Mechanical Engineering

This course addresses the chemical thermodynamics of the aqueous solution using the first and second laws of thermodynamics while. It focuses on the use of thermodynamics related to chemical equilibrium and the calculation of the equilibrium constant based on thermodynamic data.

This course also presents the basis for the application of chemical thermodynamics to the mechanical engineering of the environment, energy, and biological systems.

This course introduces a wide range of manufacturing processes used in modern industry, including machining and assembly. It covers how the material properties of a product affect the performance of manufacturing processes.

This course offers a study of the fundamentals of mechanical manufacturing technologies and processes. It covers manufacturing systems, product design, and cost considerations, as well as metrology and quality control in production. This course discusses different manufacturing methods including molding, plastic deformation, machining, and finishing processes. It also explores automated manufacturing systems, CNC machines, CAD/CAM/CAE technologies, additive manufacturing, and welding. 

This course addresses mathematical aspects of fluid mechanics for ideal and viscous fluids. 

This course examines engineering design principles and methodologies. It covers the engineering design process, focusing on realistic interactions with teams, clients, and supervisors, as well as the exploration of needs, project development, and delivery.

This course examines the fundamentals of engineering visualization and design, from sketching and drawing to computer-aided design and solid modelling. It covers how to represent components graphically through sketching and computer methods, employing standard techniques like orthogonal projection. It explores basic engineering mechanics and introduces engineering management tools. 

This course examines the key aspects of production and manufacturing systems. It covers manufacturing processes, production time and costs, measurement and quality control, and manufacturing design. This course discusses the environmental aspects of production processes and the definition of manufacturing processes. Additionally, it focuses on automated production systems, including CNC machines, robots, and integrated CAD-CAM-CAE systems.

This course introduces the fundamental equations of perfect and Newtonian fluid mechanics within the framework of continuum mechanics. It covers fluid kinematics and deformation, followed by the dynamics of ideal and viscous fluids through the Euler and Navier–Stokes equations. The course also provides an introduction to dimensional analysis and concludes with the Saint‑Venant equations and related analogies, highlighting applications to real fluid flows.

This course examines the conceptual engineering design process, emphasizing the real-world application and hands-on experience using machine elements. It will cover how machines work, including the fundamentals of relevant mechanical and electronics elements to realize autonomous mechanical and mechatronics systems.