The MTech in Propulsion Technology is a two-year, full-time programme offered by one of the best MTech Aerospace Engineering colleges in India. The main objective of this postgraduate programme is to equip young aspiring engineering graduates with the domain knowledge and technical skills required to pursue professional careers in research, innovation, and product development related to aircraft and rocket propulsion systems, covering analysis, design, and simulation.
Recognised as one of the top MTech aerospace engineering colleges in India, the institute ensures that students gain expertise applicable to broader areas, such as power systems and thermal systems in the automotive domain. Apart from propulsion-focused subjects, the curriculum includes aircraft structures and aerodynamics essentials, enabling a well-rounded foundation in aerospace engineering.This institute is regarded as one of the best MTech Aerospace Engineering colleges in Bangalore. It allows students to delve into advanced topics such as Computational Analysis, High-Speed Flows, Combustion and Heat Transfer, and Engine Testing. The programme emphasises practical learning through research and product-oriented projects, guided by experienced faculty and supported by access to industry-grade tools and technologies.
As one of the top MTech aerospace engineering colleges in Bangalore, the programme includes unique opportunities to foster innovation and entrepreneurship, supported through university incubation centres. Students aspiring to pursue a Master in Aerospace Engineering benefit from this environment of academic excellence and real-world application.
The MTech in Aerospace Engineering eligibility criteria generally includes a bachelor's degree in engineering focusing on mechanical, aerospace, or equivalent streams, followed by a valid entrance score per institutional norms.The MTech Aerospace Engineering syllabus covers core propulsion concepts alongside interdisciplinary subjects, ensuring students are prepared to meet the challenges of the aerospace and defence sectors.
The department also houses excellent research infrastructure, including a small gas turbine engine, wind tunnel, and a high-performance computational facility equipped with licensed engineering software such as MSC NASTRAN, ANSYS-CFD Suite, 3D Experience, and MATLAB.
Objectives of the programme
Tata Technologies' CATIA v5, Siemens PLM NX, Siemens PLM Teamcenter, and Engineering Skills offer certification courses
Flight Lab at IIT Kanpur*
* At Extra Cost on actualsWith industry requirements for skills in using software tools and domain knowledge, the career prospects are diversified.
An aerospace technician is responsible for maintaining, repairing, and testing aircraft and spacecraft systems. They work on ensuring aerospace vehicles' safety, functionality, and efficiency, performing hands-on tasks to support engineers in design and manufacturing processes.
Yes. Aerospace engineering is typically a high-paying field, reflecting the specialised skills and expertise required and the industry's demand for qualified professionals.
Aerospace propulsion refers to the mechanisms and technologies that generate thrust to propel aircraft and spacecraft. It involves various systems that convert fuel into energy to achieve movement.
In space, propulsion systems commonly include chemical rockets, which utilise propellant combustion, and electric propulsion systems, which use electric energy to accelerate ions or plasma for thrust. These systems are designed to operate efficiently in the vacuum of space.
