Category Archives: Engineering

Global Automotive Blade Fuse Market 2021 Analysis Littlefuse, Pacific Engineering Corporation (PEC) The Bisouv Network – The Bisouv Network

Global Automotive Blade Fuse Market Growth 2021-2026 has been carefully executed after studying and observing data regarding revenue, production, and manufacturers. The report features abstracts about statistics, revenue forecasts, and market valuation, which additionally highlights its status in the competitive landscape. The report assesses the global Automotive Blade Fuse market over the values, historical pricing structure, and volume trends. The research precisely estimates forthcoming opportunities in the market as well as explores the current outlook in global and key regions from the perspective of players, countries. The report investigates the whole growth dynamics of the industry that can include market drivers, challenges, opportunities, value chain.

Report Content Overview:

The report covers new and emerging players in the global Automotive Blade Fuse market. The report offers an extensive analysis of company profiles comprising of company overview, company insights, product benchmarking, and SWOT analysis for the major market players. The study analyzes the principals, players in the market, geological regions, product type, and market end-client applications. The report exemplifies primary and secondary data in the form of pie outlines, tables, analytical figures, and reference diagrams. The report carefully analyzes all product segments of the global market. Additionally, various application segments of the global Automotive Blade Fuse market are taken into account for the research study. All of the regional markets are studied in the report are examined based on price, gross margin, revenue, production, and sales.

NOTE: Our report highlights the major issues and hazards that companies might come across due to the unprecedented outbreak of COVID-19.

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The study exhaustively scrutinizes the aggressive scene of the global Automotive Blade Fuse market with principal concentration on the key organizations involving: Littlefuse, Pacific Engineering Corporation (PEC), Eaton (Cooper Industries), MTA SpA, ESKA Erich Schweizer, Conquer Electronics, Tianrui Electronic, Zhenhui Electronics, Selittel, Dongguan Andu Electronic Co., Ltd., Zhejiang Worldsea Autoparts Co.,Limited,

Company Profiles And Sales Data: The report offers statistical as well as other types of analysis of leading manufacturers in the global market. It analyzes each and every player studied in the report on the basis of the main business, gross Automotive Blade Fuse margin, revenue, sales, price, competitors, manufacturing base, product specification, product application, and product category. The report likewise provides SWOT investigation, items, generation, worth, limit, and other elements of the individual player.

The most important types of covered in this report are: Micro & Mini, Regular, Maxi,

The most widely used downstream fields of market covered in this report are: Passenger Car, Commercial Vehicle,

The report studies the status and outlook of different regional markets such as Americas (United States, Canada, Mexico, Brazil), APAC (China, Japan, Korea, Southeast Asia, India, Australia), Europe (Germany, France, UK, Italy, Russia), Middle East & Africa (Egypt, South Africa, Israel, Turkey, GCC Countries)

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This report can be customized to meet the clients requirements. Please connect with our sales team ([emailprotected]), who will ensure that you get a report that suits your needs. You can also get in touch with our executives on +1-201-465-4211 to share your research requirements.

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Marketsandresearch.biz is a leading global Market Research agency providing expert research solutions, trusted by the best. We understand the importance of knowing what global consumers watch and buy, further using the same to document our distinguished research reports. Marketsandresearch.biz has worldwide presence to facilitate real market intelligence using latest methodology, best-in-class research techniques and cost-effective measures for worlds leading research professionals and agencies. We study consumers in more than 100 countries to give you the most complete view of trends and habits worldwide. Marketsandresearch.biz is a leading provider of Full-Service Research, Global Project Management, Market Research Operations and Online Panel Services.

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Global Automotive Blade Fuse Market 2021 Analysis Littlefuse, Pacific Engineering Corporation (PEC) The Bisouv Network - The Bisouv Network

A kick in the teeth: British Gas engineers face losing their jobs or longer working hours – The Guardian

Hundreds of engineers could be dismissed from the countrys biggest energy supplier by the end of the week as a bitter nine-month battle in the UKs latest fire and rehire debacle reaches its climax.

The standoff between British Gas executives and trade union representatives at GMB will come to a head on 1 April, when scores of the engineers responsible for servicing and repairing office and home boilers will be forced to accept longer working hours or lose their jobs entirely.

