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DOES THIS POST-PANDEMIC WORLD WILL AFFECT PROFESSIONALS /FRESHERS FOR GETTING A GOOD JOB? 30 LAKH PROFESSIONALS TO LOSE THEIR JOBS BY 2022

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DOES THIS POST-PANDEMIC WORLD WILL AFFECT PROFESSIONALS /FRESHERS FOR GETTING A GOOD JOB? 30 LAKH PROFESSIONALS TO LOSE THEIR JOBS BY 2022

At the start of 2020, none of us could predict the situation that currently going through but by now in late October more of us starting look at what life will be like in the coming months and years ahead, most of us already know the question isn’t when things will get back normal but what will be the new normal look?. This pandemic also created deep distress, as some businesses struggle to stay afloat most Indian companies will see their revenue and profits getting impacted amid the pandemic. Digital is reshaping the workspace of the future and changing the nature of jobs that need to be done, we all must anticipate and prepare for this future of work to stay relevant and valuable and that starts by acquiring the right skills 

IT Industry in India employs a total number of 16 million people out of that 9 million peoples are employed in low-income scale and BPO jobs, Among these 30%  ie, 3 million people jobs are to be laid off by 2022 due to RPA, this is where RPA comes to play (ROBOTIC PROCESS AUTOMATION)

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DOES THIS POST-PANDEMIC WORLD WILL AFFECT PROFESSIONALS /FRESHERS FOR GETTING A GOOD JOB? 30 LAKH PROFESSIONALS TO LOSE THEIR JOBS BY 2022 5

We might mistake it for something related to robots and all, but this has nothing to do with these robots or electronics, embedded and all. So many offices have these clerical works, such as reading or checking the status of mail, moving files from one location to other locations, or tasks like data entry where we have to manually type and enter the data or arranging files in a Google drive so these kinds of low-income jobs which anyone can do by just clicking these are the one are going to replace

So how are they going to be replaced?

Here comes RPA comes to play Robotic process automation it doesn’t mean that actual robots come in and click rather these are done by software robots, suppose a bill received the amount it holds is typed into another software it involves all these things there are many applications like these. So this is how we are going to solve all these with the help of RPA

RPA is a tool, all this tool helps to create an application which can perform these kinds of clerical jobs some are done through coding, some are UI controlled which are done by just clicking through it by using RPA there are different ways like this After clicking through this a new application is made if we run this application in a system or server we can see all these clerical jobs reading E-mails and all are done by the application. Just think about the application doing all these jobs people have to do taking 2 or 3 shifts if we put this application this can work from the morning to evening right? If we think like that the companies are going to replace 3 million that is almost 30 lakh employees by 2022.

At the same time 7 lakh RPA developers will be needed there since there is a need to build these tools to develop. Tools we don’t need to fully code them instead we use RPA tools quicker output so we can learn these types of tools and opt for jobs based on them, companies already hiring people based on these it is easier because it doesn’t involve much coding even if there is coding it is very less, so jobs like these will be created but old jobs like clerical and low-income scale jobs replaced. 

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DOES THIS POST-PANDEMIC WORLD WILL AFFECT PROFESSIONALS /FRESHERS FOR GETTING A GOOD JOB? 30 LAKH PROFESSIONALS TO LOSE THEIR JOBS BY 2022 6

We know about high-income skills and low-income skills jobs, so what is a high-income skill job? Our value increases with an increase in time and experience, when it comes to low-income skills it depends upon how much a person can click around from morning to evening and there is a limit for that even if the person has 20 years or 30 years experience. These low-income skills jobs like data entry, reading, and sending emails are to a certain limit so this is a low-income skill to there is high-income skill jobs like coding designing, etc, you should understand that these replacements are not supposed to happen here. One thing you should note here is that 3 million jobs are lost and only 7 lakh people are getting replaced there are 23 lakh people left behind.

What they should do that?

They will have to upskill their job they will have to go into new fields like cloud development, DevOps, coding, or project management and attend training to continue working in the companies.

UP Skilling!! Different training companies working this field too, it’s very important to work there because when these many people lose their jobs they need to find new jobs so people always try and find a new job these people should pay attention to select high-income skill jobs the next time only then your value will increase, A job that requires creative skills will be valued more, In the coming days slowly all the jobs are going to be replaced starting with the low-income skill jobs so understand RPA very clearly it is not a robot it is an application likewise it is not any code it involves only replacing these kinds of clerical work so definitely will be lost in that section.

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DOES THIS POST-PANDEMIC WORLD WILL AFFECT PROFESSIONALS /FRESHERS FOR GETTING A GOOD JOB? 30 LAKH PROFESSIONALS TO LOSE THEIR JOBS BY 2022 7

We know that if we have to chat about food delivery swiggy/zomoto now we have automated services that do not require customer care support. In earlier days we used to call customer care to solve such delivery issues but now we don’t have that, now everything is automated we can report the delivery issues by selecting food from the menu and it will enquire about your Oder issues all of which is automated so the customer care job also replaced now similarly you should clearly understand and analyze these changes that jobs are being replaced in our country

These people should upskill their skills and learn about these skills there are already many courses are available in RPA, RPA tools include mainly UI path, Blue Prism, Automation anywhere, PEGA, Work fusion, etc. there are many tools like which process automation is possible many include different scripts and languages some doesn’t have any coding included so different tools are different ways so you should consider that while choosing tools if you like coding can go for coding based one. So these people who expect job losses in the clerical field due to RPA do try and go for RPA tool related or other high-income skill jobs upgrade your skills asap, learn new thing so stop waiting your jobs are soon going to be replaced by the end of 2022. 

BIBIN
Author : Bibin P
Department : Industrial Automation
Linkedin : https://www.linkedin.com/in/bibin-p-839410174/

8 Key Trends Revolutionizing Network Security in 2025

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cyber security data protection business technology privacy concept
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Eight Network Security Trends That Will Redefine Cybersecurity in 2025

1. Secure Browsers: A Foundation for Digital Safety
The browser has become the frontline for cyberattacks, necessitating robust security solutions. Secure browsers now go beyond traditional safeguards to prevent accidental and intentional data leaks. With remote work and BYOD (bring your own device) becoming the norm, secure browsers protect access to business-critical applications across diverse locations and devices. These solutions balance stringent security with a seamless user experience, fostering productivity while securing digital operations. As secure browsers are adopted at scale, they will redefine how enterprises address browser vulnerabilities, marking a pivotal step in digital security.

2. Governments Lead the Way in Smart, Secure Infrastructure
Nation-state cyberattacks on critical infrastructure are pushing governments to invest heavily in secure and innovative systems. Beyond simply replacing outdated technologies, these efforts focus on integrating advanced solutions like 5G to power smart cities. This transformation drives advancements in public services, energy, and transportation but also introduces vulnerabilities.

Ruggedized Next-Generation Firewalls (NGFWs) ensure security in industrial and remote environments where standard solutions often fail. Combined with AI-powered tools for real-time IoT and OT monitoring, governments can protect legacy and modern systems alike. By prioritizing comprehensive security, public infrastructure will not only stay resilient but will also accelerate digital transformation.

3. Post-Quantum Cryptography: A New Challenge for Cybersecurity
Post-quantum cryptography (PQC), designed to resist quantum computing threats, is creating opportunities for attackers. Cybercriminals exploit security solutions unable to inspect PQC-encrypted traffic, embedding attacks within encrypted channels. For example, browsers like Google Chrome now support PQC by default, further complicating threat detection.

To address this, enterprises must deploy technologies capable of decrypting and inspecting PQC traffic, such as the Strata Network Security Platform. Organizations need visibility into PQC usage and the ability to adapt to emerging encryption standards to prevent these sophisticated attacks from gaining traction.

