Mechanical Engineering Fundamentals: Statics, Dynamics & Thermodynamics
Master analytical statics, multi-body kinematics, and classical thermodynamics for core engineering problem solving.
This intermediate course establishes the core mathematical and physical foundations of mechanical engineering across rigid-body equilibrium, planar kinematics and kinetics, and thermal-fluid energy conservation. Learners explore rigorous vector mechanics and closed-system state transformations before applying them to industrial structural finite element workflows, dynamic isolation designs, and power cycle optimization. The dual tracks prepare students for university-level examinations as well as professional engineering practice.
Curriculum
Two complete tracks. Study either or both — each has its own exam and certificate.
A mathematically rigorous undergraduate-level treatment of engineering mechanics and thermodynamics emphasizing formal vector derivations, energy principles, and non-ideal thermodynamic behavior.
Exploration of spatial force systems, wrench reduction, virtual work equilibrium criteria, and structural compatibility for indeterminate trusses.
- Spatial Vector Equilibrium and Screw Theory Lab40 min
- The Principle of Virtual Work and Energy Methods Lab45 min
- Compatibility Equations and Indeterminate Frames Lab40 min
Careers this prepares you for
- Mechanical Design Engineer
- Structural Analysis Engineer (FEA)
- Thermal Systems Performance Engineer
- Powertrain Dynamics Specialist
- Aerospace Systems Integration Analyst