For the last nine months it has been the first thing I think about when I wake up, and the last thing I think about when I go to sleep. The pressure were under is terrible, says one veteran British Gas engineer. Chris, 51, has worked for the company since 1987 but asked not to be named in full because he may be forced to accept the new terms and remain at the company to support his family.

Honestly, its made me ill. Its made everybody ill. We just cant understand how badly weve been treated why?

The tougher terms affect the entire 20,000 strong British Gas workforce, but its 7,500 service engineers who carry out repairs for 3.6m customers who use British Gas for servicing their machines fear they will take a disproportionate toll on their lives and livelihoods. British Gas claims that the percentage which have accepted the changes are in the high 90s leaving up to 1,000 to face a stark choice in the days ahead.

A kick in the teeth is probably the best way to put it, says Ciara Arrowsmith, 37, who resigned from British Gas in protest last month after 13 years as a service and repair engineer in Sunderland. I was always very loyal to the company, but I felt that what they were doing was immoral, she says.

British Gas set out the fire and rehire plans last summer as part of a formal consultation process with trade unions. The company said it hoped to streamline its employment contracts, and increase productivity, to help rescue the business from the risk of financial ruin. Trade unions said the plan amounted to bullying by threatening to set fire to jobs, terms and conditions.

It just became a really toxic atmosphere. I felt completely betrayed and it wasnt good for my mental health. I had to go on to medication, but now Im off, says Arrowsmith. It was just the uncertainty of what it was going to mean for the future because Ive got two young children. There are loads of people with young kids, with carer responsibilities. This strike was not about money, it was about time.

Under the new terms, full-time engineers would be required to work an extra three hours a week, 40 hours in total, and would not be paid a higher rate to work when required on weekends and public holidays.

Its a sad state of affairs, says another British Gas engineer, wary of using his full name. Paul, 45, has worked for British Gas in the London area since the early 1990s. He reluctantly accepted the companys new terms last week (two kids, big mortgage) but has continued to picket with union members to protest the companys heavy handed threats.

Most engineers have been with the company for a minimum of 10 years, going up to 40 years. We all have British Gas ingrained in us. If you cut us in half, you can read British Gas right the way through, he says.

Before the dispute erupted, many engineers had continued to fix home boilers and heating systems through the first wave of the pandemic, in full PPE, and had half-thought the company might give us a pat on the back for that, that we might get a bonus, says Paul. Then you find out that behind the scenes they have been plotting to effectively rip up our contracts.

He blames the company for allowing inefficiency to creep in, and expecting frontline engineers to bear the brunt of the decade-long commercial decline, which has sunk profits to record lows.

This is certainly not a position anyone wants to be in, says Chris OShea, chief executive of Centrica, parent company of British Gas. How did we get here? Our business has been declining for a number of years. Weve lost a million customers in the last 10 years. Our productivity has declined substantially.

The groups full-year earnings tumbled by more than a third to an all-time low of 80m last year, a fraction of the suppliers record-high annual profits of 742m reported 10 years ago, before a steady decline which toppled its parent company from the FTSE 100.

The decline of British Gas, once a jewel in the crown of Margaret Thatchers privatisation agenda, has accelerated as an army of nimble energy supply start-ups increased their market share by offering rock-bottom deals. Meanwhile British Gas boiler repairs and servicing have been eroded by a fleet of local white van engineers and repair experts, who can also afford to undercut British Gas rates.

Our costs are between one-third and one-half higher than the person with a white van, and that is an unsustainable position, says OShea. Without change we would continue to decline. So I took the decision to engage with all four of our trade unions Unite, Unison, Prospect and GMB to discuss this and seek a negotiated settlement. And we managed to achieve one with all but the GMB. Its deeply regrettable. But its about the long-term sustainability of our business, he says.

Weve tried as hard as we can to be fair. The vast majority are with us. Theres still time for everyone to join us too. But everyones got their own choice, and I feel strongly that everyone has to make the right decision for them and their families, OShea says.

For workers at British Gas, faced with a choice between working for less and unemployment, there are less than three days left to decide.

