Biochemiker/Biochemikerin

Information resources from the Bundesagentur für Arbeit (Federal Employment Agency of Germany) include the Chemistry Film and other informational offerings. Additionally, publications and studies such as BAVC-Transformationsstudie: Chemie-Arbeitswelten 2030, Biological Chemistry, BIOspektrum, ChemBioChem, ChemMedChem, CLB Chemie - Leben - Biotechnik, Clinical Chemistry and Laboratory Medicine (CCLM), Deine Zukunft: Biowissenschaften, Der Future Skills Report Chemie 2.0, EurJOC European Journal of Organic Chemistry, JBC - The Journal of Biological Chemistry, Journal of Cellular Biochemistry, KOFA-STUDIE 2/2025: Fachkräftecheck Chemie, and the Online-Studienführer "Master in den Biowissenschaften" are available.

The CO2 circular economy includes carbon capture and utilization (CCU) and carbon capture and storage (CCS) methods. CCU aims to capture and reuse carbon dioxide (CO2) from exhaust gases, while CCS focuses on storing CO2 removed from the atmosphere. CCU contributes to reducing emissions and counteracting the greenhouse effect. Techniques such as (modified) photosynthesis, gas fermentation, or electrobiosynthesis enable the production of various products, e.g., synthetic fuels, feed, dyes, or lightweight materials. Specialists and executives will need to prepare for different application areas through relevant further training. Sustainability and ecological material flow management are increasingly important topics for companies in the chemical and pharmaceutical industries. The goal is to advance in these areas.

The following interests are important and helpful for success in this academic profession. Interests are listed in order of their importance, with illustrative activities provided for each area. Interest in theoretical-abstract activities includes tasks such as measuring the nerve conduction of nerve cells or analyzing DNA examinations. Interest in organizational-auditing activities involves tasks such as controlling chemical supplies.

Biochemists primarily work in laboratories, office and meeting rooms, lecture halls and seminar rooms, and production facilities. Additionally, they may also work in home offices or remotely as needed.

Core competencies acquired or deepened during Studium (university studies) include analysis, analytical chemistry, assay (expertise), biochemistry, bioinformatics, biology, biotechnology, chemical investigation and measurement methods, development, research, laboratory work, laboratory techniques, measurement methods (handling, determining, etc.), molecular biology, pharmacology, quality management, experimental execution and evaluation, experimental planning, and cell biology. Other competencies that may be significant for practicing this profession include bioanalytics, bioprinting, preparing scientific publications, genetic engineering, expert/appraiser activities, teaching (university), medical technology, biomedical technology, microbiology, molecular genetics, wet chemistry, product management, project management, proof of expertise for drug manufacturing (§ 15 AMG), proof of expertise according to the Plant Protection Expertise Ordinance, toxicology, process engineering, presentation activities, and scientific documentation.

The advancing digitalization of the working and professional world can change task areas and requirement profiles. For biochemists, opportunities may arise to engage with the following technologies, processes, or systems: 3-D simulation (e.g., simulating targeted mutations of bacteria), bioprinting (e.g., developing new bio-inks for bioprinting), document management systems - DMS (e.g., digitally managing experiment protocols, test reports, and expert opinions and making them available to other departments), IoT platforms (e.g., evaluating data from networked measuring devices and testing applications using IoT platforms), laboratory information systems - LIS (e.g., testing and digitally evaluating bacterial samples), numerical simulation (e.g., calculating and analyzing results from molecular biological experiments or test series), smart spraying (e.g., investigating the effects of plant protection products on microorganisms, plants, animals, and humans and deriving limit values for development).

Biochemists are involved in the further development and improvement of already introduced medicines and deal with genetically modified organisms. This requires a high degree of responsibility and a meticulous way of working. Laboratory investigations demand precise observation, dexterity, concentration, and perseverance. For systematic-logical development and setting up experimental series, biochemists need analytical thinking skills. When transferring and adapting production and processing methods developed in the laboratory to an industrial scale, they utilize their organizational and planning abilities. If they work in teaching at universities, they also apply current pedagogical and subject-specific didactic knowledge and measure the quality of their teaching by the progress and feedback of students. For interdisciplinary collaboration with representatives of other disciplines and for consulting, these skills are also crucial.

Biochemists can work freelance, for example, in the following areas: founding or taking over a diagnostic laboratory, as an expert, as a project manager, as a consultant.

