Food Engineering

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- (Português) Acreditação A3ES
Início / Engenharia Alimentar
Presentation
The Master’s Degree in Food Engineering (MEA) has emerged at a time when there is a need to consolidate knowledge of food techniques, giving students a solid background in essential topics in the food industry that will allow them to project a product, a processing line or a food factory/company in an integrated fashion. It is aimed at providing training in terms of process control and problem solving connected to food industries and the food services sector. As well as training students in aspects related to health and food safety, focusing on specific regulations (chemical and microbiological aspects) and the development of products which, apart from being safe, are also appealing to consumers in general or clearly defined segments.
The study cycle will be taught in partnership with the Leiria Polytechnic Institute’s School of Tourism and Maritime Technology (IPL ESTM). In addition to common core course units (CUs), each one of the institutions also offers three optional CUs, namely the Advanced Food Engineering Project, Quality and Food Safety Audits and Tools and Quality Models, taught at ESTG-IPVC, and the Advanced Project on Adding Value to Products of the Sea, Food Technology and Entrepreneurship, taught at IPL ESTM. The second year of the study cycle may take place in the laboratories of the two institutions (project/dissertation) or in food industries (project/internship); the guidelines for this work will always be shared between the teaching staff and the two organisational units. This will result in students receiving a signed document recognised by both institutions.
This partnership will make possible, if relevant, an exchange of students and teaching staff in order to do the internship/project/dissertation and lecture on specific topics, between the two organisational units.
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Access conditions
Entry Requirements
- Holders of a 180 ECTS bachelor’s degree, in accordance with the principles of the Bologna Process, in the areas of science, technology and/or food engineering or similar areas.
- Holders of a five-year bachelor’s degree, prior to the Bologna Process, in the areas of science, technology and/or food engineering or similar areas.
- Holders of an undergraduate degree or first cycle of a two-stage bachelor’s degree, prior to the Bologna Process, in the areas of science, technology and/or food engineering or similar areas.
- Holders of a foreign higher education degree that can be recognised by the Scientific and Technical Council as equivalent to any one of the degrees referred to in the previous points.
- Holders of academic, scientific or professional qualifications that are recognised as attesting to their ability to take on this study cycle by the Scientific and Technical Council.
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Goals
Aims
The study cycle leading to the Master’s Degree in Food Engineering has the following specific objectives:
- To teach processing concepts and methodologies, quality control and advanced food storage and distribution.
- To develop abilities to carry out critical and independent work in industrial, commercial and food service contexts.
- To give particular emphasis to the design and implementation of quality management and food safety systems, as well as their application and use.
- To provide technical training through the development of projects both for companies and industries and for new food products.
- To develop innovative technologies for the production of a healthy food product of high nutritional and sensorial value, which will meet the needs of consumers and assure their safety.
- To allow for interaction between people with a profile in food quality management and in technology/engineering in real, multidisciplinary projects in an industry.
- To do applied research and technology projects, contributing to the adoption of development policies by industries.
- To train technical staff that have the ability and technical knowledge to engage in consultancy and organisational support activities in terms of implementing quality and food safety systems in companies in the food sector and with qualifications for carrying out the audits of the management systems introduced by companies in the food sector.
To develop innovation capacity, incorporating new concepts into new system or process projects. To provide practical experience through individual or team work in the laboratory and in the project/internship being undertaken. To develop general skills: critical and independent technical and scientific work.
Graduate profile
The MFE teaches processing concepts and methodologies, quality control and advanced food storage and distribution. Graduates will be capable of being part of teams in the areas of food quality management and technology/engineering in real, multidisciplinary projects with a critical and independent view.
They will also be able to:
- Develop innovative technologies for producing food products with high nutritional, functional and sensorial value.
- Do applied research and technology projects, contributing to the development of industries.
- Design and organise information and processes in terms of the implementation of quality management and food safety systems.
- Provide consultancy services and carry out audits of these systems.
Lead a creative process of innovation, generating business opportunities with market potential and of economic value.
Professional outcomes
Senior officers in food companies, consultants and researchers in the food area, working on projects, process monitoring and quality management and control.
Entrepreneurs in the food area.
Study Plan
| Curricular Unit | Area | Type | Contact hours | ECTS | PUC |
|---|---|---|---|---|---|
| Food Safety and Certification | EA | S1 | TP:38.00 | 6.00 | |
| Food Quality and the Consumer | EA | S1 | TP:38.00 | 6.00 | |
| Food Quality and Public Health | CB | S1 | TP:38.00 | 6.00 | |
| Process Dynamics and Control | EA | S1 | TP:38.00 | 6.00 | |
| Food Research Methodologies | EA | S1 | TP:20.00 | 3.00 | |
| Food Marketing and Management | OLM | S1 | TP:20.00 | 3.00 | |
| Advanced Food Packaging Technology | EA | S2 | TP:38.00 | 6.00 | |
| Microbiological and Biochemical Control | CB | S2 | TP:20.00 | 3.00 | |
| Seminar | EA | S2 | TP:38.00 | 6.00 | |
| Quality Models and Tools (optional) | OLM | S2 | TP:20.00 | 3.00 | |
| Food Quality and Safety Auditing (optional) | EA | S2 | TP:20.00 | 3.00 | |
| Food Engineering Advanced Project (optional) | EA | S2 | TP:56.00 | 9.00 |
| Curricular Unit | Area | Type | Contact hours | ECTS | PUC |
|---|---|---|---|---|---|
| Dissertation / Internship / Project | EA | A | OT:192.00 | 60.00 |
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Employability
More information at infocursos.mec.pt.
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Com Acreditação prévia em 2017, por 6 anos
Registo inicial: R/A-Cr 20/2017 de 24-05-2017
N.º do Processo: PERA/2223/1600183
Grau: Mestre
ECTS: 120,0
Decisão: Acreditado
Limite de vagas fixado: 50
Número de Anos de Acreditação: 3 anos (válido a partir de 31/07/2023)
Data da Publicação: 31-05-2023