Mechanical Engineering Technician (CHE) (new: Mechanical Engineering Technician (CHE)): Training, continuing education, Schools, Self-Assessment

A mechanical engineering technician HF (formerly technician HF mechanical engineering) takes on specialist and management tasks in their area of responsibility. Mechanical engineers are involved in the planning and development of machines and components, realize them and produce them. For example, they develop new processes or industrially manufacturable products according to customer requirements, design machines, build prototypes and test their functionality. To do this, they use simulation and design software to optimize solutions, calculate variants, create production templates, define dimensions and determine material requirements. HF mechanical engineers (formerly HF mechanical engineering technicians) also work in production, where they are entrusted with planning and managing production, ensuring optimal capacity utilization, scheduling employee deployment, monitoring costs and deadlines and ensuring quality assurance. They are also responsible for the operation and maintenance of systems, maintenance and renewal work.

After passing the course and examination, participants in the HF course are entitled to use the federally recognized title: "graduate mechanical engineering technician HF" (formerly "graduate technician HF mechanical engineering"). After two years of practical experience, it is also possible to extend this title with the European-recognized "EurEta Engineer".

Mechanical engineers with an Advanced Federal Diploma of Higher Education (Achtung: Engl) can develop their careers in a variety of ways:

• Courses and continuing education, further training at professional associations, Colleges of Higher Education or Universities of Applied Sciences
• Bachelor of Science (UAS) in mechanical engineering or related fields such as systems engineering, microtechnology, electrical engineering or computer science at the University of Applied Sciences
• Postgraduate level: offers from colleges of Higher Education and Universities of Applied Sciences in fields such as mechanical engineering, computer science, electrical engineering, microtechnology, project and quality management, business administration or technical company management

These continuing education, further training courses open up career opportunities in leadership, project management, research and development as well as in specialized technical areas.

The main reason for interest in the Mechanical Engineering CHE continuing education program is that prospective students want to tailor the course to their own needs. According to a survey by Ausbildung-Weiterbildung.ch, 74% of prospective students cited this as their reason for interest. Eighteen percent of respondents cited a recommendation as the reason for their interest in this program. Eight percent of respondents want to pursue continuing education to become a mechanical engineering technician (CHE) because this qualification is required in many job postings. In most cases, therefore, this interest stems from personal motivation.

Generally speaking, typical motivations include:

• Career Advancement: Take on more responsibility and qualify for specialist or leadership positions.
• Professional Development: Deepen technical knowledge in design, production, and automation.
• Better career opportunities: Strengthen your position in the job market and explore new areas of work.
• Recognized Degree: Demonstrate your qualifications with a federally recognized Advanced Federal Diploma of Higher Education (Achtung: Engl. gleich wie eidg. Dipl. HFP) and the additional title “Professional Bachelor.”
• Personal Development: Work more independently, lead projects, and tackle new challenges.

Conclusion:The Mechanical Engineering CHE continuing education program combines practical expertise with new career opportunities and opportunities for personal growth.

According to graduates, a mechanical engineering technician program (CHE level) can help you achieve the following:

• lead a team or department as a project manager
• possess practical, expert knowledge in the field of mechanical engineering and design technology
• Apply basic knowledge in the fields of technology, economics, business administration, project management, and operations management
• Apply in-depth knowledge of CAD product design, materials science, strength of materials, machine elements, automation, manufacturing technology, and measurement technology
• Oversee all aspects of product development and production and make business decisions (including computer-aided production processes)
• Developing assemblies and machines from concept to production-ready
• Define your own area of study by choosing one of the following specializations: Aircraft Engineering, Design Engineering, Plastics Engineering, or Production Engineering
• A federally recognized degree as a certified mechanical engineering technician (male or female)
• Apply for the European-recognized title of EurEta Engineer after two years of professional experience
• Pursue further education options through an accelerated bachelor's degree program at a University of Applied Sciences or postgraduate programs

As a mechanical engineering technician HF, you can apply for the title of engineer after two years of practice. You can find further informationhere. Those who receive the title can then call themselves engineers.

The subjects taught in the mechanical engineering technician HF apprenticeship (formerly technician HF mechanical engineering) include physics and mathematics, mechanics, IT and control technology, design theory, design theory, drive technology and electrical engineering. However, prospective mechanical engineering technicians also learn how to develop products, design assemblies and machines, manage production and operate and maintain systems.

No, full-time training to become a mechanical engineering technician HF (new: mechanical engineering technician HF) is the exception rather than the rule these days. For this reason, you will find almost exclusively in-service training courses in this area of further education.

In many cases, Colleges of Higher Education (CHE) require applicants to the CHE Mechanical Engineering Technician program (now: CHE Mechanical Engineering Technician) to pass an entrance exam, complete a preparatory course if their knowledge in subjects such as mathematics is insufficient, or have one year of professional experience. However, since these requirements vary from school to school, you should inquire about the specific admission requirements at each school individually (via the contact form). As a general rule, however, all applicants are expected to hold a vocational degree in the electrical, mechanical, or metalworking industries—such as plant and equipment builder, polymechanic, mold maker, automation technician, design engineer, or in a comparable profession with a Federal Diploma of Vocational Education and Training, and to engage in at least 50% study-related professional work during their training at the CHE to become a Certified Mechanical Engineering Technician CHE (formerly Mechanical Engineering Technician CHE).

If you pursue continuing education to become a mechanical engineering technician (CHE) while working, you should plan on spending about three years on the program. If you choose to study full-time, you can usually earn your Advanced Federal Diploma of Higher Education (Achtung: Engl. gleich wie eidg. Dipl. HFP) in just two years. This shorter program duration typically requires prior relevant professional experience.

Depending on the student’s educational background, the program consists of at least 3,600 or 5,400 hours of study. Some Colleges of Higher Education also offer flexible study options or recognize previously acquired skills.

Conclusion:The actual duration depends on your prior education, the school you choose, and the program format.

In mechanical engineering, the following personal skills are particularly important for technicians:

• Technical understanding of machines, systems and processes
• Team and leadership skills to guide employees and work in a team
• High sense of responsibility in the planning and implementation of technical tasks
• Organizational and planning skills to coordinate projects efficiently

These skills support the practical implementation of technical projects as well as teamwork and independent work.

A survey conducted by Ausbildung-Weiterbildung.ch among prospective students interested in pursuing a mechanical engineering CHE degree revealed the following reasons for contacting schools:

• 45% of the schools surveyed were recommended
• 38% have read one or more online reviews about the school(s)
• 17% were already familiar with the school(s) before making the inquiry

People interested in this further training program often want specific information about the programs offered by various Colleges of Higher Education. Information on the following topics is particularly in demand:

• Admission: What educational background and work experience are required?
• Program Duration: What part-time or full-time options are available?
• Costs: How much are the tuition fees, and what financing options are available?
• Course Content: What subjects and areas of specialization are offered?
• Career Opportunities: What career paths does the Advanced Federal Diploma of Higher Education with the additional title “Professional Bachelor” open up?

By requesting information about the CHE Mechanical Engineering Technician program, you can compare the offerings from various schools and find out which program best fits your career goals.

Conclusion:A non-binding inquiry about the school will help you clarify any questions you may have and make an informed decision about your further training.