Day: April 13, 2022

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What is Software Engineering

A software engineer is a programmer who also specializes in system design and analysis. They’re responsible for determining what needs to be built, then making sure each part of the project runs as it should. They must be able to evaluate trade-offs between technical approaches, then choose and implement the solution that best meets their needs.

A software engineer focuses on what the system will be used for and how it will accomplish those objectives. Software engineers are generally involved in designing, analyzing and implementing systems that are used to support business or administrative operations, or in developing programs that make interactive use of a computer.

There are two main career paths available to people who wish to enter the industry: development and research.

Application software engineers develop client applications used by end users. Applications can be web-based or run on (or distributed in) mobile devices or desktops. System software engineers develop distributed applications. It is also common for systems software engineers to work on component-based systems where the application must make use of a set of pre-integrated components (codice_1, codice_2 or codice_3). They are an integral part of a development team that builds data centers and enterprise systems with running hardware served by the Internet. The term systems engineer, when applied to software, is most often used in relation to operating system engineers or network software engineers.

 Software Engineering Branches

1. Application Programming:  Applications software engineers are programmers who are responsible for the creation of applications and programs. The applications may take different forms, such as a mobile application, an enterprise resource planning (ERP) system or a web application.
2. Database systems:  Database systems engineers are responsible for the management and maintenance of databases. The databases may be part of a system such as an ERP or a web application, or they can be “stand-alone” systems that are used as part of another application.
3. Data processing and data communications: Data processing and data communications engineers are responsible for the design and implementation of a wide range of systems that process large amounts of information, including complex statistical models or relational databases. They may work on search systems, web services or electronic transaction processing networks.
4. Security: Security engineers are responsible for designing systems that protect the confidentiality, integrity and availability of data against unauthorized access. This could include designing user authentication systems, encrypting data as it is transmitted over a network or protecting log files from unauthorized access.
5. Systems development: Systems development engineers are responsible for designing and implementing complex computer systems that are used to support business or administrative operations. Because of this, systems development engineers typically have a good understanding of how applications will be developed and what the system architecture will look like.
6. A systems design engineer takes an integral role in system engineering by supporting the decision-making process for key decisions and by ensuring that hardware, software, communication facilities and staff resources are integrated as needed to produce a finished system. Because of this, systems design engineers typically have a good understanding of how the system will be built and what the system architecture will look like.
7. Embedded systems: Embedded systems engineers are software engineers who are responsible for the design and implementation of computer applications that run on embedded systems. Embedded systems are computer systems (or microcontrollers) that exist within other devices and control those devices through software. The most typical example of an embedded system is a car’s anti-lock braking system (ABS).
8. Software management: Software management engineers are responsible for managing software development projects from start to finish. This involves the planning and coordination of the project, working with customers to determine what they need and how it should be developed, then working with a team to ensure that the work is completed according to schedule.
9. Software quality assurance: Software quality assurance engineers are responsible for ensuring that software is properly tested and meets internal standards for quality assurance. Testing may include analyzing whether the software works as intended and whether it is stable enough for release.

Importance of Software Engineering

1. Software Engineering has many important roles in our society. It not only saves time and money, but also improves productivity and makes work faster and easier for everyone.
2. Software Engineering is so important that it’s used in most major industries, such as telecommunications and medicine. It’s also used extensively in government offices, such as for processing education and health records. It’s also used in business to store and manage financial data, in video games and websites, and anything that requires complex decision making or processing.
3. Without Software Engineering, the world’s computers wouldn’t work because they are programmed by software engineers. Without these people to code them, computers would be useless pieces of metal and plastic. Software engineering is also a very interesting field because it involves using computers and math to solve real problems in the world around us.

Units Studied Under Software Engineering

1. Systems and software engineering;
2. Software engineering;
3. Computer programming;
4. Creative design and aesthetics
5. Ethics and social responsibility in information technology;
6. Computer and communication networks;
7. Algorithm design and analysis;
8. Artificial intelligence;
9. Information security and cryptography;
10. Software testing, Quality assurance, software maintenance and documentation

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What is Power Engineering? 

An electrical engineer is responsible for the technical, economic and business issues related to electrical power systems. These engineers work on a wide range of topics such as nuclear energy, electric transportation and renewable energy. Electrical engineers are also called power engineers at times due to their focus on electrical power generation, distribution and use. Power Engineering includes power plant design and operation, electrical transmission and installation, electricity meters, industrial safety elements of electrical systems including electrical substations which are an important part of the electric infrastructure. Power engineering also includes research into renewable energy technologies like solar power and wind turbines.

