Department of Aerospace and Mechanical Engineering

Department of Aerospace and Mechanical Engineering Website

Leadership

Sridhar Condoor, Ph.D.
Department chair

Overview

Design aircraft, or explore the universe in aerospace engineering by studying at Saint Louis University. Prepare for a career in a highly multi-disciplinary field at SLU, working with all facets of machines and designs in mechanical engineering.

Aerospace Engineering

From super-efficient subsonic jetliners to transatmospheric aircraft that can fly into orbit, aerospace engineers create new technologies in commercial aviation, defense systems, space exploration and unmanned aerial systems. SLU provides aerospace engineering students with a challenging technical education emphasizing the understanding of complex systems. It launches your career with easy access to a sophisticated computer-aided design laboratory, wind tunnels, a structures laboratory, a reconfigurable engineering flight simulator and unmanned aerial systems labs. In addition, design skills are carefully integrated into engineering courses. The design experience culminates in a sequence of two capstone design courses during the senior year.

Mechanical Engineering

Mechanical Engineering is a broad and challenging engineering discipline. Mechanical engineers create products and systems ranging from consumer products to automated processes that are essential to our society. SLU provides a unique, intellectually challenging, hands-on curriculum that integrates broad-based technical knowledge with tangible skills. Students learn the principles of solid modeling during the first two semesters. From there, they study creative problem-solving, design and product realization. Hands-on lab experiences in fluid dynamics, thermodynamics, machine shop, wind tunnels, water tunnel and mechatronics labs provide a well-rounded engineering experience.

Theodosios Alexander, Sc.D.
Richard Andres, Ph.D., emeritus
Patricia Benoy, Ph.D., emeritus
Sridhar Condoor, Ph.D.
John George, Ph.D., emeritus
Jenna Gorlewicz, Ph.D.
Srikanth Gururajan, Ph.D.
Sanjay Jayaram, Ph.D.
Swami Karunamoorthy, Ph.D., emeritus
Ray LeBeau, Ph.D.
Chi Hou Lei, Ph.D.
Jeff Ma, Ph.D.
Mark McQuilling, Ph.D.
Michael Swartwout, Ph.D.

AENG 1001 - Introduction to Aerospace & Mechanical Engineering

1 Credit

This course will introduce aerospace and mechanical engineering. Through hands-on activities, students will learn the basics of engineering design and entrepreneurship. Working in teams, students will build aerospace and mechanical systems, practice entrepreneurial thinking, and develop the personal and professional skills needed to engage in lifelong learning. This course is open to non-majors.

AENG 1002 - Computer-Aided Engineering Design

1 Credit

This course is an introduction to engineering drawing and computer aided design (CAD) and 3D solid modeling. Students will learn to interpret engineering drawings, create engineering drawings, and create 3D models of mechanical systems.

AENG 2000 - Intro to Aeronautics & Astron

3 Credits

The nature of aerodynamic forces; incompressible and compressible fluid flow; lift and drag; introduction to performance, stability and control; propulsion; structures; rocket performance and orbits. The design process.

Prerequisite(s): ((AENG 1002^*, MENG 1002^*, or ESCI 1020^*); PHYS 1610^*)

^* Concurrent enrollment allowed.

AENG 2020 - Introduction to Aero and Astro Engineering

1 Credit

An introduction to the aerospace profession and aerospace design, including aerospace history, aircraft and rocket performance, stability and control, propulsion, and structures, with an emphasis on design projects. (Offered in Fall)

Prerequisite(s): Minimum Earned Credits of 15

AENG 2910 - Co-op with Industry

1-3 Credits (Repeatable for credit)

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for the first experiential learning session. Grading system is determined by department offering course. (Offered every Fall, Spring and Summer)

Prerequisite(s): (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Restrictions:

Students with a classification of Freshman may not enroll.

Attributes: UUC:Reflection-in-Action

AENG 2930 - Special Topics

3 Credits (Repeatable for credit)

AENG 2980 - Independent Study

1 or 3 Credits (Repeatable for credit)

AENG 3000 - Performance

3 Credits

Aircraft performance characteristics, level flight, rate-of-climb, range and endurance, take-off and landing, turn performance, energy state approximation, propeller theory and analysis, constraint analysis, carpet plots and design methodology.

Prerequisite(s): (AENG 2000 or AENG 2020)

AENG 3050 - Design of Space Missions

3 Credits

The requirements-driven aerospace design process. Design and sizing of spacecraft subsystems to meet mission objectives. The space environment and its effect on spacecraft performance.

Prerequisite(s): AENG 3150^*

^* Concurrent enrollment allowed.

AENG 3100 - Computer Aided Engineering

3 Credits

The course outlines the principles of Computer Aided Engineering. The computer applications to structural design, kinematic synthesis and design optimization are explored.

Prerequisite(s): CSCI 1060; (ESCI 3100, MENG 3105, or CVNG 3105X)

AENG 3150 - Astrodynamics

3 Credits

Space environment; two-body problem and introduction to orbit mechanics; rigid body dynamics; satellite dynamics, rocket performance; re-entry dynamics. (Offered every Spring)

Prerequisite(s): (AENG 2000 or AENG 2020)

AENG 3230 - Compressible Flow

3 Credits

Fundamental equations for gas dynamics, normal and oblique shockwaves, isentropic flow, quasi 1D flow, flow with heat transfer, flow with friction, supersonic thin airfoil theory, Newtonian impact theory, method of characteristics.

