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In an increasingly competitive business world, operational efficiency is the key to success. One aspect that is often less visible but has a big impact is logistics. The role of logistics in a company is crucial, as it connects the various elements from the procurement of raw materials to the distribution of products to consumers. The role of logistics is not just about delivering goods but also includes planning, organizing, and managing resources to ensure products arrive on time and at an efficient cost.

Improving Operational Efficiency

One of the most vital roles of logistics is to improve operational efficiency within the company. Without a well-structured logistics system, companies will struggle to manage the supply chain. This can lead to delivery delays, overstocks, or even shortages of raw materials. With proper logistics management, companies can ensure goods or raw materials arrive on time, reduce storage costs, and speed up production.

For example, if a company has a well-planned distribution system, the time taken to deliver goods to customers can be shorter. This not only increases customer satisfaction but also allows the company to operate with better margins. In other words, the role of logistics greatly affects a company’s ability to compete efficiently.

Effective Supply Chain Management

The supply chain is at the heart of almost any business. In many ways, the role of logistics in supply chain management is crucial to maintaining the smooth flow of goods from suppliers to end consumers. The role of logistics in this case includes selecting the right suppliers, scheduling deliveries, and monitoring the quality of the goods delivered.

With a good logistics system, companies can manage relationships with suppliers, choose the right distribution channels, and ensure products reach customers with maintained quality. As technology develops, companies can now utilize software-based supply chain management systems that allow them to monitor the flow of goods in real-time. This provides greater control over costs, stock, and changing market demands.

Customer Satisfaction

Customer satisfaction is one of the main keys to a company’s success. Speed and accuracy of delivery play a big role in this. The role of logistics in ensuring goods arrive on time and in good condition is crucial. Customers who are satisfied with delivery services tend to be more loyal and more likely to recommend products to others.

In addition, effective logistics management also allows companies to offer a range of flexible delivery options to customers. For example, express deliveries or deliveries to harder-to-reach locations provide a competitive advantage that can set a company apart from other competitors. In other words, the role of logistics also contributes directly to customer satisfaction and loyalty.

Reduce Costs and Increase Profits

Logistics is not just about speed but also about managing costs. With an efficient logistics system, companies can reduce costs associated with storage, transportation, and inventory management. This allows companies to remain competitive in terms of price without compromising on product or service quality.

In this case, the role of logistics in planning more efficient delivery routes and selecting the right suppliers is crucial to keep costs down. Modern technology, such as the use of fuel-efficient vehicles or more efficient distribution planning, can also further reduce these operational costs. Therefore, the role of logistics in optimizing a company’s costs and profits cannot be underestimated.

Tags: Teknik Logistik | S1 Teknik Logistik | S1 Teknik Logistik Telkom University | Telkom University

Logistics Engineering S1 graduates have various interesting opportunities in the world of work, especially with the opportunity to take part in the selection of Civil Servant Candidates (CPNS). In the midst of the rapid development of the logistics sector, which plays an important role in distribution and public services, CPNS is one of the promising career paths. This article will review job opportunities and CPNS formations that are relevant for S1 Logistics Engineering graduates.

What is CPNS?

CPNS stands for Civil Servant Candidate, which is someone who successfully passed the selection to become an employee in a government agency. Being a civil servant offers a number of benefits, such as job stability, retirement benefits, and various other facilities. For S1 Logistics Engineering graduates, becoming a civil servant can be a very attractive career choice because the logistics sector is needed in many government agencies.

Job Opportunities in the Government Sector for S1 Logistics Engineering Graduates

S1 Logistics Engineering graduates have many opportunities to work in various government agencies that require experts in the field of logistics. The government continues to develop goods distribution systems and supply chain management to support efficient public services. Some government agencies that often open CPNS formations for logistics engineering graduates include

1. Ministry of Transportation
   The Ministry of Transportation often opens positions for experts in the field of transportation and logistics. This position involves managing public transportation, regulating the distribution of goods, and optimizing goods distribution channels.
2. Ministry of Trade
   The ministry requires personnel in logistics to manage the distribution of goods and strengthen the national supply chain. Logistics engineering graduates can work in distribution planning and effective trade policies.
3. Local Government
   Many local governments open CPNS formations for logistics engineering graduates, especially for the management of infrastructure projects and distribution of goods for public services in the area.
4. Other Agencies
   Apart from ministries, other institutions such as SOEs and the Financial and Development Supervisory Agency (BPKP) also open opportunities for logistics experts. Graduates of S1 Logistics Engineering can be involved in managing supply chains for various government needs.

CPNS Formations that Can Be Followed by S1 Logistics Engineering Graduates

Every year, the government opens various CPNS formations that match the fields of expertise of S1 Logistics Engineering graduates. Some positions that are generally available are

• Logistics and Supply Chain Analyst This position requires skills in planning, managing, and supervising the goods distribution system within the government.
• Procurement and Goods Management Coordinator This position is concerned with managing the government’s inventory of goods as well as coordinating the procurement and distribution of goods.
• Goods and Services Procurement Administrative Staff: This position is usually available in ministries or agencies in charge of managing the procurement of goods and services to support government operations.

CPNS formations for logistics engineering graduates will focus a lot on logistics management, distribution administration, and procurement of goods. To be successful in the selection, logistics engineering graduates need to prepare themselves as well as possible to qualify and compete with other candidates.

