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TheDivision of Scienceat NYU Abu Dhabi is searching for accomplished visiting faculty inComputer Scienceto educate the next generation of global thinkers.Multidisciplinary research and exceptional teaching in a highly diverse and inclusive campus community are hallmarks of the Universitysmission.

NYUAD values diversity, inclusion, belonging, and equity; such principles are fundamental to the university's commitment to excellence. Our faculty are the engines that sustain our inclusive environment; NYUAD students come from more than 115 countries, with no single one nationality exceeding more than 15 percent of the total student population. Likewise, our faculty are highly diverse and community-minded: our modern campus is home to over 320 faculty who represent more than 45 different nationalities, all of whom bring a global perspective to their classrooms and research projects. Research is advanced by over 400 highly qualified research staff, who are likewise drawn from all over the world.

Applicants should have a relevant PhD and demonstrate an outstanding track record for their career stage in both research and teaching. The visiting position isfor one academic year and the expected teaching load is four courses with relatively small class sizes.

Successful candidates may receive some research funding for conference travel and/or minor equipment, and will also have access to internal competitive funds. Additional research support includes access tohigh-performance computing facilities.

There are many collaboration opportunitieswithin NYUAD, which already houses a number of interdisciplinary research centers, including the Center for Cyber Security, the Center for Interacting Urban Networks (CITIES), Center for Artificial Intelligence and Robotics (CAIR), Center for Genomics and Systems Biology, Center for Quantum and Topological Systems, as well as with faculty in NYU New Yorks Courant Institute of Mathematical Sciences and Tandon School of Engineering.

About NYU Abu Dhabi

Established in partnership between New York University (NYU) and the emirate of Abu Dhabi, over the last decade, NYUAD has assembled a remarkable community of scholars, students, researchers, artists, inventors, and others who have contributed to the growth of the UAEs capital as a global hub of knowledge and culture while establishing a new model of higher education for todays complex world.

NYUAD is animated by inspiring and diverse faculty, students, and staff working together in an exciting and dynamic city. As an international center of excellence in teaching and research, our goal is to attract outstanding faculty who are leaders in their fields, encouraging them to create programs that draw outstanding students and provide an intellectually rich environment.

YUAD students come from more than 126 countries, with no single nationality exceeding more than 15 percent of the total student population. Likewise, our over 320 faculty members represent more than 45 nationalities and bring a global perspective to their classrooms and research projects. NYUAD is committed to building and strengthening a university-wide culture of inclusion, diversity, belonging and equity (IDBE), which is fundamental to the Universitys commitment to excellence. Visitour website for more information on NYUADs commitment to IDBEand how these values are fundamental to our mission.

Students are drawn from among the worlds best. They are bright, intellectually passionate, and committed to building a campus environment anchored in mutual respect, understanding, and care. The NYUAD undergraduate student body has garnered an impressive record of scholarships, graduate-school admissions, and other global honors. Graduate education is an area of growth for the University; the current graduate student population of over 100 students is expected to expand in the next decade as we develop new graduate programs.

Working for NYUAD

At NYUAD, we recognize that Abu Dhabi is more than where you work; its your home. In order for faculty to thrive, we offer a comprehensive benefits package. This starts with a generous relocation allowance; educational assistance for your dependents; access to health and wellness services; and more. NYUAD is committed to faculty success throughout the academic trajectory, providing support for ambitious and world-class research projects and innovative, interactive teaching approaches. Support for dual-career families is a priority.Visit our website for more information on benefits for you and your dependents.

Qualifications

This position requires a Ph.D. in Computer Scienceor a closely related area.

Application Instructions

To apply for this position, please submit the following items:

We will begin reviewing applications on December 15, 2022, and will continue until the position is filled. Shortlisted candidates are expected to be invited for campus visits in Abu Dhabi early Spring 2023. We anticipate that successful candidates can start the appointment and relocate to Abu Dhabi in the academic year 2023-2024.

For questions about this position, please emailnyuad.science@nyu.edu.

If this sounds like you, apply now.

Join NYU Abu Dhabi, an exceptional place for exceptional people.

NYUAD values diversity, inclusion, belonging, and equity; such principles are fundamental to the university's commitment to excellence. NYUAD is an equal opportunity employer. We particularly welcome applications from members of traditionally underrepresented groups, women, and UAE nationals. Multidisciplinary research and exceptional teaching in a highly diverse and inclusive campus community are hallmarks of the Universitys mission.

