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The cloud computing business is growing bigger every day. Between now and 2023, the global cloud computing market size is poised to grow by US$190.32 billion, progressing at a CAGR of over 16 percent.

Attitudes of business owners have certainly changed in the last few years. Where before they would have been sceptical to adopt internet cloud computing, today they cant wait to add more. While Amazon Web Services was the pioneer in this field, Microsoft is catching up as a strong second contender, with its Microsoft Azure unit which supplies cloud-based computer processing and storage growing by 63 percent from a year before in the most recent quarter.

What all this translates to is a wealth of new opportunities emerging for computing professionals today. At Tampere University, a whole department specialises in training computing professionals to take advantage of these opportunities.

The Faculty of Information Technology and Communication Sciences at Finlands second largest university offers a unique and wide range of expertise through research and teaching. From the natural sciences and engineering to event theatre and drama, this is a Faculty that boldly pushes the boundaries of multidisciplinary research and teaching across organisational boundaries. Its also Finnish youths second most popular choice for a university degree out of 25 universities of applied sciences and 13 Finnish universities. In a recent survey, Tampere University was rated among the top three of universities in five categories and topped the categories for attractiveness of fields of study and city attractiveness.

Tampere University

At the core of its vision is the aim to provide the knowledge and solutions to the complex challenges of our global, digital and multicultural society. Their new Master of Science in Software, Web and Cloud and Master of Science Technology in Software, Web and Cloud are two postgraduate offerings from this respected institution that realise this vision and more. The detailed course description will be updated and available on the university curriculum page in March 2020, and the courses will start in August 2020.

With a curriculum that provides a solid foundation in computer science and software engineering, Tampere Universitys goal is for each student to expand their knowledge and skills in the development of high-quality software. Through in-depth studies and skill development, students gain a good understanding of software engineering, the ability to design and implement large software systems, the ability to manage and improve software development processes as well as the competence and ability to understand, design and implement web- and cloud-based systems.

The official language of the programme is English, meaning all courses, exams and student services are offered in English. Applicants can apply to take a Master of Science degree or a Master of Science (Tech) degree in Software, Web and Cloud, but applicants should note that the eligibility criteria of these two tracks are different. For the Masters programme in Computing Sciences, Software, Web and Cloud (MSc Tech) track, your previous degree must be in one of the following (or related) fields: computing, computer science, software engineering, information technology or other closely related field with proficiency in mathematics, programming, data structures, databases and physics.

An industrial perspective in one of the worlds most respected education systems

Located in the Tampere region, these are Master degrees that greatly benefit from industry perspectives thanks to the high concentration of IT companies located here. This means students will be able to leverage on one of the universitys biggest strengths: the ability to apply and test learning in real life situations, whether its in cities, companies or societal services.

For Software, Web and Cloud MSc students, this doesnt just manifest in one final semester capstone project. Instead, the curriculum is designed with real-world problems intentionally incorporated, exploring subjects such as requirements management, software modelling and specification, implementation and testing software, software project management, and the web and cloud. Students can mix and match a variety of minor subject studies according to their unique interests from the wide offering of complementary studies this programme offers, such as Data Structures, Database Programming, Innovative Project and Functional Programming.

There is an option to undertake an internship where students apply their knowledge of computer science to practice, expanding their knowledge according to their workplace requirements. Upon completion, theyll be able to report on their tasks and assess their progress.Add to that the research activities and close collaboration between the university and local industry, and youve got a Masters of high academic quality and real-world relevance to industrial positions.

Tampere University

This bodes well for Tampere graduates entering the global job market today. The US only had 63,744 computer science students join the workforce in 2018, despite more than 500,000 open computing vacancies available nationwide. In Australia, less than 5,000 ICT students graduate annually comprising only one third of creative arts graduates yet demand for the broader group of ICT workers in the county projects the current 660,000 will increase to 750,000 by 2023.

Finland is also struggling with a lack of software professionals. By 2020, the Finnish Information Processing Association estimates the country will be short of up to 15,000 IT experts. With its current undersupply of qualified IT professionals, employers are racing to hire IT talent, offering improved workplaces and focusing on job satisfaction. Almost 90 percent of students pursuing software-related majors at Tampere University are employed on the day they graduate.

This demand for computing talent in software and cloud is unlikely to slow down anytime soon. As internet access broadens and increases, every aspect of modern life will increasingly include computing systems. From retail to agriculture to security, industries are expanding their adoption of technologies like the Internet of Things, big data analytics, artificial intelligence, cloud technology and more. There is an urgent need for companies to invest in more skilled talent in order to capitalise of the new opportunities these technologies will bring.