Benefits of Being a Civil Servant in Logistics

Joining the government as a civil servant, especially in the logistics sector, has some key benefits:

1. Job Stability One of the great advantages of being a civil servant is job stability, which is difficult to obtain in the private sector.
2. Facilities and Benefits As a civil servant, you will get health benefits, pensions, and performance benefits that can provide long-term benefits.
3. Career Development Opportunities The government provides various training and development opportunities. For S1 Logistics Engineering graduates, this is an opportunity to continue honing skills and expertise in logistics and supply chain management.
4. Contributing to Society As a civil servant in logistics, you will be directly involved in managing the distribution of goods that support public services, giving a big positive impact to society.

Job opportunities in the government sector for S1 Logistics Engineering graduates, especially through CPNS formations, are very broad and attractive. Many government agencies require experts to manage the distribution of goods and procurement and ensure the smooth operation of the government. For those interested in working in the government sector, CPNS can be the right career path, with adequate benefits and challenges.

If you are interested, prepare yourself as best as possible to take part in the CPNS selection that is relevant to your field. Study the available formations and make sure you qualify. Job opportunities in the government sector are always available, and becoming a civil servant can pave the way for a stable and rewarding career.

Tags: Teknik Logistik | S1 Teknik Logistik | S1 Teknik Logistik Telkom University | Telkom University

Blockchain technology, first recognized for its relevance in the world of digital currencies such as Bitcoin, is now beginning to penetrate various industries, including logistics. With its ability to provide a secure, transparent, and decentralized system, blockchain has become an invaluable tool in optimizing supply chains and overall logistics processes. In this article, we will discuss how blockchain is used in logistics, as well as companies that have implemented this technology to improve security, efficiency, and transparency in their operations.

What is blockchain, and what are its benefits?

Blockchain is a technology that allows data to be recorded and stored in the form of a chain of blocks that are connected to each other. Each block contains encrypted transaction data, and once data is recorded in the blockchain, it cannot be changed or deleted without the consent of the majority of network participants. This makes blockchain highly secure and transparent, two features that are very important in the world of logistics.

In the context of logistics, blockchain can be used to record every transaction or movement of goods in the supply chain, providing an immutable digital trail or encryption code. Using this technology, all parties involved in the supply chain, such as suppliers, manufacturers, distributors, and customers, can view the status of goods in real-time and verify the authenticity of the data without the need for intermediaries.

1. Improving Supply Chain Security

Security is one of the biggest concerns in logistics, especially since many parties are involved in the distribution flow of goods. Data related to shipments, the condition of goods, as well as transaction information is often subject to potential manipulation or fraud. This is where blockchain comes in handy.

Example of Using Blockchain for Security:

• Goods Condition Monitoring: The use of blockchain and IoT sensors can facilitate the monitoring of the goods delivery process, especially for dangerous and vulnerable goods such as chemicals and medical devices. Because the decentralized and transparent blockchain system can be ensured to provide very high security for each stakeholder so as to guarantee the goods arrive in the desired condition.
• Transaction Data Security: All transactions that occur along the supply chain can be recorded on the blockchain. For example, as goods move from one party to another, each transaction is recorded and encrypted. This prevents irresponsible parties from altering or losing transaction data.

With this secure system, parties in the supply chain can trust each other more and reduce the risk of fraud or data loss that could harm all parties.

2. Increase Transparency in the Logistics Process

One of the biggest challenges in logistics is the lack of transparency. Often times, the parties involved do not have immediate access to relevant or up-to-date information about the status of shipments or the condition of goods. Blockchain can provide a solution to this problem by providing greater visibility across the supply chain.

Example of Blockchain Use for Transparency:

• Real-Time Tracking of Shipments: Every movement of goods in the supply chain can be recorded on the blockchain. For example, when goods leave the warehouse, their status will be updated directly on the blockchain. Thus, all parties involved in the supply chain, from suppliers to customers, can see the real-time location of the goods, providing a sense of security and increasing satisfaction.
• Immutable Documentation: Blockchain allows all documents related to a shipment, such as invoices, certificates, and contracts, to be recorded in an immutable digital form. This not only increases transparency but also reduces the likelihood of legal or administrative disputes related to the delivery of goods.

With greater transparency, blockchain allows all parties to have equal access to relevant information, which in turn speeds up the decision-making process and increases trust among business actors.

3. Reduce Cost and Process Time

Traditional logistics is very different from today’s logistics, or logistics 4.0, because traditional processes always involve multiple parties in verifying and processing logistics data. This can be time-consuming and add to administrative costs. Blockchain can simplify many of these processes by automating data recording and verification, thereby reducing the need for middlemen and speeding up the delivery process.

Example of Blockchain Use Efficiency:

• Elimination of Middlemen: In traditional logistics transactions, multiple parties are involved in verifying and recording data, which can be time-consuming and costly. With blockchain, all transactions can be automatically recorded and verified on a decentralized system without the need for intermediaries, which reduces administrative costs.
• Simplification of Administrative Processes: Documents and certificates required in the supply chain, such as bills of lading, invoices, or proof of delivery, can be stored in the blockchain and processed automatically, reducing time and the potential for human error.

