Master of Research Advanced Molecular Synthesis

Master of Research Advanced Molecular Synthesis Eligibility

• The minimum academic requirement is the First class Honours in chemistry or chemical engineering.

• Candidates should possess a minimum level of English language proficiency.

• International qualifications are also accepted for overseas students with a minimum passing grade/percentage.

Master of Research Advanced Molecular Synthesis Admission

Candidates can apply for the MRes Advanced Molecular Synthesis course online through Imperial Gateway. They need to submit an application form online and the application fee. Candidates can also be called for interviews as part of the selection process.

Admission Process

• Candidates interested in pursuing the Master of Research in Advanced Molecular Synthesis course must meet the entry requirements.

• They will be required to write a personal statement as part of their application.

• Post that, they need to provide the contact details of two references (one is an academic reference and the second is another academic referee or professional reference).

• Complete the course fee payment. An application fee waiver for candidates facing financial hardship.

• After receiving an admission offer, reserve your place by paying a deposit.

• Shortlisted candidates may be called for an in-person interview or a virtual interview.

• For overseas applicants, an ATAS certificate is required.

Master of Research Advanced Molecular Synthesis Subject/Syllabus

The Master of Research Advanced Molecular Synthesis syllabus includes core modules and a 9-month research project in Advanced Molecular Synthesis. The project consists of a dissertation, a presentation, and an oral examination.

Core Modules

Master of Research Advanced Molecular Synthesis Fee Structure

The fee for the MRes Advanced Molecular Synthesis is varied for home candidates and overseas students.

Career Options after Master of Research Advanced Molecular Synthesis

Upon completion of the MRes Advanced Molecular Synthesis, students will be able to take the knowledge and skills gained from this course and apply them to further research. They can apply cutting-edge synthetic approaches in commercial laboratories in diverse fields from healthcare to energy. Students can also opt for higher study - PhD.