Chemistry of Forensic Traces 310-KS2-1CKS

First year, 2 term of 2nd step of studies
Lecture 15 h
Seminar 15 h
Laboratory 30 h
tutorial 10 h
Teaching methods: - as part of the lecture: a lecture with elements that activate students - as part of the seminar: moderated discussion, work with the text, presentation - as part of the laboratory: practical exercises
3 ECTS
Balance of student workload: Quantitative indicators - student workload related to classes requiring the direct participation of the teacher 67.5 hours, which corresponds to 2.7 ECTS points and student workload that does not require the direct participation of the teacher 15 hours, which corresponds to 0.3 ECTS points.

Mode

(in Polish) w sali

Prerequisites (description)

The student should have basic knowledge of microscopic and analytical techniques, including: chromatography, spectroscopy, mass spectrometry. He should know the methods and principles of preparing samples for testing using various techniques and be able to analyze test results. The student should successfully complete the following subjects: Forensic Chemistry, Instrumental Methods in Forensic Analysis and Chromatographic Analysis.

Course coordinators

Anna Trynda

Type of course

obligatory courses

Learning outcomes

P7S_WG1
P7S_WG2
P7S_WG7
P7S_UW1
P7S_UW3
P7S_UW6
P7S_KK1
P7S_KO1

Assessment criteria

Lecture: written examination.
seminar: passing worksheets and attendance at classes
laboratory: attendance at classes, completion of all exercises provided for in the program, submission of written reports and theoretical assessment of all exercises provided for in the program in oral or written form
Assessment criteria: The necessary condition for taking the written exam is passing the laboratory and seminar with a positive result.
Criteria for assessing written works in accordance with the applicable Study Regulations of the University of Bialystok.

The condition for passing the seminar is a positive assessment of the worksheets (60% of the assessment), assessment of teamwork (20% of the assessment), activity (20% of the assessment). In the worksheets, the following are assessed: correct substantive content, correct task result, correct reasoning, legibility and clarity of records, timely return of the cards. In teamwork, the following are assessed: communication in the team, the way of dividing tasks, resolving conflicts, contribution of team members to the result of the work.
It is possible to introduce flexible forms of assessment in consultation with 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.

Bibliography

1. Houck M. M., Forensic Chemistry, wyd. Elsevier, 2015
2. Wilk D. Nowoczesne metody fizykochemii kryminalistycznej w procesie karnym. Zagadnienia wybrane., Wyd. JAK, Kraków, 2018
3. Krawczyk S. W., Profilowanie narkotyków, Wyd. CLK KGP, 1998

Literatura uzupełniająca:
Skoog D., West D. M., Crouch S. R. , Holler F.J., Chemia analityczna, wyd. PWN, 2023
Analityka Sądowa, pod red. Kościelniak i in., wyd. PWN , 2022
Krawczyk S. W., Chromatografia gazowa w kryminalistyce, Wyd. CLK KGP, 1999 r.,
Stepnowski P., Synak E., Szafranek B., Kaczyński Z. Techniki separacyjne. Wydawnictwo UG 2011
Kęcki Z., Podstawy spektroskopii molekularnej, PWN 1998
Wąs-Gubała J., Włókno jako ślad kryminalistyczny, wyd. IES, 2000
Caddy B. Forensic Examination of Glass and paint, Taylor&Francis, 2001 r.
Witkiewicz Z., Wardencki W., Chromatografia gazowa teoria i praktyka, Wyd. PWN, 2018
IFSA, MINIMUM REQUIREMENTS FOR IDENTIFICATION OF SEIZED DRUGS, version 2 (online)
Publikacje w Problems of Forensic Science (wyd. IES Kraków) oraz w Problemach Kryminalistyki (wyd. CLKP Warszawa)

Additional information

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

Description of 310-KS2-1CKS in USOSweb