@WorkAtNYUAD#nyuadfacultycareers

Equal Employment Opportunity Statement

For people in the EU, click here for information on your privacy rights under GDPR:www.nyu.edu/it/gdpr

NYU is an equal opportunity employer committed to equity, diversity, and social inclusion.

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Computer Science, Visiting Professor job with NORWEGIAN UNIVERSITY OF SCIENCE & TECHNOLOGY - NTNU | 312629 - Times Higher Education

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Everyone wants green computing.

Mobile users demand maximum performance and battery life. Businesses and governments increasingly require systems that are powerful yet environmentally friendly. And cloud services must respond to global demands without making the grid stutter.

For these reasons and more, green computing has evolved rapidly over the past three decades, and its here to stay.

Green computing, or sustainable computing, is the practice of maximizing energy efficiency and minimizing environmental impact in the ways computer chips, systems and software are designed and used.

Also called green information technology, green IT or sustainable IT, green computing spans concerns across the supply chain, from the raw materials used to make computers to how systems get recycled.

In their working lives, green computers must deliver the most work for the least energy, typically measured by performance per watt.

Green computing is a significant tool to combat climate change, the existential threat of our time.

Global temperatures have risen about 1.2C over the last century. As a result, ice caps are melting, causing sea levels to rise about 20 centimeters and increasing the number and severity of extreme weather events.

The rising use of electricity is one of the causes of global warming. Data centers represent a small fraction of total electricity use, about 1% or 200 terawatt-hours per year, but theyre a growing factor that demands attention.

Powerful, energy-efficient computers are part of the solution. Theyre advancing science and our quality of life, including the ways we understand and respond to climate change.

Engineers know green computing is a holistic discipline.

Energy efficiency is a full-stack issue, from the software down to the chips, said Sachin Idgunji, co-chair of the power working group for the industrys MLPerf AI benchmark and a distinguished engineer working on performance analysis at NVIDIA.

For example, in one analysis he found NVIDIA DGX A100 systems delivered a nearly 5x improvement in energy efficiency in scale-out AI training benchmarks compared to the prior generation.

My primary role is analyzing and improving energy efficiency of AI applications at everything from the GPU and the system node to the full data center scale, he said.

Idgunjis work is a job description for a growing cadre of engineers building products from smartphones to supercomputers.

Green computing hit the public spotlight in 1992, when the U.S. Environmental Protection Agency launched Energy Star, a program for identifying consumer electronics that met standards in energy efficiency.

A 2017 report found nearly 100 government and industry programs across 22 countries promoting what it called green ICTs, sustainable information and communication technologies.

One such organization, the Green Electronics Council, provides the Electronic Product Environmental Assessment Tool, a registry of systems and their energy-efficiency levels. The council claims its saved nearly 400 million megawatt-hours of electricity through use of 1.5 billion green products its recommended to date.

Work on green computing continues across the industry at every level.

For example, some large data centers use liquid-cooling while others locate data centers where they can use cool ambient air. Schneider Electric recently released a whitepaper recommending 23 metrics for determining the sustainability level of data centers.

Wu Feng, a computer science professor at Virginia Tech, built a career pushing the limits of green computing. It started out of necessity while he was working at the Los Alamos National Laboratory.

A computer cluster for open science research he maintained in an external warehouse had twice as many failures in summers versus winters. So, he built a lower-power system that wouldnt generate as much heat.

He demoed the system, dubbed Green Destiny, at the Supercomputing conference in 2001. Covered by the BBC, CNN and the New York Times, among others, it sparked years of talks and debates in the HPC community about the potential reliability as well as efficiency of green computing.

Interest rose as supercomputers and data centers grew, pushing their boundaries in power consumption. In November 2007, after working with some 30 HPC luminaries and gathering community feedback, Feng launched the first Green500 List, the industrys benchmark for energy-efficient supercomputing.

The Green500 became a rallying point for a community that needed to reign in power consumption while taking performance to new heights.

Energy efficiency increased exponentially, flops per watt doubled about every year and a half for the greenest supercomputer at the top of the list, said Feng.

By some measures, the results showed the energy efficiency of the worlds greenest systems increased two orders of magnitude in the last 14 years.

