MASSACHUSETTS INSTITUTE OF TECHNOLOGY · UNITED STATES
Engineering Dynamics
Bachelor's · Taught in en
At a glance
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Duration
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IELTS
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Tuition / yr
en
Language
Bachelor's
Level
This course, Engineering Dynamics, was taught in Fall 2011 and focuses on applying energy methods to derive equations of motion for mechanical systems. It introduces the use of Lagrange Equations, a method developed by the French mathematician Lagrange in the early 19th century. The course covers expressing kinetic and potential energies of rigid bodies, and understanding the work done by non-conservative external forces, also known as generalized forces. This approach is fundamental to analyzing the dynamics of mechanical systems.
Curriculum
The course materials include lecture videos, notes, problem sets, and exams. Key topics covered are related to Lagrange Equations and their application.
- 2011
- Introduction to Lagrange With ExamplesLecture 15
- Notation Systems
- Cart and Pendulum, Lagrange Method (Recitation)Recitation 8
Careers
This course focuses on fundamental engineering dynamics principles, equipping students with analytical skills applicable to various engineering fields. Graduates can pursue roles in research, design, and analysis within mechanical, civil, and related engineering disciplines.
- Mechanical Engineer
- Civil Engineer
- Dynamics Analyst
- Systems Engineer
- Research Scientist
Frequently asked questions
- What are the tuition and living costs for this course?
- This course is offered through MIT OpenCourseWare and does not have associated tuition or living costs for access to the materials.
- What topics are covered in Engineering Dynamics?
- The course focuses on applying energy methods to derive equations of motion for mechanical systems, including the use of Lagrange Equations. It also covers kinetic and potential energies of rigid bodies and the work done by non-conservative external forces.
- What learning materials are available for this course?
- The course materials include lecture videos, detailed lecture notes, problem sets with solutions, and recitation sessions with notes.
- What are the potential career outcomes after completing this course?
- Graduates can pursue roles such as Mechanical Engineer, Civil Engineer, Dynamics Analyst, Systems Engineer, or Research Scientist within various engineering disciplines.
- When was this course taught and how can I access it?
- This course, Engineering Dynamics, was taught in Fall 2011. It is available through MIT OpenCourseWare.
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Fees
Tuition (international)—
Tuition (home)—
Living—
This course is offered through MIT OpenCourseWare and does not have associated tuition or living costs for access to the materials.
How to apply
1. Complete Online ApplicationSubmit your application through the MIT admissions portal, ensuring all sections are completed accurately.
2. Prepare Supporting DocumentsGather scanned PDF copies of your academic transcripts from all institutions attended. For international applicants, also have your IELTS or TOEFL exam results ready.
3. Arrange Letters of RecommendationRequest at least two academic recommendations and up to six total letters electronically through the application system. Ensure recommenders are emailed the necessary instructions.
4. Write Statement of PurposeArticulate your graduate study goals, explain how they align with the CSB program at MIT, list faculty whose research interests you, and describe relevant experiences and potential contributions to the MIT community.
5. Submit Application and FeeEnsure all parts of the application, including transcripts, recommendation letters, and the application fee, are submitted by the December 1st deadline for fullest consideration.
6. Await Admission DecisionApplication status, including completeness, can be checked online. Official transcripts will be required before a positive admission decision is finalized.
Frequently asked questions
What are the tuition and living costs for this course?
+
This course is offered through MIT OpenCourseWare and does not have associated tuition or living costs for access to the materials.
What topics are covered in Engineering Dynamics?
+
The course focuses on applying energy methods to derive equations of motion for mechanical systems, including the use of Lagrange Equations. It also covers kinetic and potential energies of rigid bodies and the work done by non-conservative external forces.
What learning materials are available for this course?
+
The course materials include lecture videos, detailed lecture notes, problem sets with solutions, and recitation sessions with notes.
What are the potential career outcomes after completing this course?
+
Graduates can pursue roles such as Mechanical Engineer, Civil Engineer, Dynamics Analyst, Systems Engineer, or Research Scientist within various engineering disciplines.
When was this course taught and how can I access it?
+
This course, Engineering Dynamics, was taught in Fall 2011. It is available through MIT OpenCourseWare.