GreenTech – Green Technologies

Ecology begins with small steps.

Contact us.

About Us

The State Budgetary Institution "Institute of Mechanical Engineering, Automation and Geomechanics of the National Academy of Sciences of the Kyrgyz Republic" is a non-profit research institution, an independent legal entity, is part of the National Academy of Sciences. The main goal of the Institute of Sciences is to organize and conduct fundamental and applied research on the problems of technical sciences that contribute to technological, economic, social and cultural development.

Project Overview

Green engineering is the field of engineering aimed at the development and implementation of technologies and systems that minimize harmful effects on the environment. It covers energy efficient buildings, sustainable transport systems, waste management and renewable energy (RES). The goal of green engineering is to develop environmentally friendly solutions that contribute to sustainable development and reduce the carbon footprint.

The development of the program "Ecoengineering" in IMAG NAS KR will allow to train and improve the skills of specialists in this field, contributing to the introduction and development of green engineering in Kyrgyzstan.

Green Technology Education Programmes

Solar power

Solar power

Wind energy

Wind energy

Microhydropower

Microhydropower

Heat pump

Heat pump

Technology of obtaining paving stones from natural stone

Technology of pavers made of natural stone

Ecoinnovations in agriculture

Ecoinnovations in agriculture

Recycling

Recycling

Project information:

The need for an eco-engineering program in Kyrgyzstan

In Kyrgyzstan, there are no specialized training centers offering training and advanced training programs in eco-engineering. This leads to an acute shortage of qualified specialists capable of developing, implementing and maintaining eco-engineering technologies. The lack of training centers limits opportunities for professional growth and development of specialists. This creates barriers to the introduction of innovative solutions in the field of eco-engineering, which slows down the development of green engineering in the country. The development of eco-engineering requires the training of specialists who understand the peculiarities and needs of the country. Attracting specialists from other countries is not always a sustainable and cost-effective solution. The development of a comprehensive program "Ecoengineering" in IMAG NAS KR will allow to train specialists in this field, fill the shortage of qualified personnel and contribute to the development of green engineering in the Republic. The center will become a platform for training, professional development and exchange of experience.

Become the Engineer of the Future: Programming, Robots, and Innovation

GreenTech Academy offers practical courses in programming, robotics, innovation and game design. Learn from practitioners, do projects and get real results.

Solar power
Wind energy
Microhydropower
Heat pump
Leopards
Ecoinnovation
Recycling

Ecoengineering project

Project objectives

Target audience

Activities and role of the programme

Expected learning outcomes

Expected learning outcomes in green engineering

1. Enhancing the number of professionals

A significant number of participants will find employment or continue their education in renewable energy and environmental engineering.

2. Increased competence

Participants will acquire practical skills in the design and implementation of environmentally friendly technologies, as well as skills in project management and adaptation to new requirements.

3. Developing a professional network

The project will create a platform for sharing experience, establishing contacts with experts and developing professional ties.

4. Enterprise promotion

Some participants can create their own projects or start-ups to develop environmentally innovative solutions.

5. Changing stereotypes

The project will help to change stereotypes about the role of specialists in green engineering, emphasizing their importance for sustainable development.

6. Raising awareness

The project will raise public awareness of the need for environmentally friendly technologies and their impact on sustainable development.

Matrix of project activities

Event Description Purpose Tasks. Programme effectiveness Results of the programme
Development of educational programs Creation of green engineering courses and training programs for different target groups. Training of specialists in the field of green engineering. 1. Identify key topics and competencies of the course.
2. Development of training materials and methods.
3. Preparation of the curriculum and programme. 		Assessment of knowledge and skills after completion of the program. Improve professional knowledge and skills in green engineering.
Organization of information campaigns Conducting events to popularize green engineering among students, professionals and the public. Increased awareness and interest in green engineering. 1. Planning and conducting educational activities.
2. Creation of information materials and advertising campaigns.
3. Engage with educational institutions and communities. 		Assessing the level of participation and understanding after the campaigns. Increasing interest in green engineering and increasing the number of participants in training programs.
Partnerships with universities and research centres Establishing cooperation for the development of joint projects. Supporting scientific and educational initiatives in green engineering. 1. Selection of partners and organization of meetings.
2. Development of joint educational courses and projects.
3. Organization of joint research activities. 		Evaluation of the quantity and quality of cooperation. Building sustainable partnerships for the development of green engineering.
Conduct of events and seminars Organization of conferences, seminars, webinars and master classes. Education and awareness-raising of professionals and the public. 1. Preparing the program and inviting speakers.
2. Organization of locations and technical support.
3. Participation evaluation and feedback. 		Evaluation of participation and understanding. Increase professional knowledge and networking.
Creation of professional networks and platforms Formation of a platform for the exchange of experience and support of professional growth. Promoting the development of professional networks. 1. Creating a virtual platform and resources.
2. Organization of events for the exchange of experiences.
3. Support interaction between professionals and students. 		Evaluation of the activity of the platform participants. Strengthening professional ties and supporting professional growth.

GreenTech News

New Robotics Laboratory

A laboratory for practical training in robotics and programming has been opened.

31 October 2025

Solar panels on campus

Solar panels have been introduced to reduce energy costs and green education.

25 October 2025

Master class on ecoinnovation

A master class on the introduction of eco-innovations in small business of Kyrgyzstan was held.

20 October 2025

New student projects

Students presented innovative solutions in the field of sustainable energy.

15 October 2025