Developer, Author at ASTI Academy

Cities of the Future: The Growing Importance of Underground Cabling

By DeveloperElectrical Engineering

Cities of the Future: The Growing Importance of Underground Cabling

Introduction:

In the fast-paced evolution of urban landscapes, the concept of “smart cities” is gaining traction. A pivotal aspect of this transformation is the integration of underground cabling systems. Beyond their role in aesthetics, underground cables are at the forefront of shaping the cities of the future. This article explores the significance of underground cabling in the context of smart cities, highlighting the benefits, challenges, and innovative solutions that pave the way for more efficient, sustainable, and connected urban environments.

The Smart City Revolution:

As urban populations continue to surge, the demand for efficient infrastructure and sustainable living intensifies. Smart cities emerge as the answer to these challenges, leveraging technology to enhance quality of life, resource management, and connectivity. At the heart of this transformation lies the integration of underground cabling systems.

Benefits of Underground Cabling in Smart Cities:

Aesthetic Enhancement:

The disappearance of overhead cables results in cleaner and more visually appealing urban landscapes, promoting a sense of modernity and order.

Reduced Disruptions:

Underground cables are less susceptible to weather-related disruptions, reducing power outages and communication breakdowns, ensuring uninterrupted services for residents and businesses.

Safety and Reliability:

Eliminating overhead cables minimizes the risk of accidents due to fallen lines, enhancing public safety. Moreover, underground cabling is less vulnerable to vandalism and theft.

Optimized Urban Planning:

The absence of overhead power lines allows urban planners greater flexibility in designing public spaces, roads, and green areas, leading to more sustainable and livable cities.

Environmental Benefits:

Underground cabling reduces visual pollution, minimizes electromagnetic interference, and contributes to overall environmental preservation.

Environmental Benefits:

Underground cabling reduces visual pollution, minimizes electromagnetic interference, and contributes to overall environmental preservation.

Challenges and Solutions:

Installation Costs:

While underground cabling might have higher upfront costs, its long-term benefits in terms of reduced maintenance, fewer service disruptions, and improved aesthetics outweigh the initial investment.

Maintenance and Repairs:

Detecting faults and performing maintenance on underground cables can be more complex. However, technological advancements, such as remote monitoring systems and predictive maintenance algorithms, streamline these processes.

Adapting Existing Infrastructure:

Retrofitting existing cities with underground cabling can be challenging due to limited space, congested utility corridors, and potential conflicts with other utilities. Strategic planning and phased implementation are key solutions.

Innovations Shaping the Future:

Advanced Materials:

Researchers are developing novel materials for cables that offer higher conductivity, lower heat generation, and enhanced resistance to environmental factors.

Wireless Power Transmission:

Emerging technologies for wireless power transmission could reduce the need for extensive cabling systems altogether, paving the way for cleaner and more efficient energy distribution.

Fiber Optic Networks:

The expansion of fiber optic networks for high-speed internet and data transmission supports smart city applications like IoT (Internet of Things) devices and real-time data analytics.

Conclusion:

The transition to smart cities hinges on the seamless integration of cutting-edge technology, sustainable practices, and efficient infrastructure. Underground cabling, with its multifaceted advantages, plays a pivotal role in this evolution. As urban landscapes continue to transform, the vision of connected, sustainable, and aesthetically pleasing cities becomes ever more achievable through the strategic implementation of underground cabling systems.

If you’re interested in pursuing a career in the growing field of Electrical Engineering or a related field such as Power Engineering, Electronics, Control Systems, and Communication Engineering. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

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August 21, 2023

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Different Types of Engines Explained

By DeveloperAutomobile

Types of Engines

There are two main types of engines: Internal Combustion Engines (ICE) and External Combustion Engines (ECE).

