Berechnungsingenieur/Berechnungsingenieurin

Information sources for this profession include publications and platforms such as Computational Engineering, Digital Engineering Magazin, Digital Manufacturing, Informatik-Spektrum, ingenieur.de, VDI nachrichten, and ZWF Zeitschrift für wirtschaftlichen Fabrikbetrieb.

Computational engineers primarily work in offices, test and measurement laboratories, or stations. If necessary, they may also work in workshops and production halls, from a home office, or remotely.

Core competencies fundamentally required in this profession include work preparation, calculation, planning of operational equipment, operational technology, electrical power engineering, manufacturing technology, costing, construction, measurement, control, and regulation technology (MCR), modeling, simulation (IT), production planning, product management, technical informatics, and technical mechanics. Additional competencies that may be significant for this profession include automation technology, applying CIM systems, CNC knowledge and programming, Computer-Aided Manufacturing (CAM), electronics, electrical engineering, Finite Element Method (FEM), hardware and software installation, information technology, machine technology, mechatronics, microcomputer and microprocessor technology, microelectronics, production logistics, production planning systems (PPS), process control technology, quality management, software engineering, and PLC programming.

Computational engineers require analytical thinking, technical understanding, and experience with virtual models for the calculation and simulation of systems and production processes. They work proactively and precisely, as erroneous calculations can lead to quality defects. They are usually part of a project team but carry out their work independently. In leadership positions, they motivate their employees and coordinate their collaboration. They use specialized software, such as simulation programs, to simulate the real behavior of planned constructions or to test manufacturing processes. In addition to their work in offices, they are also active in development laboratories, production halls, or at test and measurement stations. They travel to different departments within their company or to clients for consultations.

Computational engineers can become self-employed, for example, by establishing an engineering office for construction and calculation.

An exemplary monthly gross basic salary ranges from 5,261 € to 6,650 €. This information is sourced from the tariff collection of the Bavarian State Ministry for Family, Labor and Social Affairs. These figures are for orientation only, and no claims can be derived from them. Please check BERUFENET for current salary information.

Calculation engineers can work in various sectors such as construction, architecture, chemistry, pharmacy, plastics, electrical engineering, electronics, energy, supply and waste management, vehicle manufacturing and maintenance, glass, ceramics, raw material processing, wood, furniture, metal, mechanical engineering, precision mechanics, optics, food and beverage production, paper, printing, textile, clothing, leather, transport, and traffic.

Employers often expect a completed university degree (Studium) in a subject area relevant to the respective industry.

Access to this profession is possible through various undergraduate (grundständig) and postgraduate (weiterführend) study programs, including waste and disposal technology, automation technology, biotechnology, brewing and beverage technology, chemical engineering, printing and media technology, electrical engineering, energy technology, renewable energies, vehicle informatics and electronics, vehicle technology, hearing technology and audiology, wood technology, and information and communication technology.

Calculation engineers find employment in companies across all sectors of the economy.

The professional title is Calculation Engineer. Other common titles include Engineer for Calculation and Analysis. The professional title in English is Calculation engineer (m/f).

A note on professional titles: The title 'Engineer' is legally protected in Germany. The legally protected title 'Consulting Engineer' requires several years of professional experience, membership in a state (Bundesland) chamber of engineers, and registration in that chamber's list of Consulting Engineers.

Calculation engineers analyze and evaluate systems and system structures using simulation calculations.

Job and applicant exchanges can be found on platforms such as academics.de, BIngK Bundesingenieurkammer, get in (Engineering), Hollabrunner Technik Leistungszentrum, IndustryArena, ingenieur.de, ingenieur1.de, Ingenieurcenter Deutschland, ingenieurweb, JustEngineers, NetWILA-Arbeitsmarkt.

Associations and organizations include Bundesingenieurkammer (BIngK) (Federal Chamber of Engineers), Bundesgemeinschaft der Ingenieure e.V. (Federal Association of Engineers), Bundesverband der Deutschen Industrie e.V. (BDI) (Federation of German Industries), Deutsche Forschungsgemeinschaft (DFG) (German Research Foundation), Deutscher Gewerkschaftsbund (DGB) (German Trade Union Confederation), Deutscher Industrie- und Handelskammertag (DIHK) e.V. (Association of German Chambers of Industry and Commerce), Verein Deutscher Ingenieure e.V. (VDI) (Association of German Engineers).

Calculation engineers work at computer screens, analyzing systems and structures with simulations and conducting computational experiments on virtual models. They also work in laboratories (in development labs), in offices, and in the development and production facilities of companies (in workshops, production halls).

Work items and tools include documents such as framework data and results reports, DIN standards, presentation documents; computer technology and software such as simulation programs, project planning software, and possibly artificial intelligence technologies like machine learning applications; office equipment and software such as PCs, internet access, telephones, and video conferencing tools.

Calculation engineers conduct computational experiments on virtual models. From these, they draw conclusions about real systems, such as the stability and lifespan of components. They also test manufacturing processes for the introduction of new production methods. During calculations, they document data and results, evaluate them, and make statements, for example, on the type of construction or the economic and technical requirements of manufacturing processes.

Adaptation training helps to keep professional knowledge up-to-date and adapt it to new developments (e.g., in the fields of design, standardization, or materials science).

Further professional and career opportunities open up through an advanced Studium (university degree) (e.g., in the field of design engineering). A doctorate is generally required for a scientific career at a university; a habilitation (postdoctoral lecturing qualification) is usually needed for appointment as a university professor. A doctorate may also facilitate access to senior professional positions in the private sector, research, and public administration.

Simulating systems and structures, conducting computational experiments on virtual models, performing technical calculations for designs, e.g., for the strength of components, evaluating and interpreting simulation results, documenting results, drawing conclusions about real systems and structures, coordinating technical problem solutions with clients, suppliers, and manufacturing, participating in project acquisition, and coordinating project work.

The engineering profession is regulated by the Engineering Law of each individual Bundesland (federal state) in Germany. These state regulations are based on the Model Engineers (Chamber) Act (as of 18.11.2003, adopted by the Conference of Economic Ministers on 10./11.12.2003, amended by resolution of the Conference of Economic Ministers on 26./27.06.2018). The equivalence of foreign professional qualifications is governed by Directive 2005/36/EC of the European Parliament and of the Council of 7 September 2005 on the recognition of professional qualifications (Official Journal of the EU L 255, p. 22), last amended by Delegated Decision (EU) 2025/2187 of 30.07.2025 (Official Journal of the EU L 2187, p. 1).

The following lists professions or activities that show similarities to the original profession. These professions represent a possible alternative for applicants. Furthermore, employers can consider individuals from these professions as alternatives for filling a position in the original profession. Some alternative professions only cover partial activities of the original profession, while others require an induction period, which can vary in length in individual cases. The following direct employment and staffing alternatives are available for the profession of Calculation Engineer: Job and staffing alternatives in related professions: Research and Development Engineer, Technical Mathematician. A list of all possible degrees of relatedness can be found here: Explanations of the individual degrees of relatedness.