RTU Courses
Tipiskas dzīvojamās mājas tehniskā stāvokļa noteikšana un lietošanas perioda prognoze
Energosistēmu viedā rajona mēroga pārvaldība
Dzesēšanas sistēma bez aukstumnesēja
Iekštelpu gaisa kvalitāte un termiskais komforts: prasības un novērtēšana
Saules enerģijas sistēmu projektēšana un simulācija
IoT integrētie sensori, izpildmehānismi, mērierīces viedajiem mājokļiem un digitālie dvīņi esošajām ēkām
Ēku un inženiersistēmu energoefektivitātes vērtēšana
Dzīvojamo māju pārvaldīšana un uzturēšana digitālā vidē. Mākslīgā intelekta un mašīnmācīšanās izmantošana pakalpojumu izvēlē
Kursa mērķis ir attīstīt studējošo izpratni un praktiskās prasmes dzīvojamo māju pārvaldībā digitālajā vidē, lai viņi spētu analizēt mājokļa pārvaldīšanas juridiskos, tehniskos, organizatoriskos un digitālos aspektus, izvērtēt mākslīgā intelekta, mašīnmācīšanās un BIM risinājumu izmantošanas iespējas, kā arī pamatoti piedalīties dzīvojamās mājas pārvaldīšanas, uzturēšanas un atjaunošanas procesos.
Vai vēlaties pieteikties šim kursam? Lai reģistrētos, lūdzu, sazinieties ar kursa koordinatori Lāsmu Ulmani-Ozoliņu, rakstot uz e-pasta adresi lasma.ulmane-ozolina@rtu.lv.
IoT integrated sensors, actuators, measurement devices for smart housing and digital twins for existing buildings.
Welcome to the course "IoT integrated sensors, actuators, measurement devices for smart housing and digital twins for existing buildings"!
This course explores Internet of Things technologies for smart buildings and digital twins. Participants learn about sensors, actuators, smart meters, environmental monitoring, data processing, energy management, and digital building performance analysis, gaining practical insight into connected and data-driven buildings.
Interested in this course? Self-enrol using the enrolment key: XXXXX
Investment for housing decarbonisation and energy management
Welcome to the curse "Investment for housing decarbonisation and energy management"!
This course introduces financial planning and digital decision-support tools for housing decarbonisation projects. Participants learn investment analysis, affordability assessment, and methods for evaluating sustainable renovation and energy management projects, supporting informed financial decision-making in the housing sector.
Interested in this course? Interested in this course? Please contact the course coordinator, Jelena Tihana, at jelena.tihana@rtu.lv to enrol.
Renovation of a typical residential building
Welcome to the course "Renovation of a typical residential building"!
This course explores digital methods for planning and implementing residential building renovation. Participants study structural assessment, computational materials design, insulation technologies, and digital tools for façade design and energy-efficient retrofitting, gaining insight into modern approaches to building renovation.
Interested in this course? Please contact the course coordinator, Anatolijs Borodinecs, at anatolijs.borodinecs@rtu.lv to enrol.
Determination of the technical condition of a typical residential building and forecast of the period of use
Welcome to the course "Determination of the technical condition of a typical residential building and forecast of the period of use"!
This course covers methods for assessing the technical condition and remaining service life of residential buildings. Participants learn about digital 3D assessment, structural diagnostics, sensor technologies, laboratory testing, and performance evaluation to support informed decisions about building condition and future use.
Interested in this course? Please contact the course coordinator, Jelena Tihana, at jelena.tihana@rtu.lv to enrol.
Energy citizenship, inequalities and socio technical transitions
Welcome to the course "Energy citizenship, inequalities and socio technical transitions"!
This course explores the social dimensions of the energy transition, including citizen engagement, energy justice, and inequalities. Participants examine how communities, technologies, and public policies interact and how these factors can contribute to a fairer and more sustainable energy future.
Interested in this course? Please contact the course coordinator, Aleksandrs Zajacs, at aleksandrs.zajacs@rtu.lv to enrol.
Housing management in a digital environment. Use of AI and machine learning in service selection.
The aim of the course is to develop students’ understanding and practical skills in housing management in a digital environment, enabling them to analyse the legal, technical, organisational, and digital aspects of housing management, evaluate the potential use of artificial intelligence, machine learning, and BIM solutions, and participate in an informed way in the management, maintenance, and renovation processes of residential buildings.
Interested in this course? Please contact the course coordinator, Lāsma Ulmane-Ozolina, at lasma.ulmane-ozolina@rtu.lv to enrol.
Sustainable urban transformation and climate change
Welcome to the course "Sustainable urban transformation and climate change"!
This course explores the key drivers of sustainable urban development and climate-neutral construction. Participants gain an understanding of the European Green Deal, relevant EU regulations and standards, and strategies for creating healthier, more resilient, and low-carbon cities.
Interested in this course? Please contact the course coordinator, Jelena Tihana, at jelena.tihana@rtu.lv to enrol.