Internal combustion engines (ICE)

Internal combustion engines (ICE) burn fuel inside the engine to create power. They are the most common type of engine in use today, and they are used in cars, trucks, motorcycles, boats, and airplanes. ICEs can be further classified into two types:

Reciprocating Engines:

These engines have a piston that moves up and down inside a cylinder. The piston is connected to a crankshaft, which turns the wheels of the vehicle. Reciprocating engines are the most common type of ICE, and they are used in most cars and trucks.

Gas Turbine Engines:

These engines use a turbine to convert the energy of hot gas into power. Gas turbine engines are more efficient than reciprocating engines, and they are used in airplanes and some cars.

External combustion engines (ECE)

External combustion engines (ECE) burn fuel outside the engine to create power. They are less common than ICEs, but they are used in some large vehicles and power plants.

Steam Engines:

These engines use steam to turn a turbine. Steam engines were the most common type of engine in the 19th century, but they have been replaced by ICEs in most applications.

Rocket engines:

These engines use the combustion of fuel and oxygen to create thrust. Rocket engines are used in spacecraft and missiles.
In addition to these two main types of engines, there are also a number of other types of engines, such as:

Electric engines:

These engines use electricity to create power. Electric engines are becoming increasingly popular in cars and trucks, as they are more efficient than ICEs.

Fuel Cell Engines:

These engines use hydrogen and oxygen to create electricity. Fuel cell engines are still in development, but they have the potential to be more efficient than ICEs or electric engines.

Hybrid Engines:

These engines combine an ICE with an electric motor. Hybrid engines can improve fuel efficiency by using the electric motor for short trips and the ICE for longer trips.

The type of engine that is best for a particular application depends on a number of factors, such as power requirements, efficiency, cost, and environmental impact.

If you’re interested in pursuing a career in the growing field of Automobile Engineering or a related field such as Automotive Diagnosis, Car Design Engineering. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

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No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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August 16, 2023

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Artificial Intelligence for Civil Engineers

AI in Civil Engineering. Best Ways to Work Effectively with AI Tools

By DeveloperCivil Hacks

6 Best AI Tools for Civil Engineers

Discover the transformative potential of AI tools in civil engineering. From advanced simulations to predictive analytics, AI is reshaping project design, planning, and risk assessment. Machine learning aids in optimizing structural integrity and resource allocation. Embrace AI’s power to enhance efficiency, accuracy, and innovation in the field. Join the technological revolution and revolutionize your approach to civil engineering projects.

Civils.ai

This tool is designed to automate the process of extracting data from geotechnical reports and creating 3D models of construction sites. It can also be used to generate 2D sections of construction sites and to visualize data in a variety of ways.

Autodesk Generative Design:

This tool uses AI to create numerous design options based on input parameters, aiding civil engineers in optimizing structures for efficiency and cost-effectiveness.

Plaxis AI:

Integrating AI with geotechnical analysis, Plaxis AI assists engineers in predicting ground behavior, helping to prevent potential stability and settlement issues.

Tekla Structural Designer:

Combining BIM with AI, this tool optimizes structural designs, automates repetitive tasks, and ensures compliance with codes, boosting efficiency in civil engineering projects.

Sensetime AI Construction:

Offering real-time monitoring and analysis, this tool enhances safety on construction sites by detecting potential hazards, reducing risks, and improving project management.

HoloBuilder:

With AI-powered 360-degree photo documentation, HoloBuilder assists civil engineers in creating interactive progress reports, enabling better communication and collaboration among project stakeholders.

Remember, drawing a house plan requires attention to detail and a clear vision of the final design. Following these steps will help you create a professional-quality plan that reflects your architectural aspirations.

If you’re interested in pursuing a career in the growing field of Civil Engineering or a related field such as Quantity Surveying, Facade Design. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

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About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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August 14, 2023

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how to draw a house plan like an architect

How to Draw a House Floor Plan like an Architect?

By DeveloperCivil Hacks

10 Steps to Draw a House Plan like an Architect

Creating a house plan like an architect involves several steps to ensure accuracy and functionality. Here's a concise guide:

Determine the purpose of your floor plan.