4. Global Enterprise Use of Blockchain

Several large companies have started implementing blockchain technology to improve efficiency and security in their supply chains. Here are some examples of companies that have used blockchain in their logistics operations:

• Maersk and IBM: Maersk, one of the largest shipping companies in the world, is working with IBM to develop a blockchain-based platform called TradeLens. The platform allows all parties involved in shipping goods to track and verify the status of shipments in real time, thereby increasing transparency and efficiency.
• Walmart: Walmart uses blockchain to monitor and verify food from farm to store. This ensures that every product sold in their stores can be traced to its origin, which is crucial for food safety issues and product recalls.
• De Beers: The use of blockchain in this mining company is used to track the origin or source of existing diamonds so that the diamonds sold are known to their origin and source.

The application of blockchain technology in the logistics industry opens up many opportunities for graduates of S1 Logistics Engineering. Graduates who understand how blockchain works and how this technology can be applied to improve efficiency, transparency, and security in the supply chain will have a significant competitive advantage in the job market. Telkom’s Bachelor of Logistics Engineering provides a strong foundation in learning the latest technologies, including blockchain, which will help students prepare for the challenges and opportunities in the logistics industry of the future.

Tags : Teknik Logistik | S1 Teknik Logistik | S1 Teknik Logistik Telkom University | Telkom University

The logistics industry is one of the most vital sectors in the global economy. From procuring raw materials to delivering final products to consumers, logistics ensures the smooth operation of various industries. However, the logistics industry is currently facing various challenges that can affect efficiency, cost, and speed of service. Some of the major challenges faced by the logistics industry today include cost inflation, labor shortages, and global supply chain issues. In this article, we will discuss these challenges in more detail and how the technologies and skills taught in the S1 Digital Supply Chain program can help deal with them.

1. Logistics Industry Cost Inflation

One of the biggest challenges facing the logistics industry today is cost inflation, which can affect almost every aspect of operations. Fuel prices, shipping costs, as well as raw material prices are increasing significantly, which ultimately leads to a spike in costs for logistics companies.

Causes of Cost Inflation:

• Rising Fuel Prices: One of the biggest factors causing cost inflation in the logistics industry is rising fuel prices. Fuel is the backbone of the logistics industry, especially freight transportation, as rising fuel prices will lead to higher shipping costs.
• Increase in the Price of Goods and Raw Materials: In addition to fuel, the prices of raw materials and goods required to run operations have also increased, leading to higher procurement costs.

This cost inflation not only increases company expenses, but can also lead to higher product price adjustments for consumers. Logistics industry companies must adapt to this challenge by finding ways to reduce operational costs without sacrificing service quality.

2. Labor Shortage

The logistics industry relies heavily on labor to perform a variety of essential functions, from warehouse management to packaging to shipping. However, one of the major challenges faced today is the shortage of skilled labor, especially in certain sectors such as truck drivers, warehouse workers, and technicians.

Causes of Labor Shortage:

• COVID-19 Pandemic: The worldwide pandemic has caused major disruptions in the logistics industry. Many workers have been forced to quit or resign due to health issues or because of the isolation policies imposed.
• Limited Training and Skills: Technology in the logistics industry is constantly evolving, and jobs in this sector increasingly require technical skills. However, many workers are still not adequately trained in the use of the latest technologies, such as automated warehouse management systems or autonomous delivery vehicles.

The solution to addressing this challenge could involve increasing training and education programs that prepare a skilled workforce in logistics. By utilizing programs such as S1 Logistics Engineering, students can be prepared with skills that are relevant to the needs of the logistics industry, including in managing automation and the latest technology.

3. Global Supply Chain Issues

Global supply chain issues are one of the most prominent challenges in the logistics industry today. In recent years, the world has witnessed major disruptions in global supply chains, caused by various factors such as natural disasters, political crises, and pandemics.

Causes of Supply Chain Disruption:

• COVID-19 Pandemic: The pandemic has shown how disruptions at one point in the supply chain can affect the entire system. Factory closures, raw material shortages, and global transportation restrictions have led to shortages of goods and delivery delays.
• Geopolitical Tensions and Trade Wars: Political tensions between major countries, such as those between the US and China, also affect supply chains. The imposition of tariffs and trade restrictions will certainly hamper and increase operational costs.

4. Sustainability and Carbon Emission Reduction

The logistics industry contributes significantly to global carbon emissions, mainly through transportation. Many companies are now faced with demands to reduce their carbon footprint and operate more sustainably. This poses a major challenge for the logistics industry, which still relies heavily on fossil fuel vehicles for the transportation of goods.

Sustainability Challenges:

• Green Technology: Many logistics industry companies have to invest in green technologies, such as electric vehicles or vehicles that run on alternative fuels. While this is a positive step, the cost of implementing these technologies can be quite high.
• Energy Efficiency in Warehouses: In addition to transportation, logistics industry companies also need to focus on energy efficiency in storage facilities (warehouses), such as using LED lighting, efficient cooling systems, and technologies that can reduce energy consumption.

The implementation of sustainable logistics policies, such as the use of electric vehicles and more efficient energy management in warehouses, will be an important step towards reducing the environmental impact of logistics operations.