Power engineers may specialize in one area of power engineering; however, they also need to be familiar with other areas of the field to mitigate risks associated with the creation and transportation of energy.

The history of power engineering dates back to 1878 when Pope Leo XIII established a commission to investigate new methods for generating electrical energy. This led to the development of various means for converting other forms of energy into electricity.

Categories Of Power Engineering

1. Electrical Power engineering

Electrical engineering is a large field that deals with the understanding, design and application of electricity. Its subject matter is covered by several branches of knowledge and encompasses these areas: Power plant design and operation; electrical substations; electrical safety elements; energy efficiency related to high-voltage transmission lines; etc.

2. Mechanical Power Engineering

Mechanical Power Engineering is the application of engineering principles to generate, convert, transmit and deliver mechanical power. This branch of engineering is diverse in its application range from generating electricity from wind turbines, steam turbines and hydroelectricity to transmitting and distributing electrical power using air-coupled transformers for long distance transmission

3. Electrical Power Engineering (which includes electrical power)

The electrical power engineering is studied with the help of power electronics and electromechanical devices for converting electric energy into mechanical or other forms of energy. The electrical engineers are associated with the factors such as design and planning, construction, installation, operation and maintenance. Power engineers may specialize in one area of power engineering; however, they also need to be familiar with other areas of the field to mitigate risks associated with the creation and transportation of energy.

4. Wind Power Engineering

In which we generate electric power from wind turbines. The energy in wind is extracted by airfoils which rotate to produce tensional or lift forces. These forces are then transformed into rotational energy that can be used for various purposes such as pumping water, grinding grain or pumping liquid metals.

5. Renewable Energy Engineering

The potential for renewable energy is enormous, based on the amount of sunlight that strikes the earth, the speed of wind we can tap into, and all of the biomass on earth (e.g. biomass or crop residue pellets as a fuel source for power generation).

6. Hydro Power Engineering

This involves power and energy generated from hydroelectric sources like rivers or lakes that have a significant flow of water throughout the year.

7. Hydraulic Power Engineering
8. Solar Power Engineering
9. Electromagnetic Power Engineering

Is a field of electrical engineering that explains and designs the various electromagnetic systems used in power generation. It also studies the effects of electromagnetic fields on power production equipment during operation.

Importance Of Power Engineering

1. Power engineering is one of the most important engineering disciplines in the world.
2. The worldwide use of electricity is expanding and power engineers are becoming increasingly vital in determining whether new ways to produce, distribute and utilize this energy can be economically competitive and environmentally friendly.
3. Power engineers are needed to ensure that the industrial, transport, agricultural and home electrical systems within any country can continue to function as they should.
4. Power engineers and related professionals are needed to create, maintain and repair the electrical systems which are vital to our day-to-day lives.
5. The success of a country’s economy depends on its ability to efficiently use power resources.
6. Power engineering is a field that offers many challenges, both intellectual and physical, with a wide range of applications in business, industry, medicine and entertainment.
7. Power engineering is an important tool in the global economy. The companies that harness power sources such as wind, solar, hydro and nuclear are becoming larger and more powerful.
8. Power engineers can help ensure that the world’s energy supply is reliable and sustainable at a time of growing population and global demand for energy.
9. Industrialization of developing countries has increased the demand for electrical power in many countries around the world.

Topics Studied Under Power Engineering

1. Power system analysis
2. Protection
3. Stability
4. Power quality
5. Transmission and distribution planning and design
6. Study of Substation automation,
7. Study of power transformers and power reactors
8. Study of power distribution over long distance
9. Study of safety in power systems
10. Study of renewable energy sources like wind, solar and biomass
11. Study of electrical substations
12. Distribution system stability

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What is Mechatronic Engineering? 

 Mechatronics is an interdisciplinary branch of engineering that angers robotics, electronics and mechanics. As the name suggests it is a combination of mechanical engineering and electrical engineering with mathematics. It has grown in popularity due to its immense versatility in application which can range from humanoid robotic systems to industrial manufacturing processes that are able to produce the exact size components needed with precision tolerances, neither wasted materials nor complex machining necessary.