Are you drawing it for yourself, to share with a builder, or to submit to a local government for permitting? Knowing the purpose of your floor plan will help you determine the level of detail and accuracy that you need.

Gather your information.

You will need to measure the dimensions of your property, as well as the dimensions of any existing structures on the property. You may also want to gather information about the sun's path, prevailing winds, and other environmental factors that may affect the design of your home.

Sketch out your ideas.

Before you start drawing your floor plan on graph paper, it's a good idea to sketch out your ideas on a piece of paper. This will help you to visualize the layout of your home and make sure that all of the rooms are arranged in a way that makes sense.

Choose a scale.

The scale of your floor plan will determine how large or small your drawings will be. A scale of 1/4 inch = 1 foot is a good standard scale for most home floor plans.

Start drawing!

Once you have chosen a scale, you can start drawing your floor plan on graph paper. Be sure to label all of the rooms and include dimensions.

Add details.

Once you have the basic layout of your floor plan, you can start adding details like doors, windows, furniture, and appliances. You may also want to add notes about the purpose of each room and the materials that you plan to use in the construction.

Review your floor plan.

Once you have completed your floor plan, take some time to review it and make sure that it is accurate and meets your needs. You may want to get feedback from others, such as a builder or an interior designer.

Make changes.

If you need to make changes to your floor plan, don't be afraid to do so. The early stages of the design process are a good time to experiment and make changes until you find a layout that you love.

Finalize your floor plan

Once you are satisfied with your floor plan, you can finalize it by adding a title block and date. You may also want to create a copy of your floor plan for your records.

10

Share your floor plan.

Once you have finalized your floor plan, you can share it with others, such as a builder, an interior designer, or a local government for permitting.

Here are some additional tips for drawing a house plan like an architect:

Use a light pencil and erase often. You don’t want to make any mistakes that you can’t erase!
Be consistent with your measurements and scale.
Label everything clearly.
Use symbols and abbreviations to save time.
Get feedback from others.
Don’t be afraid to make changes.
Have fun! Drawing a house plan can be a creative and rewarding process.

Remember, drawing a house plan requires attention to detail and a clear vision of the final design. Following these steps will help you create a professional-quality plan that reflects your architectural aspirations.

If you’re interested in pursuing a career in the growing field of Civil Engineering or a related field such as Quantity Surveying, Facade Design. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

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About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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August 12, 2023

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8 Reasons Why Material Science Is Important?

By DeveloperMechanical Engineering

Why is Material Science Important?

Material science is a critical field of study that plays a crucial role in various aspects of modern life and technological advancement. Its importance stems from several key reasons:

Advancing Technology:

Material scientists work to develop new materials and improve existing ones, leading to technological advancements in various industries such as electronics, aerospace, automotive, energy, healthcare, and more. These materials form the basis for the creation of innovative products, devices, and technologies that improve our daily lives.

Sustainability and Environment:

With growing concerns about environmental sustainability, material science plays a vital role in developing eco-friendly materials and processes. By creating materials with reduced environmental impact, such as recyclable or biodegradable materials, it helps mitigate the negative consequences of traditional manufacturing processes.

Energy Efficiency:

Material science contributes to the development of energy-efficient materials that enable better insulation, energy storage, and lightweight components. This directly impacts the reduction of energy consumption in various applications, helping to address global energy challenges and combat climate change.

Safety and Reliability:

Understanding the properties and behavior of materials is crucial for ensuring the safety and reliability of structures and devices. By researching and engineering materials to be more robust and durable, material scientists contribute to improving the overall safety and longevity of products, ranging from buildings to medical implants.

Healthcare and Medicine:

The medical industry heavily relies on material science for the development of biocompatible materials used in implants, prosthetics, drug delivery systems, and medical devices. These materials are designed to interact safely with the human body, promoting better healthcare outcomes.