5. Changes in Consumer Demand and Expectations

With the development of e-commerce, consumer expectations for speed and flexibility of delivery are getting higher. Consumers as the end party always want fast, cheap, and safe delivery. Of course, this will burden and put pressure on the logistics industry to be more adaptable and make new innovations to its system.

Challenges in Meeting Consumer Expectations:

• Express and Same-Day Delivery: Consumers increasingly want faster deliveries, even within the same day. This requires logistics industry companies to increase their delivery capacity and speed.
• Personalization: Consumers also increasingly want a more personalized experience in delivery, such as the ability to choose the time of delivery or select a more environmentally friendly type of packaging.

To meet this demand, logistics industry companies must innovate and implement technologies such as automation, big data, and more advanced delivery management systems.

6. Geographical and Infrastructure Constraints

Infrastructure and geographical issues have always haunted the logistics industry in the world, especially in Indonesia. Uneven transportation infrastructure, be it roads, ports, or airports, often causes delays in the delivery of goods. In addition, Indonesia’s thousands of islands add to the complexity, as inter-island shipments require higher costs and more complicated processes.

Causes of Geographical and Infrastructure Constraints:

• Infrastructure Limitations: Despite ongoing efforts to improve infrastructure, many areas still struggle to access efficient transportation facilities, whether on land, sea, or air. This hinders the smooth distribution of goods, especially in more remote areas.
• High Transportation Costs: Shipping goods between islands or to hard-to-reach areas requires much higher costs, which adds to the total cost of logistics.

The logistics industry is currently facing major challenges, ranging from cost inflation, labor shortages, to disruptions in the global supply chain. To be able to face them, logistics industry companies need to innovate and adopt the latest technology. The Bachelor of Logistics Engineering program prepares students to contribute directly to the development of the logistics industry and face the existing global challenges.

Tags : Teknik Logistik | S1 Teknik Logistik | S1 Teknik Logistik Telkom University | Telkom University

One of the keys to business success is supply chain efficiency. With a smoothly running process, companies can save costs, reduce time, and increase customer satisfaction. However, as the business world both nationally and internationally becomes more complex, managing an efficient supply chain becomes more challenging. Fortunately, technology has provided revolutionary solutions in optimizing supply chains. In this article, we will discuss how technology, such as logistics software and applications, can be used to improve efficiency in the supply chain.

Use of Supply Chain Management Software (SCM Software)

Salah satu cara utama untuk mengoptimalkan rantai pasokan adalah dengan menggunakan perangkat lunak manajemen rantai pasokan (Supply Chain Management – SCM). Perangkat lunak ini dirancang untuk mengintegrasikan semua fungsi dalam rantai pasokan, mulai dari pengadaan bahan baku, pengelolaan inventaris, hingga distribusi barang ke pelanggan.

Contoh Aplikasi SCM:

• SAP Integrated Business Planning (IBP): This application or software allows companies to predict demand, optimize inventory, and better plan production capacity. The way IBP works is by collecting and using existing data and then performing predictive analysis, thus helping in the company’s planning to manage its supply chain.SAP Integrated Business Planning (IBP): This application or software allows companies to predict demand, optimize inventory, and better plan production capacity. The way IBP works is by collecting and using existing data and then performing predictive analysis, thus helping in the company’s planning to manage its supply chain.
• Oracle Supply Chain Management Cloud: Oracle offers a cloud-based platform that enables companies to manage the flow of goods in real-time. With an integrated system in place, companies can monitor shipment status, manage production schedules, and make changes quickly when problems occur in the supply chain.

With this software, companies can have better visibility into all processes in their supply chain, from suppliers to customers. This helps companies to identify and address issues early, such as late deliveries or inventory shortages, which can be costly and decrease the loyalty level of partners or customers.

Lebih lengkap tentang perangkat lunak lainnya, kunjungi artikel berikut!

Big Data and Analytics Technology

Data management is one of the problems in logistics, especially if the data and company scale are large. By using big data, companies can collect, process, and analyze large amounts of data from various sources, such as IoT sensors, sales data, and shipping trip data. Big data allows companies to identify patterns and trends that were previously unseen, can help in strategizing, increasing efficiency, and improving existing weaknesses.

Examples of Big Data Usage in Supply Chain:

• Demand Prediction: By analyzing historical data, companies can forecast future demand for goods more accurately. For example, a retail company can use big data to predict which products will sell best during the holiday season and adjust its inventory stock to avoid running out of goods.Demand Prediction: By analyzing historical data, companies can forecast future demand for goods more accurately. For example, a retail company can use big data to predict which products will sell best during the holiday season and adjust its inventory stock to avoid running out of goods.
• Delivery Route Optimization: Big data allows companies to analyze various factors that affect delivery, such as weather, congestion, and road conditions. Based on this data, the system can optimize delivery routes to save transportation time and costs.Delivery Route Optimization: Big data allows companies to analyze various factors that affect delivery, such as weather, congestion, and road conditions. Based on this data, the system can optimize delivery routes to save transportation time and costs.

By using big data, companies can make smarter, data-driven decisions that are more accurate and efficient than relying on intuition or experience alone..

Internet of Things (IoT)

The Internet of Things (IoT) is a technology that allows devices to connect to each other and exchange data through the internet. In the context of the supply chain, IoT allows companies to monitor goods and vehicles in real-time, providing greater visibility into every stage of delivery and distribution.

