Instrumental Methods in Chemical Analysis

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The main objective of the course Instrumental Methods in Chemical Analysis is to learn a wide range of instrumental methods of qualitative and quantitative chemical analysis-the theoretical basis of the methods used and their practical application.

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The main objective of the course Instrumental Methods in Chemical Analysis is to learn a wide range of instrumental methods of qualitative and quantitative chemical analysis-the theoretical basis of the methods used and their practical application.

Course profile: general academic

Form of study: full-time

Course type: obligatory

Field: natural and exact sciences, discipline: chemical sciences

Year of study/semester: 2nd year of 1st degree, summer semester

Prerequisites: none

Number of hours of teaching divided into classes:

lecture - 30 hours, laboratory - 45 hours

Didactic methods:

within the lecture: traditional and conversational lecture,

within the laboratory: practical exercises, experiment, observation.

ECTS credits: 5

Balance of student workload:

Total student workload 125 hrs 5 ECTS.

Lectures 30 hrs. 1.2 ECTS

Non-lecture classes 45 hrs 1.8 ECTS

Preparation for classes/assessments/examinations 40.6 hrs 1.6 ECTS

Credit/examination/consultation 9.4 hrs. 0.4 ECTS

Quantitative Indicators:

Total student workload related to classes 125 hrs. 5 ECTS

1) requiring direct participation of a teacher 84.4 hrs 3.4 ECTS

2) of a practical nature 95 hrs. 3.8 ECTS

Primary Literature:

D.A. Skoog, J.J. Leary, Principles of Instrumental Analysis, Saunders College Publishing, Fourth Edition, New York 1992

H.H.,Willard, L.L. Merritt, Jr. J.A. Dean, F.A. Settle, Jr., Instrumental Methods of Analysis, Wadsworth Publishing Company, Seventh Edition, Florence 1988.

KNOWLEDGE:

The student knows and understands the theoretical basis of instrumental methods used in quantitative and qualitative analysis of selected compounds, knows the chemical properties of chemical products and uses appropriate software and calculation methods. The student knows and understands the basics of construction and operation of measuring apparatus and chemical equipment. The student knows and understands how to use the resources of professional literature (KP6_WG9-WG10, KP6_WG12, KP6_WK2).

SKILLS:

The student is able to use scientific apparatus and laboratory equipment when performing chemical experiments. Students identify and solve chemical problems based on acquired knowledge, including complex and unusual problems (KP6_UW1, KP6_UW3).

COMPETENCES:

The student is ready to independently plan and implement their own learning to improve their own competence, to critically evaluate information disseminated in the media, especially in the field of chemical analysis (KP6_UU2, KP6_KK1).

Lecture: examination in written form

Laboratory: attendance at classes, completion of all exercises provided for in the program, submission of written reports and theoretical credit for all exercises provided for in the program in written form.

Grading criteria: in accordance with the Academic Regulations:

https://chemia.uwb.edu.pl/studenci

It is possible to introduce flexible forms of credit in agreement between the lecturer and the student in accordance with the principles of universal design, but such conditions should be established at the beginning of the teaching cycle