A master’s degree is that first step after undergraduate school in furthering yourself and your education. It generally requires a bachelor’s degree to apply, and takes about two years of full-time study to complete.
What is a Master in Heating and Ventilation? A Master in Heating and Ventilation allows you to pursue a career in the engineering, designing, installation, and maintenance of heating and air conditioning systems in new and existing structures. You should learn the intricacies of airflow and airflow management in order to best serve customers who require new and updated heating and ventilation systems. The program also includes focuses on analysis, research, and developmental methods.
The benefits of obtaining a Master in Heating and Ventilation often include a new and in-depth understanding of how that specific technology works, leaving you able to service your own unit without calling in a costly service team. You may also gain new skills in design and critical thinking.
The cost of a master’s program is different for each school in each region. Reach out to those schools you’re interested in to determine an exact cost.
Careers related to a Master in Heating and Ventilation vary widely. You may opt to go into design as an engineer, establishing new and exciting methods for heating and cooling spaces. You may choose to start your own heating and ventilation company and become CEO of your own business. That business may focus on the installation of new systems and the updating of old ones, but you could also choose to become a researcher or analyst of existing systems for efficiency. Writer or editor for technical information about heating and ventilation is another option that may be open to you with a master’s degree.
You should find that several institutions around the world offer a Master in Heating and Ventilation. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The objects of professional activity: thermal and nuclear power stations, energy supply systems of enterprises, objects of small power, installations, systems and complexes of high-temperature and low-temperature technology; steam and hot water boilers for different purposes; the reactors and steam generators of nuclear power plants; steam and gas turbine power units, combined-cycle and gas-turbine installations. [+]
The objects of professional activity: thermal and nuclear power stations, energy supply systems of enterprises, objects of small power, installations, systems and complexes of high-temperature and low-temperature technology; steam and hot water boilers for different purposes; the reactors and steam generators of nuclear power plants; steam and gas turbine power units, combined-cycle and gas-turbine installations; installations for the production of compressed and liquefied gases, compressor, refrigeration systems; installation of air-conditioning systems; heat pumps; chemical reactors, fuel cells, electrochemical power units; installation of hydrogen energy; auxiliary heat engineering equipment; heat and mass transfer devices for different purposes; heat and power networks; heat engineering and electrical equipment for industrial plants; installation of air-conditioning coolants and working fluids; process fluids, gases and vapors, melts, solid and loose body as the coolant and the working body energy and heat engineering installations; fuel and oil; normative and technical documentation and standardization system; system diagnosis and automated control of technological processes in heat power engineering and heat engineering.... [-]