Prerequisite(s): (ESCI 3200 or MENG 3200); (ESCI 2300 or MENG 2310); MATH 3270^*

^* Concurrent enrollment allowed.

AENG 3240 - Aerodynamics and Boundary Layer Flow

3 Credits

Circulation and vorticity; irrotational flows and potential flow theory; KuttaJoukowski Theorem; subsonic thin airfoil and finite wing theory; subsonic compressible aerodynamics; compressible aerodynamic design; boundary layer flow and drag.

Prerequisite(s): (AENG 3210 or AENG 3230); MATH 3270^*

^* Concurrent enrollment allowed.

AENG 3410 - Analysis and Control of Linear Systems

3 Credits

Linear vibration theory; control system block diagrams; analog and digital simulation; frequency and time domain analysis techniques; state space; and introduction to optimal control theory. Spring semester.

Prerequisite(s): (ESCI 3110 or MENG 3110)

AENG 3910 - Co-op with Industry

1-3 Credits (Repeatable for credit)

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for the second experiential learning session. Grading system is determined by department offering course. (Offered every Fall, Spring and Summer)

Prerequisite(s): AENG 2910; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

AENG 3915 - Internship with Industry

1-3 Credits (Repeatable for credit)

A work experience with an agency, firm or organization that employs persons in this degree field. This experience may be full time or part-time as required by the industry sponsor. This course is used for the first experiential learning session. Grading system is determined by department offering course. (Offered every Fall, Spring and Summer)

Prerequisite(s): (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Restrictions:

Enrollment limited to students with a classification of Junior or Senior.

Attributes: UUC:Reflection-in-Action

AENG 3930 - Special Topics

3 Credits (Repeatable for credit)

AENG 3980 - Independent Study

1 or 3 Credits (Repeatable for credit)

AENG 4004 - Flight Vehicle Analysis and Design I

3 Credits

Application of aerospace engineering to the design methodology of a flight vehicle. (Offered every Fall)

Prerequisite(s): AENG 3000 and AENG 4400^*; Minimum Earned Credits of 60; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1900; CORE 1500; CORE 1200^*; CORE 2500^*; CORE 1000

^* Concurrent enrollment allowed.

Attributes: UUC:Collaborative Inquiry, UUC:Self in the World

AENG 4014 - Flight Vehicle Analysis and Design II

3 Credits

Application of aerospace engineering to the detail design of a flight vehicle, model design, fabrication testing, evaluation and analysis. (Offered every Spring)

Prerequisite(s): AENG 4004

AENG 4050 - Space Mission Analysis and Design

3 Credits

Basic spacecraft types and their applications. Major subsystems of a spacecraft system. Space environment, propulsion system, power system, structural design, spacecraft dynamics and attitude control, orbit mechanics, thermal control, communications, and ground segments, command and data handling. Spacecraft integration and testing.

AENG 4110 - Flight Vehicle Structures

3 Credits

Introduction to theory of elasticity; behavior of materials including composites; torsional and bending shear flows in thin walled structures; shear center; analysis of semi-monocoque structures; joints and fittings; elastic and inelastic buckling; and fatigue analysis. Application of FEM methods.

Prerequisite(s): AENG 3000 and MENG 3105

AENG 4111 - Aerospace Laboratory

1 Credit

Experimental studies in subsonic and supersonic air flows. Measurements of strains and deflections in aerospace structures under simulated loading conditions; static and dynamic measurements. Design of experiments, collection, reduction, evaluation and comparison of data. (Offered every Fall)

Prerequisite(s): AENG 3000; AENG 4110^*

^* Concurrent enrollment allowed.

AENG 4140 - Hypersonics

3 Credits

Introduction to hypersonics. Newtonian and Busemann Theory; slender body theory; shock expansion theory; small disturbance theory and supersonic similitude; blast wave theory. Thin shock layer theory.

Prerequisite(s): AENG 3210

AENG 4150 - Orbital Mechanics

3 Credits

Orbital dynamics of space vehicles with emphasis on engineering design and application to specific mission analysis. Orbit determination and maneuvers; interplanetary transfer and trajectory optimization; proximity operations; perturbation effects.

Prerequisite(s): AENG 3150

AENG 4190 - Planetary Climates

3 Credits

Investigation of the physics and chemistry of planetary climates, including understanding what data is available, how the data is obtained, how the data is analyzed, and what we do and do not yet understand. Techniques and missions for exploring non-Earth planets are presented in the context of comparative planetology, with an emphasis on how one develops knowledge when observations and experiments are limited by feasibility and practicality.

Prerequisite(s): (PHYS 1610, CHEM 1110, or 0 Course from CSCI 1000-1999); MATH 1520; CORE 1000; Minimum Earned Credits of 60; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Attributes: UUC:Collaborative Inquiry

AENG 4210 - Propulsion

3 Credits

Ramjet, turbojet, turbofan and turboshaft cycle analysis; component analysis and matching; turbojet off-design performance. Aircraft/engine integration. (Offered every Fall)

Prerequisite(s): (AENG 3210 or AENG 3230)

AENG 4230 - Intro to Comp. Fluid Dynamics

3 Credits

This course is designed to establish the fundamentals of computational fluid dynamic schemes and methods to solve the PDEs. The students will learn how various schemes are applied to proposed to model equations, and analyze the resulting solutions.

Prerequisite(s): (ESCI 3200 or MENG 3200)

AENG 4250 - Compressible Computational Fluid Dynamics

3 Credits

This course is designed to establish the fundamentals of compressible computational fluid dynamics schemes and methods to solve the governing partial differential equations. The students will learn how common numerical schemes are applied to proposed model equations and how to analyze the resulting solutions.

