Food Science

Given UDLAP's commitment to academic excellence, it is expected that students’ learning will be of a high standard; profound, meaningful, critical, innovative, and socially relevant, enabling them to effectively solve professional problems, both theoretical and practical, while leaving behind superficial, rote, mechanical, and non-reflective learning.

Study
Plan

Food Science

First Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
ANALYTICAL METHODS FOR FOOD SCIENCE RESEARCH DCL5032 48 48 6
FOOD SAFETY AND SECURITY DCL5022 48 48 6
LABORATY OF SAFETY AND FOOD SECURITY DCL5042 32 16 3
PRACTICE ANALYSIS FOR RESEARCH DCL5052 32 16 3
TOPICS IN FOOD CHEMISTRY DCL5012 48 48 6
208 176 24

Food Science

Second Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
*BASIC ELECTIVE 1 48 48 6
DATA ANALYSIS AND RESULT INTERPRETATION IN FOOD SCIENCE RESEARCH DCL5082 48 48 6
PHYSICAL PROPERTIES OF FOOD DCL5062 48 48 6
TOPICS IN PHYSICAL CHEMISTRY OF FOOD DCL5072 48 48 6
192 192 24

*Remite a ELECTIVAS para elegir una asignatura

Food Science

Third Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
*BASIC ELECTIVE 2 48 48 6
DISCIPLINARY EVALUATION * DCL5132 DCL5012
DCL5022
DCL5032
DCL5042
DCL5052
DCL5062
DCL5072
DCL5082
16 16 2
PROFESSIONAL RESPONSIBILITY SEMINAR * PTA5012 48 48 6
THESIS I * DCL5172 DCL5012
DCL5022
DCL5032
DCL5042
DCL5052
DCL5062
DCL5072
DCL5082
48 48 6
160 160 20

*Remite a ELECTIVAS para elegir una asignatura

*Para cursar la asignatura DISCIPLINARY EVALUATION (Clave: DCL5132) es necesario haber acreditado previamente

  • TOPICS IN FOOD CHEMISTRY
  • FOOD SAFETY AND SECURITY
  • ANALYTICAL METHODS FOR FOOD SCIENCE RESEARCH
  • LABORATY OF SAFETY AND FOOD SECURITY
  • PRACTICE ANALYSIS FOR RESEARCH
  • PHYSICAL PROPERTIES OF FOOD
  • TOPICS IN PHYSICAL CHEMISTRY OF FOOD
  • DATA ANALYSIS AND RESULT INTERPRETATION IN FOOD SCIENCE RESEARCH

*Para cursar la asignatura THESIS I (Clave: DCL5172) es necesario haber acreditado previamente

  • TOPICS IN FOOD CHEMISTRY
  • FOOD SAFETY AND SECURITY
  • ANALYTICAL METHODS FOR FOOD SCIENCE RESEARCH
  • LABORATY OF SAFETY AND FOOD SECURITY
  • PRACTICE ANALYSIS FOR RESEARCH
  • PHYSICAL PROPERTIES OF FOOD
  • TOPICS IN PHYSICAL CHEMISTRY OF FOOD
  • DATA ANALYSIS AND RESULT INTERPRETATION IN FOOD SCIENCE RESEARCH

Food Science

Fourth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
PREDOCTORAL EVALUATION * DCL5142 DCL5132
16 16 2
THESIS II * DCL5182 DCL5172
48 48 6
64 64 8

*Para cursar la asignatura PREDOCTORAL EVALUATION (Clave: DCL5142) es necesario haber acreditado previamente

  • DISCIPLINARY EVALUATION

*Para cursar la asignatura THESIS II (Clave: DCL5182) es necesario haber acreditado previamente

  • THESIS I

Food Science

Fifth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
*ADVANCED ELECTIVE 1 48 48 6
*ADVANCED ELECTIVE 2 48 48 6
*ADVANCED ELECTIVE 3 48 48 6
144 144 18

*Remite a ELECTIVAS para elegir una asignatura

Food Science

Sixth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR I * DCL6042 PTA5012
DCL5142
DCL5182
48 48 6
THESIS III * DCL6092 PTA5012
DCL5142
DCL5182
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR I (Clave: DCL6042) es necesario haber acreditado previamente

  • PROFESSIONAL RESPONSIBILITY SEMINAR
  • PREDOCTORAL EVALUATION
  • THESIS II

*Para cursar la asignatura THESIS III (Clave: DCL6092) es necesario haber acreditado previamente

  • PROFESSIONAL RESPONSIBILITY SEMINAR
  • PREDOCTORAL EVALUATION
  • THESIS II

Food Science

Seventh Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR II * DCL6052 DCL6042
48 48 6
THESIS IV * DCL6102 DCL6092
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR II (Clave: DCL6052) es necesario haber acreditado previamente

  • RESEARCH SEMINAR I

*Para cursar la asignatura THESIS IV (Clave: DCL6102) es necesario haber acreditado previamente

  • THESIS III

Food Science

Eighth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR III * DCL6062 DCL6052
48 48 6
THESIS V * DCL6112 DCL6102
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR III (Clave: DCL6062) es necesario haber acreditado previamente

  • RESEARCH SEMINAR II

*Para cursar la asignatura THESIS V (Clave: DCL6112) es necesario haber acreditado previamente

  • THESIS IV

Food Science

Ninth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR IV * DCL6072 DCL6062
48 48 6
THESIS VI * DCL6122 DCL6112
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR IV (Clave: DCL6072) es necesario haber acreditado previamente