Feng attributes the gains mainly to the use of accelerators such as GPUs, now common among the worlds fastest systems.

Accelerators added the capability to execute code in a massively parallel way without a lot of overhead they let us run blazingly fast, he said.

He cited two generations of the Tsubame supercomputers in Japan as early examples. They used NVIDIA Kepler and Pascal architecture GPUs to lead the Green500 list in 2014 and 2017, part of a procession of GPU-accelerated systems on the list.

Accelerators have had a huge impact throughout the list, said Feng, who will receive an award for his green supercomputing work at the Supercomputing event in November.

Notably, NVIDIA was fantastic in its engagement and support of the Green500 by ensuring its energy-efficiency numbers were reported, thus helping energy efficiency become a first-class citizen in how supercomputers are designed today, he added.

Today, GPUs and data processing units (DPUs) are bringing greater energy efficiency to AI and networking tasks, as well as HPC jobs like simulations run on supercomputers and enterprise data centers.

AI, the most powerful technology of our time, will become a part of every business. McKinsey & Co. estimates AI will add a staggering $13 trillion to global GDP by 2030 as deployments grow.

NVIDIA estimates data centers could save a whopping 19 terawatt-hours of electricity a year if all AI, HPC and networking offloads were run on GPU and DPU accelerators (see the charts below). Thats the equivalent of the energy consumption of 2.9 million passenger cars driven for a year.

Its an eye-popping measure of the potential for energy efficiency with accelerated computing.

Because AI represents a growing part of enterprise workloads, the MLPerf industry benchmarks for AI have been measuring performance per watt on submissions for data center and edge inference since February 2021.

The next frontier for us is to measure energy efficiency for AI on larger distributed systems, for HPC workloads and for AI training its similar to the Green500 work, said Idgunji, whose power group at MLPerf includes members from six other chip and systems companies.

The public results motivate participants to make significant improvements with each product generation. They also help engineers and developers understand ways to balance performance and efficiency across the major AI workloads that MLPerf tests.

Software optimizations are a big part of work because they can lead to large impacts in energy efficiency, and if your system is energy efficient, its more reliable, too, Idgunji said.

In PCs and laptops, weve been investing in efficiency for a long time because its the right thing to do, said Narayan Kulshrestha, a GPU power architect at NVIDIA whos been working in the field nearly two decades.

For example, Dynamic Boost 2.0 uses deep learning to automatically direct power to a CPU, a GPU or a GPUs memory to increase system efficiency. In addition, NVIDIA created a system-level design for laptops, called Max-Q, to optimize and balance energy efficiency and performance.

When a user replaces a system, the standard practice in green computing is that the old system gets broken down and recycled. But Matt Hull sees better possibilities.

Our vision is a cyclical economy that enables everyone with AI at a variety of price points, said Hull, the vice president of sales for data center AI products at NVIDIA.

So he aims to find the system a new home with users in developing countries who find it useful and affordable. Its a work in progress seeking the right partner and writing a new chapter in an existing lifecycle management process.

Energy-efficient computers are among the sharpest tools fighting climate change.

Scientists in government labs and universities have long used GPUs to model climate scenarios and predict weather patterns. Recent advances in AI, driven by NVIDIA GPUs, can now help model weather forecasting 100,000x quicker than traditional models. Watch the following video for details:

In an effort to accelerate climate science, NVIDIA announced plans to build Earth-2, an AI supercomputer dedicated to predicting the impacts of climate change. It will use NVIDIA Omniverse, a 3D design collaboration and simulation platform, to build a digital twin of Earth so scientists can model climates in ultra-high resolution.

In addition, NVIDIA is working with the United Nations Satellite Centre to accelerate climate-disaster management and train data scientists across the globe in using AI to improve flood detection.

Meanwhile, utilities are embracing machine learning to move toward a green, resilient and smart grid. Power plants are using digital twins to predict costly maintenance and model new energy sources, such as fusion-reactor designs.

Feng sees the core technology behind green computing moving forward on multiple fronts.

In the short term, hes working on whats called energy proportionality, that is, ways to make sure systems get peak power when they need peak performance and scale gracefully down to zero power as they slow to an idle, like a modern car engine that slows its RPMs and then shuts down at a red light.

