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Master of Philosophy in Pharmaceutics

Degree Level
Graduate
Duration
5 years
Semester Fee
Rs. 200,000
Registration Fee
Rs. 25,000
Application Fee
Rs. 5,000
Scholarships
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Program Overview

The M.Phil. In Pharmaceutics is a postgraduate research-based academic degree focused on advanced study and research in the field of drug formulation, development, delivery, and quality assurance. The program aims to equip students with both theoretical knowledge and practical expertise required for careers in academia, pharmaceutical industries, regulatory agencies, and research institutions.

Program Educational Objectives (PEOs)

Within a few years of graduation, Master of Philosophy in Pharmaceutics graduates are expected to:
  • PEO 1:
    Pursue successful careers in academia, pharmaceutical industry, or regulatory bodies.
  • PEO 2:
    Contribute to the advancement of pharmaceutics through innovative research and development.
  • PEO 3:
    Engage in lifelong learning and professional development.
  • PEO 4:
    Uphold ethical standards and demonstrate leadership in pharmaceutical sciences.

Program Learning Outcomes (PLOs)

Upon completion of the Master of Philosophy in Pharmaceutics program, graduates will be able to:
  • PLO 1:
    Demonstrate in-depth knowledge of formulation science and drug delivery systems.
  • PLO 2:
    Design and conduct independent research using appropriate scientific methods.
  • PLO 3:
    Analyze and interpret data using advanced statistical tools.
  • PLO 4:
    Develop innovative pharmaceutical formulations with enhanced therapeutic outcomes.
  • PLO 5:
    Critically evaluate scientific literature and regulatory guidelines.
  • PLO 6:
    Communicate scientific findings effectively through oral and written formats.
  • PLO 7:
    Adhere to ethical principles in research and professional practices.

Key Features

  • Advanced Research Training in Pharmaceutics and Drug Development
    The program emphasizes in-depth research in drug formulation, delivery systems, pharmacokinetics, and pharmaceutical technology, equipping students for innovation-driven careers in pharmaceutics.
  • AI-Driven Innovation in Drug Design and Development
    Students leverage AI tools for drug discovery, formulation optimization, and predictive modeling, driving advancements in pharmaceutical research and precision medicine.
  • Expansive Career Pathways in R&D and Academia
    Graduates are prepared for roles as formulation scientists, regulatory affairs specialists, or academic researchers in pharmaceutical companies, research institutions, and regulatory agencies.
  • Focus on Pharmaceutical Technology, Ethics, and Regulation
    The curriculum integrates digital research tools, ethical research practices, and regulatory science, preparing students to navigate the complex landscape of pharmaceutical innovation and compliance.

Admission Criteria

To be eligible for admission into the M.Phil. Pharmaceutics program, candidates must:

  1. Hold a Pharm.D. or B.Pharmacy (4-year program) from a recognized institution.
  2. At least having a minimum CGPA of 2.0/4.0 or second division in annual system.
  3. To qualify an entry test/interview conducted by the university or institution.
  4. To Meet any additional requirements as per the Higher Education Commission (HEC) or institutional policies.

Admission Process

  1. Fill out the admission form.
  2. Pay the application fee of Rs. 5,000.
  3. Appear for the admission test.
  4. Pass the test with a minimum of 60% marks.
  5. Students who pass the test can enroll in the premium educational program.
  6. An acceptance or rejection letter will be issued.
  7. The last date for fee deposit will be clearly indicated on the fee voucher.
  8. Admission will be canceled for students who do not pay the required dues by the deadline.
  9. Admission tests are conducted every Saturday and Wednesday.
  10. Tests will be conducted on computers.
  11. Test results will be announced the next day and communicated to students via WhatsApp and Email.

Program Structure Overview

The standards structure of the program is as followed:

Program Feature Details
Credit Hours 32
Course Work 26 Credit Hours
Core Courses 14 Credit Hours
Area of Specialization 12 Credit Hours
Thesis 06 Credit Hours
Program Duration Minimum 1.5 Years (With regular three semesters without thesis) and 02 years with thesis.
Maximum: 4 Years
Semester Duration
  • 16-18 weeks for regular semester
  • (1-2 weeks for examination)
  • 8-9 weeks for summer semester
  • (1 week for examination)
Course Load (Per Semester)
  • 09-13 Credit Hours for regular semester
  • Up to 08 Credit hours for summer semester
  • (For remedial/deficiency/failures/repetition courses only)
3 credit hours theory 3 classes (1 hour each) or two classes (1.5 hour each) OR 1 class (3 hours)