Nanotechnology and Miniaturization:

Material science is closely linked to nanotechnology, enabling the design and fabrication of nanomaterials with unique properties. These materials find applications in nanoelectronics, nanomedicine, and other cutting-edge technologies.

Space Exploration:

Space missions require materials that can withstand extreme conditions like high radiation, extreme temperatures, and vacuum environments. Material science contributes to the development of materials that can withstand such harsh conditions, enabling space exploration and advancing our understanding of the universe.

8

Economic Impact:

The field of material science drives innovation and economic growth. Companies invest in research and development to create novel materials with unique properties, leading to the creation of new industries and job opportunities.

In conclusion, material science is vital for the progress of society and the betterment of our lives. Its impact spans a wide range of sectors, from technology and sustainability to healthcare and space exploration, making it a foundational discipline in our modern world.

If you’re interested in pursuing a career in the growing field of Material Science, the first step is to earn a Mechanical Engineering or a related field such as programming languages, cloud computing. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

We have changed the lives of over 300,000 students since 1995. Now it’s your turn!

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About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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August 10, 2023

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How-Why-should-change-your-DNS-Server-in-Windows-MAC

How (and Why) to Change Your DNS Settings for Better Internet?

By DeveloperIT Hacks

How (and Why) to Change Your DNS Server?

There are several reasons why you might consider changing your DNS server:

Improved Performance: Some public DNS servers, like Google DNS and Cloudflare DNS, are known for their fast response times. Switching to these servers can speed up your internet browsing experience.
Enhanced Security: Certain DNS servers offer built-in security features, like malware and phishing protection, which can help protect you from malicious websites and potential threats.
Bypassing Restrictions: Changing your DNS server can help you bypass certain restrictions set by your internet service provider (ISP) or government, allowing you to access blocked websites and content.
Privacy: Some DNS servers prioritize user privacy and don’t log your browsing activity, providing an added layer of anonymity while online.
Reliability: In case your default DNS server experiences downtime or becomes unreliable, switching to an alternative server can ensure a more stable internet connection.
Parental Controls: If you have parental control requirements, certain DNS servers allow you to filter and block specific content for child-safe browsing.
Geolocation: Changing DNS servers can sometimes help access region-specific content or services that might be restricted in your current location.

It’s essential to note that while changing your DNS server can offer certain benefits, it might not always result in significant performance improvements, especially if your default DNS server is already reliable and fast. Additionally, when changing DNS servers, always choose reputable and trusted providers to ensure security and reliability.

How to change your DNS server?

To change your DNS server, follow these general steps:

Open Network Settings:

Go to your device's network settings. On Windows, it's usually found in the Control Panel or under the network icon in the taskbar. On macOS, go to System Preferences > Network. On mobile devices, it's in the settings menu.

Identify the Connection:

Identify the network connection you want to modify. It may be Ethernet, Wi-Fi, or a specific network adapter.

Access Network Properties:

In Windows, right-click on the network connection and select "Properties." On macOS, click on the network connection and then click the "Advanced" button.

Change DNS Settings:

Look for the DNS settings tab or option. Usually, there will be a list of DNS server addresses. By default, they are likely set to "Obtain DNS server address automatically" or provided by your ISP.

Enter New DNS Server Addresses:

Choose "Use the following DNS server addresses" and enter the new DNS server addresses you want to use. You can use public DNS servers like Google DNS (8.8.8.8, 8.8.4.4) or Cloudflare DNS (1.1.1.1, 1.0.0.1).

Save Changes:

Click "OK" or "Apply" to save the changes you made to the DNS settings.

Flush DNS Cache (Optional):

To ensure the changes take effect immediately, you can flush your DNS cache. Open the command prompt (Windows) or terminal (macOS), and type the appropriate command: "ipconfig /flushdns" (Windows) or "sudo dscacheutil -flushcache" (macOS).

