Field of work

EFZ design engineers work in development departments in the mechanical, electrical and metal industries (MEM industries), but also in engineering offices in medical, systems, electrical, automotive, aerospace and aerospace technology. In addition to new developments, modifications to existing products, systems and systems are part of her field of activity.

EFZ design engineers plan, design and construct individual parts and assemblies for products, systems and systems independently or in a team with other specialists on behalf of internal and external customers. In addition to functional fulfilment and manufacturability, they also take into account other aspects such as safety, ergonomics and sustainability. They recognize the potential of new technologies, adapt known solutions of technology or are inspired by phenomena of the natural sciences. You will create documents such as production, assembly and test documents

Key competencies

EFZ designers use digital technologies. Using computer-aided design, they develop and design models of products and create the corresponding production data in the same system. They are open to new technologies and solutions. They have the ability to recognize the potential of new manufacturing and assembly technologies.

Depending on the task, you will work alone or in a team and make effective use of your professional, social and personal skills. They are used to taking responsibility for their mission. EFZ design engineers are able to correctly assess situations, identify and analyse problems and propose appropriate solutions.
EFZ designers work in a networked working environment. They are characterized by a love of scientific basics, an interest in technical contexts, a structured approach, creativity and networked thinking. You will implement technical ideas by means of systematic solution search and decision-making techniques and create corresponding production documents. In doing so, they take into account the wishes and requirements of the client in the planning process, in compliance with the standards and guidelines. Ecological aspects are taken into account in the projects according to their commitment and environment.

Professional practice

EFZ designers implement the client's projects professionally and creatively in a modern office environment. For the implementation, they use appropriate software and hardware tools of the networked digital working world. They analyse technical problems of varying complexity, often in cooperation with other specialists such as project managers or engineers. Your precise approach and your pronounced quality awareness are the prerequisites for the successful implementation of the tasks assigned to you.

EFZ designers have a strong interest in new technologies and innovative solutions. The use of new technologies is examined and, where possible, used. Advancing digitization supports or facilitates their work, but at the same time challenges them. They follow technological change with interest and are constantly educating themselves. EFZ design engineers take responsibility for their actions, especially in the areas of occupational safety, health protection and environmental protection.

Significance


EFZ design engineers develop future-oriented products at the beginning of the production chain, taking into account both ecological and economic aspects. Their commitment to sustainability is particularly evident in the use of resource-saving materials and energies. In addition, with their innovative solutions, they make a significant contribution to Switzerland as a business location with its successful export industry. The energy- and resource-optimized design, the correct sizing of the developed systems and the thinking in terms of complete life cycles play an important role in reducing consumption and the optimal use of resources in order to achieve climate and energy policy goals.

General education


General education includes basic skills for orientation in the personal life context and in society as well as for overcoming private and professional challenges.

Overview of Competencies

a: Product development

Mandatory

a1: Planning the development of products in the MEM industries

a2: Designing products for the MEM industries

a3: Developing rough designs for products in the MEM industries

a4: Creating detailed designs for products in the MEM industries

Compulsory

a5: Developing products from the MEM industries in an environmentally friendly manner

b: Product design

Mandatory

b1: Designing production-ready designs for products in the MEM industries

b2: Designing specific functions of products in the MEM industries

Compulsory

b3: Designing ergonomic or extended aesthetic aspects of products in the MEM industries

b4: Optimising products or processes in the MEM industries with regard to economic aspects

c: Preparation of production documents

Mandatory

c1: Outlining products of the MEM industries

c2: Modelling products of the MEM industries with computer-aided design

c3: Preparation of production documents for products in the MEM industries

c4: Enter article data of the products of the MEM industries into the repository of the development department

c5: Generate technical product documentation in the form of data sets

Compulsory

c6: Supplement industrial production documents with extended geometric product specifications

d: Assumption of company-specific tasks

Mandatory

d1: Planning project-oriented orders in the technical development environment of the MEM industries

d2: Monitoring the progress of project-oriented orders in the technical development environment of the MEM industries

d3: Evaluating the results of project-oriented contracts in the technical development environment of the MEM industries

d4: Develop and implement sophisticated design solutions for MEM industrial sectors

Compulsory

d5: Training customers in the use of products from the MEM industries

d6: Creating sophisticated technical documentation for products in the MEM industries