• Academic Qualification: Completion of 12th grade from a recognized board with a minimum of 65%.
• Age Requirement: Must be at least 17 years old at the time of application.
• Entrance Exam: May be required, depending on the university's policy.
• Language Proficiency: English language proficiency may be required for international students.
• SSC & HSC: Should be from the Science stream.

The University of Georgia does not require any kind of standardized test for specific programs.

Here's the updated information regarding the English language requirement and other legal conditions for admission:

• English Language Requirement: A B2 level of English proficiency is required.
• For Georgian Citizens: Must successfully pass the Unified National Exams.
• For Foreign Citizens/Stateless Persons: If they have received general education or equivalent education in a foreign country, they can transfer to the program without passing the Unified National Exams as per the Ministry of Education and Science Order (№ 224 / N, December 29, 2011).
• For Georgian Citizens Who Studied Abroad: If they studied abroad in the last two years of general education, they can also transfer to the program without passing the Unified National Exams.
• For Students with Foreign Education: If they have studied in a foreign country recognized by that country's higher education institutions, they can transfer to the program without passing the Unified National Exams.
• For Applicants Without an English Certificate (e.g., FCE): Their English competence will be assessed through university exams, with a minimum threshold of 60%.

The Bachelor of Pharmacy program focuses on building a comprehensive understanding of pharmaceutical principles, processes, and practical skills essential for professional practice. Here's a summary of the knowledge, skills, and responsibilities:

Knowledge:

• Physiology & Pathology: Understands the basic principles and characteristics of physiological and pathological processes in the human body, as well as the methods for examining and treating internal diseases.
• Molecular Mechanisms: Describes molecular mechanisms of vital processes, inheritance, and variability, along with physiological and pathological aspects.
• Pharmacokinetics & Pharmacodynamics: Knowledge of pharmacokinetic and pharmacodynamic processes across different patient categories (children, adults, elderly, pregnant women).
• Pharmaceutical Production: Understands methods of production, extraction, standardization of medicinal plant raw materials, and chemical structure determination.
• Pharmaceutical Technologies: Demonstrates knowledge of pharmaceutical factory and pharmacy technologies, including classification of drug forms and normative-technical documentation.
• Pharmacology: Classifies and develops regimens of pharmacological groups, and comprehends their mechanisms of action, interaction, prescribing, indications, contraindications, and dosage.
• Pharmacy Management: Knowledge of pharmacy institution nomenclature, management of pharmacy units, selection, provision, storage, and issuance of medicines.
• Rational Pharmacotherapy: Understands the importance of rational pharmacotherapy, particularly in managing polypragmasia (multiple medications), and preventing ineffective or dangerous treatments.

Skills:

• Medicine Preparation: Prepares medicines according to prescribed guidelines.
• Pharmaceutical Production: Uses serial production methods for pharmaceutical products.
• Testing & Analysis: Conducts chemical, biological, and toxicological analysis of pharmaceutical products.
• Pharmaceutical Care: Provides pharmaceutical care and first aid, following "Good Pharmaceutical Practice" (GPP).
• Data Collection & Evaluation: Collects and processes data for pharmaceutical activities, evaluating and formulating conclusions.
• Reporting: Maintains professional records and presents reports on pharmaceutical issues.
• Patient Education: Provides information and education to patients, families, and the general public.

Responsibility and Autonomy:

• Self-Assessment & Learning: Assesses own learning process and identifies areas for further study in pharmaceutical fields.
• Ethical & Legal Norms: Ensures compliance with ethical, legal, and professional standards in pharmaceutical practice and research, especially regarding personal data protection.

This program ensures that students gain in-depth knowledge of pharmacy practices and are well-prepared for professional responsibilities in healthcare settings. Let me know if you need further clarification!

The Bachelor of Pharmacy program opens up a range of career opportunities across various sectors of healthcare, pharmaceuticals, and academia. Here's a summary of possible career paths for graduates:

1. Community Pharmacist

• Role: Work in retail or independent pharmacies.
• Responsibilities: Advise patients on medication use, provide prescriptions, and offer general health advice.
• Skills Needed: Strong communication and customer service, medication knowledge.

2. Hospital Pharmacist

• Role: Collaborate with healthcare teams in hospitals.
• Responsibilities: Ensure safe and effective use of medications, participate in drug therapy management, and counsel patients on hospital medications.
• Skills Needed: Clinical knowledge, teamwork, patient care.

3. Clinical Pharmacist

• Role: Work closely with healthcare providers in specialized settings.
• Responsibilities: Offer personalized medication management, and specialize in areas like oncology, cardiology, or pediatrics.
• Skills Needed: Expertise in therapeutic areas, and patient management.

4. Pharmaceutical Industry

• Roles:
  • Research & Development (R&D): Develop new drugs.
  • Regulatory Affairs: Ensure drugs meet regulatory standards.
  • Quality Control/Assurance: Ensure medication quality.
  • Marketing & Sales: Promote pharmaceutical products.
• Skills Needed: Research, regulatory knowledge, marketing, quality assurance.

