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Data Scientists: Don’t Let Career Growth Keep You From Coding – Built In

Abe Gong says coding is a part of his identity even though its not a part of his current role.

A lot of data people start off as a coder, Gong, founder and CEO of data quality and collaboration company Superconductive, said. You spend a lot of time hands-on-keyboard. Along the way, you get very good at understanding the business, storytelling and working with other stakeholders. The skill set ends up looking a lot like management.

And therein lies the tension, he said. Career advancement can often mean moving into more managerial roles and can translate into less time doing the hands-on work of coding and interacting directly with data what many data scientists love and what drew them to the field in the first place.

But that doesnt have to be the case. Here are some strategies data scientists can use to stay hands on as they advance in their careers.

Advancing in your career doesnt always have to mean moving into management. For those who want to keep their hands in coding and dataon a daily basis, Giri Tatavarty, vice president of data science at retail data and analytics company 84.51, recommended investigating if your company has a technical track for career advancement. Those pursuing such an option can grow as individual contributors and basically become technical specialists.

These experts typically spend more of their time actually developing the skill and techniques and experimenting, than managing people or working with the other other responsibilities of a typical management job, Tatavarty said.

Tatavarty has pursued this technical track himself and is a senior individual contributor at 84.51. He described his average day as being 30 percent to 40 percent working on innovative projects he leads and 20 percent to 30 percent on conducting reviews of projects being led by others on the team. The rest of the time is spent working on strategizing for the technical vision of the company, like determining the best strategy for scalable data science methods.

Just like you need a top-notch brain surgeon to do your surgery or a very good engineer to build something really hard, you need a highly technical data scientist to solve business problems.

Its a mix of strategy, innovation, day-to-day delivery and reviews of what is being done, he said. While this is different from what he used to do as a more junior data scientist and has a broader scope, it all still involves daily coding.

[It] would not be a tenable situation to be in the technical track and not code, he said, adding that he would never want to. Answering business questions with data and math is a large part of what drew him to the field of data science, and the more he does it, the more questions he finds to solve.

More and more companies are starting to realize the value of offering a non-managerial career advancement track, he said. In his experience, companies have begun offering multiple advancement tracks over the past few years, especially at ones pursuing cutting-edge data science.

Just like you need a top-notch brain surgeon to do your surgery or a very good engineer to build something really hard, you need a highly technical data scientist to solve business problems, he said, giving self-driving cars and natural language processing as examples. Many of the frontiers of data science require very specialized skill and experience and also focused time to spend on that.

More on Data Science11 Data Science Programming Languages to Know

Even if more companies are recognizing the value of having a technical track for data science career advancement, that doesnt mean every company offers it. If your company doesnt, Tatavarty recommended pursuing the same ultimate goal of the technical track to become a technical specialist without the formal structure.

But that takes planning, he said, because you only have so much time. These specializations usually take a lot more focus and going in a single direction, so there needs to be a plan to spend time and focus on one direction rather than trying 10 things.

That plan starts with picking your domain or the area in which you want to specialize, he said. That could be technical areas like natural language processing, computer vision or A/B testing, according to Tatavarty, but it could also be business sectors like finance or advertising in which data science is applied. Creating a specialization plan also includes finding the right mentors and working with your manager to identify projects that will help you in your goal. Depending on the area of specialization you select, Tatavarty said it can take anywhere from a few months to a few years to become the go-to person at your company for that topic.

Definitely, whether you have technical track or you do not have technical track, you will be highly valued and you will grow, he said.

Its hard to specialize if you dont stay put for very long. There tends to be a lot of turnover in data science, with the average data scientist only staying at a company for 1.7 years, according to a 2021 report by 365 Data Science. This is in part because of the widespread opportunities in the field, according to Ramaa Nathan, director of data science at EVERSANA, a company that applies AI to rare diseases.

The problem is, if you keep switching a lot, you do not build expertise in any one thing, she said. Instead, she recommends that those who want to keep coding as they advance their career stick with a company. This not only builds up technical skills and seniority in the role, but also most importantly institutional knowledge within the company. That institutional knowledge is a specialization in its own right and will help keep you in a hands-on role.

Nathan gave her situation as an example. While she is a senior data scientist working with a team and does not do 100 percent of the coding like she used to in more junior roles, she guides and oversees the projects that others are implementing. Because of her institutional knowledge, she knowsdown to the smallest detail everything from the intricacies of client data to what her team has done on each project and is able to explain and correct mistakes directly. She described her position as director of data science as a complete hands-on data science role.

Within her own company, where Nathan has institutional knowledge and her direct involvement with coding and data is well-known, there is nothing preventing her from being hands on, she said. That would not necessarily be the case at another company.

If I were to jump and go to another company, I can tell you that if Im expecting the same role I cannot get hands on because that company might say, No, at this role, we cannot expect you to be hands on and somebody else is doing it, she said. Whereas by building up seniority in your own company, having that institutional knowledge, you can still be hands on in your higher roles.

Staying put to specialize wont work for everyone. So, another way to advance your data science career without leaving coding or daily data work behind is to put yourself in a situation where you structurally cant get away from the hands-on work of data science: Find a startup, a small company or a small team.

Theyre great opportunities for growth, but once you get to the top, youre challenged to be a jack of all trades and master of all, said Dylan Beal, vice president of analytics at Cane Bay Partners VI, a management consultancy. Working with small teams means it wont be easy to hand off all the data analytics and coding responsibilities. You get to be a senior contributor to the company while analyzing data, developing models and managing a small team.

Working with small teams means it wont be easy to hand off all the data analytics and coding responsibilities. You get to be a senior contributor to the company while analyzing data, developing models and managing a small team.

Elena Ivanovas experience as the head of data science for CarParts.com, an online provider of aftermarket auto parts, bears out this dynamic. When she started with the company, there was a limited budget for data science and data analytics so they were not able to hire more data scientists for a while. This meant she had to be working with everything related to data at the company, which is exactly how she likes it.