Examples of IoT Usage in Supply Chain:

• Goods Delivery Tracking: Using IoT sensors attached to goods or vehicles, companies can monitor the location and condition of goods during shipment. For example, temperature sensors on containers transporting sensitive goods such as food or medicine can inform companies if the temperature exceeds safe limits, allowing them to take immediate action.
• Automated Inventory Tracking: IoT devices are also used to track inventory in warehouses. With sensors attached to shelves or pallets, companies can automatically monitor inventory levels and update inventory systems in real-time, reducing human error and ensuring that inventory remains sufficient to meet demand.Automated Inventory Tracking: IoT devices are also used to track inventory in warehouses. With sensors attached to shelves or pallets, companies can automatically monitor inventory levels and update inventory systems in real-time, reducing human error and ensuring that inventory remains sufficient to meet demand.

Automation in Warehouse and Shipping

Automatisasi adalah cara lain untuk meningkatkan efisiensi dalam rantai pasokan. Teknologi robotik dan otomatisasi di gudang memungkinkan perusahaan untuk mempercepat proses pemilihan barang, pengepakan, dan pengiriman, mengurangi ketergantungan pada tenaga kerja manusia dan meningkatkan akurasi.

Example of Automation Technology:

• Warehouse Pickers Robots: the company Amazon uses robots to pick items in the warehouse automatically. These robots are equipped with AI technology that allows them to locate and pick items quickly and efficiently. With robots, productivity is increased and errors are minimized especially when it comes to item processing.
• Drones for Delivery: Some logistics companies have also started using drones for short-distance delivery of goods. These drones can deliver goods in less time and more efficiently compared to conventional vehicles, especially for hard-to-reach areas. This has been done popularly in China.

Cloud Computing 

Cloud computing allows all data and applications used in the supply chain to be accessed in real-time by various parties in the supply network, such as suppliers, manufacturers, and distributors. By using cloud-based platforms, companies can collaborate better, reduce errors, and increase speed in decision-making.

Cloud Computing Usage Examples:

• Collaborative Planning, Forecasting, and Replenishment (CPFR): Using the cloud, various parties in the supply chain can work together to plan, forecast, and replenish inventory stocks. For example, manufacturers and distributors can share information related to demand and inventory to ensure goods are always available without overstocking.

Optimizing the supply chain using technology is an important step that can bring companies to a higher level of efficiency. By utilizing supply chain management software, big data, IoT, and automation, companies can improve speed, accuracy, and transparency in their entire logistics process. For Telkom Logistics Engineering graduates, an understanding of the application of these technologies in logistics operations is an advantage in responding to national and international job standards. The S1 Logistics Engineering program provides students with the knowledge and skills to face these challenges and contribute to the national digital transformation.

Tags : Teknik Logistik | S1 Teknik Logistik | S1 Teknik Logistik Telkom University | Telkom University

Companies are currently competing to increase efficiency, reduce costs, and increase customer satisfaction. The use of this software will greatly help companies to optimize various lines of business processes, be it planning, management, or delivery.

1. Supply Chain Management (SCM)

Supply chain management (SCM) is software designed to manage the entire supply chain flow, from the procurement of raw materials to the delivery of finished products to customers. SCM works to optimize processes, reduce waste, and increase visibility across the supply chain.

Example of SCM Software:

• SAP Supply Chain Management: SAP is one of the most widely used SCM software providers. SAP SCM helps companies to plan, manage, and optimize the entire supply chain by utilizing real-time data. SAP also allows companies to coordinate production, distribution, and procurement processes more efficiently.
• Oracle SCM Cloud: the efficiency and flexibility of this system can allow companies to easily apply it and improve company performance. By using this software, companies can speed up decision-making and improve collaboration between suppliers, distributors, and customers.

2. Transportation Management (TMS)

Transportation Management Software (TMS) is software that is used to plan, execute, and optimize the delivery of goods. This helps companies to reduce operational workload and reduce costs and employee efficiency.

Contoh TMS:

• Transporeon: Transporeon is a TMS software that helps companies manage freight shipments, from carrier selection to shipment tracking. The software also comes with tools for rate negotiation and returns management.
• Oracle Transportation Management: Oracle TMS is an end-to-end solution for freight management, fleet management, and shipment tracking. The overall use of TMS will increase the efficiency of the company.

3. Warehouse Management System (WMS) Software

Warehouse Management System (WMS) software is used to manage warehouse activities such as storage, picking, and shipping of goods. This WMS is often used because of its ease and good level of accuracy, and of course it is very suitable for application with logistics-related businesses.

Example of WMS Software:

• Fishbowl Inventory: Fishbowl Inventory is a WMS software that is widely used by small to medium-sized companies. It allows companies to efficiently monitor and manage warehouse inventory, including order management, returns, and stock tracking.
• Manhattan Associates WMS: Manhattan WMS is a larger and more complex solution, suitable for companies with larger warehouse operations. It assists in real-time picking, shipping, and warehouse space management.

4. Tracking Software for Shipments

Tracking software is very important for all logistics companies because this software is directly related to the customer as the final logistics flow. With the use of this software, customer satisfaction and visibility levels will greatly increase. This will increase the level of customer loyalty.

