates as a bachelor’s/master’s degree and bachelor’s/master’s/graduate degree program, students systematically build research capabilities for each degree program. |
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| Advanced Pharmacy Practice Clerkship Ⅲ | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 2 | Major Required | 4 |
This is an in-depth practical training run in all major classrooms, and is aimed at students who aim to pursue research after graduation and all students who are interested in research. In the specialized experimental environment of each laboratory, students will develop basic research skills as a pharmaceutical scientist, build basic knowledge, and use it to improve your qualifications as a pharmaceutical researcher. In the laboratory, which operates as a bachelor’s/master’s degree and bachelor’s/master’s/graduate degree program, students systematically build research capabilities for each degree program. |
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| Evaluation of integrated medicine | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 2 | Major Required | 1 | This class enables students to increase understanding and application by reconfirming concepts in each field of pharmacy. | |
| Introduction to Pharmaceutical Research Ⅶ | |||||
| Year | Semester | Category | Credit | Description | |
| 6 | 2 | Major Required | 1 | Understand the latest research trends in the pharmaceutical field, experience research techniques in each academic field, and develop basic knowledge as a pharmaceutical researcher. By participating in pharmaceutical research, students develop their qualifications as pharmaceutical researchers. | |