Mechanical Engineering: a versatile branch of engineering focused on the design, analysis, and manufacturing of mechanical systems.
Heavy reliance on mathematics, particularly calculus and physics.
Graduates can pursue careers in various sectors, including:
Construction
Automotive
HVAC (Heating, Ventilation, and Air Conditioning)
Materials engineering
Robotics
Energy sector
Combustion engines
Mechanical engineering classes encompass a broad array of subjects beyond just mechanical topics.
Electrical Engineering Basics
Understanding of circuits and electronics.
Programming Skills
Proficiency in MATLAB for complex calculations and plotting.
Welding Classes
Essential for hands-on mechanical work.
Mathematics
Approximately two years focused on calculus.
Physics
About one year of foundational physics education.
Statics
Studies systems at rest.
Analyzes forces and torques in structures (e.g., trusses in bridges).
Dynamics
Investigates systems in motion.
Explores concepts like velocity, acceleration, energy, and forces more deeply than high school physics.
Fluid Mechanics
Studies properties and mechanics of fluids (air, water).
Applications include understanding pressure changes in pipes and aerodynamics in vehicles and aircraft.
Thermodynamics
Focuses on heat and energy relations, combustion engines, and their efficiency.
Reviews historical developments from early steam engines to modern energy production.
Vibrations
Examines mechanical vibrations in various structures and systems (e.g., buildings, vehicles).
Evaluates impacts of vibrations during dynamic situations like drops or earthquakes.
Case study of the Tacoma Bridge collapse to emphasize the importance of vibration management.
Design Classes
Interrelate materials engineering and mechanical principles.
Focus on durability, strength, and stress analysis of materials and structures.
HVAC
Understanding fluid mechanics, thermodynamics, and heat transfer.
Focuses on indoor comfort systems in buildings and vehicles.
Mechatronics
Combines mechanical engineering with electronics and computer engineering.
Prepares students for roles in robotics, embedded systems, and controls.
Manufacturing
Involves design techniques, materials knowledge, and predicting part failures.
Emphasizes the financial impacts of material and design changes on production.
Problem-solving opportunities involve:
Automotive Engineering
Improving engine efficiency, suspension analysis, crash testing, and aerodynamic optimization.
Biomedical Engineering
Collaborating on prosthetics, assessing strength and suitable materials.
Alternative Energy
Working on wind farms, hydroelectric, and solar energy.
Aerospace Engineering
Analyzing satellite dynamics, vibrations, and thermal conditions in space.
Robotics and Machine Design
Applying mechanical principles in various innovative technologies.
Mechanical engineering offers diverse career paths and is applicable across numerous industries. The skills developed are not just technical but also encompass problem-solving and innovative thinking.