4. Multivector Attacks Demand Unified, Collaborative Security
Cyberattacks have evolved into complex, multivector threats that combine various techniques like web-based, file-based, and ransomware attacks. Traditional standalone security tools are ill-equipped to handle these multifaceted attacks. To defend against these threats, enterprises require integrated platforms that operate collaboratively across the cyber kill chain.

Cloud-delivered security services (CDSS), powered by Precision AI, provide real-time protection by identifying and neutralizing threats across network, cloud, and endpoint environments. This defense-in-depth strategy ensures a comprehensive approach to securing the entire digital ecosystem.

5. AI Copilots Revolutionize Cybersecurity Operations
The global shortage of skilled cybersecurity professionals has long been a challenge, but AI-powered copilots are filling the gap. These intelligent assistants automate repetitive tasks, analyze vast datasets, and provide actionable insights, enabling teams to respond faster and more effectively to threats.

In 2025, the adoption of AI copilots will accelerate as organizations realize their potential. These tools empower cybersecurity professionals to focus on strategic decision-making, reducing burnout while enhancing operational efficiency. This shift will make cybersecurity teams smarter, more agile, and better equipped to handle escalating threats.

6. Single-Vendor SASE: Secure, High-Performance Access Anywhere
The rise of remote and hybrid workforces has made secure, flexible access a priority. Single-vendor Secure Access Service Edge (SASE) solutions provide an all-in-one approach to security and connectivity, ensuring minimal latency and uninterrupted access to cloud applications.

By consolidating security and networking functions into a unified platform, SASE reduces complexity and costs while enhancing user experience. Comprehensive solutions, including secure browsers and AI-powered services, enable organizations to support a distributed workforce without compromising security or productivity.

7. AI-Specific Attacks Target Vulnerabilities in Advanced Technologies
As AI applications proliferate, they introduce new vulnerabilities that attackers can exploit. From manipulating large language models (LLMs) to targeting AI training datasets, cybercriminals are adapting their tactics to exploit weaknesses in AI supply chains.

AI Access Security ensures safe adoption of generative AI tools, while AI Runtime Security protects applications, data, and models from AI-specific threats. AI Security Posture Management (SPM) addresses configuration and governance risks, enabling businesses to securely embrace AI-driven innovation without exposing sensitive data.

8. Generative AI Transforms Phishing Threats
Phishing attacks are becoming more sophisticated with the use of generative AI (GenAI), creating emails that are almost indistinguishable from legitimate ones. These realistic phishing attempts are already leading to a 30% increase in successful attacks.

To combat this, organizations must rely on advanced AI-driven security tools. Secure browsers, combined with single-vendor SASE platforms, offer robust defenses against these evolving threats. Cloud-delivered protections enable real-time threat detection, making it harder for cybercriminals to succeed.

The Path Forward: Preparing for 2025
As cyber threats grow in sophistication, enterprises must adopt proactive and adaptable security strategies. Investing in holistic, AI-driven platforms and embracing technologies like secure browsers, integrated SASE solutions, and AI copilots will empower organizations to defend against emerging risks.

By staying ahead of these trends, businesses can ensure resilience, protect critical assets, and confidently navigate the dynamic digital landscape of 2025 and bey

SysLinuxOS: The Ultimate Linux Distribution for System Administrators

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SysLinuxOS: The Ultimate Linux Distribution for System Administrators
Evolution of SysLinuxOS: From Inception to a Full-Fledged Admin Toolkit
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SysLinuxOS: The Ultimate Linux Distribution for System Administrators 12

SysLinuxOS, with its user-centered approach, was developed with a mission to become an indispensable tool for system administrators. Its creator, Franco Conidi, a seasoned system integrator, sysadmin, and IT consultant, understood the unique demands faced by professionals in the field. Through SysLinuxOS, Conidi has not only created a robust platform but has also introduced a distribution that celebrates the flexibility and customizability inherent to Linux. It’s a project with a global vision, and as it continues to evolve, SysLinuxOS has started to gain recognition across the system integration community.

A Debian-Based System Designed for Integration Professionals

Sys LinuxOS takes pride in its Debian roots, harnessing the stability, security, and extensive package availability Debian is known for. By building on Debian, Sys LinuxOS inherits its strong foundation while adding layers of customization and functionality specifically suited to administrators. With versioning aligned with Debian’s releases, Sys LinuxOS keeps pace with Debian’s major updates, as seen in its latest version, which coincides with Debian 12. Yet, Sys LinuxOS goes a step further, integrating tools that allow professionals to perform complex tasks right out of the box.

From networking tools and monitoring utilities to enhanced security features, SysLinuxOS was made with system administrators in mind. Conidi has effectively infused his deep appreciation for Debian into the design and ethos of SysLinuxOS. This passion is evident in everything from its pre-installed tools to the social contract Debian advocates for—ensuring the distribution remains free and open. SysLinuxOS does more than leverage Debian’s strengths; it builds upon them, providing a specialized, powerful environment designed for those working with networks, servers, and complex IT infrastructures.

A Comprehensive Toolkit for Networking and Security

SysLinuxOS distinguishes itself by providing an extensive suite of tools designed specifically for system integration and network management. Instead of targeting a narrow set of applications, SysLinuxOS is intended to support a wide range of administrative tasks, ensuring that users have access to all the necessary tools for any job. For instance, it includes various network analysis tools in a dedicated menu, offering utilities like Angry IP Scanner, EtherApe, Nmap, and Wireshark. These tools help administrators monitor traffic, diagnose connectivity issues, and analyze network performance.

The OS also comes with pre-installed firewalls and security utilities, providing built-in protection without the need for additional configuration. Tools such as Gufw, Firewalld, Opensnitch, Shorewall, and Suricata offer a range of options for users who need to maintain network security and data integrity. Moreover, SysLinuxOS includes monitoring software like Cacti, Fail2ban, Icinga, Nagios4, Zabbix, and Monit, allowing administrators to keep track of network status, server health, and application performance from one centralized location.

An Enhanced Desktop Experience with Conky Widgets

Sys LinuxOS is more than a backend powerhouse; it offers an aesthetically pleasing and functional desktop environment that’s user-friendly and easy to navigate. Users can choose between the GNOME and MATE desktop environments, both of which are optimized to deliver smooth, efficient performance. Sys LinuxOS’s desktop experience is enhanced by Conky widgets, which provide real-time data on system metrics. These widgets display information about CPU and RAM usage, network activity, and running processes, creating a comprehensive view of the system’s status at a glance.

However, Sys LinuxOS isn’t afraid to go beyond the basics when it comes to system monitoring. The widgets also include monitoring tools for CPU and memory usage, along with additional internet metrics displayed directly on the desktop. While some reviewers from Linux Magazine felt this made the desktop somewhat cluttered, others have found the real-time displays of system status visually engaging and highly practical. Sys LinuxOS’s combination of aesthetics and functionality creates an efficient workspace that supports administrators in staying informed and in control.

Versatile Software Support with Extensive Package Repositories

One of the standout features of Sys LinuxOS is its extensive software selection, which includes many popular applications, collaboration tools, and development resources. Sys LinuxOS offers browsers like Firefox, Chrome, Edge, and Tor Browser, with the latter being seamlessly integrated upon first use. Additionally, communication tools like Skype, Zoom, WhatsApp, Telegram, Thunderbird, and Cisco’s WebEx are readily available, meeting the varied needs of administrators working across different environments.

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Furthermore, SysLinuxOS includes package repositories that provide access to a massive selection of software—over 65,000 packages in total. Enabled by default, these repositories include packages from notable sources like Skype, Docker, Google, and Microsoft, allowing SysLinuxOS users to effortlessly expand the system’s capabilities with minimal setup. In a testament to its versatility, SysLinuxOS ships with Docker and Docker Compose, enabling administrators to manage containers with ease, enhancing the system’s potential for development and deployment.

