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Sabtu, 03 Desember 2022

10 Types of Heavy Equipment and Their Functions for Building Projects

Desember 03, 2022 0
Heavy equipment is a machine with a large size that is designed to carry out construction tasks such as moving building materials, earthworking , and others. 

Generally heavy equipment is used in construction work, such as the construction of roads, buildings or mining which requires both human and machine resources to assist the work. 

Heavy equipment is produced by several large companies such as Komatsu (Japan), Caterpillar (America), Volvo (Sweden), Hitachi (Japan), Doosan Infracore (South Korea), and others.

The following are 10 types of heavy equipment and their functions

Heavy Equipment and Their Functions for Building Projects


1. Excavator (Bego)

Excavator (bego) is a type of heavy equipment that is generally used to dig into the ground and move soil or other material into loading trucks. Excavators or what Indonesians call dumb are the most common tools in a project because of their various functions. 

In addition to its use for digging soil, excavators have other functions, including moving heavy materials, leveling the ground, embedding foundation rods, dredging rivers, and many others.

2. Bulldozer

Bulldozers are heavy equipment that are generally used to cultivate land. Generally used to push soil material, excavated, either to the front, side, or to make a pile of material. 

The types of bulldozers that exist today are quite varied. Swamp bulldozers, for example, are the types of bulldozers used in swamp construction. Crawler tractor dozer is a bulldozer that uses centipede wheels. Wheel tractor dozer is a bulldozer that uses rubber wheels.

3. Wheel Loader

A wheel loader is a tool that has a function not too different from a bulldozer, which is used to move material or goods from one device or place to another. How it works by digging (doing the loader). Then the bucket will be pushed on the material that will be lifted. If the bucket is full, the tractor backs up and the bucket is lifted up to be moved later. 

Wheel loaders have other functions, namely cleaning the place or work location, leveling the pile of soil and filling it again, displacing the soil at close range, leveling the surface or smoothing the flat surface and so on.

4. Wales Stump

Vibro roller (Stump) or also known as wales is a tool used to compact asphalt or soil surfaces. Stumps are often used when building roads. Actually this tool is called a vibro roller, but Indonesians often call it a stum, rolling machine or galindong machine. 

On the market, the size of this tool is quite varied, some are small, medium to large so that this tool can be used in a variety of land variations, ranging from small land to large land.

5. Crane

Cranes have the function of moving or transporting materials from the bottom up or vice versa. Tall cranes or cranes are generally used in building construction projects. 

Various materials that are difficult to move with human power to a high surface such as the roof of a building will be towed away with a crane. This tool can move mechanically horizontally and vertically. There are various types of cranes that can be found on the market, ranging from mobile cranes (truck cranes), tower cranes, hydraulic cranes, crawler cranes, overhead cranes, and others.

6. Grader

A motor grader or grader is a machine with a long blade used to mechanically level the surface of the soil. Not only that, this tool can also be used to mix soil, carry out land clearing, backfill excavation, level embankments, and many others. 

In general graders are used at the final stage, such as setting or repairing. It is used in the construction and maintenance of gravel and dirt roads, or it can also be used to prepare the foundation of a road construction project before spreading asphalt.

7. Scraper

Motor scraper or scraper is a type of heavy equipment that is widely used in cutting dam slopes or embankment slopes. This heavy equipment can also be used to dig the ground between concrete buildings and can also be used to level roads. 

In its working process, this tool can excavate the soil surface to a thickness/depth of more than 2.5 mm and can also fill in a desired location, up to a minimum thickness of more than 2.5 mm.

8. Asphalt Paver

Asphalt paver or what is often called an asphalt finisher is a tool that can spread asphalt mixture that has previously been made with asphalt production equipment. 

The weakness of this asphalt paver is that the centipede wheel rotation maneuver seems longer. Because the rubber wheels are used with a threshold that feels rougher.

9. Diesel Hammer

Diesel hammer itself is a tool used in hitting or driving piles into the ground. Generally, this tool will be used in building foundations for multi-storey buildings, tower bridges, piers, and other buildings. 

