Curricular structure

Curricular structure (pdf portuguese)

Master´s Degree

Leveling Courses

Code

Course

Sem.

Credits

Course Load

T

P

PEX502

Basic Statistics*

I

4

30

30

Mandatory Courses

PFP501

Seminar I*

All

1

15

0

PFP502

Seminar II*

All

1

15

0

PFP505

Seminar III*

All

1

15

0

PFP508

Foreign Language*

All

1

15

0

PFP510

Thesis

All

2

0

30

PFP520

Mycology

II

4

30

30

PFP535

Research Methodology and Scientific Communication*

All

2

15

15

PFP533

Qualifying Exam*

All

1

15

0

PFP532

Seminar IV*

All

1

15

0

PQI527

Safety in Laboratory*

All

1

15

0

Courses of Area of Concentration I**

PFP503

Plant Virology

I

4

30

30

PFP504

Nematodes in Cultivated Plants

I

4

30

30

PFP507

Plant Bacteriology

I

4

30

30

Courses of Area of Concentration II

PFP506

Seed Pathology

I

4

30

30

PFP509

Diagnosis and Control of Fungal Diseases in Plants

I

4

30

30

PFP511

Special Topics I*

All

1

15

0

PFP512

Special Topics II*

All

2

30

0

PFP513

Special Topics III*

All

2

0

30

PFP514

Special Topics IV*

All

3

15

30

PFP515

Special Topics V*

All

4

0

60

PFP516

Special Topics VI*

All

4

0

60

PFP517

Biological Control of Plant Diseases

I

4

30

30

PFP521

Molecular Bases of Plant Resistance to Disease

I

4

30

30

PFP522

Chemical Control of Plant Diseases

I

4

30

30

PFP527

Techniques and Modern Concepts of Fungal Characterization

I

2

30

0

PFP523

Principals and Methods in Plant Pathology

I

4

30

30

PFP524

Advanced Plant Bacteriology

II

4

30

30

PFP525

Electron Microscopy

II

4

30

30

PFP528

Molecular Phytovirology

II

4

30

30

PFP529

Teaching Internship I*

All

4

0

60

PFP534

Forestry Pathology

I

4

0

60

Courses in Connecting Areas

PFV512

Molecular Biology

I

3

45

0

PMB501

Microorganism Genetics

I

4

60

0

PGM525

Plant Breeding Aiming at Resistance to Disease

II

4

30

30

PCS503

Mineral Plant Nutrition

II

4

30

30

PEX503

Experimental Statistics

I

4

30

30

PQI501

Biochemistry

I

5

45

30

PPG557

Research Methodology

I

3

30

15

* Credits not accounted for curriculum completion

** The students must complete a minimum of 8 credits in courses of Area of Concentration I.

Doctorate Degree

Code

Course

Sem.

Credits

Course Load

T

P

Mandatory Courses

PFP804

Foreign Language*

All

1

15

0

PFP519

Parasitism Physiology

II

4

30

30

PFP520

Mycology

II

4

30

30

PFP518

Epidemiology

I

4

30

30

PFP535

Research Methodology and Scientific Communication*

All

2

15

15

PFP801

Seminar I*

All

1

15

0

PFP802

Seminar II*

All

1

15

0

PFP803

Seminar III*

All

1

15

0

PFP813

Seminar IV*

All

1

15

0

PFP806

Qualifying Exam*

All

1

15

0

PFP807

Dissertation

All

4

0

60

PFP812

Guided Research

All

3

0

45

Courses of Area of Concentration I**

PFP503

Plant Virology

I

4

30

30

PFP504

Nematodes in Cultivated Plants

I

4

30

30

PFP507

Plant Bacteriology

I

4

30

30

Courses of Area of Concentration II

PFP506

Seed Pathology

I

4

30

30

PFP509

Diagnosis and Control of Fungal Diseases in Plants

I

4

30

30

PFP511

Special Topics I*

All

1

15

0

PFP512

Special Topics II*

All

2

30

0

PFP513

Special Topics III*

All

2

0

30

PFP514

Special Topics IV*

All

3

15

30

PFP515

Special Topics V*

All

4

0

60

PFP805

Special Topics VI*

All

4

0

60

PFP517

Biological Control of Plant Diseases

I

4

30

30

PFP521

Molecular Bases of Plant Resistance to Disease

I

4

30

30

PFP522

Chemical Control of Plant Diseases

I

4

30

30

PFP523

Principals and Methods in Plant Pathology

I

4

30

30

PFP524

Advanced Plant Bacteriology

II

4

30

30

PFP525

Electron Microscopy

II

4

30

30

PFP527

Techniques and Modern Concepts of Fungal Characterization

I

2

30

0

PFP528

Molecular Phytovirology

II

4

30

30

PFP809

Teaching Internship I*

All

4

0

60

PFP810

Teaching Internship II*

All

4

0

60

Courses in Connecting Areas

DED501

Higher Education Methodology

All

2

30

0

PAD502

Experiment Economic Analysis

II

3

45

0

PAG504

Seed Physiology

All

4

30

30

PAG511

Control of Weeds

II

4

30

30

PAG526

Tissue Culture

All

4

30

30

PAG527

Vegetable Breeding Methods

I

4

30

30

PAG547

Vegetable Breeding II

PAG549

Vegetable Breeding I

II

4

30

30

PCA526

Post-Harvest Pathology of Fruits and Vegetables

II

3

30

15

PCA513

Post-Harvest Physiology and Quality of Coffee

II

2

30

0

PCA526

Post-Harvest Physiology of Fruits and Vegetables

I

2

30

30

PCF506

Propagation of Forest Species

II

4

30

30

PCF514

Agroforestry Systems

I

4

30

30

PCS519

Soil Microbiology and Biochemistry

II

4

30

30

PCS520

Plant-Microorganism Relation

I

4

60

0

PCS521

Methods in Soil Microbiology

I

Odd years

5

15

60

PGM525

Plant Breeding Aiming at Resistance to Diseases

II

4

30

30

PCS503

Mineral Plant Nutrition

II

4

30

30

PCS504

Soil Physics

I

4

30

30

PEX503

Experimental Statistics

I

4

30

30

PEX801

Computational Resources, Statistics and Agriculture and Livestock Experimentation

I

4

30

30

PFV501

Plant Growth and Development

II

4

30

30

PFV503

Advanced Plant Physiology

I

4

30

30

PFV507

Plant Nutrition and Metabolism

I

4

30

30

PFV512

Molecular Biology

I

3

45

0

PGM526

Quantitative Genetics Applied to the Breeding of Allogamous Plants

I

4

30

30

PGM529

Quantitative Genetics Applied to the Breeding of Autogamous Plants

I

4

30

30

PGM530

Molecular Genetics

I

4

30

30

PPG557

Research Methodology

I

3

30

15

PQI501

Biochemistry

I

5

45

30

PQI516

Identification of Organic Compounds

II

5

45

30

PQI517

Phytochemistry/Chemistry of Natural Products

II

3

45

0

* Credits not accounted for curriculum completion

** The students must complete a minimum of 8 credits in courses of Area of Concentration I.

Observations:

1. Courses offered in other Programs at UFLA, or at other institutions recognized by CAPES, may comprise the list of courses for complementary formation.

Research Lines

  • Diagnosis, epidemiology and management of plant diseases;

  • Diversity of beneficial and phytopathogenic microorganisms;

  • Plant-Pathogen interactions.