Specializations within the field of Chemistry (Chemistry – taught in Romanian/Hungarian; Pharmaceutical Chemistry – Romanian dual-education track) encompass a wide range of courses (General, Organic, Inorganic, Analytical, and Physical Chemistry, as well as Biochemistry, Quantum Chemistry, applications in Pharmaceutical Chemistry, etc.) that contribute to the development of experts in the field. Chemistry plays an essential role in all biological and physical sciences, as well as in areas such as health sciences, medical sciences, agriculture, the chemical and food industries, textiles, and more.
This specialization is ideal for professionals seeking to build and develop their skills in preparation for careers in education and research, or for those aiming to hold management or executive positions within chemical, agricultural, or pharmaceutical companies, governmental institutions, or the healthcare and education sectors.
The specializations within the field of Chemical Engineering (Chemistry and Engineering of Organic Substances, Petrochemistry and Carbochemistry – Romanian/Hungarian; Food Chemistry and Biochemical Technologies – Romanian; Biochemical Engineering – Romanian; Engineering and Informatics of Chemical and Biochemical Processes – Romanian; Engineering of Inorganic Substances and Environmental Protection – Romanian; Science and Engineering of Oxide Materials and Nanomaterials – Romanian; Engineering and Informatics of Chemical and Biochemical Processes – classic and dual-education tracks) offered by our faculty provide students with a profound understanding of engineering and scientific principles. This foundation enables them to acquire new knowledge both in the engineering field and in frontier domains such as design, medicine, the environment, and more.
Training in the field of Chemical Engineering prepares specialists for all sectors involving process and product industries, as well as for cutting-edge industries and technologies such as AI applications, smart materials, and intelligent processes.
CURRICULA
Field of study: CHEMISTRY
Specialization: Chemistry
Program Description: Students acquire knowledge in analytical, inorganic, organic, and physical chemistry, biochemistry, organometallic/coordination chemistry, and materials chemistry. They develop practical skills in synthesis, analysis, and spectroscopy, with employment prospects in fields such as quality control, healthcare, food science, and the environment, as well as in education and research.
Degree Awarded: Bachelor of Science in Chemistry
Program Duration: 6 semester
2020-2023 – Curriculum line of study: ro mg | Syllabus year 2020-2021 line of study: ro mg
2021-2024 – Curriculum line of study: ro mg | Syllabus year 2021-2022 line of study: ro mg
2022-2025 – Curriculum line of study: ro mg | Syllabus year 2022-2023 line of study: ro mg
2023-2026 – Curriculum line of study: ro mg | Syllabus year 2023-2024 line of study: ro mg
2024-2027 – Curriculum line of study: ro mg | Syllabus year 2024-2025 line of study: ro mg
2025-2028 – Curriculum line of study: ro mg | Syllabus year 2025-2026 line of study: ro mg
Field of study: CHEMISTRY
Specialization: Pharmaceutical Chemistry – Dual Program
Program Description: The dual program prepares specialists for analysis and quality control laboratories, as well as research laboratories within the pharmaceutical, food, and cosmetic industries, and environmental monitoring and protection, in accordance with the requirements of the economic partner.
Degree Awarded: Bachelor of Science in Chemistry
Program Duration: 6 semester
2024-2027 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2025-2028 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro
CURRICULA
Field of study: CHEMICAL ENGINEERING
Specialization: Chemistry and Engineering of Organic Substances, Petrochemistry, and Carbochemistry (CISOPC)
Program Description: Graduates of this specialization possess fundamental training in the field of synthetic organic compounds (pharmaceuticals, dyes, pesticides, cosmetics, petroleum products), with exposure to related fields such as analytical instrumentation, biotechnology, and plant design.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2019-2023 – Curriculum line of study: ro mg | Syllabus year 2019-2020 line of study: ro mg
2020-2024 – Curriculum line of study: ro mg | Syllabus year 2020-2021 line of study: ro mg
2021-2025 – Curriculum line of study: ro mg | Syllabus year 2021-2022 line of study: ro mg
2022-2026 – Curriculum line of study: ro mg | Syllabus year 2022-2023 line of study: ro mg
2023-2027 – Curriculum line of study: ro mg | Syllabus year 2023-2024 line of study: ro mg
2024-2028 – Curriculum line of study: ro mg | Syllabus year 2024-2025 line of study: ro mg
2025-2029 – Curriculum line of study: ro mg | Syllabus year 2025-2026 line of study: ro mg
Field of study: CHEMICAL ENGINEERING
Specialization: Food Chemistry and Biochemical Technologies (CATB)
Program Description: The objective of this Bachelor’s level program is to train chemical engineers capable of solving specific problems within the food industry, both in production units and quality control laboratories, as well as in companies that market the equipment and products required for this industry.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2019-2023 – Curriculum line of study: ro | Syllabus year 2019-2020 line of study: ro