AENG 4400 - Stability and Control

3 Credits

Static stability and aircraft control; equations of motion, dynamic stability; closed loop control. (Offered every Fall)

Prerequisite(s): AENG 3000; (AENG 3410^* or ESCI 3410^*)

^* Concurrent enrollment allowed.

AENG 4410 - Flight Simulation

3 Credits

Overview of various types of simulators; introduction to major software and hardware components of state-of-the-art simulators; development of computer models of aircraft systems and performance characteristics and interfacing the models with each other to achieve high-fidelity, real time aircraft simulation. Use of reconfigurable flight simulator, whenever possible.

Prerequisite(s): AENG 4400

AENG 4700 - Aeroelasticity

3 Credits

Aerodynamic loads on a flexible surface. General formulation of aeroelastic problems. Control effectiveness and reversal. Wing divergence. Two - and three dimensional flutter theory. Empennage vibration and flutter analysis. Flutter prevention. Testing techniques.

Prerequisite(s): AENG 4110; ESCI 3110

AENG 4800 - Systems Engineering

3 Credits

Processes and tools for engineering large-scale, complex systems: architecture, requirements, risk management, evaluation criteria, concept exploration, decision making, tradeoff studies, lifecycle models, decomposition, system coupling, test, verification, validation, system modeling, business process re-engineering, sensitivity analysis, teamwork, process maturity and documentation.

AENG 4810 - Model-based Systems Engineering

3 Credits

This course is designed to provide students with the foundations of model-based systems engineering. Students will develop skills in the areas of fundamental requirements/needs analysis, logical, behavioral, and functional architecture representations of engineered systems. Topics include introduction to systems engineering process, systems requirements engineering, interface design and modeling, system architecting, system verification and testing, and system simulation. Emphasis is placed on modeling engineering systems using modern MBSE principles, methods, and tools.

Restrictions:

Students with a classification of Freshman or Sophomore may not enroll.

AENG 4910 - Co-op with Industry

0 Credits (Repeatable for credit)

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for the third experiential learning session. Grading system is determined by department offering course. (Offered every Fall, Spring and Summer)

Prerequisite(s): AENG 3910; CORE 1500^*; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S)

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

AENG 4915 - Internship with Industry

1-3 Credits (Repeatable for credit)

A work experience with an agency, firm or organization that employs persons in this degree field. This experience may be full time or part-time as required by the industry sponsor. Grading system is determined by department offering course. (Offered every Fall, Spring and Summer)

Prerequisite(s): (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

AENG 4930 - Special Topics in Aerospace Engineering

3 Credits (Repeatable for credit)

Selected topics of special interest to aerospace engineering majors.

AENG 4980 - Advanced Independent Study in Aerospace Engineering

1-3 Credits (Repeatable for credit)

Credit to be arranged. Independent study on an aerospace engineering topic under the direction of a faculty member.

AENG 5009 - Seminar

1 Credit (Repeatable for credit)

Presentations of current research by students, faculty, and guests. Registration required in the first semester for graduate students. Seminar attendance expected in subsequent semesters.

AENG 5050 - Space Mission Analysis and Design

3 Credits

AENG 5150 - Orbital Mechanics

3 Credits

Orbital dynamics of space vehicles with emphasis on engineering design and application to specific mission analysis; orbit determination and maneuvers; interplanetary transfer and trajectory optimization; proximity operations; perturbation effects.

Prerequisite(s): AENG 3150

AENG 5190 - Planetary Atmospheres

3 Credits

Investigation of the physics and chemistry of planetary atmospheres, including understanding what data is available, how the data is obtained, and how the data it is analyzed. This course covers the physical processes governing planetary atmospheres with the focus on non-Earth planets, including observational, analytical, and computational techniques.

Prerequisite(s): CHEM 1110; MATH 3550; PHYS 1610

AENG 5230 - Introduction to Computational Fluid Dynamics

3 Credits

This course is designed to establish the fundamentals of computational fluid dynamic schemes and methods to solve the governing PDEs. The students will learn how various schemes are applied to proposed model equations, and analyze the resulting solutions.

Prerequisite(s): (ESCI 3200 or MENG 3200)

AENG 5240 - Hypersonics

3 Credits

This course covers the history of hypersonic efforts; characteristics of hypersonic flow; slender body theory; hypersonic similitude; viscous interactions; transition to turbulence; high-temperature gas dynamics; thermal protection systems; and hypersonic propulsion systems.

AENG 5250 - Compressible Computational Fluid Dynamics

3 Credits

AENG 5260 - Unsteady Aerodynamics of Bluff Bodies

3 Credits

This course is an introduction to the aerodynamics of non-streamlined (i.e. bluff) bodies in both the steady and unsteady regimes. Topics include: aerodynamics of bodies in accelerated motion vs. steady motions; structure of the near and far wakes behind flat plates (in normal flows). Several examples shall be discussed in depth as well, encompassing examples from both engineering and natural worlds: 1) blimp flight and the role of apparent mass; 2) parachute under descent; 3) inflating parachutes; 4) spacecraft drag during atmospheric re-entry; 5) wake re-contact during decelerating motion 6) wave-generated drag on ocean piles; 7) engulfment drag by whales; 8) fast start by shrimp.