  • RESEARCH SEMINAR III

*Para cursar la asignatura THESIS VI (Clave: DCL6122) es necesario haber acreditado previamente

  • THESIS V

Food Science

Tenth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR V * DCL6082 DCL6072
48 48 6
THESIS VII * DCL6132 DCL6122
48 48 6
1248 1216 154

*Para cursar la asignatura RESEARCH SEMINAR V (Clave: DCL6082) es necesario haber acreditado previamente

  • RESEARCH SEMINAR IV

*Para cursar la asignatura THESIS VII (Clave: DCL6132) es necesario haber acreditado previamente

  • THESIS VI

Food Science *

Course List Code
FERMENTED FOOD PRODUCTS DCL5192
SENSORY EVALUATION OF FOOD DCL5202
SELECT TOPICS IN FOOD SCIENCE DCL5212
TOPICS IN FOOD TECHNOLOGY DCL5222

Food Science *

Course List Code
CURRENT TRENDS IN FOOD SCIENCE DCL6142
TOPICS IN FOOD PROCESSING DCL6152
SELECTED TOPICS I DCL6162
PREDICTIVE MICROBIOLOGY DCL6172
POWDER FOOD TECHNOLOGY DCL6182
SELECTED TOPICS II DCL6192
MICROBIOLOGY TOPICS DCL6202
EMERGING TECHNOLOGIES DCL6212
SELECTED TOPICS III DCL6222

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ACCREDITATIONS

Acreditaciones

TSIA Journal

Publications on Selected Topics in Food Engineering

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The main objective of the Doctorate in Food Science is to prepare researchers with high academic quality, able to implement original and independent research in basic or applied science, and communicate scientific results, as well as work in teaching. Additionally, he or she will be able to develop new technologies and adapt and apply current technologies for food processing, equipped with knowledge of the national and international environment, ethics, social, and professional responsibility.

  • Apply principles of Food Science in the identification and problem-solving related to the manipulation, transformation and distribution of food, considering the responsibility to design and formulate stable food products with high-quality characteristics.
  • Define, plan, and implement research projects with the purpose of creating new knowledge in Food Science and contribute to finding solutions for problems and challenges in the food industry, recognizing the commitment of new researchers.
  • Disseminate research results in high quality reports or papers, applying different formats, aiming to submit them to Food Science specialists’ academic community, enhancing the exchange of ideas and collaborative and interdisciplinary research.
  • Encourage teamwork and tolerance of different personal and professional points of view, in order to achieve collaborative, harmonic and productive work.
  • Apply tools and modern techniques in the development of research projects and reports to disseminate the results obtained, with the aim of a more efficient research practice.
  • Foster professional development through participation in professional societies, workshops, congresses, conferences, symposiums and other forums, in order to stay updated in Food Science.
  • Communicate the contents of the discipline by the design and implementation of efficient activities of teaching/learning that may integrate Food Science knowledge and education, adapting the instructions and supporting services to the need of the different types of apprentices and that may properly evaluate the learning outcomes.

The Doctorate in Food Science is aimed at professionals who hold a degree related to the Science, Technology or Engineering of Food (such as graduates in food engineering, chemistry, biology, nutrition, chemical engineering, agronomy, culinary arts or gastronomy, among others), interested in a professional development as a researcher in this specialty.

The graduate of the Doctorate in Food Science will have the skills to generate and communicate new knowledge, work with different groups of research, become part of the teaching academy, prepare other professionals at a high level, develop, apply and evaluate technology in Food Science according to Mexico and other Latin American countries’ needs, acting with knowledge of the national or international environment, ethics, social and professional responsibility.

Alternatives to food processing
  • Novel techniques of food processing and preservation are under research; these will make food products safer, more nutritious, with good sensory characteristics and stability throughout their shelf-life. Some of the emerging technologies studied on behalf of these objectives are UV-radiation, ultrasound, light pulses, the development of edible films, microencapsulation, minimal food processing, among others.
Bioactive and techno-functional compounds
  • Due to consumers concern for reducing the intake of synthetic additives, the effectiveness of some bioactive and techno-functional compounds are being researched for various applications in food. This area is particularly focused on the study of compounds extracted from natural sources, such as phytochemical components, dyes, antioxidants, and biopolymers among others.
Food microbiology
  • Due to the high relevance of ensuring the safety and the shelf-life of food products, research has been done with predictive microbiology. Additionally, natural antimicrobial agents are being studied as alternatives to synthetic compounds, including bacteriocins, lactic acid bacteria, and essential oils from herbs and spices, among others.

Other topics of interest

Nota: Offering of the program is subject to the number of students enrolled.

Faculty.

100% of the full-time professors have postgraduate degrees.
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The academic plan for the Ph.D. in Food Science implements a flexible, school-based curricular model in which students must complete 28 courses over 10 periods: 13 in disciplinary training, 6 in research and teaching, and 9 at the terminal level.

Escholar

DIPES: RVOE:20221637; UPDATED: DGAIR/DIPES/SR/DSIP/10856/2022


Graduates

97% is the employment rate at one year of graduation*.
*Encuesta del estudio de ocupación generación 77.
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Contact us

Dirección General de Doctorados

Tel.: +52 (222) 229 20 00 ext. 2725 y 6005

informes.doctorados@udlap.mx