Supporting Hardware and Peripheral Compatibility

SysLinuxOS has gone to great lengths to ensure it’s compatible with a wide range of hardware, a critical feature for IT professionals who may need to manage various types of devices. By including numerous drivers beyond those in the Linux kernel, SysLinuxOS supports WiFi, Bluetooth, video, and sound hardware right out of the box. This extensive hardware compatibility allows SysLinuxOS to function seamlessly across different devices, ensuring that system administrators have a reliable platform, whether on laptops, workstations, or other hardware configurations.

The distribution also provides tools like the Raspberry Pi Imager and balenaEtcher, which enable users to flash images onto USB drives and SD cards, facilitating easy setup and deployment. Additionally, SysLinuxOS’s inclusion of Wine, with two GUI frontends, adds another layer of flexibility, allowing users to run Windows applications on Linux, making it an even more versatile environment for administrators needing cross-platform compatibility.

A Vision Driven by Passion for Open Source

Franco Conidi, the creator of SysLinuxOS, shared his journey and motivations on his personal blog, offering insight into the passion that drives the project. As a long-time Debian user, Conidi’s appreciation for Debian’s philosophy of open-source freedom and community-driven development deeply influenced the creation of SysLinuxOS. His commitment to creating a robust, reliable, and user-focused system reflects his own values as a sysadmin and system integrator. Conidi’s dedication to SysLinuxOS is palpable, as he continues to personally test and refine the system, stating that he uses SysLinuxOS as his primary OS.

For Conidi, SysLinuxOS is not just a project—it’s a labor of love and a commitment to the Linux community. His goal is to provide an indispensable resource for system administrators, allowing them to tackle their day-to-day tasks more efficiently. With version 12.3, Conidi reaffirmed this commitment, promising to make SysLinuxOS as useful and complete as possible for professionals in system integration and network administration.

Continual Evolution and Future Prospects

Since its inception, SysLinuxOS has grown rapidly, incorporating more tools and refining its user interface to better serve its user base. Videos on SysLinuxOS’s YouTube channel document this evolution, showcasing early features like the Conky sidebar and CPU and RAM utilization monitors, which were enhanced in later releases. Now, with tools like TeamViewer, AnyDesk, VirtualBox, and Remmina, SysLinuxOS continues to expand its functionality and solidify its role as a comprehensive tool for system administrators.

SysLinuxOS is more than a tool; it’s a testament to the power of open-source innovation and community. By prioritizing the needs of system administrators, Franco Conidi has created a platform that is practical, versatile, and optimized for professionals. Through ongoing updates and a commitment to quality, SysLinuxOS promises to remain at the forefront of Linux distributions for system administration, providing users with an OS that not only meets their needs but also exemplifies the limitless potential of open-source software.

SMEC at ADIPEC 2024: Leading the Future of Energy Solutions

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SMEC at ADIPEC 2024: Leading the Future of Energy Solutions

SMEC at ADIPEC 2024

SMEC at ADIPEC 2024: Pioneering Engineering Solutions and Sustainable Innovations for the Energy Sector

As a multinational EPC organization, SMEC is globally recognized for its distinctive services in Electrical, Controls, Instrumentation, Mechanical, and Hydraulics sectors. With over two decades of service history, SMEC has successfully catered to various industries, including Oil and Gas, Marine, Defence, and other industrial sectors. SMEC at ADIPEC 2024, located at Hall 13, Stand 13630-6, aims to showcase its innovative solutions that address the evolving challenges in the energy landscape. A Commitment to Unique Solutions

At SMEC, we pride ourselves on our ability to deliver unique solutions tailored to each individual system, based on its purpose and operational environment. Our facilities are equipped with advanced machinery and staffed by highly skilled professionals dedicated to delivering quality services within committed timelines. This commitment to excellence has cemented SMEC’s position as a leader in the energy sector.

SMEC at ADIPEC 2024 will demonstrate our comprehensive approach to automation and engineering solutions, emphasizing our capability to enhance operational efficiency and reliability for our clients. Our longstanding history and global presence reflect our dedication to understanding and fulfilling the diverse needs of the energy industry.

Global Presence and Experience

Since our establishment in 2001, SMEC has expanded its expertise and service value on a global scale. Our successful presence in the industry has been achieved by enhancing our capabilities as a one-stop solution provider for total client requirements. With operations in India, Dubai, Singapore, and a strong task force in Sharjah, UAE, SMEC is positioned to address the needs of clients across the globe.

SMEC at ADIPEC 2024 will provide an opportunity for industry leaders and professionals to engage with our team of experts, who will be on hand to discuss the latest advancements in automation technologies and how they can be leveraged to improve efficiency in oil and gas operations.

Marine Automation Leadership

SMEC Automation is a leading player in the marine and industrial automation sector. We specialize in installations and services for marine electrical and automation systems, including control panels, alarm and monitoring systems, propulsion systems, and boiler controls. In the industrial sector, our expertise extends to various automation projects such as AMF systems, boiler control systems, air-dryer pump control systems, and power management systems.

At SMEC at ADIPEC 2024, we will highlight our accomplishments in the marine automation sector, demonstrating how our solutions can enhance safety and operational efficiency. Our extensive experience in the field positions us as a trusted partner for organizations seeking to optimize their marine operations.

What to Expect at ADIPEC 2024

The Abu Dhabi International Petroleum Exhibition and Conference (ADIPEC) is one of the world’s largest energy events, bringing together more than 2,200 organizations from across the global energy ecosystem. Taking place from November 4-7, 2024, in Abu Dhabi, this prestigious event provides a platform for industry leaders to showcase their latest innovations and engage in meaningful discussions about the future of energy.

At SMEC at ADIPEC 2024, we invite attendees to explore our advanced solutions designed to tackle current and future challenges in the energy sector. Our presence at the exhibition underscores our commitment to driving innovation and supporting the energy transition.

Reasons to Visit SMEC at ADIPEC 2024

  1. Innovative Solutions: Discover how SMEC’s advanced automation technologies can optimize operations across various sectors, including oil and gas, marine, and industrial.
  2. Expert Engagement: Engage with our team of experts who will share insights on industry trends and the latest technological advancements at SMEC at ADIPEC 2024.
  3. Networking Opportunities: Connect with other industry leaders, innovators, and professionals from around the world, fostering partnerships that can lead to new business models and innovations.
  4. Comprehensive Services: Learn about our end-to-end services covering the entire project lifecycle—from design and installation to repair, retrofit, and maintenance.
  5. Customized Solutions: Explore our capability to develop tailor-made solutions that address specific client needs and operational requirements.

Our Expertise in Smart Automation

SMEC at ADIPEC 2024 will emphasize our expertise in Smart Automation, Advanced Electrical Systems, Electronics, Hydraulics, Instrumentation, and Mechanical engineering. We take pride in our highly experienced engineers who have earned our respect and trust through years of service in major OEMs. Their commitment to creating efficient and effective products and solutions is a hallmark of our success.

R&D and Future Technologies

Innovation is at the heart of SMEC’s operations. Our active R&D wing is dedicated to developing future technologies that can be seamlessly integrated into client operations, ensuring hassle-free and efficient performance. We understand that staying ahead in the energy sector requires continuous improvement and adaptation to new technologies.

At SMEC at ADIPEC 2024, attendees will have the chance to learn about our latest innovations and how they can be implemented to enhance operational performance. We are committed to exploring new technologies that will shape the future of energy.

Turnkey Projects and Client-Centric Approach

As an EPC contractor, SMEC recognizes the importance of assembling expert teams to manage turnkey projects effectively. Our recruitment process ensures that we have the best professionals who are trained to handle critical situations with skill and precision.