The data, for me, is everything, she said.

Coming from academia, Ivanova was drawn to the field of data science by the allure of applying algorithms to real-world business needs and because she loved being an investigative researcher. Leading a small team allows her to do that every day. Even as the company has grown, the data science team has stayed relatively small. So, while she now oversees a team, she has not left coding behind.

Ivanova described her days as starting with checking in with her team and helping them work through any challenges they might have, but being mostly consumed with exploring data and solving problems. The cost and time related to international freight, and the impact frequent changes in those can have on the company, are examples of those problems she has to solve with data to help the company make good decisions that will keep it profitable.

Whats more, each new addition to the small team rather than increasing Ivanovas managerial tasks and taking away from hands-on work actually increases her opportunity for coding and data work.

Getting a new person allows me to bring more ideas that I can tackle and start working on, she said. Right now its a data science team thats cross-functional, but still, we dont have a lot of people so I still have a lot of opportunities. Thats why Im still helping my people to look at data, look at the code [and] get some of the data modeling myself.

More on Data ScienceWhats the Ideal Ratio of Junior-to-Senior Data Scientists?

In some situations, management is an unavoidable element of becoming more senior as a data scientist. In those cases, technical mentoring of more junior data science professionals is a great way to keep your hands in coding and data.

Ashley Pitlyk, senior director of data science at Codility, a technical recruitment platform, described it as taking a player-coach role.

Ensure that youre still doing peer reviews of team code before models go into production, she said. Encourage your team to have development hours where they spend 1 to 2 hours a week learning something new and sharing it monthly or quarterly with the team and take part in it with your team.

Gong also recommended taking the player-coach role. Its something he does with junior members of his team working on deadlines without tight timelines. This can allow him to keep his coding and direct data work skills sharp.

It only takes a few months for you to be irrelevant if you stop coding.

Mentoring isnt just something that happens if you go down the management track either. Even though he pursued the technical trackat his company, Tatavarty said that mentorship is a big part of what he does as a senior individual contributor. For him, technical mentoring happens when he is working through the science reviews of ongoing data science projects, but also when those leading the projects run into a challenge. Both situations require that he be hands on with the coding and data and keep very familiar with it.

But mentoring and staying hands on in data science have an interesting reciprocal relationship. Mentoring can help keep you doing coding and direct data work, but you also have to stay active to make your mentoring matter.

It only takes a few months for you to be irrelevant if you stop coding, Tatavarty said. If you dont code, what youre saying is more opinion rather than substantiated claims from an expert or backed by data and you slowly lose your credibility or respect and people just listen to you because you are a higher pay grade. So you always need to be hands on.

While coding and direct data work is what draws many people to data science, and what many love about the role, Nathan urged other data scientists not to restrict themselves.

It helps, in a way, to explore other opportunities and not just be stuck within the same thing, she said. In her own career, her varied experiences which started with coding out models for high-frequency trading through to project management and entrepreneurship have made her more versatile in her current position as a senior data scientist. When a project manager on the data team left, for example, she was able to step in since she had experience doing project management.

Nathan also said that those other experiences were clarifying to her. She described her role as a project director as one where she was not able to work directly with the data.

The few times when I did get access and I was able to code something, that was the happiest day of my life, she said. That was her a-ha moment where she realized that, to be happy in her work, she had to be hands-on with data and coding.

So, going out, doing something different, in a way makes you realize how much you really like it, she said. It helps to take some time to at least try other roles to know what it is that you really want.

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EIROforum to Host Conference on Grand Challenges in AI and Data Science – HPCwire

March 30, 2022 Artificial intelligence (AI) and machine learning (ML) are pushing scientific research into new domains, providing new opportunities to answer the complex societal and economic challenges facing our societies. From understanding the universe to tracking how viruses infect humans, producing large-scale scientific research requires increasingly innovative AI and ML, both for the running of cutting-edge scientific instruments and for the complex analysis of large amounts of data.

On April 28, 2022, the EIROforum alliance of European scientific infrastructures, CERN, ESO, ESA, EMBL, ESRF, ILL, European XFEL and EUROFusion will hold a conference focusing on the grand challenges in AI and data science. Hosted at the EMBL Heidelberg, with a free live streaming option for virtual participants, the conference will include workshops and talks presenting leading data science and AI from the EIROforum members, and explore how they can contribute to scientific progress with societal and economic impact.

Conference Chair, Director of EMBL-EBI and Deputy Director General of EMBL Ewan Birney explains: Europes shared scientific infrastructures include the worlds best from particle accelerators recreating the earliest moments of the Universe, to telescopes able to detect the earliest light in that Universe, and from research facilities unlocking the inner workings of cells to understand how life works on this planet, to satellite platforms able to examine the entire planet at macro and micro scales. As world leaders, we were quick to recognise the importance of data, analysis and artificial intelligence across all our diverse sciences, and the transformative impact these developments will have on science and on society. This conference will bring together the leaders in the field alongside policy makers, and stimulate further discussion on how to harness our access to large-scale scientific data with artificial intelligence, and thus help Europe thrive now and in the future.

Registration

To see the program and register for this event, please visit: https://www.embl.org/about/info/course-and-conference-office/events/eir22-01.

Simone Campana, CERN

Our infrastructures share the common challenge to collect, analyse and curate large volumes of scientific data. The novel methodologies and experience we acquired for this purpose present a solution for the needs of other sectors and society at large.

Tim Smith, CERN

Openly sharing data, technologies and infrastructure is common place in science as it enables us to build on the findings and creations of others, advancing everyone. What works for sciences grand challenges can empower society as well, as the basis for fact-based decision making.