If you’re interested in pursuing a career in the growing field of Information Technology, the first step is to earn a Networking Courses or a related field such as programming languages, cloud computing. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

We have changed the lives of over 300,000 students since 1995. Now it’s your turn!

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About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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August 2, 2023

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10 Important Business Skills Every Professional Needs

By DeveloperBusiness Skills

10 Business Skills Every Professional Needs

Business skills are essential for professionals because they help you to understand and navigate the business world. They also help you to be more effective in your work, whether you are working for a company or running your own business.

Here are some of the reasons why professionals need business skills:

To understand the business world. Business skills give you a foundation in the principles of business, such as accounting, finance, marketing, and management. This understanding can help you to make better decisions about your career, your finances, and your business.

To be more effective in your work. Business skills can help you to be more productive, to communicate more effectively, and to solve problems more creatively. This can lead to you being more successful in your work, whether you are working for a company or running your own business.

To advance your career. Business skills can help you to stand out from the competition and to get ahead in your career. They can also help you to move into more senior roles, where you will have more responsibility and influence.

To start your own business. If you are thinking about starting your own business, business skills are essential. They will help you to understand the market, to develop a business plan, and to manage your finances.

In today’s competitive business world, business skills are more important than ever. By developing these skills, you can set yourself up for success in your career, no matter what your role or industry. Whether you are an entrepreneur, manager, or employee, developing these skills can significantly enhance your career prospects. Here are some crucial business skills every professional should consider acquiring:

Communication Skills

Effective communication is at the core of all business interactions. It involves not only expressing ideas clearly but also active listening and understanding others' perspectives. Strong communication skills foster better collaboration, negotiation, and relationship-building.

Leadership

Leadership is about inspiring and guiding others to achieve common goals. Effective leaders can motivate teams, make tough decisions, and adapt to change while maintaining a positive and productive work environment.

Problem Solving

Businesses face challenges daily, and professionals who excel in problem-solving can analyze issues, develop creative solutions, and implement strategies to overcome obstacles.

Critical Thinking

Critical thinking involves objectively evaluating information and situations to make informed decisions. It helps professionals weigh options, identify potential risks, and assess the consequences of their choices.

Emotional Intelligence

Emotional intelligence (EI) refers to the ability to recognize, understand, and manage one's emotions and empathize with others. EI is vital in building strong interpersonal relationships and handling conflicts constructively.

Adaptability

Business landscapes evolve rapidly, and professionals must be adaptable to changing circumstances. Flexibility and the willingness to learn and grow are key traits for success.

Time Management

Efficient time management ensures professionals can prioritize tasks, meet deadlines, and maintain a healthy work-life balance.

Networking

Building a strong professional network can open up opportunities, provide support, and offer valuable insights from others in your industry or field.

Financial Literacy

Understanding financial concepts and the fundamentals of budgeting, cash flow, and financial analysis is vital for making informed business decisions.

Negotiation Skills

Negotiation is a common aspect of business dealings, and professionals who can negotiate effectively can forge mutually beneficial agreements and partnerships.

Remember, while these skills are valuable, they also complement each other. Developing a well-rounded skill set will make you a more versatile and effective professional in the business world.

If you’re interested in pursuing a career in the growing field of business management, the first step is to earn a business management diploma or a related field such as business or communications. Contact ASTI Academy for more information on their degree programs and flexible online options. Affordable Fee | Online / On Campus

We have changed the lives of over 300,000 students since 1995. Now it’s your turn!

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About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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July 27, 2023

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Different Types of Facades for Commercial Buildings

By DeveloperDiploma Programs

Different Types of Facades for Commercial Buildings

Facade materials are an important component of a building’s overall design. They can be used to create an aesthetically pleasing exterior or to provide insulation, protection, and energy efficiency. This article explores the different types of materials available for facades and examines their advantages and disadvantages in terms of aesthetics and functionality.

What are Facade Materials?

