Story Category: Technology
ERP for Building and Construction autuscybertech.com
Construction ERP software is a comprehensive solution designed specifically for the construction industry. The software helps manage the entire construction project lifecycle, from design and planning to construction and project closeout. The system integrates various departments and processes, including project management, resource planning, procurement, scheduling, budgeting, and financial management. The software allows for greater efficiency, improved data accuracy, and increased productivity.
ERP for Building and Construction
Enterprise Resource Planning (ERP) software for building and construction is a comprehensive solution designed to help construction companies manage their projects. The software streamlines operations by integrating various departments and processes, including project management, resource planning, procurement, scheduling, budgeting, and financial management. The system allows for greater efficiency, improved data accuracy, and increased productivity.
ERP Automotive Manufacturing Software autuscybertech.com
Automotive manufacturing software is a comprehensive solution designed specifically for the automotive industry. The software helps manage the entire production process, from design and development to distribution and sales. The system integrates various departments and processes, including inventory management, production planning, quality control, supply chain management, and financial management. The software allows for greater efficiency, improved data accuracy, and increased productivity.
ERP Apparel Management Software autuscybertech.com
Apparel management software is a comprehensive solution that helps manage the entire production process for apparel manufacturers. The software streamlines operations by integrating various departments and processes, including inventory management, production planning, quality control, supply chain management, and financial management. The system allows for greater efficiency, improved data accuracy, and increased productivity.
Efficient Kamailio Support Services by Ecosmob ecosmob.com
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Most IT Projects Fail: 75% of Projects Fall Short of Goals avendata.com
IT projects are not always successful—such is the price of innovation. Yet, depending on the source, up to 85% of these projects fail, which seems astronomical. In contrast to other industries, developing information technology solutions has not decreased its failure rate over the past 20 years. The question is, what are the causes, and what can companies do to improve? Why is the failure rate so high, and what are possible strategies to reduce it? And what are the specific challenges of archiving legacy data?
Why study environmental regulations? saiuniversity.edu.in
As significant economic changes sweep India, the need for environmental protection laws and regulations is felt more than ever in both the public and private sectors.
Unscientific infrastructure development, fast-paced urbanization, and the overutilization of natural resources have made people realize the need for ironclad rules and regulations to protect the environment. Increasing environmental crimes and climate change, leading to biodiversity loss, water scarcity, soil degradation and air, water, and environmental pollution are some of the areas that call for strong legislation.
Environmental regulations play a predominant role in most world economies. They serve as tools to regulate economic activities that leave hazardous impacts on the environment. They also minimize environmental risk and liability and promote sustainable environmental management practices.
Environmental laws are the core of sustainable development because they integrate environmental protection and sustainability with the rules of the law to ensure balanced growth. Environmental regulations are predominantly specific rules and actions enforced by administrative agencies to control pollution and manage natural resources. These regulations protect the environment and internalize externalities, including direct and indirect interventions.
The conceptual boundaries of environmental regulations have extended significantly since the 1990s. In addition to the environmental regulations imposed by administrative agencies, voluntary regulations by firms and industry associations are becoming part of environmental regulations.
Due to the rising importance of these rules across several sectors, the need for experts in environmental regulations is on the rise, both in administrative agencies and private firms. Despite such demands, environmental regulations as a course are offered only by very few institutions across the world, and the same is applicable in the context of India.
The environmental regulations course offered by the School of Law at Sai University is one of the few such offerings. The course will equip law students with the understanding of the environmental regulatory regime in India by analyzing the various laws, policies, rules, notifications, and other instruments in the country — which focus on environmental protection and conservation of natural resources, including biodiversity.
Of Liberty, Power, and Right — the ideologies we hold dear saiuniversity.edu.in
History classes in school have always felt sterile and monotonous to me. I am not one who would voluntarily enrol into one. My primary interest is in the sciences and that is what I look forward to studying at SaiU.
