Auburn University United States

Mechanical Engineering

Integrated Masters with deeper specialization and research focus
Taught in English
Duration 4 Years
Mode On Campus
Level Undergraduate
Degree Bachelors Degree
Closing soon January 2027

Course Overview

The Bachelor of Science in Mechanical Engineering at Auburn University equips you with the foundational knowledge and practical skills to design, analyze, and innovate in a vast array of engineering fields. You will delve into core principles of mechanics, thermodynamics, fluid dynamics, heat transfer, and materials science, preparing you for dynamic careers in industries ranging from aerospace and automotive to biotechnology and renewable energy. This comprehensive undergraduate program fosters a deep understanding of how mechanical systems function and how to optimize their performance and sustainability.

This full-time, on-campus Bachelor of Science degree is typically completed over four years, integrating theoretical coursework with hands-on laboratory experiences and design projects. You will explore areas such as statics, dynamics, machine design, and manufacturing technology, culminating in comprehensive design courses where you tackle real-world engineering challenges. Graduates are prepared for diverse roles in product development, system analysis, and research, or to pursue advanced studies in specialized areas of mechanical engineering.

Course Curriculum & Details

Detailed information for serious evaluators

Program Overview

The Mechanical Engineering program offers a comprehensive curriculum covering fundamental principles and advanced topics in the field. Students will explore areas such as thermodynamics, fluid mechanics, heat transfer, and mechanics of materials, alongside specialized subjects like robotics, control systems, and biomechanical engineering. The program emphasizes both theoretical knowledge and practical application through laboratory work and design projects, preparing graduates for diverse roles in industry and research.

1 Materials Engineering Courses

Introduction to materials science
Materials for sustainable energy production and storage
Materials and the environment
Mineral resources: processing and availability
Engineering materials - metals
Metallography laboratory
Engineering materials polymers
Polymer and composites laboratory
Engineering materials - ceramics
Thermodynamics and kinetics of materials
Materials properties and selection
Directed studies
Senior design project
Thermodynamics of materials systems
Materials characterization
Materials characterization laboratory
Phase transformations in material processing
Physics of solids
Plasmonics and nanophotonics
Numerical simulation of materials processing
Corrosion
Biomaterials
Biomedical applications of polymeric materials
Microstructure and mechanics of skeletal tissues
Intermediate special topics
Thermodynamics of materials systems
Materials characterization
Materials characterization laboratory
Phase transformations in material processing
Physics of solids
Plasmonics and nanophotonics
Numerical simulation of materials processing
Corrosion
Biomaterials
Biomedical applications of polymeric materials
Intermediate special topics in materials engineering
Deformation and failure of engineering materials
Advanced ceramic materials
Advanced polymer science and technology
Thin film science and technology
Materials for energy storage
Smart materials and structures
Dielectric materials and devices
Engineering aspects of biological and chemical detection
Nanomaterials for biotechnology
Materials engineering seminar
Directed readings in materials engineering
Special topics in materials engineering
Master materials engineering project
Research and thesis
Research and dissertation