Example gross basic collective bargaining salary in the public sector (monthly): €4,489 to €6,765. Example gross basic collective bargaining salary in the commercial sector (monthly): €5,473 to €6,439. Sources: Collective Agreement for the Public Service of the States (TV-L), Collective Bargaining Collection of the Bavarian State Ministry for Family, Labor and Social Affairs. Note: This information is for orientation purposes. No claims can be derived from it.

Universities, universities of applied sciences (Fachhochschulen), vocational academies (Berufsakademien), specialized academies (Fachakademien). Universities, e.g., university institutes for biochemistry, pharmacy, and molecular biotechnology. Natural, engineering, agricultural sciences, and medicine. Research and development in biotechnology. Other research and development in natural, engineering, agricultural sciences, and medicine, e.g., laboratories in chemical and pharmaceutical industrial companies or food industry businesses. Healthcare. University hospitals. Provision of services by medical laboratories. Pharmacy. Manufacture of basic pharmaceutical products, e.g., development and testing laboratories of pharmaceutical companies. Manufacture of pharmaceutical specialties and other pharmaceutical products, e.g., development and testing laboratories of pharmaceutical companies. Chemistry. Manufacture of pesticides, plant protection products, and disinfectants, e.g., development and testing laboratories of chemical companies. Manufacture of fertilizers.

Those who wish to work in this profession generally need a completed undergraduate degree (grundständig) in biochemistry. Leadership positions or specialized tasks usually require a master's degree (Masterstudium). Activities in science and research often require a doctorate (Promotion) or habilitation (Habilitation).

Biochemistry (undergraduate - grundständig), Biochemistry (postgraduate - weiterführend).

Biochemists find employment in teaching and research institutions, for example, in the fields of medicine, natural sciences, environment, or food; in university hospitals and medical laboratories; in companies within the chemical, pharmaceutical, and biotechnological industries; and in environmental agencies, food inspection offices, or food hygiene testing laboratories.

Job Title: Biochemist. Job title in English: Biochemist (m/f). Job title in French: Biochimiste (m/f).

Proof of expertise is required for the application of plant protection products. This is usually provided with a successful university degree (Studium). Those responsible for compliance with pharmaceutical law regulations in drug manufacturing and testing require a permit. The necessary expertise as a qualified person is demonstrated, for example, by a completed university degree (Studium) in chemistry and at least two years of practical experience in the field of qualitative and quantitative analysis and other quality tests of medicinal products. This also applies to veterinary medicinal products. Those wishing to perform the duties of a pharmaceutical consultant require the corresponding expertise, typically demonstrated by a completed university degree (Studium) in chemistry.

Some characteristics of work and social behavior are relevant for all professions and are therefore not mentioned separately. These include reliability, punctuality, honesty, ability to criticize, and appropriate manners. In addition, the following job-specific characteristics are required to practice this academic profession: willingness to perform and commit (e.g., willingness to actively and dedicatedly take on additional, technically demanding laboratory and monitoring tasks during work bottlenecks), perseverance / determination (e.g., persistently working on the research of new biochemical substances and their industrial producibility despite setbacks), diligence (e.g., error-free planning and execution of experimental series in the laboratory), sense of responsibility and willingness to take responsibility (e.g., conscientiously monitoring compliance with required quality standards for production facilities, equipment, and analytical methods in drug manufacturing).

Biochemists investigate chemical and physicochemical processes at a molecular level, produce biochemical products, or work in product development, quality assurance, and consulting.

Job and applicant exchanges: ABG Association Bernard Gregory, analytik.de, Analytik-News, Biologie.de, BiologyJobs.com, BioM, Bionity.com Karriere, Chemie.de Karriere, GDCh, hum-molgen, inVitro+Jobs - The Portal for animal-free research, JOBNetWORK Chemie Pharma, jobvector, Laborjournal, SciTechCareer.

There are various professional associations and organizations for biochemists. These include Berufsgenossenschaft Rohstoffe und chemische Industrie (BG RCI), Bundesarbeitgeberverband Chemie e.V. (BAVC), DECHEMA Gesellschaft für Chemische Technik und Biotechnologie e.V., Deutsche Forschungsgemeinschaft (DFG), Gesellschaft Deutscher Chemiker e.V. (GDCh), Gesellschaft für Biochemie und Molekularbiologie e.V. (GBM), IGBCE - Industriegewerkschaft Bergbau, Chemie und Energie, Physikalisch-Technische Bundesanstalt (PTB), SPECTARIS - Dt. Ind.-Verband f. opt., medizin. und mechatron. Technologien e.V., and VBIO Verband Biologie, Biowissenschaften und Biomedizin in Deutschland e.V.