We are capable of managing projects at any stage of development, giving priority to client requirements. Our approach involves understanding the specific needs of our clients and collaborating with them to develop ideas that translate into actionable solutions.

Prototype Development and Quality Assurance

At SMEC, we follow a meticulous process for prototype development. After initial discussions with clients, we create basic prototypes and refine them based on feedback. This quick and efficient approach allows us to calibrate and test our solutions before installation, ensuring reliability and quality.

We also provide reliable lifetime service for all our authorized products, giving our clients peace of mind and confidence in their investment.

Diverse Applications Across Sectors

Defence

SMEC’s capabilities extend to the defence sector, where we have experience in:

  • Indigenization of Russian Systems
  • Engine Control Development Systems
  • Calibration Services for Instrumentation Systems
  • Development of Electric Panels and Crane Systems
  • Fire Fighting Systems and Retrofit Projects

Industry

In the industrial sector, our expertise includes:

  • Electrical Panels and Switchboards
  • Turbine Control Systems for Hydropower
  • Level Control Systems
  • Turnkey Electrical and Instrumentation Installations

Oil & Gas

Our contributions to the oil and gas sector involve:

  • Drilling Control Systems and BOP Systems
  • Jacking Hydraulic/Electrical Systems
  • Pipe Handling Systems and Deck Cranes

Marine

SMEC has a strong footprint in marine automation, focusing on:

  • Navigation Systems and Boiler Control Systems
  • Incineration Systems and Fire & Gas Systems
  • Turnkey Drydock Packages and Hull Machinery

Manufacturing Facilities and Enhanced Capabilities

To meet the demands of our growing project portfolio, SMEC has developed advanced manufacturing facilities equipped with the latest technologies and heavy machinery. Our facility in Kadavanthra, Cochin, spans 18,500 sq. ft. and is designed for work related to Pneumatics, Hydraulics, Electrical, Instrumentation, and Mechanical systems.

By having our manufacturing capabilities, we have significantly reduced delivery times by 20%, allowing us to handle more projects simultaneously. This strategic investment in infrastructure has enabled us to take on more challenging projects with confidence.

Conclusion

As a leader in the energy sector, SMEC at ADIPEC 2024 represents our commitment to providing innovative solutions that enhance operational efficiency and support the energy transition. With over two decades of experience, a strong global presence, and a dedicated team of experts, SMEC is poised to continue driving advancements in automation and engineering.

We invite all attendees to visit our booth at ADIPEC 2024 to learn more about how we can partner with you to deliver cutting-edge solutions tailored to meet your specific needs. Join us as we explore the future of energy together!

TAQA Unveils M4 Inflow Control System: Next-Generation Technology for Advanced Reservoir Management

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TAQA Unveils M4 Inflow Control System: Next-Generation Technology for Advanced Reservoir Management
Inflow Control System
TAQA Unveils M4 Inflow Control System: Next-Generation Technology for Advanced Reservoir Management 15

The Inflow Control System allows open flow for oil while restricting water inflow, optimized through detailed flow testing.

TAQA, a global leader in energy solutions with headquarters in Dhahran, Saudi Arabia, and Abu Dhabi, UAE, has introduced its most advanced inflow control technology yet: the M4 Inflow Control System. This next-generation device represents a significant breakthrough for oil and gas operators, enabling optimized reservoir management while simultaneously addressing sustainability challenges associated with oil, gas, and water production. The M4 System’s innovative design marks a departure from conventional control systems, offering improved stability, adaptability, and precision in managing fluid inflow to maximize production efficiency.

Meeting Evolving Industry Demands

As global demand for oil and gas continues to grow, so does the need for more efficient and environmentally friendly solutions for managing reservoir outputs. The complexities of today’s reservoirs require operators to balance the extraction of desirable fluids—primarily oil and gas—while minimizing the inflow of undesired fluids like water. Excess water production can not only decrease oil recovery rates but also lead to environmental and financial burdens. In response, TAQA’s M4 Inflow Control System has been developed to meet these challenges head-on, providing operators with a device capable of handling a range of reservoir conditions without risking operational instability.

Redefining Fluid Control with Intelligent Design

At the core of the M4 System’s breakthrough lies its precision-engineered control capabilities, allowing it to operate differently than traditional binary systems. Most inflow control devices (ICDs) in the market operate on a simple open/close mechanism that either allows fluid inflow or halts it altogether. However, this binary approach can cause sudden changes in pressure and, in extreme cases, lead to premature well shutdowns or production stoppages. By contrast, the M4 System avoids such binary control mechanisms and instead gradually regulates water inflow. As a result, it significantly reduces the chances of production interruptions and provides a more stable output, giving operators greater flexibility in managing their reservoir’s unique characteristics.

Advanced Multi-Phase Capabilities for Diverse Applications

The M4 Inflow Control System incorporates advanced multi-phase flow capabilities, allowing it to handle complex mixtures of oil, gas, and water without losing efficacy. This system has been rigorously tested across a range of conditions, including ultra-light, light, medium, and heavy oil types, proving its versatility in real-world applications. TAQA’s engineering team conducted single and multi-phase flow testing to validate the system’s performance, confirming its ability to handle diverse reservoir environments without compromising on control precision or system stability.

A unique feature of the M4 System is its pilot control mechanism, which is exceptionally sensitive to fluid density. This heightened sensitivity enables the device to differentiate between oil, gas, and water, making it highly effective in controlling unwanted water inflow even in high water-cut environments. With its advanced density-based control, the M4 System stands out as a versatile solution for oil fields of varying compositions, contributing to enhanced overall production efficiency.

High-Performance Design for Increased Longevity

The M4 System’s engineering was designed to endure demanding reservoir conditions while maintaining performance over extended periods. A full qualification matrix of debris, erosion, and cycle testing was completed to evaluate the system’s durability. These tests ensured that the M4 System would perform consistently in challenging environments, reducing the need for frequent maintenance and enhancing long-term reliability.

The device’s structure and material composition have been carefully selected to withstand high pressures and abrasive fluids commonly encountered in oil and gas production. This attention to detail in the M4 System’s design not only ensures its resilience but also minimizes operational costs related to replacement or repair, further benefiting operators financially.

Addressing Market Limitations and Expanding Capability

Conventional ICDs often struggle in applications involving low-viscosity oils, which are typically more challenging to control. TAQA’s M4 System directly addresses this issue by delivering precise control even with oil viscosities as low as 0.5 centipoise (cP). By excelling in such low-viscosity applications, the M4 System fills a crucial gap in the market, enabling operators to control water inflow effectively without compromising oil production, even under conditions that have traditionally posed challenges for competing devices.

The system’s operating and control points have been meticulously defined through advanced testing in a state-of-the-art multi-phase loop. In this controlled environment, water, oil, and gas mixtures were tested to fully assess the M4 System’s performance and responsiveness. This rigorous testing regime provided essential insights, ensuring that the system operates optimally across a range of water cuts and fluid mixtures, offering operators a reliable solution in unpredictable conditions.

An Environmental and Financial Imperative

As sustainability becomes a central focus for the oil and gas industry, managing water production effectively is no longer just a matter of operational efficiency but also an environmental priority. Excessive water production can strain natural resources and contribute to higher energy consumption in separating and disposing of the water, ultimately increasing a project’s carbon footprint. By effectively controlling water inflow, TAQA’s M4 System supports a more sustainable approach to resource extraction, aligning with the industry’s growing emphasis on environmental stewardship.

Moreover, TAQA’s innovative approach to inflow control translates into clear financial advantages. The M4 System minimizes the risk of production halts, reduces maintenance costs, and allows operators to maximize output from each well. This enhanced production efficiency ultimately leads to greater financial returns, making the M4 System a compelling investment for energy companies aiming to boost profitability while adhering to environmental goals.