2020-2024 – Curriculum line of study: ro | Syllabus year 2020-2021 line of study: ro
2021-2025 – Curriculum line of study: ro | Syllabus year 2021-2022 line of study: ro
2022-2026 – Curriculum line of study: ro | Syllabus year 2022-2023 line of study: ro
2023-2027 – Curriculum line of study: ro | Syllabus year 2023-2024 line of study: ro
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2025-2029 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro
Field of study: CHEMICAL ENGINEERING
Specialization: Biochemical Engineering (IB)
Program Description: This specialization is an interdisciplinary and transdisciplinary field that integrates knowledge of chemistry, biology, and chemical engineering. It provides the theoretical and practical skills necessary for the synthesis of pharmaceuticals, food products, and other commodities, as well as the provision of related services.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2019-2023 – Curriculum line of study: ro | Syllabus year 2019-2020 line of study: ro
2020-2024 – Curriculum line of study: ro | Syllabus year 2020-2021 line of study: ro
2021-2025 – Curriculum line of study: ro | Syllabus year 2021-2022 line of study: ro
2022-2026 – Curriculum line of study: ro | Syllabus year 2022-2023 line of study: ro
2023-2027 – Curriculum line of study: ro | Syllabus year 2023-2024 line of study: ro
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025line of study : ro
2025-2029 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro
Field of study: CHEMICAL ENGINEERING
Specialization: Chemical and Biochemical Process Engineering and Informatics (IIPCB)
Program Description: This specialization offers students a comprehensive education in process engineering. The program aligns with industry requirements, preparing graduates for roles such as chemical engineer, process engineer, quality manager, designer, consultant, and inspector.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2019-2023 – Curriculum line of study: ro | Syllabus year 2019-2020 line of study: ro
2020-2024 – Curriculum line of study: ro | Syllabus year 2020-2021 line of study: ro
2021-2025 – Curriculum line of study: ro | Syllabus year 2021-2022 line of study: ro
2022-2026 – Curriculum line of study: ro | Syllabus year 2022-2023 line of study: ro
2023-2027 – Curriculum line of study: ro | Syllabus year 2023-2024 line of study: ro
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2025-2029 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro
Field of study: CHEMICAL ENGINEERING
Specialization: Inorganic Substances Engineering and Environmental Protection (ISAPM)
Program Description: Graduates specialize in inorganic substances engineering (fertilizers, pigments, materials) and pollution prevention technologies (water treatment). The competencies acquired allow them to practice in industrial production, substance and environmental analysis, consultancy, sales, education, and research.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2019-2023 – Curriculum line of study: ro | Syllabus year 2019-2020 line of study: ro
2020-2024 – Curriculum line of study: ro | Syllabus year 2020-2021 line of study: ro
2021-2025 – Curriculum line of study: ro | Syllabus year 2021-2022 line of study: ro
2022-2026 – Curriculum line of study: ro | Syllabus year 2022-2023 line of study: ro
2023-2027 – Curriculum line of study: ro | Syllabus year 2023-2024 line of study: ro
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2025-2029 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro
Field of study: CHEMICAL ENGINEERING
Specialization: Science and Engineering of Oxide Materials and Nanomaterials (SIMON)
Program Description: This specialization provides students with engineering training in the fields of ceramics, glass, and binders. Graduates can find employment in companies within the ceramics, cement, glass, and construction materials industries (such as Heidelberg Materials, Holcim, Strabag, etc.) or in research institutes.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2019-2023 – Curriculum line of study: ro | Syllabus year 2019-2020 line of study: ro
2020-2024 – Curriculum line of study: ro | Syllabus year 2020-2021 line of study: ro
2021-2025 – Curriculum line of study: ro | Syllabus year 2021-2022 line of study: ro
2022-2026 – Curriculum line of study: ro | Syllabus year 2022-2023 line of study: ro
2023-2027 – Curriculum line of study: ro | Syllabus year 2023-2024line of study : ro
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2025-2029 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro
Field of study: CHEMICAL ENGINEERING
Specialization: Chemical and Biochemical Process Engineering and Informatics – Dual Program
Program Description: This specialization offers students a comprehensive education in process engineering. The program is aligned with industry requirements, preparing graduates for roles such as chemical engineer, process engineer, quality manager, designer, consultant, and inspector.
Degree Awarded: Engineer in the completed specialization
Program Duration: 8 semester
2024-2028 – Curriculum line of study: ro | Syllabus year 2024-2025 line of study: ro
2025-2029 – Curriculum line of study: ro | Syllabus year 2025-2026 line of study: ro