Lovely Professional University

Lovely Professional University

Jalandhar - Delhi G.T. Road.
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4.2 Ratings
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Private|Estd. 2005|NAAC Grade A++|NIRF #48 (Engineering) 2025

M.Tech. (Aerospace Engineering) at Lovely Professional University

The M.Tech. (Aerospace Engineering) program at Lovely Professional University is a specialized two-year postgraduate course designed to prepare students for advanced research and innovation in aerospace technologies. This program focuses on designing, analyzing, and developing aircraft, spacecraft, and related systems. With a curriculum rooted in both theoretical knowledge and practical applications, the program equips students with the expertise needed to excel in aerospace engineering domains.

M.Tech. Course Details

DetailsInformation
University NameLovely Professional University
Course NameM.Tech. (Aerospace Engineering)
Duration2 years
Course Fee₹80,000 per year
EligibilitySee eligibility criteria below

Eligibility for M.Tech. (Aerospace Engineering)

The eligibility criteria for the M.Tech. (Aerospace Engineering) program are as follows:

Eligibility CriteriaRequirements
Standard Admission55% aggregate marks in B.Tech. (Aeronautical, Aerospace, Mechanical, AMAeSI, ECE, or EEE) or equivalent + Qualify LPUNEST/GATE
Direct Admission80% aggregate marks in B.Tech. (Aeronautical, Aerospace, Mechanical, AMAeSI, ECE, or EEE) or equivalent + Qualify the required examination
Relaxation5% relaxation for candidates from North-East states, Sikkim, Defence personnel & dependents, and Wards of Kashmiri migrants
LPUNEST Exam Mode1. Online, remotely proctored from home (recommended) 2. Test centre-based (as per availability)

M.Tech. (Aerospace Engineering) Course Outline

The curriculum of the M.Tech. in Aerospace Engineering at Lovely Professional University is designed to provide a balance between foundational knowledge and advanced concepts. Key areas of study include:

Core SubjectsKey Topics Covered
AerodynamicsFluid dynamics, airflow, aircraft design implications
Propulsion SystemsJet engines, rocket propulsion, advanced aerospace propulsion
Structural AnalysisMaterials, structural mechanics, aircraft and spacecraft design
Flight MechanicsPrinciples of flight, stability, control systems
Avionics and InstrumentationElectronic systems, communication technologies, navigation tools
Space Systems and TechnologiesSatellites, space vehicles, exploration missions

The program integrates hands-on training, workshops, and industrial visits to expose students to real-world applications. Additionally, research-oriented projects and internships help students develop problem-solving and analytical skills.

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