12 Process Engineering Masters Degree Programs

Composite materials help developing solutions to modern challenges such as the pursuit of lightness and performance. Innovation is at the heart of this growing field where numerous materials and manufacturing processes available help developing complex parts, incorporating different functions and with design with far bounded limits.

The Master's degree program in Environmental, Process, and Energy Engineering provides comprehensive knowledge to design both existing plants and new concepts in a sustainable manner. Graduates have excellent career opportunities in the field of "Green Technologies". Economic and law topics taught in the curriculum round out the master's program from a fundamentally sound and international perspective.

In three semesters, the Master in Process Engineering program equips students with advanced knowledge in chemical engineering, environmental engineering, and thermal process engineering, biotechnology or food technology.

The Master’s degree program trains professionals able to interpret, formalize, and solve complex problems related to the design, operation, and optimization of industrial processes where chemical, physical, and biochemical transformations of material and energy are carried out. Focusing on raw materials selection, process and equipment design and operation, safety and environmental management as well as cross-disciplinary issues, the program offers both strong theoretical and application-oriented courses fostering skills and knowledge for sustainable engineering deployment in future society. This is a European-accredited Master engineering program according to the EUR-ACE system.

Like many of the programmes available at ÅAU, this programme has been carefully structured to ensure that graduates are not only equipped with the necessary skills to succeed within their chosen career, but also, to ensure that they are adaptable to the ever-changing face of modern industries. Through practical and theoretical studies, this two-year programme aims to provide students with an in-depth understanding of sustainable chemical and process engineering as a field and its imperative value to the growth of areas such as biofuel, energy efficiency, waste management and many more.

We offer a Master's course in Process Engineering, Environmental Protection for international students. The program provides knowledge on modern technologies of water treatment, wastewater treatment, waste management and utilization. Graduate is able to solve problems related to planning, designing and control of technological processes, supervision and operation of installations for water and wastewater treatment as well as disposal and management of municipal and industrial wastes, independently or in an international team. Graduate knows and applies advanced research techniques and tools as well as analytical and simulation methods.

Graduates of the Master in Chemical and process engineering: Sustainable Technologies and Biotechnologies for Energy and Materials will have the training to go on to work in numerous fields, including the conventional chemical and process industry (petrochemical, specialty chemicals, pharmaceutical), the wide-spread energy industrial sectors (up-stream and down-stream Oil&Gas, energy generation, green energy production), and many other specialized sectors (material production, food technologies, industrial biotechnologies, etc.).

Chemical Engineering involves the development of sustainable and safe Processes to convert raw materials into value-added products. In a word, “Transformation”! Thus, a Chemical Engineer is devoted to the design, development, sizing, improvement, application and operation of Processes (chemical, physical or biological) that allow the desired Products to be obtained.

A graduate of the master’s degree study program Production Processes and Materials in the Mechanical Engineering field of study can characterize the properties and uses of traditional and progressive construction and tool materials.

This programme is aimed at candidates with a university degree who wish to become more highly qualified with a view to taking on expert and management roles in the fields of technical development, logistics, purchasing, production, manufacturing, planning, or consulting. Upon completion of this Master's degree, you will be qualified for employment in many fields, from technical development, logistics, and purchasing to all areas of production, manufacturing, and planning, as well as consultancy work. Many companies are setting up special departments with names such as Supply Chain Optimisation, Lean Management, Process Design, Process Management, etc. that deal with the comprehensive optimisation of processes and methods. This in-depth training will make you highly suitable for positions in these areas. After successfully completing your studies, you will be awarded the academic degree of Master of Business Administration and Engineering (or MBA & Eng for short). In contrast to an MBA in Business Administration, the MBA & Eng have a technical orientation and is thus tailored to the needs of industrial engineers, engineers, natural scientists, and specialists in business administration with a technical background. This degree qualifies the holder to undertake doctoral studies. It is possible to participate in individual modules of the course: - Energy audit in manufacturing processes - Lean Administration This course has been successfully accredited by the Accreditation Agency for Degree Programmes in Engineering, Informatics, the Natural Sciences and Mathematics (ASIIN) until 2019.

The MEngSc in Biopharmaceutical Engineering programme provides substantial coverage of scientific, technical, management and regulatory issues associated with this industry. This programme aims to offer an internationally recognised, high-quality flexible curriculum, which follows the latest science and technology developments.

This Master Purchase Spécialisé® meets the requirements of industrial enterprises to sophisticated process. The role of the industrial buyer then takes a more strategic dimension and transverse than mere negotiation to reduce costs.