This tool works by using a steam engine, in moving the hammer or beater, in the single or double acting steam hammer used. The hammer used in hitting the pile itself is quite varied, some have a fixed, hanging model, and some rotate in the vertical plane.

10. Roller

Pneumatic tire roller or often shortened to roller is a type of tool used in projects that produce granular materials. Not only that, this tool is generally also used in grinding hot mix layers. 

Therefore, the roller is often used as a soil compactor. There are several types of rollers that are used in general, including:

  • Based on the way of movement, some move on their own and some have to be pulled by a tractor.
  • Based on the roller wheel material, some use wheels made of steel or steel and some use rubber or pneumatic materials.
  • Based on the shape of the wheel surface, there are smooth or plain surfaces, lamb's legs, segmented, grid-shaped, and others.
  • Based on the arrangement of the rollers, some use 3 wheels or three wheels, 2 wheels or tandem rollers and three axle tandem rollers.
  • Using compactors equipped with vibrators.


This is a discussion of the types of heavy equipment and their functions for building projects that you need to know. Heavy equipment does have an important role in supporting construction, mining, agriculture/plantation activities, and so on. 

As the name implies, the risks faced by heavy equipment when operating are no less severe. Based on experience, small to large accidents and even total losses can be experienced from the use of heavy equipment.


Meanwhile, the investment value of large equipment is so large that it can have an impact on the company's finances if things go wrong. Income can decrease because the unit cannot be used for a long time. High repair costs can also drain the company's finances. 

Therefore one of the best solutions for entrepreneurs and owners of heavy equipment is heavy equipment insurance. So, for those of you who want to know about heavy equipment insurance , just visit Astra Insurance for complete and guaranteed heavy equipment insurance!

Senin, 28 November 2022

5 Reasons Why The Industrial Engineering Undergraduate Program Is Increasingly Interested

November 28, 2022 0
The popularity of the Industrial Engineering major is growing in popularity among young people. Here are 5 reasons why this study program is very popular with the millennial generation.

Since long time ago, engineering major has always been one of the most popular study programs in tertiary institutions. Apart from having great job opportunities, this study program is also considered as one of the prestigious majors in many universities around the world.


In its development, the engineering department has various branch programs according to its educational goals. However, in general the term "technique" in college still refers to the mastery of science-based knowledge, aka exact sciences.

Industrial Engineering Undergraduate Program



Some of the most popular engineering majors today are:

Mechanical Engineering

Although most people know mechanical engineering as a major that focuses on mastering automotive machines, this major actually also studies the design and manufacture of machines for industrial use.

Civil Engineering

This study program focuses on skills in calculating and building infrastructure, starting from buildings, bridges, highways, airports, etc. In contrast to Architects, this major focuses more on honing practical skills in the implementation of construction.

Electrical Engineering

This one technique focuses on all aspects of electricity for industrial use. Considering that electricity is needed by all groups, it's no wonder that the job opportunities for electrical engineering graduates are quite large.

The three techniques above have one thing in common; that is, they both use exact science (science) as the focus of their learning. Even though engineering majors are synonymous with science, in reality there are those that combine science with social sciences, one of which is the industrial engineering department.

Get to Know Industrial Engineering in Higher Education

This one technique has a broader focus than other engineering majors. This is because this study program is the only study program that combines science and social sciences, and combines material from several other engineering majors, such as electronics, machinery, manufacturing processes, and basic programming.

The main objective of teaching industrial engineering is essentially to optimize and improve industrial efficiency, whether from a production, development, human resource, or economic standpoint. This is why this major has a wider range of material than other engineering majors.

The scope or field of industrial engineering expertise generally covers three categories, namely Manufacturing Systems, Industrial Management, and Industrial & Techno-Economic Systems. These three things are the core aspects of the scientific field in this department.

Manufacturing System

This field teaches techniques to efficiently improve industrial quality and productivity. What is learned is not only related to the use of machines and the design of production systems, but also to pay attention to the relationship between workers and their workplace.