Example of Shipment Tracking:

• ShipTrack: ShipTrack is shipment tracking software that allows companies to track packages from multiple carriers on a single platform. Using ShipTrack, companies can monitor the status of their shipments and automatically notify customers of the status of their shipments.
• AfterShip: AfterShip is a tracking software designed for e-commerce. The software allows businesses to monitor shipments from various couriers and automatically update customers.

5. Enterprise Resource Planning (ERP)

ERP software is a software system used to manage and integrate various business functions, including logistics, finance, and human resources. With ERP, companies can ensure that all logistics-related data is integrated into a single platform that makes management easy.

Example of ERP:

• SAP ERP: SAP is one of the largest ERP providers in the world, offering solutions for supply chain management, production, and finance in one platform.
• Microsoft Dynamics 365: Microsoft Dynamics 365 is a more flexible ERP solution that can be integrated with various systems in your company, including logistics, sales, and manufacturing.

Choosing the Right Logistics Software

Companies must consider many things when choosing logistics software, such as business objectives, operational size, and budget. Telkom’s S1 Logistics Engineering prepares students to understand the different types of logistics software and how to choose the most suitable one for business needs. Students will discover how to analyze logistics systems, select the right technology, and implement it to improve efficiency and reduce costs.

Tips for Choosing or Using Logistics Software

1. Define Needs : Before choosing software, companies or individuals should clearly understand what they need, such as delivery management, inventory management, or real-time tracking.
2. Flexibility and Scalability: Choose one that can change and is easy to use as your business grows. Flexible software allows integration with other systems and can be customized to suit future needs.

3. User-Friendly: Choose software that is easy to use by all team members; the lack of user training will help companies implement more efficiently.

4. Support and Updates: Make sure the software provider offers adequate support as well as regular updates to improve features and address any bugs that may occur.
5. Security and availability: Good software should offer security features to protect data and meet regulatory requirements.

Choosing the right logistics software is an important step towards improving efficiency and speed in logistics operations. From supply chain management (SCM) to shipment tracking software, each type of software has specific functions that help optimize various aspects of logistics and goods distribution. With the knowledge gained through the S1 Digital Supply Chain, students can make smart decisions in choosing the right logistics software for companies or individuals, providing efficient solutions to existing logistics challenges.

Tags: Teknik Logistik | S1 Teknik Logistik | S1 Teknik Logistik Telkom University | Telkom University

In this digital era, many industrial sectors are undergoing massive changes with new technology, one of which is the world of logistics. Logistics 4.0 is a revolution in the logistics industry with the use of technologies such as automation, big data, and the internet of things (IoT) that allow companies to increase efficiency, reduce errors, transparency, and speed up processing and shipping.

Explanation and Concept

The concept of logistics 4.0 is to use and integrate the entire logistics process with the latest technology to improve its efficiency and effectiveness. The term “Logistics 4.0” itself is inspired by the fourth industrial revolution (Industry 4.0), where digital technology and automation are integral in every aspect of business. In other words, Logistics 4.0 not only utilizes existing systems but also introduces innovations that change the way we operate, from warehouse management and freight forwarding to overall supply chain planning.

Visit the following article to learn about Industry 4.0 and its development.

1. Automation and Robotics

One of the biggest aspects of Logistics 4.0 is automation. In recent years, many logistics companies have started to implement automated systems within their warehouses and distribution centers. Automation is used in various logistics line processes, such as goods movement, inventory stocking, and order processing, either by machines or robots. This allows companies to increase operational speed, reduce human errors, and, of course, lower operational costs.

2. Big Data and Analytics

One of the elements in Logistics 4.0 is the use of big data by collecting historical data from within a company or a logistics process so that it can process the collected data for customization and other strategic decisions. Big data analytics allows companies to predict demand trends, identify potential problems in the supply chain, and optimize delivery routes.

3. Internet of Things (IoT)

IoT refers to devices that are connected to the internet and can communicate with each other to collect and exchange data. In the world of logistics, IoT is used to monitor the condition of goods during transit. For example, IoT sensors can be installed on goods or delivery vehicles to monitor temperature, humidity, or location in real-time.

This is especially important for highly sensitive goods, such as food or medicine, which require close supervision during shipment. By using IoT technology, companies can ensure that goods reach their destination in the desired condition. In addition, these technologies also help improve visibility and transparency in the supply chain, enabling better monitoring of all stages of delivery.

4. Artificial Intelligence (AI) and Machine Learning

Artificial intelligence (AI) and machine learning play a big role in Logistics 4.0. These technologies allow systems to learn and adapt based on existing data. In logistics, AI is used to optimize delivery route planning, manage inventory, and predict demand.

For example, using machine learning algorithms, the system can predict when demand will increase and organize early delivery of goods to avoid delays. AI can also help minimize errors in distribution planning and improve overall operational efficiency.

5. Security and Tracking

With the use of automation technology and the integration of data in the logistics process, there is an increasing threat to the company’s internal data, so an effective security and tracking system is necessary. Technologies such as blockchain are being used to secure logistics transaction data and ensure system reliability. In addition, GPS-based tracking and IoT sensors allow companies and customers to track goods in real-time, providing more transparent and accurate information about the location of goods.