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A kick in the teeth: British Gas engineers face losing their jobs or longer working hours - The Guardian

Strathclyde to explore wave energy potential | The Engineer The Engineer – The Engineer

Strathclyde University has landed EPSRC funding for two projects that aim to develop technologies for harnessing renewable marine wave energy.

A total of eight projects have been awarded a share of the 7.5m funding from the EPSRC (Engineering and Physical Sciences Research Council). These projects aim to overcome the challenges in developing devices that efficiently capture wave energy and convert it into a renewable electricity source.

Wave Energy Converters (WECs) transform the kinetic and potential energy of ocean waves into electricity. With a a grant of 975,000 and led by Strathclydes Dr Qing Xiao, the Bionic Adaptive Stretchable Materials for Wave Energy Converters study will explore whether the flexible aquatic animal-inspired materials could help to overcome challenges to the commercialisation of existing rigid structure WECs.

Scottish wave energy start-up to trial tech in Orkney

Wave-powered renewable energy for subsea projects

There are several benefits in using a flexible material as part of WEC structures, said Dr Xiao, of Strathclydes department of Naval Architecture, Ocean and Marine Engineering. The adaptive shape feature may allow the device to deform in extreme wave events, contributing to reductions of peak wave load and increases in device fatigue life, thus extending the devices survivability compared with rigid body WECs.

Industrial partners involved in the three-year project include ORE Catapult Wave & Tidal Energy Sector, the National Subsea Research Initiative (NSRI), Wave-Venture in UK, SBM Offshore and the National Ocean Technology Centre in China.

Xiao is also co-investigator of the MoorWEC project, led by Manchester Universitys Professor Peter Stansby, which will model the impact of waves on various mooring options to aid the design of future WECs.

Meanwhile, the HAPiWEC (Holistic Advanced Prototyping and Interfacing for Wave Energy Control) project aims to develop open-hardware and open-software tools for the rapid, cost-effective and remote deployment of novel WEC controllers in wave tank facilities.

Led by Professor Bill Leithead from Strathclydes Electronic and Electrical Engineering department, the HAPiWEC project received 987,000 of funding. By improving device control, the project could lead to improved energy capture and lifetime of WECs without significant redesign.

UK energy minister Anne-Marie Trevelyan described the huge potential of the UKs coastline and power of the seas in helping to meet the UKs 2050 climate goals. There are certainly unique challenges in harnessing the power of the marine environment, and it is exciting to see how these projects can help us make the most of our natural resources in a cleaner greener future, she said.

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Strathclyde to explore wave energy potential | The Engineer The Engineer - The Engineer

A look at the DataOps engineer role and responsibilities – TechTarget

Organizations large enough to have one or more data teams typically have a mix of data scientists, data engineers and data analysts on those teams. However, as companies become increasingly digital, they must be able to utilize massive amounts of data intelligently in a timely manner at scale. Achieving all that may require the addition of a DataOps engineer who can help the company operationalize its data.

DataOps is an Agile approach to data management that focuses on improving communication and automation of how data flows between data managers and data users in different parts of the organization. The goal of DataOps is to quickly deliver business value from data. It's also common in a DataOps framework to automate different portions of the data pipeline to improve data usability and value.

The DataOps engineer helps make that all happen.

Some believe data engineer and DataOps engineer roles are interchangeable, even though the latter title is relatively new. The common thread between the two is making data available for use by data scientists, data analysts and others.

Those that perceive the DataOps role as distinctly different typically describe it as a type of architect role. Robert Eichelman, senior technical architect of cloud and big data at ManpowerGroup Global, said DataOps engineers support the data sourcing and utilization cycle by defining and supporting the workspace process and technologies that others use to source, transform and manifest data.

"In most cases, this position knows how the data is utilized across the organization, but they usually never work with it directly," said Eichelman.

Brian Ray, global data science lead at digital transformation firm Maven Wave, said although data engineering is not new, it's reached a point of complexity where organizations need someone focused on the underlying infrastructure to make it more scalable, especially in the cloud. DataOps engineers also oversee the monitoring of data pipelines and infrastructure as well as the governance of the whole data engineering operation.

