Overview: The Doctorate program in Applied Chemistry is meticulously designed to bridge the gap between fundamental chemistry and its real-world applications. This interdisciplinary program delves deep into the complexities of chemical processes, their modifications for specific outcomes, and their relevance in sectors ranging from pharmaceuticals to environmental science. By facilitating advanced coursework, hands-on laboratory work, and pioneering research, students are prepared to meet contemporary challenges in various industries with a chemical foundation.

Course Objectives:

1. To offer profound insights into the intricacies of chemical reactions, mechanisms, and techniques that have tangible applications.
2. To instill a strong sense of safety and ethical considerations pertinent to chemical processes.
3. To foster skills in laboratory techniques, instrumentation, and advanced analytical methods.
4. To empower students to embark on independent research, unveiling novel solutions and methodologies in applied chemistry.

Year 1:

• Foundational Coursework: Advanced Organic and Inorganic Chemistry, Physical Chemistry, Analytical Techniques, and Industrial Chemistry Processes.
• Research Seminars: Introduction to the department’s key research areas and exposure to the latest global innovations in applied chemistry.
• Research Proposal: By the end of the first year, students will finalize a research topic and identify a mentor.

Year 2:

• Advanced Coursework: Tailored courses aligned with students’ research interests, which might include topics such as Green Chemistry, Medicinal Chemistry, Polymer Science, or Environmental Chemistry.
• Preliminary Research: Inception of specialized research under the mentor’s guidance, encompassing lab experiments, data analysis, and scientific documentation.
• Progress Seminars: Bi-annual discussions where students present their research trajectory, findings, and future course of action.

Year 3:

• Dissertation Research: A concentrated period for research, aimed at addressing the original hypotheses and questions.
• Dissertation Writing: Synthesis and presentation of the research findings in a structured doctoral thesis.
• Final Defense: An exhaustive presentation and defense of the research before a panel of departmental and external experts.

• Examinations and assignments linked to coursework.
• Assessment of the research proposal.
• Bi-annual progress seminar evaluations.
• Comprehensive review of the doctoral thesis.
• Oral defense and scrutiny of the research findings.

1. Master’s degree in Chemistry or a related discipline, with a proven foundation in core chemical principles.
2. Proof of proficiency in English (for non-native speakers).
3. Letters of recommendation from academic or professional referees.
4. Statement of purpose elucidating the applicant’s research interests and career goals in applied chemistry.
5. Admission Interview: A comprehensive interview with the department’s admission panel. The interview aims to evaluate the candidate’s foundational knowledge, practical skills, and vision in applied chemistry. A successful interview is a pivotal criterion for admission.