The 5th year specialization domains at Toulouse INP-ENSIACET
The professionalising 5th year specialization domains allow Toulouse INP-ENSIACET students to give a final touch to their curriculum. These courses are suited to the industrials’ demand and they foster research, innovation and creativity. They guarantee the excellence of the diploma and the students’ skills to take up the great technological challenges of tomorrow as well as to become responsible citizens…
Toulouse INP-ENSIACET offers an engineering curriculum based on an interdisciplinary approach of the supply chain of matter transformation.
Beyond this systemic approach which is the foundation of its courses, the school offers its students to personalize their curriculum through 15 specialization curriculums and about fifty interdisciplinary end-of-year projects during the third year. This last year enables them to deal with some aspects of chemical and technological arts in depth, through different subjects, methods and skills. But most importantly, this third year offers a large autonomy to students in order to develop their professional project, make them aware of their future profession’s responsibilities and ease their career opportunities.
Indeed, the wide range of courses covers many activity sectors such as chemistry, energy, transport, computer science, environment, manufacturing industry… It also opens doors to numerous professions such as process engineer, research and development engineer, production engineer, methods engineer, sales engineer, product design engineer, design engineer,…
Five 5th year specialization domains
Energy and Process Intensification 5th year specialization domain
The Energy and Process Intensification 5th year specialization domain consists in a coherent and complementary set of scientific courses taking account the multi-faceted aspects of energy to face the...
Industrial Systems Engineering 5th year specialization domain
Toulouse INP-ENSIACET's "Industrial Systems Engineering" 5th year specialization domain aims to train and certify competent engineers in industrial organization, in all sectors of activity. The goal is...
Innovative materials 5th year specialization domain
The Innovative Materials 5th year specialization domain concerns students coming from a "Materials" formation aiming to acquire a strong expertise on either the sustainable conception and design of structures taking into account complex environments, or the fabrication and characterization of polymers, thin films and composite materials.
Methods and Analyses for Risk Management 5th year specialization domain
The Methods and Analyses for Risk Management 5th year specialization domain includes 2 specific 5th year specialization curriculums: - Quality Safety Environment (QSE) - Analytical Engineering (AE)...
Sustainable chemistry and Bioprocesses 5th year specialization domain
This 5th year specialization domain aims to train engineers to implement clean technologies in a sustainable development context in order to provide solutions in the fields of green chemistry, bioprocesses and the environment.
Fifteen 5th year specialization curriculums
Analytical Engineering 5th year specialization curriculum
By covering the domains of health, environment, food industry and chemistry, this specialization curriculum introduces to the trainees methodologies of analysis that allow facing the wide range of analytical...
Bioprocess and Fine Chemicals 5th year specialization curriculum
The engineers are trained to design and develop new cleaner and safer processes or operate any type of chemical or biotechnological industrial process.
Conceptual design and process intensification 5th year specialization curriculum
Engineers will be able to design and create future factories. They will get familiar with CAD tools with conceptual approaches of the process and optimisation methods leading to an optimal design of production units. An introductory vision to new generation processes are also proposed, in particular for multitask devices such as reactive distillation or micro-processes.
Durability 5th year specialization curriculum
The Durability 5th year specialization curriculum trains engineers to elaborate and select materials taking into account the notion of sustainable development. The engineer ‘Durability’ can design and dimension structures on a sustainable basis and knows how to identify the key-points concerning the maintenance of complex industrial systems in order to be able to assess the level of risk and to prevent it.
Eco-energy 5th year specialization curriculum
The target of this interdisciplinary specialization curriculum is to train engineers able to design efficient and sustainable energy systems by using systemic eco-design methods in the context of a mix of new energy technologies.
Energy Efficiency and Logistic in Industrial Systems (ELENSYS) 5th year specialization curriculum
In a complex socio-economic context, the energy transition in industry cannot be achieved without improving the energy performance of the plants. Moreover, the rationalization of their energy consumption...
Engineering and Management of Complex Industrial Systems 5th year specialization curriculum
The objective of this specialization curriculum is to acquire knowledge and skills to invent, (re) design and manage today's and tomorrow projects and systems that can be organizations, products, operating and business processes, supply chains, smart objects, information systems, decision and operating systems.
Engineering of sustainable development 5th year specialization curriculum
The specialization curriculum in sustainable development was created with the aim of meeting the market demands and dealing with current social and industrial issues in an holistic and complex approach.
Environment chemistry specialisation 5th year specialization curriculum
This specialisation aims to train engineers skilled in fields such as hydraulic, physical chemistry and chemical engineering to design hydraulic networks, water treatment facilities or environmentally...
Fluids, Energy and Processes 5th year specialization curriculum
This specialization curriculum deals with the industrial activities of Process Engineering (matter transformation, energy…) in which fluid engineering plays a key role. It aims to optimise the design...
Fonctionality 5th year specialization curriculum
The central objective of the “Fonctionality” 5th year specialization curriculum is to train engineers able to fabricate, process and characterize polymers, thin films, composite and multi-materials.
Green & Bio-based Chemistry 5th year specialization curriculum
To train future engineers of chemical companies able to innovate for a cleaner and more efficient chemistry, with a possible use of vegetable raw materials and bioprocesses, to get safer products that respect the environment and humans.
Industrial systems engineering 5th year specialization curriculum
The engineer in this specialization curriculum has a double expertise and masters project management, an essential tool on the competitive industrial field. He actively contributes to the development...
Production processes and quality of health products 5th year specialization curriculum
Combine process engineering, chemistry and pharmacy to become a manager for the health industry.
Quality - Safety - Environment 5th year specialization curriculum
This specific specialization curriculum allows to provide expert knowledge in the field of risk and pollution management engendered by the industrial activities.