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A sales product manager is responsible for developing and executing sales strategies for the company's products or services. The role includes market analysis, product development, pricing, and coordination between sales teams and other departments such as marketing and production. The work environment is often office-based with a high pace and requires good communication skills as well as the ability to make decisions under pressure. The product manager often works in project teams and maintains regular contact with both internal and external stakeholders.

Product developers in textiles, wood, and similar materials are responsible for planning, developing, and quality-assuring production processes. Their tasks often include coordinating between design, production, and purchasing, as well as ensuring that products meet technical and aesthetic requirements. The work environment is usually office-based but may also include visits to production facilities for follow-up and quality control. The role requires good communication skills and technical understanding of materials and production methods.

A product preparer in telecommunications is responsible for planning, developing, and quality-assuring products and services within the telecom sector. Tasks often include project management, coordination between departments, and analysis of technical solutions to ensure products meet market demands and customer needs. The work environment is typically office-based with a strong emphasis on collaboration and communication, combining technical knowledge with organizational skills.

A product preparer specializing in mechanical engineering is responsible for planning, developing, and optimizing the production of machine parts and components. Tasks often include analyzing technical drawings, optimizing production processes, and ensuring that machine parts meet quality standards. The product preparer typically collaborates with production staff, engineers, and suppliers to ensure that products are manufactured cost-effectively and sustainably. The work environment is often a combination of office-based work and time spent in production settings where precision and technical understanding are required.

A product preparer in chemical engineering is responsible for planning, developing, and optimizing chemical processes and products. Tasks include evaluating raw materials, creating production documentation, and ensuring products meet quality and environmental standards. The work often involves close collaboration with research, development, and production, requiring technical competence and precision. The work environment is typically office-based combined with laboratory work and sometimes visits to production sites.

A product preparer in electrical power is responsible for planning, developing, and quality-assuring products and systems related to electricity distribution and power engineering. Tasks include technical documentation, coordination with suppliers and internal departments, and optimizing production processes to meet safety and quality standards. The work environment is mostly office-based but may also involve visits to production facilities or installation sites to ensure products meet technical specifications and regulations.

An electronics product planner is responsible for planning, coordinating, and following up on production processes for electronic components and systems. Tasks include ensuring products meet technical specifications, quality standards, and delivery times, as well as optimizing production flows. The role requires close collaboration with development departments, suppliers, and production teams. The work environment is usually office-based with elements of technical environments handling prototypes and testing equipment.

A process developer in chemical engineering works on developing, optimizing, and quality-assuring chemical processes within industrial production. Typical tasks include analyzing process flows, evaluating and implementing improvements, and working with automation and digitalization of production processes. The work often involves close collaboration with other engineers, technicians, and production staff. The work environment varies between laboratories, offices, and production plants, with both theoretical analysis and practical work on-site.