Mechanical Engineering is the broadest of all engineering disciplines that applies the principles of physics and material science for the purpose of product design. Automotive, Aerospace, Marine, Production, Mechatronics, Thermal engineering, and Robotics are some of the streams that have evolved from mechanical engineering. The software-enabled design tasks in mechanical engineering comprises 2D drafting, 3D modeling, analysis & detailing, and manufacturing. We provide 80 different courses in mechanical engineering that teach specific 2D, 3D Modeling, finite element analysis, finite element management analysis, detailing and computer aided manufacturing tools.

Electrical Engineering Electrical Engineering is a field of engineering that deals with the technology of electricity. It involves the study and application of physics and mathematics in electricity, electronics, and electromagnetism. Electrical engineers design electrical equipment and electronic products - from microchips & computers to electric power networks - and any other products that process information and transmit energy. The primary tasks of Electrical Engineers, say in designing an electronics product is circuit designing or Schematic diagram. Circuit designers have the responsibility of designing electronic circuits that make up electrical systems. Other responsibilities circuit designers have include designing different types of circuits and boards and creating signal processing filters. The minimum educational requirement is a bachelor of science in engineering, some employers require a master's of electrical engineering. Since circuit designs change frequently, this career requires a great amount of continuing education to keep up with technology updates.

Architectural Design is about planning, designing and constructing buildings and other physical structures. Architectural designers create functional and practical spaces in urban and rural settings using many different materials. Modern architecture demands in-depth knowledge in mathematics, engineering, arts, science, and technology for designers to understand how structures work, the characteristics of materials and forms, and so on. The success of an architectural design is gauged from a building's beauty, firmness, and utility.

Building Design is about applying architectural, engineering and technology developments to the design of buildings. This discipline is largely concerned with the residential design, both single and multi-family, agricultural buildings, and decorative facades for larger buildings, and commercial structures. The practitioners of building design are mostly architects and structural engineers. As part of planning, designing, and construction of buildings, they create initial and schematic designs of interior and exterior layouts, complete working drawings and specifications that will comply with all applicable building codes and regulations, select materials to be used, identify contractors and oversee construction by conducting on-site inspections. Working closely with clients, the building designers resolve the formers' requirements into a set of instructions for the construction a building.

Structural Design is the science of ensuring stability, strength, and rigidity of structures so that resist all applied loads without failure. This discipline is concerned with designing a physical structure in such a way that the load-bearing members (such as beams and columns in the case of a building) of the structure support each other in sharing the load or stress Structural Design is a part of civil engineering. A great deal of what structural designers do involves designing structures such as buildings, bridges, and tunnels. The primary tasks of a structural designer include: Analyzing configurations of the basic structural components; calculating the pressures, stresses, and strains that each component is likely to experience; considering the strength of various materials, e.g. concrete, steel, and brick to be used to create the structures; making drawings, specifications and computer models of structures for building contractors and using CAD.

Land Surveying is the measurement and mapping of our surrounding environment using mathematics: chiefly geometry, trigonometry, regression analysis; physics; engineering; metrology, and programming languages.

Mechanical Engineering is the broadest of all engineering disciplines that applies the principles of physics and material science for the purpose of product design. Automotive, Aerospace, Marine, Production, Mechatronics, Thermal engineering, and Robotics are some of the streams that have evolved from mechanical engineering. The software-enabled design tasks in mechanical engineering comprises 2D drafting, 3D modeling, analysis & detailing, and manufacturing. We provide 80 different courses in mechanical engineering that teach specific 2D, 3D Modeling, finite element analysis, finite element management analysis, detailing and computer aided manufacturing tools.

Electrical Engineering Electrical Engineering is a field of engineering that deals with the technology of electricity. It involves the study and application of physics and mathematics in electricity, electronics, and electromagnetism. Electrical engineers design electrical equipment and electronic products - from microchips & computers to electric power networks - and any other products that process information and transmit energy. The primary tasks of Electrical Engineers, say in designing an electronics product is circuit designing or Schematic diagram. Circuit designers have the responsibility of designing electronic circuits that make up electrical systems. Other responsibilities circuit designers have include designing different types of circuits and boards and creating signal processing filters. The minimum educational requirement is a bachelor of science in engineering, some employers require a master's of electrical engineering. Since circuit designs change frequently, this career requires a great amount of continuing education to keep up with technology updates.

Architectural Design is about planning, designing and constructing buildings and other physical structures. Architectural designers create functional and practical spaces in urban and rural settings using many different materials. Modern architecture demands in-depth knowledge in mathematics, engineering, arts, science, and technology for designers to understand how structures work, the characteristics of materials and forms, and so on. The success of an architectural design is gauged from a building's beauty, firmness, and utility.

Building Design is about applying architectural, engineering and technology developments to the design of buildings. This discipline is largely concerned with the residential design, both single and multi-family, agricultural buildings, and decorative facades for larger buildings, and commercial structures. The practitioners of building design are mostly architects and structural engineers. As part of planning, designing, and construction of buildings, they create initial and schematic designs of interior and exterior layouts, complete working drawings and specifications that will comply with all applicable building codes and regulations, select materials to be used, identify contractors and oversee construction by conducting on-site inspections. Working closely with clients, the building designers resolve the formers' requirements into a set of instructions for the construction a building.

Structural Design is the science of ensuring stability, strength, and rigidity of structures so that resist all applied loads without failure. This discipline is concerned with designing a physical structure in such a way that the load-bearing members (such as beams and columns in the case of a building) of the structure support each other in sharing the load or stress Structural Design is a part of civil engineering. A great deal of what structural designers do involves designing structures such as buildings, bridges, and tunnels. The primary tasks of a structural designer include: Analyzing configurations of the basic structural components; calculating the pressures, stresses, and strains that each component is likely to experience; considering the strength of various materials, e.g. concrete, steel, and brick to be used to create the structures; making drawings, specifications and computer models of structures for building contractors and using CAD.

Land Surveying is the measurement and mapping of our surrounding environment using mathematics: chiefly geometry, trigonometry, regression analysis; physics; engineering; metrology, and programming languages.