Mechatronics seeks to replace traditionally manual operations with automated systems that improve production rates while generating less product scrap and waste. It also aims to improve the safety of manual tasks.

Mechatronics focuses on the production, development and application of integrated systems. These systems consist of mechanical, electronic and software components that all work together to produce a function or action which is controlled by a single operator. An example of such a system would be the cruise control system of an automobile. Mechatronics involves more than just simple operation settings, it encompasses how those individual components interact with each other as well as their overall function.

The main development of this branch of engineering was in the 1960s, when robots were first employed in industry. Those tasks which had previously been done by humans alone could now be accomplished with more speed and precision by robots. The logic to undertake such un-human like tasks was largely attributed to the necessity for growth.

Types Of Mechatronics Engineering

1. Conventional Mechatronics Engineering-This approach seeks to examine the mechanical, electrical and control systems in a system that is normally considered to be a complete entity. It compares, contrasts, and studies the requirements of many sections of complex machinery, such as machines and other devices used in production lines that require large amounts of power.
2.  Bio-Mechatronics Engineering- This approach is used in soft robotics and medical devices. The soft robots can be used in medical applications to interact with human tissues, in the personal care industry, such as for carrying baby bottles, or in home cleaning machines.
3. Nano-Mechatronics Engineering – This approach is used for producing nano-devices and nanorobots . Nanostructures are fabricated from polymers and other soft materials. These materials are deposited by soft lithography techniques while being produced at room temperature. Nanosensors have also been developed that are embedded in soft materials.
4. Soft Mechatronics Engineering- The use of actuators in complex machines and systems enables new degrees of control. However, the design of complex machines is often difficult due to the need to deal with mechanical forces which require mass and inertia (inertia is a property of matter that resists change of momentum)and friction.
5. Super-conducting Mechatronics Engineering- The use of super-conducting materials allows the use of coiled and flat conductors, which can be used in different ways to make highly efficient electrical motors. Superconductors are used in the production of magnetic levitation trains (maglev). This method uses the repulsive force produced by magnets to generate thrust which floats the train above a track. This allows for greater speeds as there is less friction between the train and the track.
6. Photo/Visible light responsive Mechatronics- This is an emerging field relating to the design of robots equipped with cameras which are able to react to changes in the surrounding scene. This technology allows for abilities such as seeing in the dark and tracking people/objects.
7. Hybrid Mechatronics -This approach would employ a mix of conventional robotics, mechatronics and biomimicry technologies. The goal is to improve on existing un-manipulated systems by incorporating advanced artificial intelligence and communication capabilities into the system. This means that the robots or machines would be able to communicate and trade information with each other.

Importance Of Mechatronics Engineering

1. Mechatronics has a wide range of applications in industry and many industries are beginning to use this technology.
2. The ability to automate tasks is one of the major advantages of mechatronics engineering. In traditional mechanical engineering the most important task for the engineer was to provide an automation for repetitive tasks such as blueprint marking, welding, machine setting etc.
3. Machining- Machining processes are performed more gradually and require a great deal of accuracy and precision. In this case the assistance of robots will help complete these tasks efficiently without the need for human intervention.
4. Automation- Automation is an important aspect of mechatronics engineering and has been applied to several manufacturing processes. Here a robot is used to perform the same task which can be done by a human worker. The advantage of using robots lies in its ability to complete repetitive tasks speedily and with greater accuracy .In addition, since it is not a human being, it can work day and night without any rest.
5. Mechatronics has a very promising future and the use in many sectors like medical, military and dental is increasing.
6. Industrial robots are designed to work on the same task for many hours providing high levels of precision and accuracy .Since many of these tasks require only one type of motion it reduces the cost of designing and manufacturing such robots.
7. Being an interdisciplinary subject mechatronics provides the student with an understanding of other related subjects like computer programming, mechanical engineering and software engineering.
8. Mechatronics will provide the engineer with a greater knowledge of various fields of engineering and improve their job prospects in the industry by providing them a versatile skill set.

Topics Studied Under Mechatronics Engineering

1. Machining
2. Computer Aided Designing
3. Robotics
4. Control Systems
5. Manufacturing Processes
6. Image Processing
7. Electrical Techniques
8. Automobile engineering
9. Materials Engineering

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What is Mechanical engineering ?

 Mechanical engineering involves mechanical systems design, analysis , manufacture . It’s a great choice for those who are interested in building or designing advanced mechanical devices like cars, engines, robots and more.