Still confused? Here’s an example of the use of technology in supply chain optimization.

Dampak Logistik 4.0 terhadap Industri

Dengan penerapan teknologi-teknologi canggih ini, Logistik 4.0 membuka banyak peluang dan tantangan baru bagi para profesional logistik. Keterampilan di bidang big data, analitik, serta otomatisasi akan menjadi semakin penting dan menjadi standar bagi para perusahaan.

Seiring dengan pesatnya perkembangan teknologi logistik, lulusan teknik logistik akan menghadapi tantangan dalam industri yang semakin bergantung pada teknologi digital ini. Dalam kurikulum S1 Digital Supply Chain, mahasiswa belajar tentang penerapan teknologi canggih ini dalam operasional logistik, sehingga siap untuk berkontribusi dalam membawa transformasi digital ke dalam dunia logistik.

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In this digital era, technology plays an increasingly important role in every aspect of our lives, including in the logistics and goods distribution sector. In the past, the distribution of goods may have seemed simple, but with the development of technology, this process has now become faster, more efficient, and more transparent. Technologies such as GPS, drones, and robotics have changed the way goods are delivered and distributed, providing great benefits to both companies and customers. In this article, we will discuss how these technologies affect the logistics and distribution of goods, as well as some Indonesian companies that have adopted these latest technologies.

1. GPS for Real-Time Monitoring and Delivery

The Global Positioning System (GPS) is one of the most influential technologies in logistics and goods distribution. GPS allows companies to monitor the location of delivery vehicles in real-time. With this technology, companies can provide more accurate information about the location of goods, as well as optimize delivery routes to save time and costs.

The influence of GPS in logistics:

• Real-Time Monitoring of Shipments: GPS allows companies to track delivery vehicles and goods in real time, providing greater visibility into delivery status. Customers can also monitor the location of their goods in real time, which enhances the customer experience.
• Delivery Route Optimization: With information from GPS, companies can choose the most efficient delivery routes, avoid traffic jams or bad weather conditions, and ensure timely delivery. This not only reduces transportation costs but also increases efficiency in shipping goods.

Indonesian Companies that Use GPS Technology in Logistics:

• Gojek: One of the pioneers and largest technology platforms in Indonesia, Gojek uses GPS technology to complement its app system. Through the app, users can track the driver’s location in real-time, which increases transparency and convenience for customers.

2. Drones for Fast and Efficient Delivery

The use of drones in logistics and distribution of goods is growing in popularity, especially for the delivery of goods over short distances or in areas that are difficult to reach by conventional vehicles. Drones offer a faster and more efficient way of delivering goods, with the ability to fly directly to the destination without being hindered by road congestion.

The Impact of Drones in Logistics:

• Fast and Efficient Delivery: Drones can make deliveries in less time than ground vehicles, especially for small deliveries such as medicines or retail products. They also reduce the need for congested road infrastructure, making deliveries faster and more efficient.
• Access to Remote Locations: In remote or hard-to-reach areas, drones provide a more practical and faster delivery solution without the high cost of building roads or other transportation infrastructure.

Indonesian Companies that Use Drone Technology:

• Tokopedia: Tokopedia has been testing drones to deliver goods to customers. Although still in the development stage, the use of drones is expected to increase delivery speed, especially for hard-to-reach areas.

3. Robotics in Warehouse and Packaging Processes

Robotics plays a very important role in improving efficiency in warehouses and packaging processes. Robots equipped with artificial intelligence (AI) are used to pick, pack, and move goods from one place to another within the warehouse. With robotics technology, processes that used to take time and involve a lot of human labor can now be done more quickly, accurately, and efficiently.

The Impact of Robotics in Logistics:

• Packaging and Packing Automation: Robots can be programmed to pack items at high speeds, reducing human error and speeding up processing times. This is very important, especially in e-commerce warehouses that have to handle thousands of orders every day.
• Increased Safety and Efficiency: By using robots for dangerous or heavy tasks, companies can reduce the risk of injury to workers and improve workplace safety. Robotics also helps improve operational efficiency by minimizing the time needed to move goods.

Indonesian Companies that Use Robotics Technology:

• JD.ID: One that uses robots on its e-commerce platform is JD.ID, which uses robots in the warehouse to improve the process of selecting and packaging goods. By using robots, the company can speed up the process and reduce human errors, which is crucial to meet customer demand quickly.

4. Internet of Things (IoT)

In logistics, IoT is used to monitor the condition of goods during transit, such as temperature and humidity. This is possible because IoT technology can integrate devices and the company’s internal network so that the data that the company has can collect, process, and transmit it flexibly. The use of this technology is especially important for goods that require special treatment.

IoT Influence in Logistics:

• Goods Condition Monitoring: With IoT sensors attached to goods or vehicles, companies can monitor the condition of goods, such as temperature and humidity, during shipment. This data can be directly sent to the central system for further analysis so that companies can ensure that the goods remain in appropriate conditions.
• Proactive Maintenance: IoT is also used to monitor the condition of delivery vehicles and other logistics equipment. With the data collected, companies can perform preventive maintenance, avoid unexpected breakdowns, and improve operational reliability.