Andreas Kaufer,ESO

EIROForum members operate complex scientific instruments and costly infrastructures. This conference is a great opportunity to share experiences in the use of new technologies such as ML and AI in this field and to discuss their potential for more effective, efficient, and sustainable solutions in scientific instrument control, operation and data production.

Vincent Favre-Nicolin, ESRF

All major research infrastructures are faced with big data challenges to process increasing amounts of data both faster and smarter, and to provide the results to users in the most efficient and durable way. The infrastructure, algorithmic and social aspects are very similar across all EIROforum members, and this conference will be an excellent opportunity to gain a wide overview.

Joo Figueiredo, EUROFusion

In modern science, the challenges of distributing, processing and analyzing vast amounts of data is of paramount importance to optimise and fully profit from the research carried forward using the infrastructures of the largest scientific organizations. The sharing of the combined know-how of the EIROforum members in data science and the applications of artificial intelligence, used in telescopes and microscopes, in fusion reactors and space satellites, is certainly of great interest.

Paolo Mutti, ILL

AI and ML are everywhere nowadays, in our connected objects, telephones and even at the hospital. The benefit of these techniques have started to enter the scientific world as well, but their potential has still to be fully exploited. Great advantages can be achieved in the way scientists perform experiments and in the quantity and quality of information that can be extracted from the measured data. This EIROforum event is a great way to exchange practices between the different partners to move forward in exploring the new opportunities offered by AI.

Source: EIROforum

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New data-sharing requirements from the National Institutes of Health are a big step toward more open science – Technical.ly

Starting on Jan. 25, 2023, many of the 2,500 institutions and 300,000 researchers that the US National Institutes of Health supports will need to provide a formal, detailed plan for publicly sharing the data generated by their research. For many in the scientific community, this new NIH Data Management and Sharing Policy sounds like a no-brainer.

The incredibly quick development of rapid tests and vaccines for COVID-19 demonstrate the success that can follow the open sharing of data within the research community. The importance and impact of that data even drove a White House Executive Order mandating that the heads of all executive departments and agencies share COVID-19-related data publicly last year.

I am the director of the Rochester Institute of Technologys Open Programs Office. At Open@RIT, my colleagues and I work with faculty and researchers to help them openly share their research and data in a manner that provides others the rights to access, reuse and redistribute that work with as few barriers or restrictions a possible. In the sciences, these practices are often referred to as open data and open science.

The journal Nature has called the impact of the NIHs new data management policy seismic, saying that it could potentially create a global standard for data sharing. This type of data sharing is likely to produce many benefits to science, but there also are some concerns over how researchers will meet the new requirements.

The National Institutes of Health has had data-sharing guidelines in place for years, but the new rules are by far the most comprehensive. (Photo via Wikimedia Commons)

The NIHs new policy around data sharing replaces a mandate from 2003. Even so, for some scientists, the new policy will be a big change. Dr. Francis S. Collins, then director of the NIH, said in the 2020 statement announcing the coming policy changes that the goal is to shift the culture of research so that data sharing is the norm, rather than the exception.

Specifically, the policy requires two things. First, that researchers share all the scientific data that other teams would need in order to validate and replicate the original research findings. And second, that researchers include a two-page data management plan as part of their application for any NIH funding.

So what exactly is a data management plan? Take an imaginary study on heat waves and heatstroke, for example. All good researchers would collect measurements of temperature, humidity, time of year, weather maps, the health attributes of the participants and a lot of other data.

Starting next year, research teams will need to have determined what reliable data they will use, how the data will be stored, when others would be able to get access to it, whether or not special software would be needed to read the data, where to find that software and many other details all before the research even begins so that these things can be included in the proposals data management plan.

Additionally, researchers applying for NIH funding will need to ensure that their data is available and stored in a way that persists long after the initial project is over.

The NIH has stated that it will support with additional funding the costs related to the collection, sharing and storing of data.

The open sharing of data has a history of promoting scientific excellence and was central to the Human Genome Project that first mapped the entire human genome. (Photo via Wikimedia Commons)

The NIHs case for the new policy is that it will be good for science because it maximizes availability of data for other researchers, addresses problems of reproducibility, will lead to better protection and use of data and increase transparency to ensure public trust and accountability.

The first big change in the new policy to specifically share the data needed to validate and replicate seems aimed at the proliferation of research that cant be reproduced. Arguably, by ensuring that all of the relevant data from a given experiment is available, the scientific world would be better able to evaluate and validate through replication the quality of research much more easily.

I strongly believe that requiring data-sharing and management plans addresses a big challenge of open science: being able to quickly find the right data, as well as access, and apply it. The NIH says, and I agree, that the requirement for data management plans will help make the use of open data faster and more efficient. From the Human Genome Project in the 1990s to the recent, rapid development of tests and vaccines for COVID-19, the benefits of greater openness in science have been borne out.

At its core, the goal of the new policy is to make science more open and to fight bad science. But as beneficial as the new policy is likely to be, its not without costs and shortfalls.

First, replicating a study even one where the data is already available still consumes expensive human, computing and material resources. The system of science doesnt reward the researchers who reproduce an experiments results as highly as the ones who originate it. I believe the new policy will improve some aspects of replication, but will only address a few links in the overall chain.

Second are concerns about the increased workload and financial challenges involved in meeting the requirements. Many scientists arent used to preparing a detailed plan of what they will collect and how they will share it as a part of asking for funding. This means they may need training for themselves or the support of trained staff to do so.

The NIH isnt the only federal agency pursuing more open data and science. In 2013, the Obama administration mandated that all agencies with a budget of $100 million or more must provide open access to their publications and data. The National Science Foundation published their first open data policy two years earlier. Many European Union members are crafting national policies on open science most notably France, which has already published its second.

The cultural shift in science that NIH Director Collins mentioned in 2020 has been happening but for many, like me, who support these efforts, the progress has been painfully slow. I hope that the new NIH open data policy will help this movement gain momentum.