Program Curriculum

Year 1
Semester 1
S.N.Course CodeCourse TitleCredit HoursCategory
1.PHA7111Bio-Statistics2 (2+0)
2.PHA7112Advanced Pharmaceutics3 (3+0)
3.PHA7113Pharmaceutics Lab.1 (0+1)
4.PHA7114Biopharmaceutics3 (3+0)
5.PHA7115Pharmaceutical Microbiology3 (3+0)
6.FEQ1001Fehm-e-Quran1 (1+0)
Semester Credit Hours13
Semester 2
S.N.Course CodeCourse TitleCredit HoursCategory
1.PHA7221Pharmaceutical Technology3 (3+0)
2.PHA7222Pharm. Tech. Lab.1 (0+1)
3.PHA7223Clinical Pharmacy3 (3+0)
4.PHA7224Pharmaceutical Marketing3 (3+0)
5.PHA7225Research Methodology2 (2+0)
6.FEQ 1002Fehm-e-Quran1 (1+0)
Semester Credit Hours13
Year 2
Semester 3
S.N.Course CodeCourse TitleCredit HoursCategory
1.PHA7231 & PHA7241Research and Thesis06
Semester Credit Hours06
Program Credit Hours32

Student Success Stories

The research experience I gained in advanced drug delivery systems during my Master of Philosophy in Pharmaceutics program helped me secure a faculty position at a pharmacy college, where I now supervise undergraduate thesis projects and lead a lab on formulation science.
Khursheed Alam
My work on AI-assisted stability studies and dosage form design helped me secure a position in the R&D department of an international contract manufacturing organization (CMO).
Toufeeq Ali
My specialization in pharmaceutical quality control and regulatory compliance during the MPhil program helped me secure a position at the Drug Regulatory Authority Punjab, where I contribute to medicine evaluation and GMP inspections.
Zainab Bibi

Career Prospects

Graduates of the Master of Philosophy in Pharmaceutics program are well-prepared for diverse roles in research, industry, regulation, and academia. Career paths include:
Formulation Scientist

Designing and developing innovative drug delivery systems, including nanoparticles, transdermal patches, and oral dosage forms.

Research Associate/Scientist

Conducting pharmaceutical research in R&D departments of national and multinational pharma companies.

Regulatory Affairs Specialist

Preparing drug registration dossiers and ensuring compliance with national (DRAP) and international (FDA, EMA) regulatory standards.

Quality Control/Quality Assurance Officer

Ensuring product quality and GMP compliance in pharmaceutical manufacturing facilities.

Academician or Lecturer

Teaching and supervising research in pharmacy colleges and universities; often a pathway to Ph.D. and long-term academic careers.

Documentation and Dossier Executive

Working with CTD/eCTD formats to support regulatory submissions for generic or branded pharmaceuticals.

Public Sector Pharmacist or Analyst

Serving in drug testing laboratories or government bodies such as the Drug Regulatory Authority Punjab or federal institutes.

Biotech & Pharma Industry Roles Abroad

With research experience and international certifications, Master of Philosophy in Pharmaceutics graduates can pursue high-potential roles in countries like Germany, Canada, the UK, and Australia.

Ph.D. or Postgraduate Research

The Master of Philosophy in Pharmaceutics is an excellent stepping stone for those seeking doctoral studies or post-master’s research programs, locally or internationally.

FAQs

Graduates can pursue careers as formulation scientists, research and development (R&D) specialists, quality control/quality assurance analysts, regulatory affairs officers, or academic researchers in pharmaceutical industries, universities, and government research institutions across Pakistan and abroad.

Research focuses on drug delivery systems, pre-formulation studies, pharmacokinetics, nanotechnology, and pharmaceutical biotechnology to improve drug safety and efficacy.

The program introduces the use of AI tools for drug formulation, predictive modeling, and pharmaceutical data analysis, enabling students to explore innovative solutions in drug development and research.

No, prior coding knowledge is not required. Students are trained to use user-friendly AI platforms that assist in formulation design and research analytics, with a focus on application rather than programming.

Yes, the Master of Philosophy in Pharmaceutics serves as a strong foundation for pursuing a PhD, post-doctoral research, or international certifications in regulatory sciences, pharmaceutical technology, and related fields.

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