Industrial Management

As the name suggests, this field focuses on efforts to set up, manage, and improve systems in an industry. Subjects studied mostly focus on managing human resources and basic management skills (making decisions, overseeing the quality of work, etc.).

Industrial & Techno-Economic Systems

This scientific field focuses on teaching to carry out system integration in a systematic manner. The system in question includes workers, raw materials, technology, energy, infrastructure, etc. In addition, how to build and maintain relationships with business activists, consumers, the public, and policy makers are also studied in this scope.

5 Reasons Why The Industrial Engineering Undergraduate Program Is Increasingly Interested

Along with the increasing interest in the scientific field of industrial engineering, there are many universities that make this study program one of the leading programs, both in public and private.

So, what exactly are the factors that make industrial engineering majors more popular with young people? Here are 5 reasons.

Broad Scientific Coverage

As mentioned above, industrial engineering has a wide range of scientific fields, even involving sciences from social fields that are "foreign" for students majoring in engineering in general, from psychology, economics, to management.

This is an attraction in itself. You don't have to deal with math and physics every day, but also study the most important aspects of an industry; humans and their environment. The management skills taught can also help you understand the basic knowledge of financial management which is of course useful in everyday life.

In addition, the broad scope of knowledge will automatically equip you with a variety of competencies and practical skills. These benefits can pave the way for you to start your career after graduation.

Great Job Opportunities and Career Opportunities

The job opportunity for graduates of Industrial Engineering S1 is one of the biggest. This is because graduates of this study program do not only compete in the engineering field, but in other fields that are still related to industry, from human resource management, industrial system maintenance, to information and communication system improvement.

The wide range of professions that industrial engineering graduates can pursue is the main reason why many people are interested in this major. Moreover, currently the government is intensively boosting the domestic industry to overcome the impact of the COVID-19 pandemic on the national economy.

Diverse Fields of Expertise

Above, it has been explained that the scientific field of industrial engineering is broadly divided into three, namely Manufacturing Systems, Industrial Management, and Industrial & Techno-Economic Systems. Each scientific field has different specifications and objectives.

In the long term, you can focus on one of these scientific fields to pursue a career. For example, by focusing on industrial management, you have the opportunity to pursue industrial managerial world to gain strategic positions, for example becoming a factory manager or branch head.

Suitable for All Genders

Although there is no prohibition for women to have a career in engineering, it must be admitted that until now these majors are still dominated by men. One of the causes of this condition is the intensity of physical work required in professions related to engineering science.

Industrial engineering is one of the majors that is starting to eradicate this. With a wider and more diverse range of scientific fields, there are many women who are interested in pursuing a career in engineering through this study program.

Paving the Way to the World of Business

The ability to develop products and manage human resources is something that must be mastered by industrial engineering graduates. With this capability, they actually already have enough weapons to go directly into the business world.

If you aspire to become an entrepreneur, industrial engineering can be the right starting point. In-depth knowledge of production processes and practical management skills can clearly increase your chances of competing in the industry.

Overview of S1 Industrial Engineering Telkom University

Telkom University has an Industrial Engineering S1 program that has been accredited A nationally. This study program is even one of twelve engineering study programs that have received international accreditation from IABEE ( Indonesia Accreditation Board for Engineering Education ).

As one of the best private universities in Indonesia, Telkom University also provides various options for specialization pathways in an effort to improve the quality of industrial engineering graduates. Currently, there are 11 types of specialization that industrial engineering students can choose from, such as from business analysis, marketing, quality system engineering, and supply chain management.

Closing
Thus the discussion of the 5 reasons why industrial engineering programs are increasingly in demand in Indonesia. In the end, the quality of educational institutions has a vital role in the formation of new talents in the industrial world. Therefore, make sure you get number one quality education by considering the accreditation and reputation of the educational institution you want to choose.