"DataOps engineers are architects of the enterprise's information stack," said Dave Mariani, co-founder and chief technology officer of AtScale, which offers online analytical processing solutions for enterprise analytics. "In the digital age we live in, data is the difference between winning and losing for enterprises."

The DevOps movement began about 20 years ago, arising from the realization that the speed of business was outpacing software delivery. To address that gap, many software teams adopted an Agile methodology, but there were still disconnects between the development and operations teams that necessitated the need for DevOps.

The DataOps engineer provides data engineers with guidance and design support around workflows and information pipelines and flows, code reviews, all new processes and workflows around utilizing data. Robert EichelmanSenior technical architect of cloud and big data, ManpowerGroup Global

Fast forward two decades, and DevOps teams now adopt continuous integration/continuous delivery, which involves building automated pipelines. Data teams have followed a similar trend with the emergence of automated pipelines.

DevOps and DataOps share several other key similarities:

"The DataOps engineer provides data engineers with guidance and design support around workflows and information pipelines and flows, code reviews, all new processes and workflows around utilizing data," Eichelman said. "[They] also help select the tools the overall team uses."

Poor choices in arbitrarily selected tools and technology can cripple an organization's ability to be flexible, he said.

Alicia Frame, director of graph data science at graph database provider Neo4j, said the lack of a DataOps engineer is a sign of an immature team.

"You have some really well-meaning data scientists with a Ph.D. trying to write ETL code, but if they make a mistake in the joins somewhere along the way, they've messed up the data pipeline because it's not their area of expertise," Frame said.

The best way to hire the "right" DataOps engineer is to understand what your organization wants to accomplish, what constraints exist and how the DataOps engineer role complements other members of the data team.

"I think often when companies are trying to hire DataOps engineers, they don't really know what the role is because it's a newer role, so they don't know what to look for," Frame said.

It's also imperative to consult other members of the data team and ask what specific skills a DataOps engineer should have to work with your pipeline.

"[The role] is often hired without the input of the IT department, who could say, 'This is the architecture. These are the things you should probably consider,'" Frame said.

According to Eichelman, companies tend to make the following three mistakes when hiring DataOps engineers:

"The [DataOps engineer] role evolved from problems encountered with data engineering role mistakes and missteps," said Eichelman.

Many organizations with the DataOps engineer role still make major mistakes because there are few blueprinted process solutions, he added. And it can be hard for organizations to influence others across all levels of the enterprise.

The DataOps engineer is a relatively new role that's growing in importance as organizations attempt to operationalize more data. While data scientists and data analysts can help the company drive more business value from data, they need to pull in data sets from different data sources and use it at scale in a governed way. In short, what the DataOps engineer does tends to fall outside the skill sets of other members on the data team.

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A look at the DataOps engineer role and responsibilities - TechTarget

How much Indian IT engineers earn? Industry veteran tweets salaries are too high, sparks debate – India Today

There is a saying - never ask a man his salary. But how about revealing it on Twitter. Deepak Abbot, an industry veteran and founder of India Gold, which allows users to get loans against gold through an app, has recently sparked a debate about the salaries of Indian IT engineers with a tweet. In his tweet, which has attracted reactions from several groups of people, Abbot says that it is getting difficult to hire and retain good Indian IT engineers because the salaries are now too high and job offers plenty.

In his tweet, Abbot also says that this situation has made it difficult for startups to hire Indian IT engineers because unlike earlier when engineers could be attracted to a job and retained through stock options (ESOPs) now they prefer cash and often hop jobs to get salary increase in a short time.

Abott on Twitter posted a WhatsApp chat with another startup founder discussing the current state of junior and mid-level engineers and their perception on salaries. He wrote, "State of engg hiring in this short chat I had with another founder. It isnt easy to retain or hire engineers. At junior level almost no one values ESOPs, they all need cash."

The screenshot shows the two discussing the case of a couple of engineers. The person Abbot was talking to noted that recently he increased the salary of an engineer in his firm from Rs 15 lakh per annum to Rs 22 lakh and that now the same person was considering leaving because he got an offer with annual package of Rs 40 lakh. In one more instance, another engineer got a 3X raise from Rs 12 lakh to Rs 36 lakh.