Indonesian Companies Using IoT Technology in Logistics:

• Katalis Digital: Katalis Digital, which works with several logistics companies in Indonesia, has implemented IoT technology to monitor the condition of goods and vehicles in real-time. This technology helps improve supply chain visibility and ensures goods arrive in good condition.

Technology has changed the way logistics and distribution of goods are done, making them faster, more efficient, and more transparent. Technologies such as GPS, drones, robotics, and IoT have brought major changes to the process of delivering goods, affecting every step of the supply chain, from monitoring goods to final delivery. Indonesian companies such as Gojek, Tokopedia, and JD.ID have started to adopt these technologies. Understanding and mastering the latest technology is a competitive advantage for logistics engineering undergraduate graduates. The S1 Digital Supply Chain program provides in-depth knowledge for students to understand how these technologies are applied in the real world and how they can play a role in improving the efficiency and speed of logistics operations. With skills in technologies such as GPS, drones, robotics, and IoT, logistics engineering graduates can make a major contribution to the digital revolution in logistics.

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The logistics industry is a sector that continues to evolve rapidly, in line with increasingly complex market demands. In recent years, logistics trends, driven by technological advancements, have revolutionized the way companies manage goods distribution, delivery, and supply chains. Emerging logistics trends, such as the use of artificial intelligence (AI), automation, and autonomous vehicles, are opening up new opportunities to enhance efficiency. This article will discuss the latest logistics trends and how these innovations are reshaping the industry to make shipping goods faster and easier.

1. Artificial Intelligence (AI) in Logistics

One of the most exciting logistics trends today is the integration of artificial intelligence (AI). AI allows companies to analyze vast amounts of data, offering valuable insights that help improve planning, delivery, and supply chain management.

Some examples of AI applications in logistics include:

• More Accurate Planning: AI helps companies predict demand for goods, allowing them to manage stock more effectively and reduce wastage.
• Delivery Route Optimization: AI is also used to determine the best delivery routes, considering traffic conditions, weather, and other factors, saving time and reducing operational costs.
• Inventory Management: With AI, companies can monitor inventory in real-time, ensuring the right products are available when needed.

AI’s growing presence in logistics trends emphasizes its importance in modernizing the sector.

2. Warehouse and Packaging Process Automation

Another key logistics trend is the rise of automation. The use of robots and automated systems in warehouses has become increasingly widespread, expediting the picking and packing of goods. This is part of a broader movement toward more efficient and less error-prone logistics operations.

Some of the technologies used in automation in logistics include:

• Robot Pickers: Robots that can pick items from shelves and bring them to the packing area, reducing the time needed to process orders.
• Automated Storage and Retrieval System (ASRS): A system designed to store and retrieve goods automatically, increasing warehouse efficiency.
• Automated Packaging: These systems can customize packaging according to product size, improving packaging efficiency and reducing waste.

Automation is one of the most prominent logistics trends, streamlining operations and improving productivity.

3. Autonomous Vehicles and Drones for Delivery

Among the most revolutionary logistics trends are autonomous vehicles and drones. These technologies have the potential to change the face of goods delivery.

Reasons for excitement about autonomous vehicles in logistics include:

• Autonomous Trucks: Companies like Tesla are developing autonomous trucks that drive without a driver, reducing operating costs and accelerating delivery speed.
• Drone Delivery: Amazon and other companies are testing drone delivery, offering faster shipment for smaller items that do not require large vehicles.

The integration of autonomous vehicles into delivery processes is a growing trend in the logistics sector, focusing on reducing costs and increasing efficiency.

4. Blockchain in Supply Chain for Security and Transparency

Blockchain is quickly becoming one of the logistics trends to watch due to its ability to increase security and transparency within supply chains. It allows for the digital recording of every transaction and movement of goods, providing greater visibility across all parties involved.

Benefits of blockchain in logistics include:

• Real-Time Tracking of Goods: Blockchain technology enables real-time tracking, ensuring greater transparency and reducing the risk of fraud.
• Transaction Security: Blockchain’s decentralized nature ensures that data on products and transactions cannot be manipulated, providing customers with increased confidence.
• Automated Verification: Blockchain allows for automated verification of transactions, reducing administrative costs.

Blockchain is a transformative element in the growing logistics trends focused on enhancing security and supply chain efficiency.

5. Green Logistics and Sustainability

As awareness of climate change rises, logistics trends are increasingly focusing on sustainability. More logistics companies are adopting eco-friendly practices to reduce their carbon footprint and promote environmentally friendly operations.

Examples of green logistics include:

• Environmentally Friendly Vehicles: Companies are turning to electric vehicles to reduce emissions and their environmental impact.
• Eco-Friendly Packaging: Many companies are switching to recyclable or biodegradable packaging materials to cut down on plastic waste.
• Delivery Optimization: Using AI technologies to optimize delivery routes reduces fuel consumption and emissions.

Sustainability is becoming a major focus in logistics trends, as companies align with consumer expectations and environmental regulations.

As logistics evolves, logistics trends such as automation, blockchain, and sustainability are reshaping the industry. The S1 Digital Supply Chain study program prepares students to understand and implement these technologies in the real world, ensuring they are ready to be part of the digital revolution in logistics.

Tags: Teknik Logistik, | S1 Teknik Logistik |, S1 Digital Supply Chain Telkom |, Telkom University