Mechanical engineering can also be applied to investigating and protecting the mechanical systems that support us, as well as designing more advanced mechanical devices that make our life easier. The scope of mechanical engineering is broad, including everything from bioprocessing and nanotechnology to the latest in microcontroller technology.

Categories Of Mechanical Engineering

Mechatronics

Combines electronics and mechanical engineering to create man-made devices that possess some of the characteristics of living organisms. For example, an electromechanical actuator is a device that opens and closes in response to an electric signal.

Manufacturing

Is the discipline of designing and making machines, parts, and systems to produce a product that meets requirements? This includes the functions of design, production, marketing and quality control. This major combines a background in math, science, engineering and humanities to prepare you for an exciting career that will allow you to express your creativity through the design of mechanical systems.

Processes and Product Design

Apply principles of engineering and the scientific method to plan and conduct experiments to design, develop, manufacture or improve mechanical systems or devices like tools, engines, machines or computer software.

Structures

Focuses on the design of man-made devices that are used to build and support large structures. The principles of geometry, mechanics and mathematics are studied to prevent failure in the structures. Buildings, bridges and industrial plants are examples of the devices they design.

Transportation Systems and Technology

Apply principles of engineering and the scientific method to plan and conduct experiments to design, develop, manufacture or improve mechanical systems or devices like tools, engines, machines or computer software. Specializes in transportation systems.

Healthcare and Biology

Combines biology, engineering and medicine to discover new methods for treating disease and improving health care. Mechanical engineers can work in many different areas of biotechnology, including cell cultures, medical devices and bio-machining.

Machine Tool Design & Manufacture

Combine engineering with the process of manufacturing to create large machine tools used in manufacturing systems that may be controlled by a computer or programmable by some type of programming language.

Vehicle Structure, Dynamics and Control

Design, analyze and test mechanical vehicles with their related components such as engines, brakes and steering systems. Mechanical engineers are involved in the design of all land, sea, air and space vehicles.

Energy Management

Apply principles of engineering and the scientific method to plan and conduct experiments to design, develop, manufacture or improve mechanical systems or devices like engines, machines or computer software. Specializes in energy management.

Automation & Industrial Automation

Apply principles of engineering and the scientific method to plan and conduct experiments to design, develop, manufacture or improve mechanical systems or devices like tools, engines, machines or computer software. Specializes in automation & industrial automation.

Importance Of Mechanical Engineering

Electric generation – it provides the power needed to convert from external sources of heat and electricity into usable electricity to operate our homes.

Mechanical engineering also plays a critical role in the operation of modern day machinery, from elevators to cars- even refrigerators. Without mechanical engineers, we would not have things like jet engines or home air conditioning. There is no doubt that we use mechanical engineering every day and it has made our lives easier in many ways. It is one of the most important subdivisions of engineering because without it, many of the technologies we use every day today would not be available.

Mechanical engineers design and develop a variety of systems which are used in artificial limbs, robots, prosthetics or orthotics for people with disabilities. It is the study of machinery and engineering, with an emphasis on the science of matter and energy.

Normally mechanical engineers work in industrial settings such as engineering departments, manufacturing plants or with transportation systems. Because mechanical engineers are concerned with how machines work and how they may be improved or repaired, they can often work in a wide variety of settings.

Mechanical engineering is used to assemble, disassemble and maintain machines, machines that are used to produce goods or services such as engines, pumps, circuit boards and small tools.

Topics Studied Under  Mechanical Engineering

1. Manufacturing
2. Industrial Mechanism
3. Production and Operation
4. Transmission and Control
5. Power Generation
6. Fluid and Thermal Systems
7. Aeronautics and Astronautics
8. Architecture, Structure, and Surveying Engineering
9. Mechanical Design Engineering
10. Materials Science and Material Engineering
11. Bioengineering and Biotechnology
12. Machine Tool Design, Manufacturing and Maintenance
13. Energy and Power Engineering
14. Water and Environmental Engineering
15. Marine Systems, Materials, and Mechanics
16. Computational Manufacturing Engineering/ Robotics/ Computer Aided Design/ Computer Aided Manufacturing (CAM)
17. Digital Processing Systems & Control (CPC) and Embedded Systems & Digital Signal Processing (DSP)
18. Networking, Communications and Computing (NCC)/ Computer Security, Safety, Health and Environmental Engineering (CSHE)

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