Tampere University is ready to fill these roles in the continuing digital revolution. With its robust training and industrial awareness, students stand to realise their potential as versatile software professionals, finding employment in commercial and administrative fields, or furthering their studies on the doctoral level. Graduates typically start working as a programmer and then advance towards the expert and/or managerial positions.

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Designing human-technology interaction for versatile aspects of life

Computer science studies that lead to expertise in big data and machine learning

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How to become a computing expert in software, web and cloud - Study International News

Organisations have been increasingly adopting and migrating workloads to cloud-based technologies, mainly SaaS and IaaS. It is estimated that adoption of, and expenditure on SaaS and IaaS alone will experience growth rates of between 100% and 200% within the next two years. Migration of applications and services to the cloud is very appealing and seemingly easy to justify. One of the main drivers for this surge in investment in cloud computing services is the perceived lower-cost benefit that comes with it, which is a catch!

Most organisations on the cloud journey soon experience the Cloud Shock phenomenon, whereby they are spending more than they budgeted for. In some worst-case scenarios, this has resulted in some business entities totally abandoning their adoption of cloud-based services and returning to on-premises data centre services.

The utilisation of cloud computing services can be more costly than initially intended if not contained and not well managed. Thus, it is essential that organisations get an understanding of how they can reduce, optimise and manage the costs of using cloud services.

What can cause cloud over-expenditure?

Just like in traditional compute environments, an organisation can throw infrastructure and resources to its capacity problems, instead of first embarking on a cost-effective capacity-planning process and rightsizing the environment before, during and after migration to the cloud.

Without capacity planning, the enterprise finds itself having one or more of the following:

Often IT departments do a lift and shift, without optimising the infrastructure because of time constraints. Capacity issues, such as the existence of oversized servers with wasted CPUs and storage migrated across to the cloud, or the running of non-critical workloads on expensive cloud services, are a result of such bad practices.

How to avoid and manage the Cloud Shock

Across most boardrooms, CIOs, CFOs and IT managers are increasingly receiving shocking monthly bills related to cloud services spend. As soon as the shocking bill or over-expenditure becomes a reality, it is these key business decision-makers who are brought to account. What can one do to avoid the pitfalls of the Cloud Shock?

Monitor and measure utilisation

In order to identify wastage, monitor and measure utilisation and costs using cloud-monitoring tools such as Microsoft Azure Monitor or Cloudability.

These tools enable visibility of use, costs and performance all on one portal, are easy to access and allow for better decision making, no matter how large your enterprise is. MentPro can guide you in the adoption and usage of the right tools to automate the monitoring and gathering of cloud services analytical data for better decision-making.

Select candidate areas for optimisation for cost-saving opportunities

An optimised cloud environment means you do not waste financial resources on unnecessary resources. You pay for what you need; nothing less, nothing more. Only when this has been achieved will you be able to truly realise the cost benefits of cloud migration.

Plan and optimise

You should plan for optimising your cloud environment before and after migration into the cloud. Optimisation involves rightsizing, infrastructure and application optimisation, application performance improvements, and improving elastic application footprints.

Rightsizing

Rightsizing involves the many aspects of capacity-planning metrics and dimensions: CPU, Memory, Disc, Network and IOPS. It corrects ("rights") the wrongs of over-provisioning or under-provisioning by making sure that the resources are efficiently utilised and that you only spend on what you need.However, increasing or reducing allocations, subscriptions etc cannot be done in isolation, as the exercise also requires a business risk and impact analysis and an understanding of the business demand and your workload characteristics. Armed with the right tools and a strategic business discovery process, rightsizing can assist in fast decision-making and recommendations in order to realise savings, and lower and optimise your cloud costs before and after migrating to the cloud.

MentPro can greatly assist your organisation with a cloud rightsizing done right exercise through many years of capacity planning and management expertise and experience, historical data and benchmarks.

Infrastructure and application resource optimisation

In order to optimise infrastructure and applications, one must fully understand the business demand in the environment through business discovery, and translate this into computing resource requirements. This, through capacity modelling to ascertain accurate demand quantities.

Application performance improvements

There are several powerful Application Performance Monitoring (APM) tools that can greatly assist in ascertaining application performance and help to identify bottlenecks and badly written code, which results in inefficiencies. Inefficient application systems can have a big bearing on the cloud costs.

Increase footprint of elastic applications

Elastic applications can adapteasily to autoscaling, which means you can also enable autoscaling in your environment. However, some applications do not easily support autoscaling, and so it presents a problem. You cannot take full advantage of the clouds elasticity benefits when you have such applications. The extent to which an application is elastic determines how fit it is as a candidate for migration to the cloud. The more elastic applications you have, the more you can realise savings and control costs through the autoscaling of resources such as databases and caches for cloud services.