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New data-sharing requirements from the National Institutes of Health are a big step toward more open science - Technical.ly

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Analytics and Data Science News for the Week of April 1; Updates from Oracle, Domo, and Gartner, Inc. – Solutions Review

The editors at Solutions Review have curated this list of the most noteworthy analytics and data science news items for the week of April 1, 2022. In this weeks roundup, news from Oracle, Domo, and Gartner, Inc.

Keeping tabs on all the most relevant data management news can be a time-consuming task. As a result, our editorial team aims to provide a summary of the top headlines from the last month, in this space. Solutions Review editors will curate vendor product news, mergers and acquisitions, venture capital funding, talent acquisition, and other noteworthy data science and analytics news items.

MySQL HeatWave ML fully automates the ML lifecycle and stores all trained models inside the MySQL database, eliminating the need to move data or the model to a machine learning tool or service. HeatWave ML is included with the MySQL HeatWave database cloud service in all 37 Oracle Cloud Infrastructure (OCI) regions. All models generated by HeatWave ML can provide model and prediction explanations.

Read on for more.

A Data App, which combines data, analytics, and workflows, is experienced as a personalized standalone experience on a mobile device or embedded into existing apps and processes where work is already happening. Data Apps can quickly leverage data from existing systems regardless of where data lives whether it be in a cloud data warehouse or data lake, or a core application like SAP, Salesforce, or NetSuite.

Read on for more.

Gartner notes that the market is represented by an emphasis on visual self-service for end-users, as well as augmented AI to deliver automated insights. However, that augmentation is largely shifting from the analyst to consumers and decision makers. These platforms are also beginning to capture more information about user behavior and interests in order to deliver the most impactful experience possible.

Read on for more.

For consideration in future data analytics news roundups, send your announcements to tking@solutionsreview.com.

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Tim is Solutions Review's Editorial Director and leads coverage on big data, business intelligence, and data analytics. A 2017 and 2018 Most Influential Business Journalist and 2021 "Who's Who" in data management and data integration, Tim is a recognized influencer and thought leader in enterprise business software. Reach him via tking at solutionsreview dot com.

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Analytics and Data Science News for the Week of April 1; Updates from Oracle, Domo, and Gartner, Inc. - Solutions Review

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Top 10 Colleges that Create the Best Data Scientists in the World – Analytics Insight

Data Scientists help the company to acquire customers by analyzing their needs.

Data scienceis booming in the global tech industry with its effective data management. Data science is closely related to data mining and big data, and all of these including analytics are becoming increasingly crucial with the evolution of technology for enterprise efficiency.Data Scientistshelp the company to acquire customers by analyzing their needs. This allows the companies to tailor products best suited for the requirements of their potential customers. Data holds the key for companies to understand their clients. Educational institutes have identified the core need to bridge the gap between the demand and supply ofdata scientistsacross different companies in all kinds of industries. Various colleges are offering attractivedata science courses. There are multiplecolleges for data sciencein the world with eminent faculty and curriculum. This article features the top 10 colleges that create thebest data scientistsin the world.

Located in London, Imperial College is a world-reputed public research university in medicine, science, business, and engineering. Imperial has been consistently ranked among the top 8 universities in the world by various professional surveys. There are various data science courses offered by Imperial College which makes it one of the top colleges that creates the best data scientists in the world.

This institution offers admission in fields like arts, science, commerce, and engineering, is considered one of the best colleges to create the best data scientists in the world. The college is known for its scientific and industrial research organization (SIRO) and other co-curricular activities and clubs.

Indian Institute of Science provides a unique interdisciplinary program that aims to bring together computational and data science aspects to address major scientific and tech-related problems existing in the modern industry. It trains students to model problems and simulates processes that vary across various disciplines of science and tech.

Columbia University is a lucrative university for data science in the world that creates the best data scientists. This course allows students to apply data science techniques, tools, projects, and others efficiently without any potential error. The curriculum covers computer systems for data science, machine learning for data science, algorithms for data science, and many more.

The data science interdisciplinary minor is open to students from all academic divisions who wish to develop skills in using and analyzing data. Such data skills can complement and enhance liberal arts study across a broad range of subject matters and interests. It is one of the top colleges that create data scientists in the world.

Located in Saint Paul, Macalester College offers various data science courses. If you are interested in pursuing graduate study, consult with an advisor in the MSCS department to discuss the most appropriate choices. You should also seek out opportunities to apply statistics to real data problems in your junior and senior years.

MIT is one of the popular US data science universities offering Applied Data Science Program to provide a deep understanding of the intricacies of data science techniques, machine learning techniques, programming languages, and many more with an industry-related portfolio of data science projects. There is also a MicroMasters Program in Statistics and Data Science that consists of four online courses to provide knowledge of tools in data science.

Indian Institute of Science provides a unique interdisciplinary program that aims to bring together computational and data science aspects to address major scientific and tech-related problems existing in the modern industry. It trains students to model problems and simulates processes that vary across various disciplines of science and tech.

The Master of Data Sciences & Business Analytics program is offered by Europes two of the most reputed Business and Engineering Schools ESSEC and Centrale Supelec. The program is taught in two locations France and Singapore. It is one of the best colleges that creates good data scientists in the world

IE School of Human Sciences & Technology offers various data science courses. IEs competitive full-time programs have been training graduates to master data science tools, big data technologies, and business transformation techniques. Programs also feature real-world case studies, multimedia simulations, debates, international projects, and so on.

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Sophomore Opportunity Leads to Published Research on AI in Cancer Studies – Oberlin College and Conservatory

A published manuscript coauthored by Ella Halbert 23 offers software tools that pathologists could use to assist with a tedious, yet necessary process in the study of disease.