"Almost all of them are leaving for 1.5X-2X... Junior level all 2X. Tough hai market," notes the chat screenshot posted by Abbot.

His screenshot has set the talk going. Many who are not IT engineers noted that these salaries are way too high compared to what people in other industries get. "Massive FOMO happening. Kaash thoda aur coding padh leta college me," one Twitter user quote-tweeted what Abbot posted.

In replies, many more are in agreement with Abbot. Apparently the issue seems to be one related to startups where IT engineers that have top skills are in much demand. "Ridiculous CTCs in India. No one understands long term commitment. Been through this roller coaster, my advice (is to) keep a healthy churn, retain and reward people who believe in the long term. Because there is always the unicorn who will offer 2x everytime," noted a user in reply to Abbott.

There is a possibility when Abbot highlights high-salaries he is specifically talking about the start-up scene where "rock star" engineers are in demand not only within the Indian startup ecosystem but also by startups based outside India.

"With remote work, talent can finally start looking at getting salaries compared to their global counterparts. A new normal for tech salaries for Indians is going to be established. And obviously switching can take one so far, you do hit a ceiling in that," said another Twitter user in reply to Abbott.

But exactly how much IT engineers, who are not part of the startup ecosystem, earn? Their salaries are probably lower. While there is no specific data that can be taken at face value, a quick look at Glassdoor, a website that lets people report their salaries, shows that IT engineers usually earn less than the figures discussed in the chat posted by Abbott.

Glassdoor notes that the average salary of an IT engineer in India is Rs 6,92,585 per year. Although much depends on the company where the person is working, and his or her experience level.

The average monthly base salary for an IT engineer at Google India on Glassdoor is Rs 9,68,926 on the basis of 3 people who reported their salaries. Depending on the experience, it ranges between Rs 6,81,720 to Rs 28,89,579. For Tata Consultancy Services there are 22 reports on the website and they note that the average salary for an engineer is around Rs 5,00,000 per year. Similarly, the average salary of an engineer at Ericsson in India is around Rs 5,62,041. For Cisco India there are records of 68 employees with an average salary of Rs 11,40,017.

In the self-report section on the Glassdoor, we see that there are many mid-level and junior IT engineers in India who are earning between Rs 5 lakh to Rs 20 lakh per annum.

Although these salaries are not as high as what Abbot's tweet implies, these are still quite high compared to average remuneration in India. According to a research by a website called Picodi.com in 2020, India had an average household income of Rs 3,93,600 per annum. So, an IT engineer with an annual compensation of Rs 40 lakh effectively earns 10X then what an average Indian household will earn in a year.

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How much Indian IT engineers earn? Industry veteran tweets salaries are too high, sparks debate - India Today

U.S. Army Corps of Engineers reduce Lake Okeechobee releases to the Caloosahatchee River – Fox 4

OKEECHOBEE, Fla. Over the weekend the U.S. Army Corps of Engineers began to reduce Lake Okeechobee releases to the Caloosahatchee River to 1,500 cubic feet per second as measured at the W.P. Franklin Lock and Dam (while making no changes to the current 500 flow out of St. Lucie Lock and Dam (S-80) that began March 6th.

The lake stage is at 14.67 feet. The lake has fallen 0.74 feet in the past 30 days but is still 2.55 feet higher than it was one year ago and 2.53 feet higher than it was two years ago. Rainfall could result in higher releases than the targets due to local basin runoff. The releases will be re-evaluated regularly.

After several months of holding steady, the lake began to recede in the past few weeks, and we anticipate that to accelerate from increased evapotranspiration and dry conditions as we move further into the dry season, said Col. Andrew Kelly, Jacksonville District commander.

Recently, water users have taken more water south, and the southern portion of the system has begun to return to more normal levels after a very wet Fall of 2020 limited the flows south earlier this dry season.

For more information on water level and flows data for Lake Okeechobee, visit the Corps water management website by clicking here.

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U.S. Army Corps of Engineers reduce Lake Okeechobee releases to the Caloosahatchee River - Fox 4

College of Engineering | University of Arizona

Improve the Mechanics of Flight Aerospace Engineering

Airplanes, rockets, satellites and spacecraft: Solve problems in flight and space exploration. Immerse yourself in thermodynamics, fluid mechanics, solid mechanics, aerodynamics, gas dynamics and control system design. And check out the UA College of Engineerings supersonic wind tunnel!