Prerequisite(s): MATH 5102

AENG 5280 - Applied Aerodynamics

3 Credits

This course introduces students to analytical and numerical methods applicable to airfoils and wings. Student will be able to model two- and three-dimensional flows. Student will understand how to estimate lift and drag of wings using analytically and numerically methods. Students will have an understanding of high-lift systems and of rotor aerodynamics.

AENG 5400 - Guidance, Navigation and Estimation for Dynamic Vehicles

3 Credits

This course covers three aspects of advanced control of dynamic vehicles. The Estimation module is concerned with topics in automatic control theory related to the modeling of a vehicle state: observability, noise and uncertainty, filtering theory (Weiner Filters, Standard and Extended Kalman Filtering), and simulation. The Guidance module complements Estimation with respect to control: controllability, linear quadratic regulation, as well as a review of rotational dynamics and orbital mechanics. The Navigation module covers real-world examples of sensors and actuators, including inertial systems and GPS, with an emphasis again on noise and uncertainty. Students will develop complete dynamic simulations of real vehicles, including state estimation and control.

AENG 5410 - Flight Simulation

3 Credits

Overview of various types of simulators; introduction to major software and hardware components of state-of-the-art simulators; development of computer models of aircraft systems and performance characteristics and interfacing the models with each other to achieve high-fidelity, real time aircraft simulation. Field trips to area flight simulation facilities. Use of, and projects in, reconfigurable flight simulator.

AENG 5460 - Modern Control Systems

3 Credits

Introduction to system theory, state variables and state space description to dynamic systems, linear vector space and dependence. Jordan canonical forms, Cayley-Hamilton theorem, system stability, controllability and observability, relation between state-space and transfer function models. A brief introduction to Nonlinear systems, Lyapunov stability theory will be provided. This course will give the basic knowledge for more advanced control courses, such as nonlinear control, robust control, optimal control, adaptive control.

AENG 5470 - Advanced Control Systems

3 Credits

Introduction to nonlinear systems. Differences between linear and nonlinear systems. Mathematical preliminaries. Equilibrium points of nonlinear systems. Phase plane analysis and limit cycles. Stability definitions for nonlinear systems. Lyapunov's indirect and direct methods. Stability of autonomous and non-autonomous systems. Describing function analysis. Brief introductions to modules on nonlinear control design including adaptive and nonlinear robust control. Applications of nonlinear control design.

Prerequisite(s): AENG 5460

AENG 5700 - Aeroelasticity

3 Credits

This course presents the fundamentals of Aeroelasticity involved with divergence, flutter and control surface reversal of primary lifting surfaces and empennage on aircraft and missiles. Beam vibration, aeroelastic equations and their solutions, unsteady aerodynamics, quasi-steady aerodynamics and finite state aerodynamics..

AENG 5800 - Systems Engineering

3 Credits

This course is aimed at developing students’ capability of systems thinking by introducing classical and advanced systems engineering theory, methods, and tools for engineering large-scale, complex systems.

AENG 5810 - Model-based Systems Engineering

3 Credits

AENG 5850 - Space Mission Failures

3 Credits

Space systems are designed to operate in the presence of multiple failures. And yet, occasionally, systems will still fail spectacularly. Reasons for failure include operator error, incorrect design, and manufacturing defects. The odds of these failures occurring can be significantly reduced through good systems engineering practice. But, in some cases, the very systems engineering practices themselves directly contribute to the failure. This course will introduce the fundamentals of good systems engineering practice. A series of case studies in failures (rockets, spacecraft, rovers, etc.) will be used to illustrate these principles and the new vulnerabilities they introduce.

AENG 5910 - Co-op with Industry

1-6 Credits

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for experiential learning session. Grading system is determined by department offering course. Offered every semester. 0-3 credit hours. DEPARTMENT PERMISSION NEEDED FOR ENROLLMENT.

AENG 5915 - Internship with Industry

1-3 Credits

A work experience with an agency, firm or organization that employs persons in this degree field. This experience may be full time or part-time as required by the industry sponsor. Grading system is determined by department offering the course. Offered every semester. 0-3 credit hours.

AENG 5930 - Special Topics

1-3 Credits (Repeatable for credit)

A one-time course on a particular topic, or a trial course that is expected to become a standard course with its own unique course number.

AENG 5964 - Masters Project

1-3 Credits

Theoretical/computational/experimental work that leads to a Project Report and defense of the Project.

AENG 5974 - Research Topics

1-3 Credits

AENG 5980 - Graduate Independent Study in Aerospace Engineering

1 or 3 Credits (Repeatable for credit)

AENG 5984 - Graduate Independent Study in Aerospace Engineering

1-3 Credits (Repeatable for credit)

A non-classroom course in which a student explores a topic that is related to the student's graduate work and career goals.

AENG 5994 - Masters Thesis Research

0-6 Credits (Repeatable for credit)

Research that leads to a Masters Thesis and final defense of the Thesis.

AENG 6910 - Co-op with Industry

1-6 Credits

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for experiential learning session. Grading system is determined by department offering the course. Offered every semester. 0-3 credit hours. DEPARTMENT PERMISSION NEEDED FOR ENROLLMENT.

AENG 6915 - Internship with Industry

1-3 Credits

A work experience with an agency, firm or organization that employs persons in this degree field. This experience may be full time or part-time as required by the industry sponsor. Grading system is determined by department offering the course. Offered every semester. 0-3 credit hours. DEPARTMENT PERMISSION NEEDED FOR ENROLLMENT.