The study of disease often involves analyzing tissue samples to diagnose specific diseases, explains Halbert, a biology and Hispanic studies major. Typically, a pathologist will analyze slides of tissue samples to determine any abnormalities, but this process can be made more efficient through the use of digital pathology, which relies on images of slides, image processing, and machine learning. Essentially, machine learning programs can be trained to recognize and identify abnormalities in tissue samples, saving time and energy, and supporting pathologists workloads.

Halberts contribution to this effort began last February, when she connected with Jacob Rosenthal 18 through SOAR. The colleges Sophomore Opportunities and Academic Resources program provides opportunities for students to connect their interests inside and outside the classroom as well as offers instruction on how to use Oberlin resources, and provides individualized help with resums.

After submitting her resum and interest materials, Rosenthal, an imaging data scientist and data engineer, invited Halbert to intern at the Dana-Farber Cancer Institute. She was joined by nine other members of the group who included scientists, public health professionals, and professors of research in pathology from the Dana-Farber Cancer Institute, Massachusetts Institute of Technology, Weill Cornell Medicine, and Harvard T.H. Chan School of Public Health.

As the only undergraduate student member of such an experienced team, the two-month internship would afford Halbert a broader understanding of pathology and introduce her to a facet of medicine that was new to her: data science.

I knew a little about pathology going into the internship, but I didnt know anything about the challenges of combining data science, imaging techniques, and pathology, says Halbert. This experience has made me think more deeply about how the process of treating patients is changing as technology advances.

To prepare for her internship, Halbert independently studied the basics of Pythona high-level, general-purpose programming language. The skill set made her a welcome addition to the groups artificial intelligence operations team, where she worked closely with Rosenthal and Renato Umeton, associate director of Artificial Intelligence Operations and Data Science Services at the Dana-Farber Cancer Institute.

The manuscript written by the group is based on PathML, a software toolkit developed by Rosenthal that processes and analyzes pathology slides. Most importantly, this toolkit is meant to lower the barrier to entry for digital pathology so that pathologists with limited programming experience can utilize this powerful tool for their own research or clinical practice, says Halbert.

Although the team was unable to work in person, one-on-one virtual meetings held several times a week and weekly group sessions kept the lines of communication flowing.

The completed abstract highlights three themes to guide development of computational tools: scalability, standardization, and ease of use. The group then applied these principles to develop PathML, describe the design of the softwares framework, and demonstrate applications in diverse use cases.

In December 2021, the groups completed manuscriptBuilding Tools for Machine Learning and Artificial Intelligence in Cancer Research: Best Practices and a Case Study with the PathML Toolkit for Computational Pathology was published in Molecular Cancer Research, a monthly journal produced by the American Association for Cancer Research. Halbert received author credit for her work with the PathML software.

I think global awareness and cultural competencies are really important for any field of study, particularly the sciences, says Halbert. Im planning to pursue a medical degree, and being able to relate with patients across cultural differences is a vital skill.

Halbert currently studies the ecology of disease in professor Mary Garvins biology lab, and has applied to several summer research experiences for undergraduates that relate to disease physiology and ecology.

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What’s behind the success of post-grad computer science programs? – ZDNet

Online learning isn't a new idea. It's rooted in correspondence courses. Back in the late 1800s, postal mail services powered learning and communication platforms. Today, it's all digital, with teacher-student interaction available in real-time and on your own time.

The ongoing pandemic prompted people to reconsider their career outlook. As a result, many people decided to expand or refresh their education. In response, colleges enhanced existing online learning options and introduced new programs.

Atlanta-based Georgia Tech says it was the first accredited university to offer an online master of science in computer science, or OMSCS for short. The degree is available in a massive online format. Georgia Tech partnered with Udacity and AT&T to launch its OMSCS program in 2014.

For the spring 2022 semester, 12,016 students enrolled in the program. For the fall 2021 semester, 837 people graduated. Nearly 6,500 students have graduated so far.

David Joyner, Ph.D., is the executive director of online education and OMSCS at the College of Computing at Georgia Tech. Joyner pointed to four key factors that contributed to the success of the OMSCS program.

"Hindsight makes the success of OMSCS seem like a foregone conclusion, but at the time, it was a risky endeavor," Joyner said. "The low tuition could have undermined our on-campus program enrollment, and the high admission rate could diminish the perceived quality of the degree."

But the opposite happened. In less than a decade, the OMSCS program's reputation and visibility have driven more applications to the on-campus program. Joyner feels the online students' "incredible quality" has improved the college's reputation.

Joyner credited the willingness of the program's founders and visionaries along with Georgia Tech's administrative leaders to move forward despite the risks of starting something new.

In addition, "the faculty embraced the idea of building the online program and making sure it adhered to the standards we have come to expect on campus," Joyner said. "The courses are taught by the same professors who teach in person and who do the research that then becomes material for their classes, and that provides an authenticity that gives the program its magic."

Once the program enrolled more than 2,000 students, Joyner and his colleagues realized they couldn't support the program's growth with only on-campus teaching assistants.

"But online students have stepped up in droves to support the program," Joyner said.

Now the program employs over 400 teaching assistants, almost half of whom are alumni. Many are now professionals working in the field. As a result, their firsthand professional experience, perspectives, and insight improve the courses they're supporting, according to Joyner.

Finally, Joyner said, technology "recently reached a point where rich, authentic, active learning experiences and dynamic social learning communities can be created and scaled around the world with relative ease."

Georgia Tech claims to be the first. But today, dozens of colleges offer online-only post-grad computer science programs. They include the University of Texas at Austin, which launched its master of computer science online (MCSO) degree in 2019.

Eric Busch, Ph.D., is the director for online programs in computer science and data science at UT Austin. He said the tech job market is a factor making this kind of master's in computer science worth it for many students.

"The effects of the pandemic notwithstanding, we believe that MCSO's early success is rooted in the stark disparities of the education and labor markets in computer science fields which the program is in part designed to address," Busch said.

The gap between the number of computer science graduates and the number of open computing jobs is well documented. That scarcity creates massive unmet demand for skilled CS workers in a wide variety of areas and job functions.