Facade materials are materials used to cover the exterior of a building. They are designed to protect the structure from the elements and improve its aesthetic appeal. They can also be used to improve energy efficiency and create a more comfortable living environment.

Different Types of Facade Materials

Pursue a Bachelor’s degree in engineering in various fields such as mechanical, electrical, civil, computer science, etc. This field offers diverse opportunities in industries like technology, manufacturing, construction, and telecommunications.

Brick

Brick facade cladding is a traditional and versatile facade material that is available in a variety of colors and styles. It is durable, fire-resistant, and can provide good insulation.

Stone

Stone facade cladding is another durable and long-lasting facade material that can add a touch of elegance to a building. It is available in a variety of colors, textures, and finishes.

Concrete

Concrete facade cladding is a versatile and affordable facade material that can be molded into a variety of shapes and designs. It is also durable and can provide good insulation.

Metal

Metal facade cladding is a strong and durable facade material that can be used to create a modern or industrial look. It is also resistant to fire and corrosion.

Glass

Glass facade cladding is a transparent facade material that can let in natural light and provide views of the surrounding area. It is also a good insulator and can help to keep buildings cool in the summer and warm in the winter.

Wood

Wooden cladding is a natural and sustainable facade material that can add warmth and character to a building. It is also a good insulator and can help to keep buildings cool in the summer and warm in the winter.

Benefits of Using Facade Cladding Materials

Increased protection from the elements: facade materials provide an extra layer of protection from the elements, such as wind, rain and hail.

Improved energy efficiency: facade materials can help to keep buildings cool in the summer and warm in the winter.

Increased durability: facade materials are designed to be durable and long-lasting, providing a longer lifespan for the building.

Enhanced aesthetic appeal: facade materials can be used to create a unique and attractive look for any building.

Improved safety and security: facade materials can help to secure a building and protect against unwanted intruders.

Study Facade Design Engineering or Certification Course with ASTI Academy, UAE | Affordable Fee | Online / On Campus

We have changed the lives of over 300,000 students since 1995. Now it’s your turn!

Enquiry Now!

About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

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July 20, 2023

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Best Career Options After 12th

By DeveloperCareer Guidance

Career Options After 12th

12th standard is a vital milestone that one crosses. We understand that feeling of confusion and uncertainty that can arise when faced with making decisions about your career after completing 12th grade. It can be an overwhelming and emotional time as you try to navigate through various options and weigh the possibilities ahead.

Here are some additional factors to consider when choosing a career after 12th grade:

Your interests and skills:
What are you passionate about? What are you good at?

Your goals:
What do you want to achieve in your career?

The job markets:
What are the job prospects for the career you are interested in?

The Salary Potential:
How much money do you want to earn?

The work-life balance:
How important is it to you to have a good work-life balance?

Once you have considered all of these factors, you will be in a better position to choose the right career for you.

Engineering

Pursue a Bachelor’s degree in engineering in various fields such as mechanical, electrical, civil, computer science, etc. This field offers diverse opportunities in industries like technology, manufacturing, construction, and telecommunications.

Medicine

If you have a passion for healthcare and want to become a doctor, you can prepare for medical entrance exams and pursue a Bachelor of Medicine, Bachelor of Surgery (MBBS) degree. You can specialize further in areas like cardiology, paediatrics, gynaecology, etc.

Commerce and Business

If you have an interest in finance, accounting, or business management, you can pursue a Bachelor’s degree in Business Management or Business Administration (BBA). These degrees can lead to careers in finance, banking, marketing, human resources, and entrepreneurship.

Humanities and Social Sciences

If you enjoy subjects like history, literature, sociology, psychology, or political science, you can pursue a Bachelor’s degree in these fields. This can open up opportunities in areas like journalism, law, social work, teaching, research, and public administration.

Science and Research

If you have a strong inclination towards scientific research, you can pursue a Bachelor’s degree in pure sciences like physics, chemistry, biology, or mathematics. This can lead to research careers in institutions, universities, or industries.