Biochemists are responsible for people and assets, for example, developing and improving existing medications or ensuring production facilities meet quality standards. They perform precise and detailed work, such as pipetting liquids into test tubes or preparing cell cultures. They may have customer contact, informing doctors and clinics about new medications. Manual tasks include setting up experimental apparatus. They work with technical devices, machines, and laboratory equipment. Screen work involves processing newly acquired data. They wear protective clothing and equipment like gloves, masks, and lab coats to protect against hazardous fumes and solutions. Work takes place in laboratories, offices (for data processing), and sometimes in workshops or production halls.

Biochemists have diverse career opportunities. They can work in laboratory analysis or as laboratory managers. They may teach at universities as lecturers or professors, or coordinate study programs. In quality assurance and management, they can be heads of quality management or quality assurance, or quality managers. In process and product development, roles include head of research and development, medical advisor, product developer, regulatory affairs manager, or clinical study referent. They also engage in scientific research as research referents, heads of research groups, geneticists, or scientific staff members.

Biochemists work with various objects of investigation, such as living organisms (bacteria, viruses, fungi), cell cultures, medically usable substances, and laboratory animals. They use laboratory equipment and accessories like microscopes, centrifuges, spectrometers, chromatographs, sequencing robots, density meters, reaction vessels, and pipettes. Chemical substances include nutrient solutions, acids, bases, and disinfectants. They rely on documents such as experimental protocols, training and lecture materials, production documents, and hygiene, safety, and environmental protection regulations. Office equipment like PCs, internet access, and telephones are also essential.

Biochemists work in various fields. In research, they analyze the structure of molecules, metabolism, or cell structures of organisms and publish their findings. At universities, they conduct lectures and administer exams. In the chemical or pharmaceutical industry, they work to find medically usable substances and optimize medications. They act as a link between drug production and application, improve process flows, or check product quality. Additionally, they participate in approval procedures for new medications or work in pharmaceutical consulting.

Continuing education for adaptation helps biochemists keep their professional knowledge current and adapt to new developments (e.g., in biology, biotechnology, chemistry, pharmacy, pharmaceutical technology, or research and development). Furthermore, the trend of addressing the challenges of implementing Industry 4.0 can become an important continuing education topic for biochemists. The development and use of bioplastics, whose raw materials are obtained from green waste, also offer further training potential, as do smart systems and technologies for Laboratory 4.0.

Advanced training, specifically designed for university graduates, builds upon existing qualifications. It offers the opportunity to expand one's competence profile and enhance career prospects (e.g., through further training as a Clinical Chemist). Bachelor's graduates can improve their professional and career opportunities through further studies, for example, in Biochemistry, Biotechnology, or Clinical Research, Drug Testing, and Approval. A doctorate is generally required for a scientific career at a university; an habilitation (postdoctoral lecturing qualification) is usually needed for appointment as a university professor. A doctorate may also facilitate access to higher professional positions in the private sector, in research, and in public administration.

Chemically research life phenomena of organisms, e.g., metabolism, heredity, cell division. Discover or develop new medically usable substances, further develop and improve existing medications. Examine and verify chemical and pharmaceutical products from research for their application possibilities and optimal processing methods. In science and teaching, participate in research projects and write reports, conduct lectures, possibly administer exams, supervise thesis and doctoral candidates. In development and production, develop processing and testing procedures, transfer and adapt production and processing procedures developed in the laboratory to industrial scale. Improve products, search for new applications for existing products, develop new products. Monitor the manufacturing process regarding quality, environmental compatibility, and business economic requirements. If necessary, develop validation activities.

The following additional employment alternatives are available for the profession of biochemist: Field of Scientific Research: Biologist, Agricultural Biologist, Pharmaceutical Technology Engineer, Bionicist. Commonalities: conducting biochemical measurements, analyses, and laboratory tests; setting up experimental apparatus and conducting experiments, documenting results. Field of Pharmaceutical Consulting, Pharmaceutical Sales: Pharmaceutical Representative. Commonalities: applying knowledge of biochemical contexts; providing information about the composition and mode of action of medications. Note: The mentioned job alternatives may require longer training or additional qualifications.