Integration with TAQA’s Portfolio and On-Site Flexibility

A key feature of the M4 System is its compatibility with TAQA’s full suite of inflow control solutions. This “plug-and-play” integration enables operators to seamlessly incorporate the M4 System into existing setups, streamlining the installation process and minimizing downtime. Additionally, the M4 System allows for last-minute capacity adjustments, giving operators the flexibility to adapt to changing reservoir conditions on-site. The system also includes the capability to circulate fluids to the bottom of the well, a feature that enhances the system’s adaptability and makes it easier to deploy in diverse well environments.

TAQA’s M4 technology has been designed with ease of installation in mind, even in challenging conditions. Its compatibility with a wide range of well types and reservoir environments means that operators can deploy it without needing extensive alterations to existing infrastructure, a critical advantage in today’s competitive energy market.

Pioneering New Standards in Inflow Control at ADIPEC 2024

The M4 Inflow Control System will be showcased at the ADIPEC conference from November 4-7, 2024, where TAQA will exhibit at Stand 6232. This industry event serves as a global platform for the latest advancements in energy technology, and TAQA’s presentation of the M4 System will highlight its commitment to driving innovation in inflow control solutions. Industry leaders and stakeholders attending ADIPEC will have the opportunity to view the M4 System firsthand, gaining insights into its design, functionality, and potential to transform fluid control practices in the energy sector.

A Strategic Move in Global Energy Innovation

TAQA’s release of the M4 Inflow Control System underscores the company’s dedication to advancing well solutions that meet the evolving demands of a global energy market. By developing technology that enables precise and sustainable fluid control, TAQA is helping the industry move toward a future where environmental considerations and operational efficiency go hand in hand.

The M4 System not only enhances production rates and resource management but also aligns with industry-wide goals to reduce environmental impact. As TAQA continues to refine its technologies and develop solutions that cater to diverse reservoir conditions, it is well-positioned to remain at the forefront of inflow control innovation.

Concluding Thoughts: A Game-Changer for Reservoir Management

The launch of TAQA’s M4 Inflow Control System represents a significant milestone in the field of reservoir management. With its cutting-edge design, exceptional adaptability, and environmentally responsible approach, the M4 System is poised to make a meaningful impact in the oil and gas sector. As the industry grapples with the dual challenges of increasing energy demands and stringent sustainability goals, solutions like TAQA’s M4 System provide a pathway toward achieving both profitability and environmental stewardship.

Crypto ETFs Experience Significant Inflows as U.S. Election Approaches; Traders Prepare for High Volatility

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Crypto ETFs Experience Significant Inflows as U.S. Election Approaches; Traders Prepare for High Volatility

Crypto ETFs See Strong Inflows as U.S. Election 2024 Nears

  1. Crypto ETFs Introduction
    • Overview of Crypto ETF Inflows and Election Impact
  2. Surge in Bitcoin ETF Inflows
    • Record-Breaking Investments in BlackRock’s iShares Bitcoin Trust
  3. Bitcoin’s October Rally and Election Sentiment
    • Trump as a Pro-Crypto Candidate
  4. Analyst and Market Projections
    • Potential for Crypto-Friendly Legislation
    • Polls and Betting Market Insights
  5. Anticipated Volatility and Derivatives Activity
    • Futures Market Expectations
    • Record Highs in Crypto Derivatives
  6. Post-Election Bitcoin Projections
    • Expectations for Stability and Growth
  7. Conclusion
Crypto ETFs
Crypto ETFs Experience Significant Inflows as U.S. Election Approaches; Traders Prepare for High Volatility 17

Nov 1 (Reuters) – Investors are increasingly directing funds toward cryptocurrency-focused exchange-traded funds (ETFs), especially those tracking Bitcoin, as the U.S. presidential election approaches. Many see a potential victory for Republican candidate Donald Trump as a catalyst for positive regulatory changes in the crypto sector, while also bracing for heightened price fluctuations in the digital currency during the election period, recent data reveals.

Inflow Surge for Bitcoin ETFs Highlights Investor Sentiment

On Wednesday, ETFs that track the spot price of Bitcoin saw a dramatic surge in inflows, reaching a total of $917.2 million in a single day, according to data from The Block, a trusted source of digital assets analytics. This figure represents the highest daily net inflow since March of this year, underscoring a significant uptick in interest and confidence in cryptocurrency as a financial asset.

BlackRock’s iShares Bitcoin Trust ETF Leads with Record-Breaking Inflows

Among the funds, BlackRock’s iShares Bitcoin Trust ETF (ticker: IBIT.O) drew particular attention. As the largest spot Bitcoin fund in terms of assets under management, it brought in $872 million in net flows on Wednesday alone—a record-breaking one-day haul since its inception in January. The scale of these inflows indicates mounting anticipation among investors for potential favorable policy shifts under a pro-crypto administration.

Bitcoin Rallies in October amid Pro-Crypto Political Sentiment

Bitcoin’s price rose approximately 12% throughout October, driven by the anticipation of a Trump victory. Trump has positioned himself as a supporter of cryptocurrency, appealing to investors who see him as likely to advocate for crypto-friendly regulatory measures if he secures a second term.

Analysts Highlight Potential for Crypto-Friendly Legislation Post-Election

Ryze Labs analysts suggest that the increasing likelihood of a Republican win has fueled optimism within the crypto community. Investors and industry insiders alike speculate that a GOP-led administration could drive forward legislation supportive of the digital asset industry, particularly if Republicans gain control of Congress alongside a Trump presidency.

Polls and Betting Markets Reflect a Tight Race with Varying Odds

While traditional polling data indicates a close race between Trump and Democratic candidate Kamala Harris, betting platforms like Polymarket display a higher probability for a Trump win. This variance in expectations reflects both the high-stakes nature of the election and its potential implications for financial markets, especially cryptocurrency.

Market Data Signals Anticipated Volatility Leading Up to Election Day

Amid these political dynamics, futures markets reveal a clear sense of caution among investors. Forward-implied volatility data from the crypto derivatives exchange Deribit points to potential daily price movements in Bitcoin of about 3.7% in either direction leading up to and through Nov. 8, underscoring a heightened risk environment as the election unfolds.

Crypto Derivatives Show Record-High Market Activity as Traders Brace for Shifts

Crypto derivatives activity has surged to unprecedented levels. Open interest on derivatives exchanges—a measure of the number of active contracts—reached an all-time high of $43.61 billion on Tuesday, per data from Coinglass. This milestone highlights the intensifying engagement of market participants who are positioning themselves ahead of potential election-driven price changes.

Expectations of Post-Election Stabilization and Price Gains

While volatility is expected to dominate the short term, market indicators suggest an optimistic outlook for Bitcoin in the longer term. Deribit CEO Luuk Strijers noted that derivatives activity implies traders expect post-election stabilization, with the potential for Bitcoin’s price to continue its upward trajectory once the political dust settles.

Transhipment port-based job roles are Huge Opportunities

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Transhipment port-based job roles are Huge Opportunities

Transhipment ports play a critical role in global trade by acting as intermediate destinations where cargo is transferred from one vessel to another before reaching its final destination. The job roles at such ports are diverse and involve a range of responsibilities from operations to logistics, safety, and administration. Here are some key job roles typically found in a transhipment port:

1. Port Operations Manager

  • Responsibilities: Oversees the overall operations of the port, including cargo handling, vessel scheduling, and logistics coordination. Ensures efficient and smooth operations while maintaining safety and regulatory compliance.
  • Skills: Leadership, problem-solving, logistics management, communication.

2. Terminal Manager

  • Responsibilities: Manages the day-to-day operations of the terminal, including the loading and unloading cargo, equipment maintenance, and workforce management.
  • Skills: Operations management, personnel management, technical expertise in port equipment.