Consider a path where beauty and functionality meet strength and efficiency. From structural integrity to efficient heating and cooling, become a master at balancing top-down architectural design and component-up engineering design. Be the bridge between architects, engineers and contractors.

Join the biomedical revolution! This highly interdisciplinary, approved pre med program includes biomaterials, biomechanics, biosensors and microtechnologies. Use your know-how in engineering, medicine and biological sciences to advance telemedicine and improve medical diagnostics, treatment and therapy.

Gain a deeper understanding of agriculture and biology knowledge that will help feed the world and someday may be used to design life support systems for colonies on other planets. Students in UA biosystems engineering combine technical knowledge, computer techniques and control systems to manage soil and water resources and develop biological and biomedical products. Work on projects involving wise use of energy, materials, biochemicals and recyclable wastes.

Sustainability is a key driver of invention at the University of Arizona. In UA chemical engineering, apply emerging technologies in chemistry, math and physics to design and manufacture better consumer products, increase food production, and produce cleaner water and air. Hands-on experience and interactive classes in environmental, premedical and biomedical focus areas prepare you for success in private industry and with public agencies.

If you want to build sustainable, resilient cities and infrastructures, University of Arizona civil engineering is the place for you. Learn to design and construct buildings, roads, bridges, dams, tunnels, and power plants that can withstand earthquakes and other disasters. Focus on structural, geotechnical, transportation, or hydraulics and environmental civil engineering to hone your skills for the workforce.

Every technological device we rely on cell phones, laptops, automobiles, medical imaging and power plants depends on electrical and computer engineers. In the University of Arizona electrical and computer engineering program, you gain a solid foundation in analytical thinking and problem solving (and robot creation!). Delve into circuit design, power systems, mechatronics and electromagnetics or focus on software and operating system design and wireless communications.

Combine your love of engineering and business in the University of Arizona engineering management program. Get set to launch your own high-tech firm. Or prepare to work in quality engineering, technical sales and marketing, project and construction management, or reliability engineering with some of the worlds top companies.

Environmental engineers merge engineering with science, biology, and chemistry to improve recycling, waste disposal, public health, and water and air pollution control.

From manufacturing smartphones and cars to streamlining hospital operations to shortening the line at a roller coaster ride, efficiency is key. In the University of Arizona industrial engineering program, learn to combine engineering, business and social science skills to improve production planning, quality assurance, facility planning and information management.

Work at atomic and molecular levels to achieve globally significant results. In the University of Arizona materials science and engineering program, students work with glass, ceramics, plastics, polymers, composites, metals and other materials to create the devices and systems essential for solar energy production, information technology and medicine. From integrated circuits and chip carriers to turbine engines and optical waveguides, become an expert in materials properties, failure analysis, manufacturing techniques and quality assurance.

From biomorphic tissues to solar energy systems, mechanical engineering is one of the broadest engineering disciplines. Use math, computational tools and the laws of physics to design automobile parts, biomedical systems, robots, machine tools and more. Steeped in hands-on problem solving and team activities, University of Arizona mechanical engineering courses focus on solid and fluid mechanics, thermal sciences, dynamics and controls, and mechanical design

Put on your hard hat and head down 150 feet into the University of Arizonas San Xavier mine, the only student-run multi-level mine in the United States with a working vertical shaft. Drill deep into your mining interests with focus areas in mine operations, geomechanics, sustainable resource development and mineral processing. Expand your skills interning with a top mining company, and look forward to graduating from a program that boasts some of the highest starting salaries and job guarantees of all the engineering specialties.

Work side-by-side with experienced professionals at the University of Arizona on projects like the Giant Magellan Telescope and OSIRIS-REx, an unmanned space probe that will launch in 2016, land on an asteroid and return to Earth with a material sample. Four focus areas optics, optoelectronics, optical materials and optomechanics are geared to industry needs and filling the pipeline with work-ready UA College of Engineering students and alumni.