The Society for Human Resource Management predicted employers would struggle to find and keep IT workers in 2022. About three months into the year, SHRM's prediction appears to be coming true.

"The gap between the number of computer science graduates and the number of open computing jobs is well documented," Busch continued. "That scarcity creates massive unmet demand for skilled CS workers in a wide variety of areas and job functions. Although companies in the tech space have raised salaries to compensate, the supply of skilled labor in these fields remains relatively inelastic."

Busch said that inelasticity is rooted in educational scarcity. Even large on-campus computer science programs like UT Austin's can only accommodate so many in-person students in any year.

"On-campus capacity remains limited in terms of financial aid capacity and physical space," Busch said.

For the spring 2022 semester, UT Austin had 860 students enrolled in the MCSO program. UT Austin faculty teach the courses, which feature lessons designed for online learning.

"Programs like MCSO represent an important intervention in this dynamic of scarcity," Busch added. "Because our online, asynchronous curriculum format can handle much higher volumes of students, we are able to admit all applicants who are qualified and capable of earning a master's degree."

We've operated for the past two years with no online program manager or MOOC partner, and I think we've been better off for it as it lets us design every element of the program to our own needs.

Joyner says academic content shifts also contribute to the OMSCS program's success.

When the program started, OMSCS partnered with a massive open online course provider that produced and hosted the school's course content.

"Now, we handle production ourselves and host content on our own platforms," Joyner said. "We've operated for the past two years with no online program manager or MOOC partner, and I think we've been better off for it as it lets us design every element of the program to our own needs."

"Our early classes were relatively lecture-heavy, and while they used a lot of active learning strategies, there was a major focus on the prerecorded video content," said Joyner. But now, he said, online M.S. in computer science courses are instead built around six focal points:

In application cycles since the pandemic started, applications for Georgia Tech's OMSCS were up 14%.

Joyner suspects the increase in applicants to this online post-graduate program in computer science is temporary. He thinks students are attracted to affordable online education at a time when "there is so much uncertainty around personal finances, global economics, and public health."

Joyner also highlighted a noteworthy demographic shift at Georgia Tech. The average age of incoming OMSCS students has dropped from 37 to 30.

That likely indicates "we are drawing more students early in their careers and fewer mid-career professionals who have been waiting more than 15 years for an opportunity to study CS in a more formal program."

"That said," he continued, "we have been wrong before: We thought we had stabilized in the first three years of the program, only to see explosive growth after that."

Busch, at UT Austin, also has a positive outlook for post-grad computer science education.

"We anticipate continued enrollment growth in both the MCSO program and in online graduate education in general," he said. "MCSO continues to add new courses, and expects to remain among the market leaders in online computer science education based on its use of tenured faculty to teach online courses, and its focus on rigor and building student community."

In 2019, Monali Mirel Chuatico graduated with her bachelor's in computer science, which gave her the foundation that she needed to excel in roles such as data engineer, front-end developer, UX designer, and computer science instructor.

Monali is currently a data engineer at Mission Lane. As a data analytics captain at a nonprofit called COOP Careers, Monali helps new grads and young professionals overcome underemployment by teaching them data analytics tools and mentoring them on their professional development journey.

Monali is passionate about implementing creative solutions, building community, advocating for mental health, empowering women, and educating youth. Monali's goal is to gain more experience in her field, expand her skill set, and do meaningful work that will positively impact the world.

Monali Mirel Chuatico is a paid member of the Red Ventures Education freelance review network.

Last reviewed March 21, 2022.

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Delaware and Pyramid Will Present on Selecting the Right Analytics Tool for Your Enterprise Platform at UKISUG Analytics Symposium – Business Wire

BIRMINGHAM, England & LONDON--(BUSINESS WIRE)--Experts from Delaware and Pyramid Analytics will explore why and how Decision Intelligence whats next in analytics and business intelligence (ABI) should be introduced into enterprise platforms at the UKISUG Analytics Symposium, an annual event for the independent UK & Ireland SAP User Group being held on 5 April, 2022 at The Vox Conference Centre, Birmingham. The conference offers the opportunity for networking and collaboration among peers specialising in SAP Analytics Cloud, data preparation, platform & database and digital transformation.

UKISUG Analytics Symposium is free to attend. Register here.

Key Points:

Attendees, Mark Your Diaries

Chris Houlder, Analytics Lead at Delaware, and Ian MacDonald, Director of Product Management with Pyramid, will discuss how enterprises running on SAP can best understand their data and how to react to fast-changing conditions, and address the challenges of adopting a holistic platform that works directly on both SAP BW and SAP HANA. The session will also include a demo of the Pyramid Analytics Decision Intelligence platform and how to get more value from these SAP investments. The session begins at 10 a.m. GMT.

Partnership Brings Decision Intelligence to Enterprises Across the UKI

Pyramid Analytics and global IT services company Delaware have a partnership agreement through which the companies jointly sell and implement the Pyramid Platform for decision intelligence and provide consulting services. The partnership puts the Pyramid Platform for decision intelligence into the hands of more than 3,000 Delaware consultants. The Pyramid Platform uniquely combines Data Preparation, Business Analytics, and Data Science in a single Analytics and Business Intelligence (ABI) environment. Leading technology analysts BARC, Dresner Advisory Services, and Gartner rank Pyramid first in critical ABI capabilities.

Pyramid and Delaware have strong partnerships with SAP, the worlds largest provider of Enterprise Application Software. Delaware and Pyramid Analytics jointly deliver solutions enabling customers to integrate sophisticated SAP data sets and non-SAP sources, from a wide range of on-premises and cloud-based data sources, without moving or ingesting the data, through a single decision intelligence platform.