3. Stevedore/Longshoreman

  • Responsibilities: Physically handles the loading and unloading of cargo from ships, often involving the use of cranes and other heavy equipment. Ensures cargo is stowed and secured properly.
  • Skills: Physical stamina, attention to detail, safety awareness.

4. Customs Officer

  • Responsibilities: Inspects and clears cargo for import and export, ensuring that all customs regulations and procedures are followed. Works closely with shipping companies, freight forwarders, and government agencies.
  • Skills: Knowledge of customs regulations, attention to detail, and analytical skills.

5. Shipping Agent

  • Responsibilities: Acts as a liaison between the shipping company and the port, arranging for the necessary services (e.g., pilotage, tug assistance, berth allocation) and handling the paperwork related to the vessel’s arrival and departure.
  • Skills: Communication, organizational skills, knowledge of shipping procedures.

6. Freight Forwarder

  • Responsibilities: Coordinates the shipment of goods on behalf of clients, ensuring that cargo is routed efficiently through the transhipment port. Manages documentation, customs clearance, and logistics.
  • Skills: Logistics management, negotiation, and documentation expertise.

7. Cargo Planner

  • Responsibilities: Plans the stowage and routing of cargo on vessels, ensuring optimal use of space and balance of the ship. Works with shipping lines and terminal operators to ensure smooth cargo handling.
  • Skills: Analytical thinking, attention to detail, logistics planning.

8. Marine Pilot

  • Responsibilities: Navigate ships into and out of the port, ensuring safe passage through often complex and congested waters. Works closely with the port authority and vessel captains.
  • Skills: Advanced navigation, maritime safety, quick decision-making.

9. Safety Officer

  • Responsibilities: Ensures that all port operations adhere to safety regulations and standards. Conducts inspections, safety drills, and training for port workers.
  • Skills: Knowledge of safety protocols, risk assessment, and training abilities.

10. Port Engineer

  • Responsibilities: Maintains and repairs port infrastructure, including cranes, docks, and other equipment. Ensures that all machinery is in good working order to avoid operational delays.
  • Skills: Engineering, mechanical knowledge, troubleshooting.

11. Logistics Coordinator

  • Responsibilities: Coordinates the movement of goods through the port, ensuring that cargo is loaded, unloaded, and transferred efficiently. Tracks shipments and manages schedules.
  • Skills: Time management, coordination, multitasking.

12. Vessel Traffic Controller

  • Responsibilities: Manages the movement of ships within the port area, ensuring safe and efficient navigation. Communicates with vessel captains and coordinates with pilots and tugboats.
  • Skills: Communication, situational awareness, decision-making.

13. Tugboat Operator

  • Responsibilities: Operates tugboats that assist larger vessels in manoeuvring in and out of the port. Ensures safe docking and undocking of ships.
  • Skills: Maritime operations, teamwork, navigation skills.

14. Environmental Officer

  • Responsibilities: Monitors and enforces environmental regulations within the port. Ensures that port activities do not harm the local ecosystem, and manages waste disposal and pollution control.
  • Skills: Environmental science, regulatory knowledge, problem-solving.

15. Administrative Roles (e.g., HR, Finance, Procurement)

  • Responsibilities: Support the port’s operations through roles in human resources, finance, procurement, and other administrative functions. These roles ensure the smooth operation of the port’s business side.
  • Skills: Organizational skills, financial acumen, procurement knowledge.

16. Port Security Officer

  • Responsibilities: Ensures the security of the port by monitoring access points, conducting security checks, and coordinating with law enforcement agencies. Addresses any security breaches or incidents.
  • Skills: Security management, vigilance, communication.

17. IT Systems Manager

  • Responsibilities: Manages the port’s information systems, including software for tracking cargo, communication systems, and cybersecurity. Ensures that all IT infrastructure supports the port’s operations effectively.
  • Skills: IT management, cybersecurity, system administration.

18. Port Planner

  • Responsibilities: Involved in the long-term planning and development of the port, including expansion projects, infrastructure improvements, and strategic planning.
  • Skills: Urban planning, project management, analytical thinking.

These roles highlight the complexity and variety of tasks involved in running a transhipment port. Each position plays a crucial part in ensuring that the port operates efficiently, safely, and in compliance with all regulations.

Piping in Oil and Gas Petroleum Sector – Best Oil and Gas Job Opportunities in 2024

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Piping in Oil and Gas Petroleum Sector – Best Oil and Gas Job Opportunities in 2024

Introduction to Piping in Oil and Gas

Piping in oil and gas is an inevitable factor in the Oil and Gas sector, to transport the oil from one place to another several pipelines are used. A career in piping will provide you with opportunities all around the world. Piping in Oil and gas is mostly used in Oil rigs for upstream and downstream operations. To do the gathering, transmission, and distribution of oil, Piping in oil and gas is really unavoidable.

Piping engineering is one of the leading fields in oil and gas industries where mostly mechanical or production engineers and diploma candidates can develop their careers best.

As advanced technologies came to play a major role in all industries, with the benefit from that. The piping fields improved by initiating the implementation of new technologies and also integrating with different fields that are for example automation, instrumentation, etc.

What is Piping in Oil and Gas?

Piping is the only way to transport fluids to different locations and therefore we can’t neglect the importance of piping in any industry other than the pipe it has different fittings (elbow, tee,..) components(valve, flanges,…) instruments, and also process equipment (heat exchanger, boiler,…) are used then all combined we call it as piping or pipeline. unlike these fittings, piping is a combination of different fields too, as a result, there will be a huge career opportunity for civil, automation, instrumentation, chemical, and Petrochemical engineers in the field of work.

Piping in Oil and Gas
Piping in Oil and Gas Petroleum Sector - Best Oil and Gas Job Opportunities in 2024 20

Working Principle of Piping in Oil and Gas

Piping engineering works based on fabrication techniques, as with the help of pipe and different fittings and components the fabrication must be done with the help of given design drawings (isometric drawings)

The piping part is divided into two different parts design and fabrication. With the help of different design software, the piping drawings are made (PDMS, SP3D). the next stage of fabrication is done with the help of these designed drawings by a piping engineer, piping supervisor, and piping foreman.

And the design and fabrication altogether form the structure.

Working

Once the company takes on a piping project in any field or in the oil and gas industry, the initial development should be based on procurement and manpower requirements once it is done the design department can submit the design drawings (isometric drawing, gad, p&id). After the successful submission, the field engineers come into play. By the drawings given the field engineers should fabricate the piping in the field or the shop.

The fabricated spool from the shop can be transported to the field and after being joined to the existing pipeline the complete structure can be fabricated. The fabrication is done by a piping engineer, piping supervisor, piping foremen, site engineer, and also fabricators and welders. After all the work has been done next phase is quality control, they can use different NDT tests and find out any defects that affect the quality of the weld and it can be repaired by the welding inspector.

Future Scope

Piping engineering plays a vital role in all fields. Apart from Oil and Gas it also has scope in pharmaceutical, chemical, petrochemical, firefighting, F&B industries, and power plants even it can be used for gas distribution or water distribution to different places even houses. With the addition of newly invented technologies, the piping work can be everything very easily mostly in quality and safety. The new technologies that may include are for example, picking& passivation of pipes, pipeline buoyancy, usage of floating and forced root tanks, and the help of this new advanced technology will reflect in the quality and maintenance of piping and pipeline

Job Opening

BY FIELD                                                                                                                     

  1. Oil and gas refineries                                                  
  2. Shipyards                                                                      
  3. Petrochemical industries                                           
  4. Pharmaceutical industries                                         
  5. Chemical industries                                                     
  6. Power plants
  7. Firefighting industries

BY POSITION  

  1. Piping engineer
  2. piping supervisor
  3. piping foremen
  4. site engineer
  5. site supervisor
jerin
Author: Jerin James
Department: Oil and Gas Piping
Linkedin: https://www.linkedin.com/in/jerin-james-05abaaa1/

Python career in 2024?