Established in 1961 as the nations first systems engineering academic department, UA systems engineering operates on the premise that to work effectively and beneficially, large, complex systems must be designed not only with imagination and technical skill but with rigorous attention to the design process and interactions among system components (machines, people, software, hardware, materials, and energy), other systems and society. Courses in probability and statistics, system theory, decision analysis and simulation prepare students for careers in private industry and with public agencies.

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College of Engineering | University of Arizona

BitTitan Names Manoj Kalyanaraman New VP of Product and Engineering – Business Wire

BELLEVUE, Wash.--(BUSINESS WIRE)--BitTitan, the developer of MigrationWiz and a global leader in managed services automation, today announced Manoj Kalyanaraman as the companys new vice president of product and engineering. Manoj will be headquartered in BitTitans Singapore office, further bolstering its presence in the Asia Pacific region.

Manoj assumes this role as digital transformation continues to accelerate around the world, with the Asia Pacific region leading the pack. By 2023, over 65 percent of Asia Pacifics gross domestic product (GDP) will come from digital products or services, with more than $1.2 trillion expected to be added, according to an IDC study.

Manojs cloud architecture and product-launch expertise, along with his broad multi-platform experience, make him an ideal choice for this role, said Geeman Yip, founder and CEO at BitTitan. His commitment to customer satisfaction, technical knowledge, and strategic and operational management skills will all help drive product innovation and international business development. Were thrilled to welcome Manoj to our leadership team.

Manoj joined BitTitan in 2019 as a director of engineering and site leader. Prior to joining BitTitan, Manoj held the role of chief technology officer for the hospitality industrys Next Story Group. There, he led the digital transformation of the organization. Manoj built a technology platform to launch a new business line in the shared workspaces domain across the Asia Pacific markets of Taipei, Sydney, Singapore, Saigon and Hong Kong.

His experience includes an extended tenure with Intuit in India and the U.S. At Intuit, he led a global engineering organization, heading the TurboTax suite of products for the U.S. and Canadian markets. Manoj helped launch the industry-leading TurboTax mobile application. He has also held engineering leadership roles in the U.S., Singapore and Australia.

As digital transformation continues to accelerate globally, my commitment is to enable BitTitan partners to be successful in the cloud by delivering advanced IT solutions and 24/7 service, said Kalyanaraman. I am excited to take on this new role with an innovative SaaS company like BitTitan, which is helping our partners drive cloud adoption around the globe. This is a terrific opportunity for us to be a part of the growing market here in Singapore and throughout the world.

BitTitan continues to strengthen its worldwide commitment to seamless service delivery with new offerings and routine product updates. We are excited to be launching new features and enhancements to MigrationWiz each week, said Yip. We are committed to simplifying the adoption of cloud services and providing innovative, industry-leading solutions to customers in the Asia Pacific and around the world.

For the latest news and information on BitTitan, like and follow the social media channels below.

Twitter: @BitTitan Facebook: http://www.facebook.com/BitTitan LinkedIn: http://www.linkedin.com/company/BitTitan

About BitTitan

BitTitan empowers IT service professionals to successfully deploy and manage cloud technologies through automation. MigrationWiz is the industry-leading SaaS solution for mailbox, document, public-folder and Microsoft Teams migrations between a wide range of Sources and Destinations. Voleer is a solution that centralizes and automates IT tasks, helping empower IT service professionals to streamline daily operations and eliminate redundancies. Since 2009, BitTitan has moved over 22 million users to the cloud for 45,000 customers in 188 countries and supports leading cloud ecosystems including Microsoft, Google and Dropbox. The global company has offices in Seattle and Singapore. To learn more, visit http://www.BitTitan.com or the BitTitan blog.

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BitTitan Names Manoj Kalyanaraman New VP of Product and Engineering - Business Wire

Kettering University will end 5 programs, focus on engineering – MLive.com

FLINT, MI - Flint-based Kettering University is ending five of its 13 majors as part of an effort to refocus on its more popular engineering programs, according to a letter from university President Robert McMahan.

Kettering is sunsetting its applied math, applied biology, applied physics, biochemistry and chemistry programs, meaning it will accept no new majors in those fields after fall 2021, according to the letter.