Many of Delawares clients have complex landscapes and face challenges pulling together accurate and coherent reporting. Pyramid enables all users, from data scientists to non-technical business users, to maximise their investments in SAP providing for the fastest, direct querying and analytics on BW, BEx, HANA, CDS and IQ, while maintaining the investment in business logic and security designed into SAP all within a complete point and click, no-code, governed self-service analytics environment.

Quotes

Ian Macdonald, Director of Product Management, Pyramid Analytics: Business success in todays dynamic markets requires organizations to react to trends and opportunities in real time with accuracy, speed and scale. Data drives better decisions. However, due to legacy tool limitations, integration issues and data management challenges, many SAP customers struggle to expose all the necessary data to deliver modern self-service analytic capabilities. Pyramid Decision Intelligence Platform allows business users to get more value out of their existing SAP BW and SAP HANA investments, delivering best-in-class functionality and performance that preserves the security and governance inherent in the SAP platform.

Complete, Unified Decision Intelligence

Pyramids Decision Intelligence Platform unifies Data Preparation, Business Analytics, and Data Science on a single, integrated platform. This eliminates the need to use multiple disparate tools and the associated license cost and management complexity. Lower Total Cost of Ownership (TCO), rapid rollout, quicker and direct access to all available data, and industry-leading user adoption means faster time to value. Pyramids Decision Intelligence Platform can be deployed on-premises, into a private or public cloud, embedded into other apps or delivered through Managed Services Providers (MSP).

About Delaware

Delaware is a fast-growing, global company that delivers advanced solutions and services to organisations striving for a sustainable, competitive advantage. Delaware guides its customers through their business transformation, applying the ecosystems of its main business partners, SAP and Microsoft. Delaware continues to service its customers afterwards, assuring continuity and continuous improvement. Delaware has over 3000 professionals in 24 offices around the world. For more information, please visit http://www.delaware.co.uk.

About Pyramid Analytics

Pyramid is whats next in analytics. Our unified decision intelligence platform delivers insights for everyone to make faster, more informed decisions. It provides direct access to any data, enables governed self-service for any person, and serves any analytics need in a no-code environment. The Pyramid Decision Intelligence Platform uniquely combines Data Prep, Business Analytics, and Data Science in a single environment with AI guidance, reducing cost and complexity while accelerating growth and innovation. The Pyramid Platform enables a strategic, organization-wide approach to Business Intelligence and Analytics, from the simple to the sophisticated. Schedule a demo.

Pyramid Analytics is incorporated in Amsterdam and has regional headquarters in global innovation and business centers, including London, New York City, and Tel-Aviv. Our team lives worldwide because geography should not be a barrier to talent and opportunity. Investors include Jerusalem Venture Partners (JVP), Sequoia Capital and Viola Growth. Learn more at Pyramid Analytics.

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The 15 Best DataCamp Courses and Online Training for 2022 – Solutions Review

The editors at Solutions Review compiled this list of the best DataCamp courses for data science, analytics, big data, and data engineering.

DataCamps mission is to democratize data skill for everyone by offering more than 350 different data science and analytics courses and 12 distinct career tracks. More than 2,000 companies, 3,000 organizations, and 8 million users from 180 countries have used DataCamp since its founding. DataCamps entire course catalog is interactive which makes it perfect for learning at your own pace. The online course and training leader also touts a growing list of new modules worth exploring.

Its with this in mind that the editors at Solutions Review compiled this directory of the best DataCamp courses and online training to consider, in the fields of data science, analytics, big data, and data engineering. Editor picks included in this list represent our complete coverage of the best DataCamp courses and online training from across our library of e-learning content.

Description: In this course, youll go from zero to hero, as you discover how to use this popular business intelligence platform through hands-on exercises. Youll first learn how to confidently load and transform data using Power Query and the importance of data models, before diving into creating visualizations using Power BIs drag-and-drop functionality. Youll also learn how to drill-down into reports and make your reports fully interactive. Lastly, youll level-up your skills using DAX formulas (Data Analysis Expressions) to create customized calculated columns and fields to better analyze your data.

Description: Youll learn how to navigate Tableaus interface and connect and present data using easy-to-understand visualizations. By the end of this training, youll have the skills you need to confidently explore Tableau and build impactful data dashboards. This module features 29 videos and 70 exercises, and should take around 4 hours to complete. Chapter 1, Getting Started with Tableau, is currently free.

Description: In this course, youll develop employable analyst skills as you learn how to use time-saving keyboard shortcuts, convert and clean data types including text, times, and dates, and build impressive logic functions and conditional aggregations. Through hands-on practice, youll learn over 35 new Excel functions, including CONCATENATE, VLOOKUP, and AVERAGEIF(S), and work with real-world Kickstarter data as you use your new-found Excel skills to analyze what makes a successful project.

More Top-Rated DataCamp paths: Data Analysis in Spreadsheets

Description: In this course, youll learn how to choose the best visualization for your dataset, and how to interpret common plot types like histograms, scatter plots, line plots and bar plots. Youll also learn about best practices for using colors and shapes in your plots, and how to avoid common pitfalls. Through hands-on exercises, youll visually explore over 20 datasets including global life expectancies, Los Angeles home prices, ESPNs 100 most famous athletes, and the greatest hip-hop songs of all time.

More Top-Rated DataCamp paths: Data Visualization in R, Data Visualization in Spreadsheets, Introduction to Data Visualization in Python

Description: In this course, you will learn how to build a logistic regression model with meaningful variables. You will also learn how to use this model to make predictions and how to present it and its performance to business stakeholders. The course is instructed by Nele Verbiest, a senior data scientist at Python Predictions. At Python Predictions, she developed several predictive models and recommendation systems in the fields of banking, retail and utilities.

More Top-Rated DataCamp paths: Intermediate Predictive Analytics in Python,Predictive Analytics using Networked Data in R

Description: In this non-technical course, youll be introduced to everything you were ever too afraid to ask about this fast-growing and exciting field, without needing to write a single line of code. Through hands-on exercises, youll learn about the different data scientist roles, foundational topics like A/B testing, time series analysis, and machine learning, and how data scientists extract knowledge and insights from real-world data.

