HAN University

What you'll study

This master’s programme combines advanced chemical theory with hands-on laboratory practice and project-based learning. Core topics include advanced analytical techniques (chromatography, mass spectrometry, NMR, spectroscopy), molecular synthesis and reaction engineering, materials and polymer chemistry, process development, and chemometrics/data analysis for chemical data. The curriculum emphasises method development, quality assurance, validation, and regulatory aspects relevant to industry.

Teaching is delivered through a mixture of workshops, laboratory practicals, case studies and applied research projects. You will undertake extended practical assignments in HAN’s teaching and research labs, followed by a substantial industry-linked graduation project (or internship) where you apply learned skills to a specific problem posed by a company or research partner. Elective modules allow specialisation in areas such as biocatalysis and green chemistry, formulation and product development, or advanced analytical method development.

Typical modules and activities

• Advanced Analytical Techniques and Instrumentation
• Synthetic and Materials Chemistry
• Process Design and Scale-up Principles
• Quality Management, Validation and Regulatory Compliance
• Data Analysis, Chemometrics and Laboratory Informatics
• Research Project / Industry Internship
• Scientific Communication and Project Management

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in chemistry, applied chemistry, chemical engineering, molecular sciences or a closely related discipline, with substantial laboratory experience. Selection typically considers academic transcripts, a CV, and a motivation statement describing your reasons for pursuing the programme and any relevant work or research experience. Practical experience in laboratory techniques and safety is advantageous.

As the programme is taught in English, proficiency in English is required; applicants whose prior education was not in English will need to demonstrate competence through an accepted test or previous instruction in English. Depending on individual backgrounds, the admissions committee may require applicants to complete preparatory coursework or demonstrate competence in specific chemistry fundamentals prior to or during the early stages of the programme.

Career prospects

Graduates leave prepared for applied research and technical roles in a wide range of sectors. Typical positions include analytical chemist, R&D chemist, process development scientist, formulation scientist, quality control/assurance analyst, and laboratory manager. Many alumni work in pharmaceutical and biotech companies, food and consumer goods industries, chemicals and materials firms, environmental and contract research organisations, or regulatory and quality consultancies.

The programme’s industry-linked projects and HAN’s regional partnerships also support transitions into product development, technical support, and roles that bridge laboratory science with production, regulatory affairs or technical project management. Graduates seeking academic research careers can also use the master’s project as preparation for PhD trajectories at universities or research institutes.

Why study at HAN University

HAN University of Applied Sciences emphasises applied learning and close collaboration with industry, giving students practical experience and direct exposure to current workplace challenges. The university provides modern laboratories and instrumentation, small cohort sizes that enable personalised supervision, and teaching staff with industry and applied-research backgrounds.

HAN’s connections with regional businesses, hospitals and research organisations create frequent opportunities for project partnerships and internships, helping students build professional networks and relevant experience. The programme’s applied orientation and focus on transferable skills such as project management, communication and laboratory quality systems make it particularly suitable for students aiming for immediate impact in industry.