AENG 6930 - Special Topics

3 Credits (Repeatable for credit)

AENG 6974 - Advanced Research Topics in Aerospace Engineering

1-3 Credits

Theoretical or Computational or experimental work that is not part of the Dissertation.

AENG 6980 - Graduate Independent Study in Aerospace Engineering

1 or 3 Credits (Repeatable for credit)

AENG 6984 - Graduate Independent Study in Aerospace Engineering

1-3 Credits (Repeatable for credit)

A non-classroom course in which a student explores a topic that is related to the student's doctoral work and career goals.

AENG 6994 - Doctoral Dissertation Research

0-6 Credits (Repeatable for credit)

A non-classroom course in which a student explores a topic that is related to the student's doctoral work and career goals.

MENG 1000 - Design Thinking

3 Credits

In the course, students apply human-centered design thinking approach for creating innovative products. The course exposes students to the different phases of the design thinking process. They learn to apply appropriate design techniques at different phases. The concepts of observation, identification of unmet needs, design definition, creative idea generation and prototyping and testing are emphasized. Students also apply eco-design principles from the early concept design phases. The experiential activities include identifying user needs, crafting market opportunity, idea generation, and prototyping. (Offered in Spring)

Prerequisite(s): (ESCI 1700 or SE 1700)

MENG 1001 - Introduction to Aerospace & Mechanical Engineering

1 Credit

MENG 1002 - Computer-Aided Engineering Design

1 Credit

MENG 1011 - Prototyping

1 Credit

This course exposes students to the shop environment and the use of common hand and machine tools found in a typical fabrication shop in a safe manner. Emphasis is on using the right processes and right tools for the job. Safety in a fabrication shop is introduced and practiced.

MENG 2000 - Foundation to Engineering Design

3 Credits

Introduction to engineering, design philosophy, design methodology, design process, human factors, ethics, and economics. Various case studies will be presented to understand the principles of engineering. This course would prepare a student to think creatively in other engineering courses. Aided Eng. Design.

Prerequisite(s): (PHYS 1610^* and MENG 1000^*)

^* Concurrent enrollment allowed.

MENG 2100X - Statics

3 Credits

Study of force systems acting on particles and rigid bodies, 2-D and 3-D equilibrium, trusses, frames machines, shear and moment diagrams, friction, centroids, area moment of inertia.

Prerequisite(s): PHYS 1610^*

^* Concurrent enrollment allowed.

MENG 2150 - Dynamics

3 Credits

Particle kinematics and kinetics in rectangular, cylindrical and normal-tangential coordinates; projectiles; relative motion using translating axes; work; conservative forces; conservation of energy; linear and angular impulse and momentum, conservation of momentum, rigid body kinematics and kinetics.

Prerequisite(s): ((ESCI 2100^*, CVNG 2100^*, or MENG 2100X^*); MATH 1520)

^* Concurrent enrollment allowed.

MENG 2310 - Thermodynamics

3 Credits

Properties, characteristics and fundamental equations of gases, application of first and second laws of thermodynamics in evaluation of engines, cycles and processes.

Prerequisite(s): MATH 2530^*

^* Concurrent enrollment allowed.

MENG 2400 - Mechatronics Systems Design

3 Credits

Review of the basics of microcontrollers programming and interfacing with mechanical systems. Selection and sizing of electro-mechanical components to satisfy the system requirements includes sizing of batteries, picking appropriate power supply, motors, sensors, data acquisition, and drivetrain systems. Design, prototype and test a smart system. Integrate with measurement, data analytics, and control systems.

Prerequisite(s): (ECE 1100 and ECE 1200)

MENG 2450 - Engineering Experimentation

3 Credits

A study of various measurement techniques in engineering and statistical analysis of experimental data. Applications to the measurement of strain, force, pressure, temperature, and fluid flow. An emphasis is given to the design of an experiment and error analysis using statistical data analysis. (Offered in Spring)

Prerequisite(s): (ECE 1100 and ECE 1200)

MENG 2910 - Co-Op with Industry

0 Credits (Repeatable for credit)

Prerequisite(s): (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Restrictions:

Students with a classification of Freshman may not enroll.

Attributes: UUC:Reflection-in-Action

MENG 2913 - Co-Op in Mechanical Engineering

0 Credits (Repeatable for credit)

An optional supervised work experience with an agency, firm, or organization which employs engineers. The student receives a Pass or No Pass grade.

Prerequisite(s): CORE 1500^*; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S)

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

MENG 2930 - Special Topics

3 Credits (Repeatable for credit)

MENG 2980 - Independent Study

1 or 3 Credits (Repeatable for credit)

MENG 3001 - Mechanical Engineering Lab

1 Credit

This course supplements, enhances, and clarifies the materials covered in various lecture courses the students have taken including but not limited to Material Science, Thermodynamics, and Vibrations. In addition, this course provides hands-on experience with the tools and techniques used in the testing and experimentation, promotes good laboratory practices and techniques, and introduces the students to the statistical analysis of data, the interpretation of experimental results and the writing of clear, concise lab reports.

Prerequisite(s): (MENG 3110, ESCI 3110, or CVNG 4070); (MENG 3510, MENG 3510X, or BME 3400)

MENG 3010 - Machine Design

3 Credits

Design methodology, optimization, design of various machine elements including shafts, springs, belts, gears, and bearing. Design for strength and rigidity, fatigue and fracture.

Prerequisite(s): (MENG 3105, ESCI 3100, or CVNG 3105X)

MENG 3101 - Mechanics of Solids Lab

1 Credit

Laboratory experiments to emphasize material covered in lectures of MENG 3105.

