Study programme	Industrial Engineering and Management
Higher Education Institution	Riga Technical University
Study field	Management, Administration and Management of Real Property

Code of the study programme in accordance with the Latvian Education Classification	45550
EQF/LQF Level	7
Study Programme Type	Otrā cikla augstākās izglītības programma maģistra grāda ieguvei, īstenojama pēc pirmā cikla augstākās izglītības ieguves
Study programme (short name)	Second-cycle (academic master's) study programme
Thematic group	Starpdisciplināras programmas un kvalifikācijas, kas ietver inženierzinātnes, ražošanu un būvniecību
ISCED code	0788
ISCED	Starpdisciplināras programmas un kvalifikācijas, kas ietver inženierzinātnes, ražošanu un būvniecību
Credit points	120
Degree to be acquired	Master degree in industrial engineering and management
Qualification to be obtained	; —
Study type and form	Full time studies
Study lenght	2 years
Language	latvian; english

Licence number	04051-135
Licence date	05.02.2009
Licenced till

Accreditation page number	2021/15
Accreditation date	26.05.2021
Accreditation duration (in years)	6
Accreditation till	27.05.2027

A graduate of the Master's study program “Industrial Engineering and Management” can:
–use independently acquired theories and methods, integrate knowledge of various fields, contribute to the creation of new knowledge by developing innovative approaches in the management of industrial systems, and development of research or professional methods
–understand and participate in the design and development of complex engineering systems,
–manage industrial systems, analyze and evaluate system efficiency and cost-effectiveness, implement engineering systems management and development techniques to facilitate continuous improvement of their operational efficiency;
–plan and execute industrial management projects, initiate and manage system improvement processes, identify staff competencies and credentials, contributing to the development of new development solutions;
–contribute to the development strategy of the organization by identifying and evaluating key performance indicators;
–determine the potential environmental and social impacts of the operation of complex engineering systems, and monitor systems for compliance with regulatory requirements and applicable standards;
–independently promote the development of their competencies and specialization, take responsibility for the results of the work of personnel groups and analyze them
–analyze and interpret research results, prepare and present reports and publications, discuss industrial system developments, integrated and efficient management of production units;
–the program concludes with a final examination, which consists of defending a Master's thesis with an industrial orientation, which proves that the student has done independent research, made science-based conclusions or developed research-based creative work.