2 Mechanical Engineering Courses

Manufacturing technology lab
Mechanical engineering statics
Kinematics and dynamics
Computer-aided engineering
Mechanical engineering progress assessment I
Thermodynamics II
Fluid mechanics
Heat transfer
Measurement and instrumentation
Mechanics of materials
System dynamics and controls
Dynamics lab
Mechanics lab
Concepts in mechanical design
Machine design
Mechanical engineering progress assessment II
Comprehensive design I
Comprehensive design II
Mechanical equipment engineering
Heating, ventilating, air conditioning and refrigeration
Applied CFD and heat transfer
Vehicle dynamics
Ground vehicle fundamentals
Automotive design experience I
Automotive design experience II
Integrated engineering theory and practice
Directed studies in mechanical engineering
Special topics in mechanical engineering
Honors thesis
Compressible fluid flow
Renewable energy resources and applications
Combustion
Electronics thermal management
Virtual prototyping
Friction, wear and lubrication
Boundary and full-film lubrication
Multiscale contact mechanics
Metalworking and manufacturing tribology
Advanced mechanics of materials
Mechanics of electronic packaging
Engineered flexible structures
Introduction to biomechanical engineering
Fundamentals of the finite element method
Dynamics of multibody systems
Basics sensor applications
Non-destructive evaluation of materials and structures
Engineering in the arts
Engineering acoustics
Manufacturing of polymeric structures
Mechanical vibration
Kinematics and dynamics of robots
Control of robotic motion
Mechatronics
Engines
Applied mechatronics
Intermediate special topics in mechanical engineering
Compressible fluid flow
Renewable energy resources and applications
Combustion
Electronics thermal management
Virtual prototyping
Friction, wear and lubrication
Boundary and full-film lubrication
Multiscale contact mechanics
Advanced mechanics of materials
Mechanics of electronic packaging
Engineered flexible structures
Introduction to biomechanical engineering
Fundamentals of the finite element method
Dynamics of multibody systems
Basics of sensor applications
Non-destructive evaluation of materials and structures
Engineering in the arts
Manufacturing of polymeric structures
Mechanical vibration
Kinematics and dynamics of robots
Control of robotic motion
Mechatronics
Engines
Applied mechatronics
Intermediate directed studies in mechanical engineering
Intermediate special topics in mechanical engineering
Advanced thermodynamics
Advanced fluid mechanics I
Advanced fluid mechanics II
Boundary layer theory
Turbulence
Diffusive transport
Convection heat transfer
Thermal radiation
Numerical methods in heat transfer
Boiling and condensation
Fracture mechanics
Solid mechanics
Continuum mechanics and tensor analysis
Experimental mechanics
Inelastic stress analysis
Mechanics of composite materials
Analysis of plates and shells
Variational mechanics
Optical methods in mechanics
Optical properties of advanced materials
Advanced dynamics
Nonlinear systems
Mechanical impact
Control systems analysis and design
Advanced directed studies in mechanical engineering
Graduate seminar
Advanced special topics in mechanical engineering
Research & thesis
Research & dissertation

Cost & Affordability

A clear picture of what this course will cost you

Program Costs

First Year Fee Tuition fee
USD 34,056.00
Second Year Fee Tuition fee
USD 34,056.00
Third Year Fee Tuition fee
USD 34,056.00
Fourth Year Fee Tuition fee
USD 34,056.00
Total Program Cost Estimated total tuition
USD 136,224.00

Currency note: Program costs shown in USD based on the available tuition breakdown.

Living Costs

Accommodation
USD 1,530.00 - USD 1,930.00
Food & Groceries USD 3,000.00 - USD 4,560.00
Transport USD 600.00 - USD 1,200.00
Utilities & Bills USD 960.00 - USD 1,800.00
Estimated Total USD 4,560.00 - USD 7,560.00

Living cost estimates are based on Auburn campus.

Outcomes & Employability

What happens after you graduate

84%
Graduate Employment Rate Within 6 to 12 months of graduation

Common Graduate Roles

Aerospace Engineering & DesignAerospace Supply Chain & LogisticsCommercial AviationConstruction Technology & Digital SolutionsEnergy Engineering & InfrastructureLogistics & Warehouse ManagementNuclear EnergyRefining & PetrochemicalsResidential ConstructionSpace Exploration & Satellite Technology

Top Employers Hiring for this course

Boeing

Brasfield & Gorrie, LLC

Georgia Power Company

Hoar Construction

Jacobs

Lockheed Martin

Robins & Morton

Why Study Mechanical Engineering at Auburn University

What makes this program stand out

January 2027 Closing soon

Next intake is in January 2027

Very Fast Application response time

Auburn University typically responds to applications within 1 - 2 days, giving you clarity on your options quickly.

Life at Auburn University in United States

What daily life looks like for international students

Language

English

Primary language everywhere

Climate

Mild & Rainy

10-20°C average, pack layers

Safety (Numbeo Safety Index)

Very Safe

Exeter is one of UK's safest cities

Frequently Asked Questions

Common questions about Mechanical Engineering at Auburn University

Can I work while studying?

International students can work up to 20 hours per week during the term and full-time during breaks without needing a separate work permit on campus. After one year, off-campus work may be possible with university approval.

What English language score do I need for this course?

International students must meet specific English language requirements. Acceptable tests include TOEFL, IELTS, and PTE with designated minimum scores in listening, reading, speaking, and writing.

What jobs can I get after studying this course?

Graduates can pursue careers as Mechanical Engineers, Design Engineers, Manufacturing Engineers, Robotics Engineers, and Aerospace Engineers.

What will I actually study in this course?

The Mechanical Engineering curriculum covers topics such as the design and manufacturing of mechanical systems and the fundamental concepts of engineering science. Students engage in areas including mechanics, thermo-fluid sciences, and dynamic systems.

When can I start — what are the intake months?

Mechanical Engineering programs accept students in January, May, and September. Make sure to prepare your application ahead of these dates.
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