More Top-Rated DataCamp paths: Data Science for Business, Introduction to Data Science in Python, Linear Algebra for Data Science in R

Description: In this course, you will learn how to build a logistic regression model with meaningful variables. You will also learn how to use this model to make predictions and how to present it and its performance to business stakeholders. The course is instructed by Nele Verbiest, a senior data scientist at Python Predictions. At Python Predictions, she developed several predictive models and recommendation systems in the fields of banking, retail and utilities.

More Top-Rated DataCamp paths: Intermediate Predictive Analytics in Python,Predictive Analytics using Networked Data in R

Description: R is mostly optimized to help you write data analysis code quickly and readably. Apache Spark is designed to analyze huge datasets quickly. Thesparklyrpackage lets you writedplyrR code that runs on a Spark cluster, giving you the best of both worlds. This course teaches you how to manipulate Spark DataFrames using both thedplyrinterface and the native interface to Spark, as well as trying machine learning techniques. Throughout the course, youll explore the Million Song Dataset.

More Top-Rated DataCamp paths: Machine Learning with PySpark, Introduction to Spark SQL in Python, Cleaning Data with PySpark

Description: Part of DataCamps robust R course directory, this module will enable you to master the basics of this widely used open-source language, including factors, lists, and data frames. With the knowledge gained in this course, you will be ready to undertake your first very own data analysis. Oracle estimated over 2 million R users worldwide in 2012, cementing R as a leading programming language in statistics and data science.

More Top-Rated DataCamp paths: Intermediate R, Exploratory Data Analysis in R

Description: This course is a gentle introduction to the R language with every chapter providing detailed mapping of R functions to SAS procedures highlighting similarities and differences. You will orient yourself in the R environment and discover how to wrangle, visualize, and model data plus customize your output for the final presentation. Throughout the course, you will follow a consistent workflow of data quality checking and cleaning, exploring relationships, modeling, and presenting results. You will leave this course with coded examples that provide a template to use immediately with a dataset of your own.

Description: Deep learning is the machine learning technique behind the most exciting capabilities in diverse areas like robotics, natural language processing, image recognition, and artificial intelligence, including the famous AlphaGo. In this course, youll gain hands-on, practical knowledge of how to use deep learning with Keras 2.0, the latest version of a cutting-edge library for deep learning in Python.

More Top-Rated DataCamp paths: Introduction to Deep Learning with PyTorch, Introduction to Deep Learning with Keras, Advanced Deep Learning with Keras

Description: In this course, youll learn how to leverage powerful technologies by helping a fictional data engineer named Cody. Using Amazon Kinesis and Firehose, youll learn how to ingest data from millions of sources before using Kinesis Analytics to analyze data as it moves through the stream. Youll also spin up serverless functions in AWS Lambda that will conditionally trigger actions based on the data received.

Description: In this course, youll learn about a data engineers core responsibilities, how they differ from data scientists and facilitate the flow of data through an organization. Through hands-on exercises youll follow Spotflix, a fictional music streaming company, to understand how their data engineers collect, clean, and catalog their data.

More Top-Rated DataCamp paths: Building Data Engineering Pipelines in Python, Introduction to Data Engineering

Description: The real world is messy and your job is to make sense of it. Toy datasets like MTCars and Iris are the result of careful curation and cleaning, even so, the data needs to be transformed for it to be useful for powerful machine learning algorithms to extract meaning, forecast, classify, or cluster. This course will cover the gritty details that data scientists are spending 70-80% of their time on; data wrangling and feature engineering.

Description: This course covers the fundamentals of Big Data via PySpark. Spark is a lightning-fast cluster computing framework for Big Data. It provides a general data processing platform engine and lets you run programs up to 100x faster in memory, or 10x faster on disk than Hadoop. Youll use PySpark, a Python package for spark programming and its powerful, higher-level libraries such as SparkSQL, MLlib (for machine learning), etc., to interact with works of William Shakespeare, analyze Fifa football 2018 data, and perform clustering of genomic datasets.

Tim is Solutions Review's Editorial Director and leads coverage on big data, business intelligence, and data analytics. A 2017 and 2018 Most Influential Business Journalist and 2021 "Who's Who" in data management and data integration, Tim is a recognized influencer and thought leader in enterprise business software. Reach him via tking at solutionsreview dot com.

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Heap Named to The World’s Top Data Startups List – Business Wire

SAN FRANCISCO--(BUSINESS WIRE)--Heap, the leading digital analytics provider, announced that it was named to the inaugural Data50: The Worlds Top Data Startups list by VC firm a16z. The top 50 were chosen based on their technologies ability to compile and obtain meaningful insights from that technology, which is critical to business success.

We are pleased to receive this latest recognition that further validates our product analytics offering, which delivers better insights faster, enabling teams to create great digital experiences, said Ken Fine, CEO of Heap. Heap is challenging the status quo of legacy analytics that take months to set-up and deliver limited insights due to their limited data capture. By blending a complete set of behavioral data with integrated data science capabilities, Heap gives teams significant advantages over their competitors.

The Data50 list is compiled by a16z, the Andreessen Horowitz VC company, and showcases software businesses founded after 2008 that have raised new funding in the past two years. To qualify for the list, companies must also have a growing employee base of at least 30% YoY, and provide horizontal technologies that service teams across industries through data or data application.

About Heap

Heap is the future of digital insights, providing the best alternative to costly, slow and inaccurate legacy analytics. Heaps low-code, easy-to-use digital analytics software provides the quickest time to insight so teams can create the best possible digital experiences and accelerate their business. Over 8,000 businesses trust Heap to increase revenue, improve conversion, accelerate decision-making, and drive business impact at scale.

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