Faculty of Sciences

Master in Formulation Chemistry.

Terms of Access

Master's objectives

Profiles and skills targeted

Career opportunities

Access to this master's degree is open to holders of a license in various specialties: Fundamental Chemistry, Pharmaceutical Chemistry; Materials chemistry; Analytical Chemistry, Organic Chemistry, and Physical Chemistry.

 

The professional master's program in formulation chemistry is designed so that future graduates perfectly master the theory and techniques used in the field of formulation. The student will be able to:

  • Choose and analyze raw materials and/or a formulated product.
  • Improve a product or process (knowledge of tools for characterizing formulated products, process engineering, quality control, etc.).
  • Validate the manufacturing processes of the formulated product.
  • Integrate into an industrial sector (knowledge of the company; regulations).
  • Collaborate effectively with other partners
  • Participate effectively in marketing the finished product (Packaging, advertising, etc.).

The professional master's degree is designed to access employment. This training allows future graduates to practice the profession of:

  • Formulator in the cosmetics, paint, glue, adhesive, detergent, etc. industries.
  • Team leader or senior technicians specialized in quality control in sectors of activity such as cosmetics; varnish and paint; detergent; Galenics; food industry, etc.
  • Product manager in quality services

The master's degree in formulation chemistry offers future graduates the opportunity to apply in the different industrial sectors existing in the region, such as:

 

  • Pharmaceutical product companies (SAIDAL;BIOPHARM;….).
  • Agri-food companies (SIM; Orangina; Aromatech, etc.).
  • Cleaning product companies (HayetDétergentHygièneCorporel; IPAC, etc.).
  • Cosmetic product companies (VENUS; Vaguedefraicheur…)
  • Plastic product companies (MouzaiaPlastique; PLASTIMAK, etc.).

Master's program in Formulation Chemistry

Download : The Canvas 

1st year

1 semester

VHS V.Hweekly

Complementary work in consultation

(15week)

 

coefficient

 

Credits

Teaching method Evaluation method
Teaching unit Courses TD TP EAD Face Continuous monitoring Examen
EUfundamentals
UEF11(O/P)
Physical chemistry of surfaces and interfaces. 67.5 3 1.5 82.5 3 6 X 40% 60%
UEF21(O/P)
Polymer materials: Synthesis, properties and application to formulation 67.5 3 1.5 82.5 3 6 X 40% 60%
UEF31(O/P)
Formulation and main constituents 45 1.5 1.5 55 2 4 X 40% 60%
UEF41(O/P)
General Physiology 22.5 1.5 27.5 1 2 X 100%
EUmethodology
EMU11(O/P)
Production of industrial formulations based on polymers 60 4 65 3 5 X 100%
EMU21(O/P)
Experimental methods applied to the physical chemistry of surfaces 45 3 55 2 4 X 100%
UEdiscovery
UED11(O/P)
Writing and new methodology of documentary research 45 1.5 1.5 5 2 2 X 100%
transversal EU
UET11(O/P)
Entrepreneurship 22.5 1.5 2.5 1 1 X 100%
Totalsemester 1 375 12 4.5 8.5 375 17 30

 

2 semester

 

VHS

V.Hweekly

Complementary work in consultation

(15week)

 

coefficient

 

Credits

Teaching method

Evaluation method

Teaching unit

15

Courses

TD

TP

EAD

Face

Continuous monitoring

Examen

EUfundamentals

 

UEF12(O/P)

basic cosmetic formulation

67.5

3

1.5

 

82.5

3

6

 

X

40%

60%

UEF22(O/P)

 

Detergents; principles and formulations

67.5

3

1.5

 

82.5

3

6

 

X

40%

60%

UEF32(O/P)

 

formulationpharmaceutical

45

1.5

1.5

 

55

2

4

 

X

40%

60%

UEF42(O/P)

 

food formulation

22.5

1.5

 

 

27.5

1

2

 

X

 

100%

EUmethodology

 

EMU12(O/P)

practical skills in cosmetic formulation and detergent products

60

 

 

4

65

3

5

 

X

100%

 

EMU22(O/P)

 

practical skills in agri-food formulation and galenic preparations

45

 

 

3

55

2

4

 

X

100%

 

UEdiscovery

 

UED12 (O/P)

DataAnalysis

45

1.5

 

1.5

5

2

2

X

 

 

100%

transversal EU

 

UET12(O/P)

Experiment plan

22.5

1.5

 

 

2.5

1

1

X

 

 

100%

Totalsemester 1

375

12

4.5

8.5

375

17

30

 

 

 

 

 

 

2nd year

3 semester

 

VHS

V.Hweekly

Complementary work in consultation

(15 week)

coefficient

Credits

Teaching method

Evaluation method

Teaching unit

15

Courses

TD

TP

EAD

Face

Continuous monitoring

Examen

EUfundamentals

 

UEF13(O/P)

rheology applied to dispersed media

67.5

3

1.5

 

82.5

3

6

 

X

40%

60%

UEF23(O/P)

 

UEF123:

basic analysis techniques

45

1.5

1.5

 

55

2

4

 

X

40%

60%

UEF223:

application of physical chemistry analysis and typical case study

22.5

1.5

 

 

27.5

1

2

 

X

 

100%

UEF33(O/P)

 

chemometrics

45

1.5

1.5

 

55

2

4

 

X

40%

60%

UEF43(O/P)

 

toxicological control of industrial formulations

22.5

1.5

 

 

27.5

1

2

 

X

 

100%

UEM

 

EMU13(O/P)

design of a typical product

60

 

 

4

65

3

5

 

X

100%

 

EMU23(O/P)

 

business outings

45

 

 

3

55

2

4

 

X

100%

 

UED

 

UED13(O/P)

Quality, Hygiene, Safety and Environment-Regulations

45

1.5

 

1.5

5

2

2

X

 

 

100%

UET

 

UET11(O/P)

Knowledge of business, communication, industrialization

22.5

1.5

 

 

2.5

1

1

X

 

 

100%

Totalsemester 1

375

12

4.5

8.5

375

17

30

 

 

 

 

4 semester

The S4 semester is reserved for

End of Studies Project coef: 17 Credits: 30