Python Expert
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Python career in 2024?

Python career

If you like to start your Python career then this article will be useful for you. Python is one of the languages that is witnessing incredible growth and popularity year by year. In 2017, Stackoverflow calculated that Python would beat all other programming languages by 2020 as it has become the fastest-growing programming language in the world. This shows that the Python career will provide you with a good future. It was created by Guido van Rossum and first released on February 20, 1991.

Python career
Python career in 2024? 23

“Python is an experiment in how much freedom programmers need. Too much freedom and nobody can read another’s code; too little and expressiveness is endangered“

-Guido Van Rossum

Python career is a great choice in 2024 cause it is one of the best programming languages. One of the amazing features of Python is the fact that it is actually one person’s work. Usually, new programming languages are developed and published by large companies employing lots of professionals, and due to copyright rules, it is very hard to name any of the people involved in the project. Python is an exception. Learning Python gives the programmer a wide variety of career paths to choose from. Python is an open-source (free) programming language that is used in web programming, data science, artificial intelligence, and many scientific applications. All of this makes python career suitable for a secure future.

Python Career

Is a Python career still relevant?

Learning Python allows the programmer to focus on solving problems, rather than focusing on syntax. Its relative size and simplified syntax give it an edge over languages like Java

and C++, yet the abundance of libraries gives it the power needed to accomplish great things.

Use the Django Framework to Rapidly Develop Web Apps

Django is a user-friendly web framework in Python that’s widespread in its use. Here’s an overview of what makes it so useful

Django is a high-level web framework in Python that allows users to easily build web applications rapidly with minimal code. The Django framework follows the model-view-controller (MVC) design pattern. This setup facilitates the easy development of complex database-driven web apps. Through these design patterns, Django emphasizes the reusability of components. It also follows the don’t-repeat-yourself (DRY) principle, which reduces repetition in software through abstraction and data normalization to avoid redundant code.

Django can be used in a variety of web applications, including customer relationship management systems (CRMs), social media applications, online marketplaces, on-demand delivery applications, and many more. Lots of familiar web applications currently use Django, including Instagram, Dropbox, Spotify, and Mozilla, among several others. As you might suspect based on its widespread use, the MVC design pattern enables rapid development, scalability, and security in web applications.

DJANGO IN USE: INSTAGRAM

Now that we’ve seen some of the benefits of Django, let’s look at a specific instance of its application in practice. The quality of Instagram’s user experience and service is in large part due to much of its core functionality being written in Django. For example, Instagram uses the Django applications entry for error reporting. This allows Instagram developers to diagnose bugs, modify code, and optimize the performance of application components.


Instagram is also built on top of a Django tool called Dynostats, which also allows you to monitor the efficiency of application components. Using Dynostats, developers can monitor user requests, application responses, application latency, and more. This allows developers to easily pin down the causes of an application slowing down which leads to solutions faster.

Why Python is Best for AI, ML, and Deep Learning

The Python programming language has been in the game for so long, and it is here to stay.

Artificial intelligence projects are different from traditional software projects. The difference lies in the technology stack, the skills required for AI-based projects, and the need for in-depth research. To implement AI aspirations, you need to use a programming language that is stable, flexible, and has available tools. Python provides all of these, which is why we see many Python AI projects today.

Python facilitates developers to increase their confidence and productivity in their developing software from development to deployment and maintenance. The benefits of making Python the perfect solution for machine learning and AI-driven projects include simplicity and consistency, flexibility, access to powerful AI and machine learning (ML) libraries and frameworks, platform independence, and large communities. These things increase the popularity of the language.

BUILD YOUR CAREER WITH PYTHON

Here’s the list of the top Python jobs that you can pursue to boost your career in Python

Python is one of the most popular programming languages across the globe and it offers the most promising career opportunities as well. This demand for Python developers is increasing every year. There is a reason why this high-level programming language is so popular. Python language is one of the most accessible programming languages available because it has simplified syntax and is not complicated, which gives more emphasis on natural language. Python is also one of the best tools for creating dynamic scripts on large as well as small scales.

List of top Python jobs for 2024:

●       Python Developer

●       Python Web Developer

●       Full-Stack Developer

●       Machine Learning Engineer

●       Data Analyst

●       Software Developer

Python Developer

The most suitable job that you must get into after acquiring skills in Python will be the role of a developer. A Python Developer is responsible for the coding, designing, deploying, and debugging of development projects, typically on the server side (or back-end). They may, however, also help organizations with their technological framework.

Python Web Developer

A Python web developer is responsible for writing server-side web application logic. Python web developers usually develop back-end components, connect the application with other third-party web services, and support the front-end developers by integrating their work with the Python application.

Full-Stack Developer

A full-stack developer is someone who works with the back end of an application as well as the front end. Full-stack developers have to have some skills in a wide variety of coding niches, from databases to graphic design and UI/UX management to do their job well. The full-stack engineer job description usually includes using a range of different technologies and languages to develop applications. Full Stack Developers approach software holistically since they cater to both user experience and functionality

Machine Learning Engineer

In the last couple of years, the job postings for this position have increased to about 330%. If you are skilled in Python, you will be given the preference above other candidates. The role of a machine learning engineer is to build and train machines, programs, and other computer-based systems for applying these to making predictions. Python becomes ideal for this role because of its capability of data automation and algorithms

Data Analyst

One of the most common uses for Python is its ability to create and manage data structures quickly. Pandas, for instance, offer a plethora of tools to manipulate, analyze, and even represent data structures and complex datasets. Additionally, you can use Python /R to write your own data analysis algorithms that can be directly integrated into your business intelligence tools via API.

Software Developer

The role of a software developer engages in identifying, designing, installing, and testing a software system they’ve built for a company from the ground up. It can range from creating internal programs that can help businesses be more efficient to producing systems that can be sold. When software developers deliver a software system, they also maintain and update the program to ensure that all security problems are fixed and that it operates with new databases. Python is a common language used in the software development process, making knowledge of the language key to landing a job as a software developer.

It seems that Python is winning these days, in part because of the rise of data science and its ecosystem of machine-learning software libraries like NumPy, Pandas, Google’s TensorFlow, and Facebook’s PyTorch.Python, which started as a simple scripting language, as an alternative to Perl, has become mature. Its ease of learning, its huge amount of libraries, and its widespread use in all kinds of domains have made it the most popular programming language of today.

Ref: Python Developer Training

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Author: Sandeep Krishnan
Department: Python
Linkedin :

What is Industrial Automation?

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What is Industrial Automation?

Introduction to Industrial Automation

Industrial Automation is the process of automating the whole industry. Before diving into the deep sea, you need to know what automation is. The word automation is derived from the Greek Language. Auto means self-dictating and Mation means something is moving. When we put it together, it is a process that is operated or controlled automatically without the intervention of human potential or less human potential and this is called Automation.


We can see different types of automation in our daily lives, for example, when we approach the opening door of a shopping mall, it automatically opens for us, then we walk away from the door, and after that, it closes automatically. Another interesting example can be traced from our household which is the automatic tank filling mechanism/system.

Whenever the tank gets empty or lowered below a particular preset level, the pump automatically starts and the tank will be filled in minutes. Similarly, when the water gets filled or raised above a reference line, the pump comes to a halt. Furthermore, when a person enters a room, the light glows automatically up and when he leaves the light goes off. All of the above are examples of different types of Automation.

Industrial automation
What is Industrial Automation? 26

What are the different types of Automation?