Long term, hes exploring ways to minimize data movement inside and between computer chips to reduce their energy consumption. And hes among many researchers studying the promise of quantum computing to deliver new kinds of acceleration.

Its all part of the ongoing work of green computing, delivering ever more performance at ever greater efficiency.

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What Is Green Computing? - Nvidia

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A web developer is defined as a technical professional responsible for building applications and websites to be hosted on the internet, typically working in close collaboration with a graphic designer or product manager to translate programming logic and design ideas into web-compatible code. This article explains the roles and responsibilities of web developers, the skills they require, and salary expectations in 2022.

A web developer is a technical professional responsible for building applications and websites hosted on the internet, typically working in close collaboration with a graphic designer or product manager to translate programming logic and design ideas into web-compatible code.

A web developer is an expert in designing and developing websites. They guarantee that websites satisfy users expectations by ensuring they are aesthetically pleasing, operate without hiccups, and provide quick entry points with no loading difficulties or error messages.

A web developer is accountable for a company websites code, design, and layout. Due to the roles emphasis on user experience and functionality, visual design and programming skills (like COBOL), are required. After a website has been developed, a web developer will typically help with its upkeep and maintenance.

The popularity of digital marketing is now increasing, and many businesses plan to offer their goods and services online. Nevertheless, not all companies have achieved their digital marketing objectives. A site with a design that is five years woefully out of date will not attract the attention of modern online users.

Serious players are aware of this, so they often update their websites to provide the most recent experience. The strong interest among small/mid-sized entrepreneurs in implementing digital sites and the continual need to modernize outdated technology are propelling the web development market to new heights.

The Bureau of Labor Statistics (BLS) projects that demands for web developers will increase by 8% between 2019 and 2029, which is faster than the average for all occupations.

Full-stack web developer, front-end web developer, and back-end web developer are some of the critical roles to look at on this path:

Regardless of the web developer job description (front-end, back-end, or full-stack), prospective developers have two key career options. Depending on your preferences, you may apply for compensated positions in organizations or operate as an independent web developer.

Online development experts with extensive experience typically design, create and optimize web apps and websites from end to end. They have extensive knowledge of SEO (Search Engine Optimization) best practices, web development programming languages, and extensive experience. Typically, senior web developers oversee teams composed of younger engineers.

See More: What Is Serverless? Definition, Architecture, Examples, and Applications

Typically, a web developer is tasked with the following:

1. Creating the website through programming (and not no-code tools)

The primary professional objective of a web developer is to write code to make a website. They must employ various programming techniques and tools to deliver high-quality results. In addition, they must conform to contemporary web development standards and ethics. The developer must maintain a coding environment that is reusable, understandable, and simple to modify or debug. Additionally, they must often update the program to retain a flexible coding framework.

2. Testing the website before deployment and then at regular intervals

Developers must routinely examine their websites to detect flaws early. Before publishing the program, they must review the code for potential bugs. Thorough testing will avoid future issues. To guarantee that the standards are completed, they must also get continuous input from clients and consumers.

3. Debugging the website code

Bugs make a website ineffective when the coding cannot offer website visitors functionality. After debugging, a web developer optimizes the code to improve performance. Regular testing and validation of the code guarantee that the code functions as intended and that a website application continues to be operational. The capacity to detect, evaluate, and eliminate mistakes may facilitate a positive user experience and promote business growth.

4. Maintaining the website and supporting the organization/client on website updates

To keep customers happy, a site must respond as quickly as feasible. If an application opens slowly, customers will be less likely to use it again. Therefore, site developers must guarantee that all functions are operational. This position involves spreading updates to maintain the websites functionality. They must ensure that all security protocols are in place and promptly detect anomalies.

5. Collaborating with designers to understand and execute their vision

Web developers collaborate with creative specialists and designers to extract the intended visual outcomes for a website. This part of web development is necessary for creating a responsive product. The web developer interacts with the designers to effectively guarantee the implementation of key features and functionalities. The objective is to develop a consistent theme throughout all web pages.

The primary area of operations for the designer is curating the sites graphics and branding. However, the web developer executes the coding necessary for the visual components to function. Therefore, they must work successfully and transparently, each feeding off the others ideas.

6. Connecting the database and maintaining integrations

Because almost all software manipulates large amounts of data, database management is essential. Offline use of the program necessitates data synchronization between internal memory and remote databases. This is why mobile developers must have database knowledge. SQLite is crucial for mobile coding because it enables data to be stored forever.