In conclusion, cloud computing adoption promises a number of benefits, with the main driver being lower costs and realisation of huge savings. However, if there is no proper planning and strategy to control, reduce, optimise and manage the utilisation of cloud services and resources, you can easily overspend without realising it.

You need right cloud capacity and monitoring tools, capacity planning and performance processes for visibility and continuous improvements, so as to take advantage of the beneficial characteristics of the cloud model before or after your migration. MentPro can assist you with cloud cost optimisation, capacity planning and cloud migration plans.

For more information, contact MentPro on:

Website: http://www.mentpro.co.zaBenson House, 2 Coetzer Street, GreensidePO Box 726, Jukskei Park, 2153, South AfricaTel: +27 (0)11 486 1422Co. Reg.: 2007/018075/07

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Reduce Cloud Spend and avoid Cloud Shock - ITWeb

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Some Point from TOC:

1 Scope of the Report

2 Executive Summary

3 Market Size by Manufacturers

4 Market Size by Type

5 Market Size by Application

6 Manufacturers Profiles

7 Production Forecasts

8 Value Chain and Sales Channels Analysis

9 Market Opportunities Challenges, Risks and Influences Factors Analysis

10 Key Findings in the Report Study

.Continued

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Cloud Computing Market Global Industry Analysis, Size, Share, Growth, Trends and Forecast 2024 - The Market Expedition

The Cloud Computing Server Market report gives a purposeful depiction of the area by the practice for research, amalgamation, and review of data taken from various sources. The market analysts have displayed the different sidelines of the area with a point on recognizing the top players (Intel, IBM, Amazon Web Services (AWS), Microsof, Dell, Huawei, Oracle, Google Cloud Platform, Salesforce, Rackspace, SAP, Oracle, China Information Technology (CNT)) of the industry. The Cloud Computing Server market report correspondingly joins a predefined business market from a SWOT investigation of the real players. Thus, the data summarized out is, no matter how you look at it is, reliable and the result of expansive research.

This report mulls over Cloud Computing Server showcase on the classification, for instance, application, concords, innovations, income, improvement rate, import, and others (Banking, Financial Service, Insurance, Healthcare, Telecom and IT, Government, Public Utilities) in the estimated time from 20192025 on a global stage. In like manner, the overall Cloud Computing Server market report reveals knowledge identified with the type of product, its applications, customers, prime players, and various components agreeing with the account. This first data demonstrates critical contenders and their definite picture of the general Cloud Computing Server market. Other than this, the report further demonstrates expected market power, challenges, and prospects in the Cloud Computing Server market.

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Types Segment:Type I, Type II

Key Market Features:

The scope of the report extends from market eventualities to a comparative rating between major players, price, and profit of the required market regions. This makes available the holistic view on competitive analysis of the market. Some of the top players involved in the market are profiled completely in a systematic manner. In the end, the report concludes the new project, key development areas, business overview, product/services specification, SWOT analysis, investment feasibility analysis, return analysis and development trends. The study also presents a round-up of vulnerabilities in which companies operating in the market and must be avoided in order to enjoy sustainable growth through the course of the forecast period.

The study provides a comprehensive analysis of the key market factors and their latest trends, along with relevant market segments and sub-segments. Market size is calculable in terms of revenue (USD Million) production volume during the forecast period.

Global Cloud Computing Server Market report provides a valuable source of insightful data for business strategists. It provides the industry overview with growth analysis and historical & futuristic cost, revenue, demand and supply data (as applicable). The research analysts provide an elaborate description of the value chain and its distributor analysis. The report also looks at the influential factors that are affecting the development of the Global Automotive Bumpers Market. This statistical report also offers various internal and external driving as well as restraining factors for this research report.

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Essential application areas of Cloud Computing Server are also measured on the basis of their performance. Market forecasts along with the statistical nuances presented in the report render an insightful view of the Cloud Computing Server market. The market study on report studies present as well as coming aspects of the Cloud Computing Server Market mainly based upon factors on which the companies contribute to the market evolution, key trends, and segmentation analysis.

The scope of the report extends from market eventualities to a comparative rating between major players, price, and profit of the required market regions. This makes available the holistic view on competitive analysis of the market. Some of the top players involved in the market are profiled completely in a systematic manner.

Thanks for reading this article; you can also get individual chapter wise section or region wise report versions like North America, Europe or Asia.

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Cloud Computing Server Market Expected to Deliver Dynamic Progression until 2028| Intel, IBM, Amazon Web Services (AWS), Microsof - Exclusive Industry...