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Master of Science in Engineering in Computer Engineering and Hardware primarily work with development, design, and testing of advanced technical systems and components. They are responsible for constructing and optimizing electronics, processors, circuit boards, and embedded systems that form the foundation of digital products, ranging from computers and network equipment to industrial control systems. The work is often project-based alongside other engineers, technicians, and programmers. The work environment is typically office-based with a fast pace but can also include laboratory work in technical labs or production environments, especially during testing and troubleshooting prototypes. The demands for precision, problem-solving skills, and teamwork are high, as solutions often need to be implemented in complex and safety-critical systems.

Master of Science in Engineering in Biotechnology with a focus on aquatic organisms mainly work on developing and applying biotechnological methods to understand, improve, and protect marine and freshwater ecosystems. Tasks may include research on aquatic organisms, environmental monitoring, development of sustainable aquaculture systems, and analysis of water quality and biodiversity. The profession often involves interdisciplinary projects where technology, biology, and environmental issues intersect. The work environment varies between laboratories, fieldwork at lakes, seas, and waterways, and office settings for data analysis and report writing.

A Master of Science in Engineering in Biotechnology with a focus on pharmaceutical development primarily works on developing and improving medicines, from research stages to finished products. Tasks often include molecular biological analyses, process development, production technology, as well as quality assurance and regulatory issues. The role involves collaboration with researchers, engineers, pharmacists, and other specialists within both academia and industry. The work is usually laboratory- and office-based, with elements of project management and documentation. A large part of the time is spent analyzing data, optimizing processes, and ensuring that products meet strict safety and efficacy requirements.

A graduate engineer in the biotech industry works on developing and improving products and processes within biotechnology, often focusing on pharmaceuticals, food, environmental technology, or chemical industry. Tasks include research and development, production, quality control, and project management. Work often occurs in interdisciplinary teams where specialists from several fields collaborate to solve complex technical challenges. The work environment is usually laboratory or office-based but can also include time at production facilities or pilot plants. High safety awareness and precision are essential qualities, as the work often involves handling sensitive biological materials and advanced equipment.

A graduate engineer in biophysics works at the intersection of biology, physics, and technology. Tasks include developing and applying physical theories and methods to understand biological systems at the molecular level. This can involve research in medical technology, developing new diagnostic tools, advanced image analysis, or simulations of biological processes. The work often takes place in interdisciplinary teams at universities, research institutes, hospitals, or within the pharmaceutical and biotech industries. The work environment is typically laboratory-based and characterized by high technical expertise, involving both practical experimental work and advanced data processing.

A Civil Defence Chief is responsible for leading and coordinating the municipality’s or region’s civil defense activities. Tasks include developing strategies for preparedness, crisis management, and protecting critical societal functions during serious events and crises. The role involves close collaboration with authorities, emergency services, healthcare, and other societal actors. The work is often strategic, involving decision-making at a high level, but also requires operational responsibility during urgent situations. The work environment is mainly office-based but can quickly change during crises, demanding availability outside regular working hours.

A ciselör works with shaping and decorating metal objects, often in precious metals such as silver and gold. The main tasks involve processing surfaces by hammering, engraving, and chiseling detailed patterns and motifs. This craft requires great precision and patience, as even small mistakes can affect the final result. Ciselörer can be found in small studios and larger workshops, working on everything from jewelry to art objects and restoration of antique items. The work environment is characterized by concentration and meticulousness, often with long working hours at the workbench and use of specialized tools.

A Circus Educator works to teach and inspire children, youth, and adults in various circus disciplines such as acrobatics, juggling, trapeze, and balancing arts. The tasks include pedagogical leadership and physical training, often in groups but sometimes also individually. Teaching usually takes place in circus schools, cultural schools, leisure centers, or touring circus projects, where the environment is characterized by creativity, movement, and safety focus. A Circus Educator is responsible for creating a safe and inclusive atmosphere, developing curricula, and adapting exercises to participants' levels. The work often involves irregular hours, with evenings and weekends being common teaching times, and requires good physical ability as well as the ability to motivate and engage different target groups.