Arts and Design

If you have a creative flair and enjoy subjects like fine arts, performing arts, fashion, graphic design, or interior design, you can pursue a Bachelor’s degree in these fields. It can lead to careers in art studios, advertising agencies, fashion houses, or freelancing.

Information Technology

If you have an interest in computers, programming, and technology, you can pursue a Bachelor’s degree in computer science or information technology. This can lead to careers in software development, data analytics, cybersecurity, or IT consulting.

Vocational Courses

Apart from traditional degree programs, you can also consider vocational courses in areas like hospitality, culinary arts, photography, event management, animation, or filmmaking. These courses provide practical skills and can lead to specialized careers.

About ASTI Academy

ASTI Academy is leading technical training institute in Dubai, UAE. Offering Foundation Diploma, Engineering Diploma, Job Oriented Short Courses. You will get KHDA & Globally Recognized Certificate after completion of your courses.

No Need for a Career Break, You can study online / part time also. Apply Now! For all other general inquiries call us at 971 42809955 or email us at enquire@astiacademy.ac.ae

Check our Social media handles Facebook, Instagram,Linkedin, Twitter for more details. Click here to Get all questions answered

July 14, 2023

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Scope for Mechanical Engineering in Dubai

By DeveloperMechanical Engineering

Dubai, being a worldwide business and exchange center point, offers different open doors for mechanical engineers. The extension of mechanical engineering in Dubai is critical, as the city has a flourishing construction, manufacturing, and energy sector. Here are a few regions where mechanical engineers can track down open doors in Dubai:

Construction Industry:

Dubai is known for its aggressive construction projects, including elevated structures, foundation development, and super designs. Mechanical engineers assume a critical role in planning, introducing, and keeping up with air conditioning frameworks, plumbing frameworks, fire security frameworks, and other mechanical frameworks in these undertakings.

Civil-Engineering-Diploma-Courses-in-Dubai

Manufacturing Sector:

Dubai has a developing manufacturing industry that incorporates car, aviation, gadgets, and shopper merchandise creation. Mechanical engineers contribute to the planning, development, and improvement of manufacturing processes, quality control, and computerization frameworks.

Energy and Power Generation:

With its attention to supportability and sustainable power, Dubai offers valuable open doors for mechanical engineers in the energy sector. They can chip away at the planning, establishment, and upkeep of energy frameworks, for example, sunlight based power plants, wind ranches, and nuclear energy stations.

Oil and Gas Industry:

Dubai is a piece of the United Arab Emirates (UAE), which has a huge presence in the oil and gas sector. Mechanical engineers can find valuable open doors in regions like boring activities, hardware support, pipeline plans, and the enhancement of oil and gas processes.

Research and Development:

Dubai is putting resources into research and development exercises, including mechanical technology, robotization, and high-level materials. Mechanical engineers can add to these inventive tasks by growing new advancements, planning models, and leading research.

Consulting and Engineering Services:

Various consulting and engineering firms work in Dubai, offering different types of assistance in different sectors. Mechanical engineers can work for these organizations, offering abilities in planning, examination, project management, and specialized consulting.

Education and academia:

Dubai has a growing number of colleges and educational organizations. Mechanical engineers can seek educational or research positions in these establishments, sharing their insight and contributing to the development of future engineers.

Most In-Demand Diploma Courses In Dubai

Explore the top diploma courses in Dubai offered by ASTI Academy

Courses	Level 3	Level 4 & Level 5 (HID)
Diploma In Engineering	6 Months	24 Months / Fastrack
Diploma In Business	6 Months	24 Months / Fastrack
Diploma In Hospitality & Tourism Management	6 Months	24 Months / Fastrack
Diploma Accountancy	6 Months	24 Months / Fastrack
Diploma In IT	6 Months	24 Months / Fastrack

July 5, 2023

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