Minggu, 27 November 2022

5 Main Tips for Optimizing Airport Development Projects

November 27, 2022 0
Business: Indonesia is one of the developing countries in the world. There are many things that this country still needs to fix. To be able to compete with other countries, construction and development of infrastructure is the main focus in every government period. 

One of the infrastructure developments is the construction of airports. Considering that Indonesia is an archipelagic country, airports have an important role as a gateway for economic, trade and tourism activities. But unfortunately, obstacles often arise in the airport development process. 

Also read: Benefist of Using for Drones for Tracking Construction Projects

As quoted from the Committee for the Acceleration of Priority Infrastructure Provision (KPPIP), there are three main obstacles that arise in the airport development process; land acquisition, project planning and preparation, and funding. These three things must be handled in order to accelerate development in Indonesia. If not, of course it will hinder national development. 

Therefore, airport development projects need to use the help of an ERP system, namely a construction system, so that monitoring of construction projects becomes more effective and efficient. You can check the price range of the system by downloading this calculated pricing chart. 

Airport Development Projects



The following are several ways that you can apply in managing airport construction projects to make them more efficient:         

Manage RAB for Effective and Efficient Airport Development

Before the project is carried out, there must be preparation of an RAB or Budget Plan. Generally, the preparation of RAB is carried out by government agencies, contractors or project planners. The budget in the RAB includes the prices of materials, tools, workers' wages, and costs related to the project. 

The drafting process cannot be done haphazardly because this concerns the future of the project. It is very important to prepare the RAB as a guideline for estimates for future financial expenditures. Effective and efficient RAB management can prevent a shortage of funds when the project is in progress. Thus, the expenditure of funds becomes more focused and organized. 

Maximize On Site Employee Management

Employees are the main resource in any job, including in airport construction projects. Employee management can be in the form of delegating tasks centrally to several construction projects, monitoring employee attendance and performance, calculating salaries, to employee insurance. 

You have to manage all of these things as well as possible so that employee performance can increase without any element of coercion. Therefore, you need the help of a construction application to manage all employee management activities for airport construction projects to make it easier and more efficient. 

Manage Airport Development Contract Management Efficiently

The airport development project certainly involves many parties. There will be many project contracts that you have to deal with. Too many documents will be more difficult to manage. If you are a little careless, these important files may be scattered or even lost. 

Therefore, you need centralized management of project contract documents. This centralized management really helps you when looking for urgent documents, you'll find it easier. You also don't need to worry anymore about the risk of documents being scattered or lost because all documents will be stored neatly and safely in a centralized system.  

Optimize Fleet Management for Maximum Airport Development

The majority of airport construction project operations depend on construction fleets such as trucks or other heavy equipment. You need to take care of these tools as best as possible to minimize the potential for accidents to occur when the project is running and maintain the security and safety of construction workers. 

You need to schedule regular construction fleet maintenance so that the tools can operate properly. A construction fleet that can operate optimally is able to support the accelerated completion of development projects. So that you don't forget to set a schedule, the construction system will take care of it automatically so you only need to receive automatic notifications and not forget these obligations. 

Construction Hash as a Solution to Airport Development Project Problems

Development Airport construction projects are big projects. In the process, you will encounter many obstacles that can hinder the development process. Therefore, Hash Construction from HashMicro is here as a solution to every problem in airport construction projects. 

The system can ensure that the actual progress of the project is in accordance with the plan, starting from project monitoring, work assignments, to managing construction documents. 

In addition, the system can also minimize budget spending by managing material purchase approvals, selecting the best offers from each vendor, and managing vendors by holding online tenders. You will get an accurate estimate of the amount of stock to minimize the purchase of excess raw materials. 


Not only that, you also don't have to bother managing project raw materials manually because the system will automate this activity. Hash Construction will monitor the level of material availability in real-time and thoroughly and facilitate the stock taking process. You can do monitoring in only one integrated dashboard. 

Thus, all processes of managing and monitoring construction projects become easier and more efficient without having to spend a lot of energy. 

