News and articles

An IT security administrator is responsible for protecting the organization's digital information and IT systems against intrusions, data leaks, and other security threats. The work involves managing permissions, monitoring security logs, updating security routines, and acting during suspected incidents. The role requires meticulousness, integrity, and the ability to quickly analyze and address potential threats. The work environment is mostly office-based but can also involve remote work and collaboration with other IT specialists, especially during incident management or major security projects.

A software developer works on designing, developing, and maintaining software solutions and systems. Tasks include analyzing user needs, writing code, testing, debugging, and integrating software in various environments. The work is often project-based, collaborating with other developers, testers, and system architects. The work environment is typically office-based with elements of remote work, and the pace can vary depending on project phase and organization size. Technical tools and digital collaboration platforms are central to daily work.

A hospital chemist is responsible for analyzing and interpreting medical samples in hospital laboratories. Daily work includes performing chemical analyses of blood, urine, and other body fluids, which are crucial for diagnosis and patient treatment. Hospital chemists often work closely with doctors, biomedical analysts, and other healthcare staff to ensure high-quality analyses and timely, secure delivery of results. The work environment features advanced laboratory technology, meticulous routines, and a high focus on safety, with tasks performed both independently and in teams.

A mixing operator in the pharmaceutical industry is responsible for monitoring and controlling mixing processes during drug manufacturing. Tasks include weighing and dosing raw materials, starting and supervising mixing machines, and ensuring the mixture meets quality standards. Precise documentation of each batch is crucial, as is following strict hygiene and safety regulations. The work environment is often characterized by clean and controlled facilities with high demands on protective equipment and accuracy, as quality and safety are central factors to ensure the effectiveness of medicines and patient safety.

An Audiometris works with examining and assessing hearing in patients of various ages. Tasks include conducting hearing tests, analyzing results, documenting findings, and sometimes advising on hearing aids. The profession often involves close collaboration with audiologists, doctors, and other healthcare staff. The work environment is typically clinical and characterized by patient contact, where good communication skills and the ability to build trust are essential. Audiometrists are found in both public and private sectors, and the work may include administrative tasks beyond the patient-related duties.

A quality coordinator within electrical power is responsible for ensuring that operations meet high standards of quality, safety, and efficiency in both projects and ongoing operations. Tasks include developing, implementing, and following up on quality management systems, analyzing processes, and identifying areas for improvement. The role also involves coordinating internal and external audits, training staff in quality issues, and participating in investigations of deviations and risk management. The work environment is often office-based but may also include visits to facilities, production environments, or project sites, where collaboration with technical specialists and management teams is a central part of daily work.

A research engineer in electrical power works with development, testing, and analysis of electrical systems and components in advanced technological environments. Tasks can include laboratory experiments, simulations, project management within research and development projects, often focusing on energy efficiency, sustainability, and new technologies in electrical power. The environment is typically high-tech and can be both office-based and laboratory-oriented, involving collaboration with other engineers, researchers, and sometimes external partners as a natural part of daily work. Fieldwork and international collaborations may also occur depending on the project.

An electrical power engineer in electrical engineering is responsible for developing, planning, and maintaining systems for electricity generation, distribution, and transmission. Tasks often include designing power plants, technical analysis, construction, and troubleshooting in complex electrical networks and control systems. Many also work in project management, coordination between different technical areas, and advising on energy efficiency. The work environment varies between office work, field inspections, and visits to production facilities, requiring both technical expertise and flexibility. Safety considerations are central, especially when working near high-voltage installations and power stations.