Master of Engineering in Aerospace Systems Engineering offered by UIUC
- Public University
- 6370 acre campus
- Estd. 1867
Master of Engineering in Aerospace Systems Engineering at UIUC Overview
Duration | 24 months |
Total fee | ₹27.07 Lakh |
Mode of learning | Online |
Official Website | Go to Website |
Course Level | PG Degree |
Master of Engineering in Aerospace Systems Engineering at UIUC Highlights
- Earn a degree from University of Illinois
- Learn from industry experts
Master of Engineering in Aerospace Systems Engineering at UIUC Course details
- Individuals with several years of experience in the aerospace industry who want to update their skills and knowledge to remain competitive in the field
- Apply advanced knowledge of engineering mechanics, thermodynamics, fluid dynamics, and other relevant aerospace engineering disciplines to solve complex aerospace systems problems
- Analyze and design various aerospace systems components, including airframes, propulsion systems, avionics, and control systems
- Understand and apply systems engineering principles to complex aerospace projects, including requirements definition, system architecture design, integration, and testing
- Perform advanced modeling and simulation of aerospace systems using computer-aided engineering (CAE) tools
- Design and conduct experiments to collect and analyze data for aerospace systems research and development
- The Master of Engineering in Aerospace Systems Engineering concentration is professionally oriented and aimed at providing students a solid foundational knowledge of an interdisciplinary approach and relevant tools for enabling the realization of successful aerospace systems
- The concentration focuses on aerospace systems analysis and the application of techniques for developing market and mission based aerospace systems from the initial identification of customer needs to the delivery of an integrated product
- Students are exposed to requirement development, concepts of operations definition, functional decomposition, interface identification, trade studies, hazard and risk analysis, and other tools and processes used in evaluating system-of-systems solutions
Master of Engineering in Aerospace Systems Engineering at UIUC Curriculum
Additional Core Coursework
Orbital Mechanics
Spacecraft Attitude Control
Applied Aerodynamics
Aircraft Flight Mechanics
Finite Element Analysis
Rocket Propulsion
Advanced Orbital Mechanics
Optimal Aerospace Systems
Optimal Space Trajectories
Transonic Aerodynamics
Molecular Gas Dynamics
Wing Theory
Systems Engineering Electives
Optimal Aerospace Systems
Dynamical Systems Theory
Multivariable Control Design
Design and Analysis of Experiments
Simulation
Optimization of Large Systems
Quality Engineering
Optimal System Design
Stats of Big Data and Clustering
Algorithms for Data Analytics
Design of Thermal Systems
Control System Theory and Design/ECE 515
Advanced Risk Analysis
Reliability Engineering
Engineering Design Optimization
Decision Analysis I
Decision Analysis II
Systems Engineering
Data-Based Systems Modeling
Control of Complex Systems
Multi attribute Decision Making
Professional Development Coursework
Independent Study
Developing Breakthrough Projects
Professional Practicum
Capstone Project
Startup: Inc, Fund, Contracts, IP
Lecture in Engineering Entrepreneurship
Technology Entrepreneurship
High-Tech Venture Marketing
Technology Innovation & Strategy
Finance for Engineering Management
Venture Funded Startups
Master of Engineering in Aerospace Systems Engineering at UIUC Entry Requirements
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Master of Engineering in Aerospace Systems Engineering at UIUC Contact Information
300 Turner Student Services Building
610 East John Street
Champaign, Illinois 61820
Champaign ( Illinois)
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