Corequisite(s): MENG 3105

MENG 3105 - Mechanics of Solids

3 Credits

Stress and deformation due to axial load, torsion, bending and shear; properties of materials; statically indeterminate problems, analysis of plane stress and strain; combined loading; pressure vessels; beam deflections.

Prerequisite(s): (ESCI 2100, MENG 2100X, or CVNG 2100); MATH 2530^*

^* Concurrent enrollment allowed.

MENG 3110 - Linear Vibrations

3 Credits

Single and two degrees-of-freedom with and without damping, vibration dampers and absorbers; model properties of vibrating systems; vibration of lumped parameter and continuous systems; approximate numerical methods and digital computation. Review of test equipment and methods.

Prerequisite(s): (ESCI 2150 or MENG 2150); MATH 3550^*

^* Concurrent enrollment allowed.

MENG 3111 - Mechanics Laboratory

1 Credit

This course is the complementary laboratory course to lecture courses in Fluid Dynamics and Mechanics of Solids, providing the opportunity to directly engage and observe some of the concepts and phenomena described in the lectures. Other topics include laboratory procedures, statistical analysis of experimental data, and presentation of experimental results. (Offered in Fall and Spring)

Prerequisite(s): (ESCI 3100^*, MENG 3105^*, or CVNG 3105X^*); (ESCI 3200^* or MENG 3200^*)

^* Concurrent enrollment allowed.

MENG 3200 - Fluid Dynamics

3 Credits

Fluid mechanics, conservation of mass, momentum and energy, stream function; dimensional analysis and similitude; application to problems of inviscid and viscous flows, drag, flow measurements.

Prerequisite(s): MATH 2530^*

^* Concurrent enrollment allowed.

MENG 3201 - Fluid Dynamics Laboratory

1 Credit

Laboratory experiments in fluid dynamics to complement material covered in MENG 3200.

Corequisite(s): MENG 3200

MENG 3430 - Measurements

3 Credits

A study of various measurement techniques in engineering and statistical analysis of experimental data. Applications to the measurement of strain, force, pressure, temperature, and fluid flow. An emphasis is given to design of an experiment and error analysis using statistical data analysis.

Prerequisite(s): ECE 2001; ECE 2002

MENG 3510X - Materials Science

3 Credits

Materials Science is a multidisciplinary field requiring knowledge of chemistry, physics, and mechanics. In this first course we examine effect of chemistry on molecular structure and physical and mechanical properties of materials, and we examine methods of controlling those properties. Examples from the various engineering disciplines are used.

Prerequisite(s): (BME 3200 with a grade of C- or higher, CHEM 1120 with a grade of C- or higher, BME 3200 with a grade of C- or higher, and CHEM 1120 with a grade of C- or higher; MENG 3105, CHEM 1110, MENG 3105, and CHEM 1110; CVNG 3105X, CHEM 1110, CVNG 3105X, and CHEM 1110; ESCI 3100, CHEM 1110, ESCI 3100, and CHEM 1110)

MENG 3600 - Manufacturing Process

3 Credits

This course provides detailed discussion on various manufacturing processes: netshape, material removal, and joining and assembly processes. Students learn the fundamental principles and the tools-of-the-trade by working hand-on with the machine tools. The current manufacturing techniques such as rapid prototyping, manufacturing cells, and lean-manufacturing are discussed.

Prerequisite(s): (MENG 1011 or (ESCI 1011 and MENG 2011)); (MENG 3510, MENG 3510X, or BME 3400)

MENG 3910 - Co-Op with Industry

0 Credits (Repeatable for credit)

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for the second experiential learning session.

Prerequisite(s): (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

MENG 3915 - Internship with Industry

0-3 Credits (Repeatable for credit)

Prerequisite(s): CORE 1500^*; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S)

^* Concurrent enrollment allowed.

Restrictions:

Enrollment limited to students with a classification of Junior or Senior.

Attributes: UUC:Reflection-in-Action

MENG 3930 - Special Topics

3 Credits (Repeatable for credit)

MENG 3980 - Independent Study

1 or 3 Credits (Repeatable for credit)

MENG 4004 - Design I

3 Credits

Preliminary design of a mechanical system with emphasis on concurrent engineering, human factors, costs analysis, and material selection. The design project may be sponsored by industry or department. Also an emphasis is given to writing the design proposal and presenting it to a committee from the department.

Prerequisite(s): MENG 3010

MENG 4014 - Design II

3 Credits

Detailed design of a mechanical system, manufacturing the product if feasible, cost estimation, testing and demonstration of the product. A report on the final design is required and also the design should be presented to the faculty and peers from industry.

Prerequisite(s): MENG 4004

MENG 4024 - Mechanical Systems Design

3 Credits

This is the capstone course in Mechanical Engineering. The engineering design process: need analysis, development of specifications, function carriers, concept generation, selection of concept design, embodiment generation, selection of embodiment design, and detailed design of engineering systems. It uses analytic, numerical and experimental modelling in the design of engineering products. It covers technical and managerial perspectives, development and protection of intellectual property, working in a team and developing leadership skills, step management, engineering project management, use of codes in design, ethics, sustainability and entrepreneurship, budget development, risk analysis and risk mitigation.