Smart district scale management of energy systems
Welcome to the course "Smart district scale management of energy systems"!
This course explores the management of energy systems at district level using smart technologies and digital solutions. Participants learn about renewable energy integration, energy storage, smart grids, and optimisation strategies for developing more sustainable and efficient urban energy systems.
Interested in this course? Please contact the course coordinator, Aleksandrs Zajacs, at aleksandrs.zajacs@rtu.lv to enrol.
Non-refrigerant-based cooling system
Welcome to the course "Non-refrigerant-based cooling system"!
This course explores sustainable cooling technologies that reduce or eliminate the use of conventional refrigerants. Participants examine passive and evaporative cooling, innovative technologies, and their application in energy-efficient buildings, gaining insight into alternative approaches to sustainable cooling.
Interested in this course? Please contact the course coordinator, Jelena Tihana, at jelena.tihana@rtu.lv to enrol.
Indoor air quality and thermal comfort: requirements and assessment
Welcome to the course "Indoor air quality and thermal comfort: requirements and assessment"!
This course explores indoor environmental quality, thermal comfort, and ventilation in buildings. Participants learn assessment methods, relevant standards, and practical approaches for monitoring and improving indoor climate, gaining a better understanding of how building conditions affect occupants’ comfort and well-being.
Interested in this course? Please contact the course coordinator, Jurģis Zemītis, at jurgis.zemitis@rtu.lv to enrol.
Thermal performance of well insulated building envelopes
Welcome to the course "Thermal performance of well insulated building envelopes"!
This course focuses on the thermal performance of highly energy-efficient building envelopes. Participants explore heat transfer, thermal bridges, moisture behaviour, insulation materials, and methods for evaluating envelope performance, with a focus on improving energy efficiency and building quality.
Interested in this course? Please contact the course coordinator, Anatolijs Borodiņecs, at anatolijs.borodinecs@rtu.lv to enrol.
Solar energy systems design and simulation
Welcome to the course "Solar energy systems design and simulation"!
This course introduces solar energy technologies, including photovoltaic and solar thermal systems. Participants learn the principles of system design, performance analysis, and simulation, gaining practical insight into how solar energy solutions can be evaluated and applied in buildings.
Interested in this course? Please contact the course coordinator, Aleksejs Prozuments, at aleksejs.prozuments@rtu.lv to enrol.
Dynamics energy and indoor air quality simulation
Welcome to the course "Dynamics energy and indoor air quality simulation"!
This course covers dynamic building performance simulation with a focus on energy efficiency, indoor environmental quality, and daylight analysis. Participants learn to use IDA ICE for building, HVAC, and daylight simulations while exploring hybrid systems, indoor climate standards, and virtual building modelling.
Interested in this course? Please contact the course coordinator, Jelena Tihana, at jelena.tihana@rtu.lv to enrol.
Blokķēžu metodes izmantošana būvniecības procesa kvalitātes vadībā
Kurss sniedz ieskatu kvalitātes vadībā būvniecības un renovācijas procesos digitālajā vidē. Tajā aplūkots būvniecības normatīvais regulējums, kvalitātes kontrole un Būvniecības informācijas sistēmas (BIS) izmantošana. Studējošie iepazīst būvniecības informācijas modelēšanas (BIM) iespējas sadarbības, projektu plānošanas, izmaksu kontroles, ilgtspējas un ēku apsaimniekošanas nodrošināšanā. Kursā tiek aplūkota arī blokķēdes tehnoloģijas izmantošana datu caurskatāmības, izsekojamības un kvalitātes nodrošināšanai, īpašu uzmanību pievēršot dzīvojamo ēku renovācijai, digitālajai dokumentācijai un ēku dzīves cikla pārvaldībai.
Vai vēlaties pieteikties šim kursam? Lai reģistrētos, lūdzu, sazinieties ar kursa koordinatori Lāsmu Ulmani-Ozoliņu, rakstot uz e-pasta adresi lasma.ulmane-ozolina@rtu.lv.
Applications of blockchain techniques in construction process quality management
This course introduces quality management in construction and renovation within a digital environment. It covers construction regulations, quality control, and the use of the Construction Information System (BIS). Students explore Building Information Modeling (BIM) for collaboration, project planning, cost control, sustainability, and facility management. The course also examines blockchain technology for ensuring data transparency, traceability, and quality assurance, with a focus on residential renovation, digital documentation, and building life cycle management.
Interested in this course? Please contact the course coordinator, Lāsma Ulmane-Ozolina, at lasma.ulmane-ozolina@rtu.lv to enrol.
Economics and housing policies for decarbonisation and energy management
Welcome to the course "Economics and housing policies for decarbonisation and energy management"!
This course examines the economic and policy aspects of building decarbonisation and sustainable energy management. Participants explore financial evaluation methods, housing policies, investment strategies, and economic decision-making to better understand how economic tools can support sustainable building transformation.
Interested in this course? Please contact the course coordinator, Jelena Tihana, at jelena.tihana@rtu.lv to enroll.
