Processingenjörsteknik

Processingenjörsteknik, or process engineering technology, is an engineering discipline that focuses on designing, optimizing and operating industrial processes that transform raw materials into finished products. The field integrates elements of chemical engineering, mechanical engineering, automation and production technology to create efficient, safe and sustainable manufacturing systems.

Core topics include mass and energy balances, thermodynamics, heat and mass transfer, reactor and separation design, process control and instrumentation, automation and electrical systems, safety and environmental considerations, quality management, and economics of production. Students learn to model processes, simulate operations, and scale laboratory results to industrial scale.

Education typically leads to a bachelor’s degree in process engineering technology (processingenjörsteknik) and may offer master’s programs with specializations such as automation, process design, energy systems or bioprocessing. Training combines classroom learning with laboratory work, computer-based simulations, and industry internships or capstone projects.

Career prospects include roles as process engineer, production engineer, automation engineer, project engineer, and consultant in process industries such as chemical, pharmaceutical, food and beverage, oil and gas, metals, energy and biotechnology. Work tasks often involve process design, optimization, project management, commissioning, and operations support.

The field collaborates with chemical and mechanical engineering, control engineering and environmental science. Ongoing trends include digitalization and Industry 4.0, process safety and risk assessment, energy efficiency and sustainability, data analytics and digital twins, and the integration of renewable energy and circular economy practices.