Prerequisite(s): MENG 3010; MENG 4450; Minimum Earned Credits of 90

MENG 4110 - Fracture Mechanics and Plasticity

3 Credits

Advanced elasticity topics: plate theory, stress singularities at re-entrant corners, intro to fracture mechanics, mechanics of bonded interfaces, elastic contact mechanics; Plasticity topics: yield criteria in metal plasticity, deformation and incremental plasticity, elastic-plastic stress-strain relations, strain hardening, small-strain elastoplasticity (bending, torsion, buckling, disks and cylinders).

MENG 4150 - Finite Element Method I

3 Credits

Variational forms for 1D and 2D, Rayleigh Ritz, Galerkin, element matrices and assembly, formulation of axial/truss/beam/plane-frame structural elements, 2D field problem formulation, linear and triangular elements for heat transfer/irrotational flow, torsion of noncircular sections, elasticity, higher order and mapped elements, numerical integration. Lab applications and project included. This is the undergraduate version of this course.

MENG 4200 - Advanced Fluid Dynamics

3 Credits

Introduction to the physical concepts and mathematical analysis of fluid flow. Kinematics, stress, and thermodynamic properties of a fluid. Integral and differential equations for conservation of mass, momentum and energy. Applications in potential flow, viscous flow and compressible flow. Fluid flow measurements. This is the undergraduate version of this course.

MENG 4220 - Introduction to Turbulence

3 Credits

This course introduces the nature and origins of turbulence, transition mechanisms, turbulent transport of momentum and heat, dynamics of turbulence, wall-bounded and free shear flows, spectral dynamics, and statistical description of turbulence. This is the undergraduate version of this course.

MENG 4250 - Turbomachinery and Gas Turbines Analysis and Design

3 Credits

Upon completion of this course the students will be able to apply engineering principles of thermodynamics, fluid mechanics, statics, dynamics, vibrations, controls and mechatronics for the selection and design of turbomachinery, gas turbines, and their components. They will also be able to design suitable individual engine components for diverse applications and markets. Further they will be able to consider dynamic and strength of materials considerations, and suitable materials according to operating conditions such as pressure, temperature, rotating speed, mass flow rate, fuel properties and working fluid properties.

MENG 4300 - Heat Transfer

3 Credits

Conduction, Extended Surfaces, Transient Conduction, Computational Conduction, Convective Boundary Layer, External, Internal, and Free Convection, Boiling, Condensation, Heat Exchangers, Radiation, Blackbody Radiation, Radiation Exchange.

Prerequisite(s): (CSCI 1060 or CSCI 1300); (ESCI 2300 or MENG 2310); (ESCI 3200 or MENG 3200)

MENG 4304 - Thermal Systems Design

3 Credits

Use of energy and entropy balances in the study, analysis, preliminary design and optimization of traditional and emerging energy conversion components and powerplants. Definitions and use of static, stagnation and total properties at flow stations of working fluids. Euler equation in turbomachines. Energy and entropy balances for solar energy components. Applications to design and optimization of compressors, turbines, pumps, fans, heat exchangers, positive-displacement systems, and other energy conversion devices using various working fluid properties. Preliminary design and optimization of gas power cycles, Rankine power cycles, jet-propulsion, reciprocating-piston engine cycles, heating ventilation and air conditioning systems (HVAC), and renewable and sustainable energy powerplants.

Prerequisite(s): MENG 4300

MENG 4310 - Reciprocating-Piston Engines Analysis and Design

3 Credits

Upon completion of this course the students will be able to apply engineering principles of thermodynamics, fluid mechanics, statics, dynamics, vibrations, controls and mechatronics for the selection and design of reciprocating piston engines and their components. They will also be able to design suitable individual engine components for diverse applications and markets. Further they will be able to consider dynamic and strength of materials considerations, and suitable materials according to operating conditions such as pressure, temperature, rotating speed, mass flow rate, fuel properties and working fluid properties.

MENG 4450 - Programmable Logic Controllers and Robotics

3 Credits

Introduction to mechatronic components: sensors, transducers, microprocessor-based systems and PLCs. Applications in motion control (AC/DC motors & stepper motors). Robotics. A major project in electro-mechanical system design and development.

Prerequisite(s): (ECE 2001 or MENG 2450); MENG 2400

MENG 4820 - Technology Entrepreneurship

3 Credits

The course is intended as a general introduction to the models and applications of entrepreneurship. The course provides the basis for technology entrepreneurship mindset. The course will introduce the three major forms of entrepreneurship-independent (as in self-employment), corporate entrepreneurship and social venturing. In addition, the course will educate students about the three key elements of modern entrepreneurship: the recognition and creation of opportunities, the development of strategies to realize those opportunities, and the packaging of those opportunities for maximum impact in intended markets. This is the undergraduate version of this course.

MENG 4830 - Medical Product Design and Entrepreneurship

3 Credits

Via group development of a specific healthcare product this course prepares students for a career in public or private sector in healthcare R&D, innovation and entrepreneurship in the next frontier: human health. After an introduction of basic anatomy and review of leading diseases and ailments, differences in the healthcare marketplace in the US, Europe and Asia are examined, with a view on pharmaceutical and medical-device development. Differences and similarities in pathways for regulatory approval processes (CE mark, FDA approval etc.), design to standards, and reimbursement-code strategies for various categories of products are examined.

MENG 4840 - Numerical Methods

3 Credits

In this course, students will learn how to develop numerical algorithms to solve engineering problems, which are then implemented in programming languages such as MATLAB, Python, and other commercial engineering software. Problems of interest to Aerospace, Mechanical, Civil, Electrical, Biomedical Engineering and Applied Physics will be addressed. This is the undergraduate version of this course.