Conclusion

In the explanation above, you have understood tips for optimizing construction projects. Airport development aims to accelerate national development, increase competitiveness, and improve the economy. Considering that the construction of an airport is a big project, it is very likely that there will be many obstacles in the future that could hinder the development process.          

To minimize this, you can switch to using the Construction System from HashMicro to make the management and monitoring process easier and more automatic. Immediately get a free demo with us for further consultation on Hash Construction or other ERP systems.  

Benefist of Using for Drones for Tracking Construction Projects

November 27, 2022 0
Business: The use of drones for construction projects is increasingly being used. The use of drones is clearly very helpful in terms of tracking and field inspections with better, faster and more accurate results. 

Not only that, drones that have been integrated with the ERP system can also facilitate the construction management process, both on a large and small scale. Here are five benefits of drones for the construction industry that you need to know. 

Benefits of Drones for Tracking Construction Projects

  • Accurate Mapping

  • Minimal Risk

  • Project Progress Monitored Easily

  • Monitoring Productivity and Accountability in the Field

  • Effective Construction Marketing

  • Conclusion


Drones for Tracking Construction Projects


Following is a Summary of the Benefits of Drones for Tracking Construction Projects.


Accurate Mapping

Usually the data collection process, manual mapping (survey) can take a long time and requires human labor. In contrast, drones can speed up this process by up to 60-70% with high-resolution photo features, video capture, and LiDar (light detection and ranging) sensors. 

With a LiDar sensor that fires a laser beam and measures its reflection, topographical mapping that is difficult for humans can be effectively resolved. Data collection is also easier and available in 3D modeling and analysis. 

Minimal Risk

Drones can replace the role of humans in the process of ensuring field safety. With the addition of monitoring tools, HSE managers can monitor the field in real-time and find problem areas for action more quickly. 

Thus, the risk of accidents involving humans and heavy equipment during inspections in hazard-prone areas can be reduced. The minimum risk also means safer company finances. 

Project Progress Monitored Easily

Mapping with the help of drones is repeated as an evaluation material and field monitoring for project managers. Drones can display a complete construction area and make it easier for managers to find areas where progress is slow. 

A fast monitoring process can reduce project delays which will also have an impact on the project's financial health. Now, you don't need to worry about managing cash flow and creating project financial reports, because everything can be arranged automatically by the Accounting System.

Drones could Monitor Productivity and Accountability in the Field

The application of drones in the construction industry can also facilitate the work of managers in monitoring the productivity of their employees. In addition, managers can also monitor whether they have used heavy equipment properly. 

Drone technology saves the manager time as he doesn't have to travel around the field to carry out inspections. Just look at and enlarge the image that the drone produces in the workspace, it can easily identify problems. 

If you have difficulty managing and monitoring so many employees both inside and outside the field, you can use HRM software for automatic monitoring of employee performance. This way, you can investigate problems if the project is running slowly and project management will run smoothly. 

Effective Construction Marketing

Photos and videos are the best options for showcasing projects. Usually, companies choose to take these photos and videos via helicopter. Unfortunately, with the high cost, taking photos and videos is not worth the quality, flexibility, time and security. 

Drones can solve these obstacles effectively. Construction area marketing is selling more thanks to good quality images and videos. Taking perspectives can be more varied without taking a long time. 


Stakeholders can also be pampered with project progress that they can see visually. To build good and stable relationships with stakeholders and clients, you can use the Marketing Automation System and optimize your marketing efforts. 

This system will help you to ensure that your stakeholders and clients will get the latest updates regarding the project, either in the form of e-mail, WhatsApp, or mobile marketing. Apart from that, you can also get accurate and complete marketing performance reports. 

Conclusion

The application of drones for construction brings many benefits, especially in terms of safety, cost and time. The data that drones collect will greatly support project effectiveness, especially when integrated with Construction Software. 

Maximize the efficiency of your construction business with an ERP system for construction from HashMicro. That way, management can manage projects, finances, HR, and inventory automatically and accurately. 

These benefits are just the beginning. As technology develops, it is hoped that drones can help construction companies even better.