Liberty, Power, and Right (LPR) was offered as an elective in the second semester of the first year. When I signed up for it little did I know that it was a lesson in history and the evolution of some of our beliefs. But this was no traditional history class. Rather than focus on the dates, places, and other bullet points required to pass an exam as was my experience with history classes in school, this elective focused on understanding the culture and politics of particular times in history. LPR viewed history and culture through the eyes of philosophers who lived during the time. Trying to understand the history and political beliefs behind a work while keeping in mind the social biases of the authors in question has been an interesting, even if challenging exercise.
We read Plato, Aristotle, and Machiavelli (among others). I came away with a deeper understanding of the political ideologies and societal norms that shaped the worldviews of these philosophers, as well as the worldviews that they helped shape through their works. Interestingly, many of the issues that they were concerned with, remain relevant to this day. Take for example, the discussion on whether a ruler or governing authority ought to be virtuous and moral or pragmatic and cunning. This age-old debate is still alive even though the world has changed dramatically since the times of Plato and Aristotle and Socrates. Examining Plato’s The Republic and Machiavelli’s The Prince from the perspective of the ideologies of the authors was edifying. It has made me conscious of the ways in which one’s ideologies come through in one’s work, even if no effort was made to reflect them.
LPR has given me greater insight into the layers of decision-making involved in politics of the past, which has, in turn, awakened me to the layers in the politics of our time. It has exposed me to the complexities of current global issues and helped with at least one other foundation course – Global Challenges, which was a nuanced study of the ongoing conflicts around the world.
Learning to think critically saiuniversity.edu.in
Ever wondered what it means to ‘think’? Is it the same as observation? If it is not, how does it differ from it? The course on Critical Thinking explains it all. From the very basic understanding of the difference, we moved onto the different kinds of syllogisms and arguments, the fallacies in those arguments that one might encounter, cognitive biases, statistical and probabilistic reasoning, and the idea behind knowledge.
We learnt how to think and not what to think. How different is that to what we normally learn in classrooms! The interactive classes were a lot of fun. I tried to incorporate the ideas that I learnt in class in my everyday life. Initially, it was just me pointing out the fallacies in others’ arguments, but over a period of time, I noticed a change in my way of thinking. I have become an active’ thinker. I now do not consume information passively, without verifying the source and without checking the validity and soundness of every argument. And what’s more, I am now conscious of my own biases and judgements that are based on them.
The Critical Thinking course has helped me a great deal in making informed decisions. In this age of information overload, it is hard not to fall prey to misinformation. This course has led me to pause, to take a step back, and gather perspective before arriving at a decision.
Embedded Systems and Robotics saiuniversity.edu.in
Ever wondered how streetlights turn on automatically at dusk or what drives a digital watch? Although we encounter ‘embedded systems’ very regularly in our daily lives, we are seldom cognizant of their presence. When something is “electronic”, “digital” or “smart”, embedded systems are behind it.
Embedded systems are computer systems – combinations of hardware components and software – dedicated for a specific function. Visually, they appear as chips or boards embedded with minute circuitry and electronic components and connected to peripheral devices (sensors and actuators – like cameras or motors).
And what are robots then? Robots are mechanical systems in which various embedded systems, sensors and actuators are controlled and coordinated in order to provide more complex capabilities and replace human involvement.
Home appliances, wearable devices, security systems… all use embedded systems. Along with robotics, they can be applied to almost any field – healthcare, automobiles, gadgets, security, factories. Scope for innovation and new applications is limited only by one’s creativity and the laws of physics, of course. They are already ubiquitous and the applications are bound to increase exponentially in times to come.
From a pedagogical perspective, learning ‘embedded systems’ equips one with first-principles knowledge of both computer hardware and software. One learns two things simultaneously:
1) How computer hardware works and
2) Programming it to do what is intended. Synthesis of hardware and software gives a complete picture and makes the learning practical.
Robotics is a truly multidisciplinary field, integrating knowledge from all branches of engineering and yet also reaching beyond to biology, law, humanities, ethics and design. This makes both one’s education as well as career opportunities multidisciplinary. And of course, Robotics is fun!