  • Car Automation
  • Industrial Automation
  • Home Automation
  • Scientific Automation
  • Software Automation

This article is completely focused on industrial automation. Industrial automation is the process of automating the whole industrial plant to obtain maximum output with less input, to improve safety, reliability, productivity, reduction of labor, repetition of tasks indefinitely, and so on.

This is an example that shows the need for Industrial Automation?

Industrial automation
What is Industrial Automation? 27

The above picture shows the need for Automation. The first picture shows, a man controlling a manual control valve for regulating the fuel supply for the burning process. He is sacrificing his health, time, and energy to control this process. He should continuously monitor the temperature gauge on top of that, he needs to adhere to the steam pipe to control the hand valve.

This is an unsafe procedure and not good for health. However, figure 2 is completely opposite. Instead of a man we are using a controller we are using a temperature transmitter as a controller to send the electric output and this is called a PV/Process Variable.

The controller is set for 100 degrees centigrade as the set point. The controller always compares the set point with the process variable. If the SP and PV are the same, then it will send the signal to the actuator. Here a control valve is used to control the flow of fuel to the chamber. This process is called Industrial Automation.

What are the advantages of Automation?

  • Less Human intervention
  • Improved Safety
  • Improved Productivity
  • No need to run the plant for a long time
  • Remote control is possible

Author–Mus Hab Ibin Umer







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Top 10 highest-paying Jobs in India in 2024?

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Top 10 highest-paying Jobs in India in 2024?

Introduction to highest paying jobs in India in 2024

In this article, we will discuss the top 10 highest-paying jobs in India in 2024. We all know that every industry is competitive. In this competitive environment having a job is not enough we must achieve good skills because of the competitive nature of the job market. Each and every industry is undergoing a lot of changes all around the world. A good career can change your life, most of us are looking for a job that pays well. Due to the advancement in technology, there are several opportunities. Choosing a career can change your life but a future-proof career can secure your life.

What are the major highest-paying jobs in India in 2024?

These are the highest-paying jobs in India in 2024

Data Scientist

The world runs on data most of the business and manufacturing sectors utilize data for their operation. Data science is one of the highest-paying jobs in India in 2024. Data will be used to make proper business decisions. The major job role of a data scientist is to extract the required data for an organization from a pile of data.

highest-paying Jobs in India in 2024
Top 10 highest-paying Jobs in India in 2024? 30

What are the major skills required for a data scientist?

•        Analytical skills

•        Programming skills

•        Logical skills

•        Skills in cloud computing

•        Problem-solving ability 

Project manager

In an organization, there will be a project manager to handle the projects. It is one of the highest-paying jobs in India in 2024. As a project engineer, one should handle the project based on the business requirements. The project manager should check every stage of the project and supervise it in every stage. There are a lot of opportunities for project managers all around the world. The project engineer will handle the risk associated with the project and also they are responsible for the timely and cost-effective delivery of the project.

What are the required skills for a project manager?

•        Leadership skills

•        Communication

•        Risk handling

•        Decision making

•        Solving problems

•        Managing costs

Machine learning

This is a part of artificial intelligence and it is also ranked among the top highest-paying jobs in India in 2024. This is a sector in which machines are transformed to imitate human behavior. Machine learning is now being utilized in several industries such as healthcare, retail, etc. A machine learning expert should be able to create ML programs and also to do statistical analysis for the business.

What are the required skills for a machine learning expert?

•        Skills in Python programming

•        Skills in data modelling

•        Knowledge of ML frameworks

Logistics professionals

Logistics plays an important role in our daily lives the opportunities in this sector are vast. This is one of the major industrial sectors that provides the highest-paying jobs in India in 2024. Every industry requires logistics to carry out its operations. We can say that the global economy depends a lot on the logistics sector.

What are the required skills for a logistics professional?

•        Problem-solving skills

•        Organizational skills

•        Team handling skills

Cybersecurity professionals

In this digital era, we can say that everything is digitalized from bill payments to socialization.  Every organization is being digitalized and due to this, the chances of cyber attacks are high. Due to this, the opportunities for cybersecurity professionals are high. Cybersecurity is also one of the highest-paying jobs in India in 2024. Data security is really important to carry out several operations in an organization and cyber security can provide this. This is an industrial sector in which we can see opportunities all around the world. The average annual salary of a cyber security professional is 7 LPA in India.

highest-paying Jobs in India in 2024
Top 10 highest-paying Jobs in India in 2024? 31

What are the required skills for a cybersecurity professional?

•        Computer networks

•        Problem-solving skills

•        Knowledge of security in different platform

Cloud Architect

Cloud computing has led to the emergence of a lot of start-ups because it delivers services such as networks, storage, databases, etc. All these services are provided through the Internet. This job is on the list of highest-paying jobs in India in 2024. Most organizations are looking for cost-effective operations and this can be provided by a cloud architect. 

What are the required skills for a Cloud Architect?

•        Programming skills

•        Knowledge of basic cybersecurity

•        Skills in data storage

•        Knowledge in networking

Blockchain developer

Now every transaction is carried out through digital means. As a blockchain developer, one should be able to handle currency transactions, data security, digital transactions, and a lot more. This is an emerging field and also it is among the highest-paying jobs in India in 2024. We can see a lot of opportunities in blockchain in the private and public sectors. If you are someone who has a background in mathematics or computer science then you can choose a career in blockchain.

What are the required skills for a blockchain developer?

•        Knowledge of APIs

•        Skills in data structure and algorithms

•        Knowledge in Python, C, etc

Full stack developer

Web development is really important in every industry as we all know the IT sector is growing rapidly so there are a lot of opportunities in this sector. There are several opportunities for full-stack developers and it is the highest-paying jobs in India in 2024. As a Full-stack developer, one should be able to do the front end and back end. The major reason why the opportunities in this field are vast is they can build an app, website, or software from nothing. They are also capable of doing the maintenance and testing of the software.

What are the required skills for a stack developer?

•        Skills in database

•        Analytical skills

•        Skills in backend language

•        Frameworks

•        API

IoT Solution Architect

IoT is an emerging sector IoT is used to carry out communication between devices. Data exchange can be easily carried out by this and it will be one of the highest-paying jobs in India in 2024. As we can see lot of smart devices in our daily lives like home security systems and smart lighting systems are examples of IoT. This is an emerging sector and it has already gained a lot of popularity in recent times. As an IoT engineer, one will be capable of handling the problems in an organization regarding the IoT.

Is IoT a high-paying job in 2024?

Yes, it is a high-paying job and also it can provide global opportunities.

What are the required skills for an IoT solution architect?

•        Software development

•        Cloud computing

•        Networking

•        Data Analytics

•        Sensors and integration system

DevOps Engineer

A DevOps engineer plays a major role in the software development process. DevOps professional is also one of the highest-paying jobs in India in 2024. The major role of a DevOps engineer is to act as a mediator between the development and the operations team. Software plays an important role in most organizations and the same goes for a DevOps professional. The major role of a DevOps engineer is to check the automation process and also the timely delivery of the product. They need to check the software development procedure and also to provide a proper idea regarding the development of the software.

What are the required skills for a DevOps engineer?

•        Knowledge in Cloud computing

•        Programming skills

•        Skills in development and operations

•        Knowledge of DevOps toolchains

•        Knowledge of coding

Will AI take over your jobs?

We all know that Artificial intelligence plays a major role in our lives and it plays an important role in the development of technology. AI will replace several jobs and also it will be used to complete a task very quickly.

What are the major AI jobs?

While replacing certain jobs AI will also create several jobs too. AI will create several jobs such as Data Science, Business intelligence, big data, and a lot more.

What are the jobs or professions which is AI-proof?

There are some AI-proof jobs such as medical workers, teachers, the health care sector, HR professionals, Editors, Event planners, Graphic designers, Lawyers, Authors, writers, etc.

Author – Ashlin A J

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