7. Ensuring responsive design

A responsive website seamlessly adapts to various screen sizes, including those of mobile phones, tablets, and desktop computers. This technique utilizes a combination of flexible grids and layouts, media, and intelligent code to guarantee that web pages scale appropriately to accommodate various screen sizes.

Web pages might seem broken if their design is not responsive, impacting the websites number of visits. Creating a responsive site design may play a pivotal role in web development, as it can enhance the user experience, thereby increasing conversions.

In addition to these essential duties, additional responsibilities may include:

In short, web developers are responsible for creating and maintaining websites. Typically, they will spend their time developing code languages like HTML5, which is used by many mobile devices and maintaining the sites technical elements, such as its ability to manage traffic without crashing.

A web developer is responsible for the design and functionality of websites. They interact with the web and visual designers, analyze website traffic, handle website issues, and upgrade websites as required. The everyday activities of web developers vary by industry, job, and assignment. Frequently, developers must communicate with customers, arrange online layouts, write code to allow site functionality, and create or add verbal or graphic content to the code framework.

See More: DevOps Roadmap: 7-Step Complete Guide

A remarkable portfolio and good knowledge of HTML will set you up for surefire success as a web developer. However, there are other qualities that will advance your career and drive success in the area of web development:

Coding is one of the most important hard skills required of a web developer, and these individuals must be proficient in several of the programming languages listed below:

In addition, web developers must show proficiency in frameworks such as ASP.NET and Angular.js. ASP.NET is an open-source framework that offers web developers the tools and resources necessary to create dynamic websites, apps, and services. Even though there are other online application architectures, web developers often choose ASP.NET as the industry standard.

Similar to ASP.NET is the fully accessible, industry-standard application framework Angular.js. Google and its user community manage this program. Due to its JavaScript base, web developers often use Angular.js to modify a sites entire front end.

Programming languages function according to rules and definitions. If you are inherently adept at solving issues rationally, you will learn these languages considerably faster. As you see them in operation, you will acquire an aptitude for deconstructing statements into their fundamental components and anticipating their logical results. Web developers who must keep track of various jobs, initiatives, timelines, costs, and workflow planning will benefit significantly from logically-based organizational techniques.

Developers are accountable for developing the most elegant end-user solution. As you undertake more complicated tasks, youll discover that there is seldom a single solution to the issue: one may have numerous pathways available, and it requires a sense of creativity to envision how each would function. Further, a robust aesthetic sense is helpful when collaborating with design personnel as it helps visualize what the end web product will look like.

As a result, web developers must stay abreast of any significant new programming languages, web development software, and industry trends. Even coding professionals with extensive degrees in computer science will need ongoing skill development to remain competitive. In reality, there is nearly always a link between learning capacities and technical proficiency, which results in higher pay. Success as a developer does necessitate a dedication to lifelong learning, which is advantageous for the vast majority of workers in the area.

A web developer may utilize a version control system to monitor, manage, and modify code shifts/alterations. Git is an instance of a code version control mechanism that enables rapid mistake detection and correction. The application allows you to record the modifications youve performed on the code so you may examine it before making any modifications. This is essential for full-stack web developers who operate under tight deadlines.

Many customers prefer that the independent web developers they employ understand the fundamentals of SEO. This is because a website with efficient SEO scores higher in search engine results, drawing more visitors. SEO is a crucial skill for web developers since customers typically want to enhance their websites traffic.

Even the tiniest misspelling might result in a 404. Programmers are taught to reread their code numerous times to check for flaws and find efficiency. It requires patience, intense concentration, and the ability to see ones work objectively.

Communication is another area of soft skill development for this role. Whether you are a member of a large engineering department or a solo, you will need to interact with various stakeholders during the project. One must remain receptive to suggestions from designers, clients, and other team members and communicate through potential barriers. Promoting open communication channels will produce a superior final product and help you grow as a developer.

See More: DevOps vs. Agile Methodology: Key Differences and Similarities

The average yearly salary for web developers in the United States is $104,080, according to statistics from Glassdoor (as of September 15, 2022). Numerous variables, including experience, region, living costs, and expertise levels, may affect earnings. Typically, novice web developers earn less than seasoned experts, but those with more certificates or training make more.