Biochemists investigate chemical and physico-chemical processes at the molecular level in scientific research. They can also work in the production of biochemical products, in product development, quality assurance, or consulting. In scientific research and teaching, biochemists deal with, for example, cell structure and processes within the cell, investigate the transmission of information by proteins, or research cell types and antibodies that form the immune system. In bio- or gene technology, they work to make substances of pharmacological or economic interest accessible on a technical scale through targeted mutations, for example, of bacteria and yeasts. In the biochemistry of natural products, they deal with the structural analysis, biosynthesis, and biological degradation of, for instance, antibiotics. In the field of bionics, they investigate structural and organizational principles from nature.

The following abilities, knowledge, and skills are required for performing possible activities in this academic profession. Abilities: Numerical (computational) thinking (e.g., applying chemistry-specific mathematical methods and tools like stoichiometry and chemometrics). Figural-spatial thinking (e.g., understanding the structure and interaction of complex molecules or the spatial structure of molecular compounds). Eye-hand coordination (e.g., dosing chemical substances for laboratory experiments). Technical understanding (e.g., optimizing process engineering procedures in chemical, pharmaceutical, or biotechnological production). Ability to plan and organize (e.g., planning, optimizing, and organizing work processes in chemical, pharmaceutical, or biotechnological production). Knowledge and Skills: Calculation skills (e.g., calculating percentage compositions in chemical compounds).

Plant Protection Expert Ordinance (PflSchSachkV), amended by Article 376 of the Act of 31.08.2015 (BGBl. I p. 1474). Act on the Traffic in Medicinal Products (Arzneimittelgesetz - AMG) of 12.12.2005 (BGBl. I p. 3394), last amended by Article 2 of the Act of 23.10.2024 (BGBl. 2024 I No. 324). Act on the Traffic in Veterinary Medicinal Products and for the Implementation of Union Law Provisions Concerning Veterinary Medicinal Products (Tierarzneimittelgesetz - TAMG), promulgated as Article 1 of the Act of 27.09.2021 (BGBl. I p. 4530), last amended by Article 2 of the Act of 04.03.2026 (BGBl. 2026 I No. 60).

The profession of a biochemist may involve specific physical requirements. These include functional arms and hands (e.g., setting up laboratory apparatus, operating sensitive devices), fine motor skills of hands and fingers (e.g., preparing cell cultures, pipetting liquids), near vision (e.g., dosing solutions, processing data on screen), color vision (e.g., recognizing color changes in experiments), hearing and speech comprehension (e.g., exchanging ideas with experts), an intact sense of smell and taste (e.g., conducting smell tests, recognizing warning effects of chemicals), and healthy, resilient skin on hands and arms (e.g., wearing protective clothing when handling chemicals). These requirements may not apply to every job profile.

There are job and staffing alternatives similar to the biochemist profession. These professions can be a possible alternative for applicants who cannot find a vacant position in their learned profession. Employers may also consider professionals from these fields as alternatives. Alternatives generally requiring short training include chemists and molecular biologists. For partial activities or specific applications, clinical chemists can be an option. Related professions like bioscience researchers and food chemists also share similarities.

The activity as a biochemist is not regulated in Germany. Therefore, no professional recognition is necessary to work in this profession with a qualification acquired abroad. However, it is possible to apply for an individual certificate evaluation for foreign university degrees through the Central Office for Foreign Education (ZAB). This can be helpful for job applications in the German labor market. Further information on living and working in Germany can be found through resources like the 'Hotline Working and Living in Germany' from the Federal Office for Migration and Refugees (BAMF) and the Federal Employment Agency (BA).

The following health limitations could lead to problems in the exercise of the profession. These statements do not necessarily apply to every job profile or every professional application. Increasingly, there are also possibilities to compensate for limitations, for example, through technical aids. Possible limitations include impaired functionality of arms and hands (e.g., setting up laboratory apparatus, operating sensitive devices), impaired fine motor skills of hands and fingers (e.g., preparing cell cultures, pipetting liquids), uncorrectable near vision impairment (e.g., dosing solutions, processing data on screen), color vision disorders (e.g., recognizing color changes in experiments), and hearing impairment, hard of hearing, deafness, or chronic ear conditions (e.g., exchanging ideas with experts).

From an employer's perspective, further staffing alternatives are available for the biochemist profession. In the field of scientific research, professions such as pharmacists, specialist doctors in biochemistry, clinical pharmacology, or pharmacology and toxicology, and pharmaceutical technology engineers can be considered. Commonalities among these professions include conducting biochemical measurements, analyses, and laboratory tests, setting up experimental apparatus, performing experiments, and documenting results. The mentioned staffing alternatives may require an induction period, which can vary in length depending on the individual case.