There are 77 current students majoring in these programs, including 47 seniors. The university will still offer these students the needed classes to complete their degree and will give them individualized pathways to graduation, according to the letter.

Engineering fields and computer science, which make up six of the universitys 13 majors, contribute half of the universitys annually awarded credit hours, with another 40% coming from service courses for those majors, according to the letter. The seven remaining majors only contribute 6% of the credit hours but require one-third of the universitys instructional resources.

McMahan decided the changes based on the mid-2020 findings of a task force that sought to identify consistently underperforming programs and enhance programs that have greater market demand, according to the letter. He decided to delay implementing the changes until it looked like the country was beginning to emerge from the pandemic.

I did this out of a desire to not add additional stress on you or our community as we were adapting to the Covid-19 crisis, including pivoting immediately to entirely new modes of virtual services delivery in every unit across the University, McMahan said in the letter. We, like the rest of higher education, will not be going back to the way it was before. It is therefore incumbent upon us to think creatively and plan carefully for our future.

To help you navigate this complicated school year, were pleased to offer you a simpler way to get all of your education news: Our new Michigan Schools: Education in the COVID Era newsletter delivered right to your inbox. To receive this newsletter, simply click here to sign up.

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NIU Engineering professor explains how to harvest the power of wind energy – NIU Today

Wind flows a lot like water, according to NIU Associate Professor of Mechanical Engineering Nicholas Pohlman. The same fluid mechanics applies to hydro power that has been used since the 18th century, just with a lower density, intermittently available resource, he says. In other words, harnessing the kinetic energy of wind to create electricity relies on many of the same principles that are well established in the energy industry but it also requires some changes in our thinking and behavior.

Nick Pohlman

Dr. Pohlman will discuss the conversion of wind energy to electricity and answer audience questions at the next NIU STEM Caf, online on Tuesday, March 16, at 6 p.m. Register for this free event at go.niu.edu/windenergy.

Pivoting to wind energy may require power balancing of the grid because wind is intermittent are you willing to turn off the TV and lights so that the toaster works? Pohlman asks. It also requires a willingness to see where and how energy is converted into the electricity that we rely on in our daily lives.

When energy was converted remotely (coal, nuclear, etc.), few people cared where the facility was located, Pohlman says. However, he notes that many people have a not in my backyard attitude towards wind energy, which is generally located closer to the end user.

Such proximity to consumers can have positive effects, however, not the least of which is to decrease transmission losses the energy lost as heat when electricity is transmitted along power lines from the plant to your home or business. If urban areas could incorporate wind energy into their architecture, then we might be able to reduce transmission losses, he explains.

Perhaps even more important is the mental shift of learning to see our own energy consumption instead of taking it for granted. Wind energy is widely available and increasing in capacity, but we all need to be willing to SEE the energy harvesting rather than just hope power comes out of the outlet, Pohlman notes. Seeing the energy conversion will hopefully help us recognize our own energy needs.

The only limit on size of wind turbines is the transportation mechanisms used. Here, wind turbines are being transported by rail through northern Illinois.

Dr. Pohlman will be joined by Derek Hiland, DeKalb County Community Development Director, who will address questions related to growth, zoning and land-use changes in the county.

This is a wonderful chance for the public to learn about wind energy something that has been in the news often lately, says STEM Caf coordinator Judith Dymond. Dr. Pohlman and Derek Hiland will help us sort fact from fiction, so we can make informed decisions about energy use.

Fossil-fuel based energy had millions of years to collect sunlight and be compressed underground, but we are consuming at a rate that far exceeds its multi-million-year collection, says Pohlman. If we can learn to harness and immediately use the lower energy density forms, such as wind, then we will have greater sustainability and decrease impact on climate change.

The STEM Caf will take place online via zoom on Tuesday, March 16, at 6 p.m. Register for this free event at go.niu.edu/windenergy.

Northern Illinois University STEM Cafs are sponsored by NIU STEAM and are designed to increase public awareness of the critical role STEM fields play in our everyday lives. For more information, contact Judith Dymond, Ed.D., at 815-753-4751 or email[emailprotected].

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NIU Engineering professor explains how to harvest the power of wind energy - NIU Today