Engineering Dynamics
Gold Coast , Australia | Lismore , Australia
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Start Date
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Medium of studying
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Duration
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Details
Program Details
Degree
Bachelors
Major
Civil Engineering | Mechanical Engineering
Area of study
Engineering
Course Language
English
About Program
Program Overview
University Program Information
The university offers a range of programs for students, including undergraduate and postgraduate degrees, research degrees, online study, and short courses.
Study Options
- Undergraduate degrees
- Postgraduate degrees
- Research degrees
- Online study
- Short courses
Research Degrees
The university offers various research degrees, including:
- Graduate School
- Scholarships
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- How to apply
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- Research impact clusters
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Unit of Study: MECH2003 Engineering Dynamics (2025)
Unit Snapshot
- Unit type: UG Coursework Unit
- Credit points: 12
- Faculty & College: Faculty of Science and Engineering
- Placement: No
Unit Description
This unit helps students understand and apply basic dynamics concepts to engineering questions. It introduces how to solve kinematics and kinetics problems in engineering.
Unit Content
- Module 1: Kinematics of a Particle
- Module 2: Kinetics of a particle I
- Module 3: Kinetics of a particle II
- Module 4: Kinematics of a rigid body
- Module 5: Kinetics of a rigid body I
- Module 6: Kinetics of a rigid body II and introduction to vibrations
Availabilities
| Location | Domestic | International |
|---|---|---|
| Gold Coast | Term 3 | Term 3 |
| Lismore | Term 3 | Term 3 |
| Online | Term 3 | Term 3 |
Learning Outcomes
On completion of this unit, students should be able to:
- Identify and apply fundamental dynamics, kinematics, and kinetics concepts to engineering systems
- Evaluate and creatively apply advanced engineering methods to analyse and design solutions
- Select, define, complete, and communicate the outcomes from a complex project
- Self-assess conduct and performance as a professional engineer
- Analyse the motion of particles using kinematic equations and graphical representations
- Apply Newton's laws to solve engineering problems
- Analyse engineering scenarios using work-energy and impulse-momentum concepts
- Apply kinematic principles to rigid bodies
- Identify the fundamental principles of vibrations and apply concepts to analyse the kinetics of rigid bodies
Teaching and Assessment
Gold Coast (Term)
- Teaching method: Workshop, Tutorial
- Assessment: Report, Quiz, Report
Lismore (Term)
- Teaching method: Workshop, Tutorial
- Assessment: Report, Quiz, Report
Online (Term)
- Teaching method: Workshop, Tutorial
- Assessment: Report, Quiz, Report
Prescribed Learning Resources
- No prescribed texts
- No prescribed resources/equipment
Fee Information
Domestic
- Commonwealth Supported courses: Student Contribution Amounts
- Fee paying courses: Domestic Postgraduate Fees or Domestic Undergraduate Fees
International
- Please check the international course and fee list
Courses that Offer this Unit
- Associate Degree of Engineering (2025)
- Associate Degree of Engineering (2026)
- Bachelor of Engineering Systems (Honours) (2025)
- Bachelor of Engineering Systems (Honours), Bachelor of Business (2025)
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