MENG 4910 - Co-Op with Industry

0-3 Credits (Repeatable for credit)

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for the third experiential learning session.

Prerequisite(s): MENG 3910; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S); CORE 1500^*

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

MENG 4915 - Internship with Industry

0-3 Credits (Repeatable for credit)

A work experience with an agency, firm or organization that employs persons in this degree field. This experience may be full time or part-time as required by the industry sponsor.

Prerequisite(s): MENG 3915; CORE 1500^*; (CORE 1000 or UUC Ignite Seminar Waiver with a minimum score of S)

^* Concurrent enrollment allowed.

Attributes: UUC:Reflection-in-Action

MENG 4930 - Special Topics: Mechanical Engineering

3 Credits (Repeatable for credit)

MENG 4980 - Advanced Independent Study in Mechanical Engineering

0-3 Credits (Repeatable for credit)

Credits to be arranged. Independent Study on a topic in Mechanical Engineering under the direction of a Faculty member.

MENG 5009 - Seminar

1 Credit (Repeatable for credit)

Presentations of current research by students, faculty, and guests. Registration required in the first semester. Seminar attendance expected in subsequent semesters.

MENG 5100 - Advanced Mechanics of Solids

3 Credits

Elasticity relations, linear elasticity assumptions, St. Venant's principle, transformation of stress, principal stresses in 3D, plane elasticity, Airy stress function, polynomial solutions, thermal stresses, relations in polar coordinates, point load solutions, stress concentration, axisymmetric problems, stresses in disks & cylinders, energy methods, Rayleigh Ritz, Buckling. Emphasis on advanced applications.

MENG 5110 - Fracture Mechanics and Plasticity

3 Credits

Prerequisite(s): MENG 5150 with a grade of C or higher; MENG 5100 with a grade of C or higher

MENG 5150 - Finite Element Analysis I

3 Credits

MENG 5200 - Advanced Fluid Dynamics

3 Credits

MENG 5220 - Experimental Methods in Fluid Dynamics

3 Credits

This lab-based course introduces students to the modern techniques used to investigate fluid dynamic problems, including pitot-static tubes, wake rakes, thermal anemometry, laser Doppler anemometry, particle image velocimetry, and pressure and temperature sensitive paints.

Prerequisite(s): MENG 5200

MENG 5240 - An Introduction to Turbulence

3 Credits

MENG 5310 - Reciprocating-Piston Engines Analysis and Design

3 Credits

Upon completion of this course the students will be able to apply engineering principles of thermodynamics, fluid mechanics, statics, dynamics, vibrations, controls and mechatronics for the selection and design of reciprocating piston engines and their components. They will also be able to design suitable individual engine components for diverse applications and markets. Further they will be able to consider dynamic and strength of materials considerations, and suitable materials according to operating conditions such as pressure, temperature, rotating speed, mass flow rate, fuel properties and working fluid properties.

MENG 5820 - Technology Entrepreneurship

3 Credits

MENG 5830 - Medical Product and Design and Entrepreneurship

3 Credits

MENG 5902 - Numerical Methods Using Matlab and LabVIEW

3 Credits

This course will introduce students to the Matlab and LabVIEW programming packages while teaching how to use software and numerical methods to solve engineering problems. Problems of interest to Aerospace, Mechanical, Civil, Electrical, and Biomedical Engineering programs will be addressed.

MENG 5910 - Co-op with Industry

1-6 Credits

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field. This course is used for experiential learning session.

MENG 5915 - Internship with Industry

1-3 Credits

A work experience with an agency, firm, organization that employs persons in this degree field. This experience may be full time or part time as required by the industry sponsor.

MENG 5930 - Special Topics

1-3 Credits (Repeatable for credit)

A one-time course on a particular topic, or a trial course that is expected to become a standard course with its own unique course number.

MENG 5964 - Master's Project

1-3 Credits (Repeatable for credit)

Theoretical/computational/experimental work that leads to a Project Report and of defense of the Project.

MENG 5974 - Research Topics

1-3 Credits

MENG 5980 - Graduate Independent Study in Mechanical Engineering

1 or 3 Credits (Repeatable for credit)

MENG 5984 - Graduate Independent Study in Mechanical Engineering

1-3 Credits (Repeatable for credit)

A non-classroom course in which a student explores a topic that is related to the student's graduate work and career goals.

MENG 5994 - Thesis Research

0-6 Credits (Repeatable for credit)

Research that leads to a Master’s Thesis and final defense of the Thesis.

MENG 6910 - Co-op with Industry

1-6 Credits

A full-time supervised work experience with an agency, firm or organization that employs persons in this degree field.

MENG 6915 - Internship with Industry

1-3 Credits

A work experience with an agency, firm, organization that employs persons in this degree field. This experience may be full time or part time as required by the industry sponsor.

MENG 6930 - Special Topics

3 Credits (Repeatable for credit)

MENG 6974 - Advanced Research Topics in Mechanical Engineering

1-3 Credits

Theoretical or Computational or experimental work that is not part of the Dissertation.

MENG 6980 - Graduate Independent Study in Mechanical Engineering

1 or 3 Credits (Repeatable for credit)

MENG 6984 - Graduate Independent Study in Mechanical Engineering

1-3 Credits (Repeatable for credit)

A non-classroom course in which a student explores a topic that is related to the student's doctoral work and career goals.

MENG 6994 - Doctoral Dissertation Research

0-6 Credits (Repeatable for credit)

A non-classroom course in which a student explores a topic that is related to the student's doctoral work and career goals.