5. Academia

• Role: Teach pharmacy students at universities or colleges.
• Responsibilities: Educate the next generation of pharmacists, and engage in research projects.
• Skills Needed: Teaching ability, research skills.

6. Pharmacovigilance Specialist

• Role: Monitor medication safety post-market.
• Responsibilities: Identify and investigate adverse drug reactions, and ensure public safety.
• Skills Needed: Analytical skills, understanding of drug safety.

7. Government or Regulatory Agencies

• Role: Work with bodies like the FDA or national health services.
• Responsibilities: Oversee drug approval and regulation, and ensure compliance with standards.
• Skills Needed: Regulatory knowledge, policy-making.

8. Consultant Pharmacist

• Role: Provide expert advice to healthcare institutions, especially nursing homes.
• Responsibilities: Advise on proper medication use and management, and ensure patient safety.
• Skills Needed: Communication, problem-solving, consulting.

9. Specialized Roles

• Toxicologist: Study effects of poisons or drugs in forensic or clinical settings.
• Compounding Pharmacist: Create customized medications when standard options are unavailable.
• Skills Needed: Specialized expertise in toxicology or compounding, attention to detail.

10. Entrepreneur

• Role: Open and manage a pharmacy business or healthcare-related venture.
• Responsibilities: Oversee operations, and manage business growth, and customer relationships.
• Skills Needed: Business management, entrepreneurial skills, healthcare knowledge.

11. Pharmacy Informatics

• Role: Work with healthcare IT systems to integrate pharmacy data.
• Responsibilities: Ensure accuracy and efficiency in medication records and healthcare management systems.
• Skills Needed: IT and data management, problem-solving in healthcare contexts.

Each career path provides unique opportunities to make a significant impact in healthcare and pharmaceuticals, with varied specializations, responsibilities, and skill requirements.

The teaching methods outlined for the program offer a variety of ways to engage students and ensure active learning and skill development. Here's a breakdown of these methods:

Lectures and Seminars

• Structured learning in a formal classroom setting, often involves a professor delivering content and facilitating discussions.

Methods of Working with Books

• Encourages self-learning and in-depth study of textbooks, research papers, and academic resources.

Discussion

• Allows students to engage in conversations to deepen understanding and critically assess ideas.

Explanatory Method

• Teachers explain concepts and principles to ensure students grasp theoretical foundations.

Demonstration Methods

• Visual presentations of tasks, processes, or experiments to enhance understanding through real-world examples.

Usage of Video and Audio Learning Materials

• Enhances learning with multimedia, catering to different learning styles and making abstract concepts more tangible.

Interactive Lessons

• Involves active student participation through questions, quizzes, and activities that require engagement.

Situational Tasks

• Provides practical scenarios for students to solve, helping to bridge theory and real-world applications.

Role-Playing Tasks

• Students simulate real-world roles to develop critical thinking and problem-solving skills.

Practical Work

• Hands-on experience, such as laboratory exercises, that solidifies theoretical knowledge with practice.

Laboratory Work

• Specialized sessions in laboratories, often essential in fields like pharmacy, biology, or chemistry, to apply concepts learned in class.

Teamwork

• Promotes collaboration and collective problem-solving, which are key skills in the professional world.

Formulation of Problems and Their Solutions

• Encourages students to define problems and propose solutions, promoting critical thinking.

Critical Analysis

• Involves evaluating information, identifying biases, and considering alternative perspectives.

Group Assignments

• Fosters teamwork and collective responsibility to tackle complex topics.

Projects

• Involves independent research or practical work, culminating in a final deliverable or presentation.

Problem-Oriented Activities

• Focuses on solving real-world problems that are relevant to the subject of study.

Case Study and Analysis

• Analyzing real-world cases, identifying problems, and proposing solutions based on academic knowledge and research.

Literature Review

• Encourages students to engage with existing research to understand the current state of knowledge in their field.

Searching for Materials in the Library or in Electronic Format

• Promotes research skills by guiding students in finding and utilizing various academic resources.

Methods of Written Work

• Involves producing reports, essays, and other written assignments that help students communicate their understanding.

Methods of Essay Writing

• Guides students through the process of structuring and presenting ideas effectively in written form.

Presentation

• Enhances public speaking and communication skills by requiring students to present their findings or ideas to an audience.

Verbal or Oral Method

• Focuses on verbal communication, helping students articulate their thoughts and ideas clearly.

Observation Method

• Learning through observing processes, whether in a clinical setting or in a lab, to better understand practical applications.

Electronic and Non-Electronic Medical Records

• Training in both traditional and modern methods of handling patient records and medical data.

Clinical, Practical Lessons

• Hands-on clinical experience that prepares students for real-world practice in healthcare settings, especially for pharmacy students.

These diverse teaching methods ensure a well-rounded education, focusing not just on theoretical knowledge but also on practical skills, critical thinking, teamwork, and communication, all of which are essential in the field of pharmacy and other related disciplines.