HAN University

What you'll study

The programme combines core chemical theory with extensive practical laboratory training. Early semesters cover fundamental subjects such as general and physical chemistry, organic chemistry, inorganic chemistry, and mathematics for chemists. You will develop essential laboratory skills including titration, synthesis, purification, spectroscopic analysis and chromatographic separations.

• Core fundamentals: atomic and molecular structure, thermodynamics, kinetics, acid–base and redox chemistry.
• Analytical and instrumental techniques: chromatography (GC, HPLC), spectroscopy (UV‑Vis, IR, NMR basics), mass spectrometry, titrimetry and method validation.
• Specialist topics: polymer and materials chemistry, environmental and green chemistry, biochemistry basics and process chemistry depending on elective choices.
• Practical laboratory work: repeated supervised lab blocks to build safe working practice, quantitative skills and experience with modern instrumentation and laboratory information management systems (LIMS).
• Project and internship: an individual or group research project and a substantial industry placement in a regional or national company to apply skills to real‑world problems.
• Professional skills: data analysis, scientific writing, quality management, health & safety, and teamwork.

The degree typically follows a staged structure: foundational modules and lab rotations in the first year; deeper theoretical and instrumental training plus elective choices in the second year; and specialisation, a research project and the compulsory professional internship in the final year.

Entry requirements

Admission is normally based on a recognised secondary school diploma with strong attainment in chemistry and mathematics. Applicants are expected to demonstrate practical aptitude and an interest in experimental work. Specific requirements include:

• A secondary qualification that is equivalent to the Dutch pre‑university level (VWO) or an approved international equivalent.
• Evidence of proficiency in the programme's language of instruction; applicants whose prior education was not in that language must provide recognised language certification or equivalent evidence as required by the university.
• Some applicants may be invited to an assessment or interview to discuss their motivation and practical experience; prior laboratory experience or science‑related extracurricular activities are advantageous.

Additional application documentation typically includes transcripts, a personal statement and references. International applicants should check HAN's guidance on credential recognition and any visa or residence requirements.

Career prospects

Graduates are prepared for technical and professional roles across chemical, pharmaceutical, materials and environmental sectors as well as for continued academic study. Typical career paths include:

• Analytical chemist or laboratory analyst in industry or independent testing laboratories.
• Quality control and quality assurance roles in manufacturing, food, cosmetics or pharmaceutical companies.
• Process or production chemist working in chemical plants, polymer manufacturing or formulation development.
• Environmental and regulatory analyst positions, including monitoring and compliance work.
• Research technician or project assistant roles in applied research centres and technology development groups.
• Progression to Master's programmes in chemistry, chemical engineering, materials science or related fields for those aiming at research or specialist careers.

The programme’s emphasis on internships and industry collaboration helps graduates transition directly into employment or secure places on postgraduate courses.

Why study at HAN University

HAN University offers an applied education model that combines theoretical teaching with frequent hands‑on practice in modern laboratories. The institution maintains close links with regional and national chemical companies, giving students access to relevant industry placements and collaborative projects.

• Applied learning: extensive laboratory hours, project work and mandatory internships ensure graduates have workplace‑ready skills.
• Facilities: access to up‑to‑date instrumentation and safety‑governed teaching laboratories, plus research support through HAN’s applied research centres.
• Small group teaching: tutorial and practical group sizes that allow close supervision and personalised feedback from teaching staff with industry experience.
• Industry connections: partnerships with manufacturers, chemical service providers and technology firms that support placements, guest lectures and joint projects.

Overall, HAN’s Chemistry bachelor emphasises employability, practical competence and the ability to tackle real chemical challenges in industry and applied research environments.