Professional Certifications and an associates degree allow you to develop your programming skills and demonstrate your experience. A bachelors degree is not required for web developers. However, individuals with a postsecondary degree often make much better earnings. In addition, certain businesses may seek web developers with degrees in disciplines like computer science or engineering.

Web developers with bachelors degrees may potentially work in management positions and earn extra revenue. According to the BLS, computer science and information system administrators earn a median annual income of $159,010 despite commencing their careers as web developers. Apart from educational background, seniority is another crucial factor driving web developer salaries. Glassdoor estimates the following average total compensation for three primary levels of expertise::

As practically every sector requires a digital presence for profitability, web developers may find work in various areas. However, certain businesses tend to employ more web developers than others, and pay rates might vary by industry. Computer systems design, unified communications, publishing, administration, science and technology consulting services, branding, advertising, and public relations are the most common areas for employment.

See More: What is Root-Cause Analysis? Working, Templates, and Examples

Web development is now among the key pillars of doing business. Every company needs a website to establish its online presence, some (like e-commerce) conduct their business on the web, and others provide essential services via web apps, such as Software as a Service (SaaS) companies. Therefore, demand for web developers will continue to be high in the next few years, and the rise of new systems like Web3 will make highly skilled web developers more coveted than ever before.

Did this article give you the information needed to support a career in web development? Tell us on Facebook, Twitter, and LinkedIn. Wed love to hear from you!

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Web Developer Responsibilities, Skills, and Salary - Spiceworks News and Insights

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More than 150 University of Hawaii at Mnoa students from a variety of majors took advantage of a rare opportunity to meet one-on-one with technology industry professionals from organizations such as Microsoft, Amazon, LinkedIn and Activision Blizzard, to learn about technology career opportunities.

The event on October 11, at Kuykendall Hall began with an introduction of more than 20 professionals, which included software engineers, company founders, business leaders and cybersecurity experts, followed by a one-hour mixer where students were able to chat face-to-face with the speakers.

The event was hosted by the Pacific Asian Center for Entrepreneurship (PACE) in UH Mnoas Shidler College of Business, Association for Computing Machinery at UH Mnoa, ThriveHI and Builders VC.

Amanda Nitta is a UH Mnoa senior majoring in computer science and data science, and vice president and chief of operations for the Association for Computing Machinery at UH Mnoa. Nitta was one of the events student organizers and gained knowledge about how to apply data science and management in a future career.

This is a great opportunity for these students because of the fact that it gives exposure to what they are able to do, and be able to apply what they learned and see that they are not restricted to one thing such as software engineering, Nitta said. They have so many other capabilities within them to do interdisciplinary work and have different mindsets going into the workforce.

Kanai Gooding is a computer science student and president of the Association for Computing Machinery at UH Mnoa. Gooding said many of the tech professionals featured at the event are remote workers for companies based on the continental U.S. He said there is a disparity between salaries offered by those companies and salaries offered by companies based in Hawaii. Goodings goal for the event was to begin a dialogue to take steps forward so Hawaii-based companies can match the salaries of their continental U.S.-based counterparts.

This is just one of the many aspects that we are trying to attack the problem with, Gooding said. One of our big asks for the professionals here was, Hey, were going to have the students ask you your salary. Please be ok with us asking and you answering. Hopefully that spreads loudly across the community.

Kevin Shin, a senior software engineer at LinkedIn, shared his manao (thoughts and perspectives) with UH Mnoas current students. Shin graduated from UH Mnoa 2014 with a degree in mechanical engineering, before pursuing a graduate degree at Stanford University.

His goal for the event was to let the students know that there is a path to tech and people from Hawaii can make it. There are a bunch out here doing it.

Students at the University of Hawaii are just as capable of taking on tech careers, including tech-centered entrepreneurship, as their mainland counterparts. Because of Hawaiis distance from major technological hubs, however, local students may be learning about these careers from the internet or other secondhand sources, PACE Executive Director Sandra Fujiyama said. PACE, along with ThriveHI, ACM@Mnoa and Builders VC, recognized the need to close that gap and connect students directly to people who know what it is to work in tech today.

By Marc Arakaki

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Tech pros from Microsoft, Amazon, more share career paths with students | University of Hawaii System News - University of Hawaii

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