Category Archives: Computer Science
Akoya and Johns Hopkins’ Collaborative Agreement Supports Pioneering New Approach to Immunotherapy Biomarker Discovery and Validation – Business Wire
MARLBOROUGH, Mass.--(BUSINESS WIRE)--Akoya Biosciences, Inc., The Spatial Biology Company, today announced a collaboration with the Bloomberg-Kimmel Institute for Cancer Immunotherapy (BKI) and the Bloomberg Center for Physics and Astronomy at the Johns Hopkins University School of Medicine. The agreement brings together Akoyas Phenoptics multiplex immunofluorescence (mIF) platform for spatial phenotyping and Johns Hopkins AstroPath platform, an interdisciplinary team of immunologists, pathologists, oncologists, and astrophysicists focused on immuno-oncology biomarker discovery and validation. As part of the collaboration, researchers will develop, validate, and clinically implement novel spatial phenotypic signatures for immunotherapy and facilitate more effective drug development using Phenoptics technology.
Immunotherapies utilize the immune system to combat cancer and are revolutionizing the field of oncology. Despite this great progress, most patients do not respond to immunotherapy, creating a pressing need for clinically validated biomarkers that accurately predict which patients are likely to benefit from a particular treatment.
A recent multi-institutional study found that mIF, which preserves the spatial context of cellular expression and whole tissue architecture, more precisely predicts response to immunotherapy compared to gene expression profiling, tumor mutational burden (TMB), and current single-marker immunohistochemistry1. The Phenoptics mIF platform provides an end-to-end solution with the reproducibility, sensitivity, and throughput needed to overcome the biomarker challenge by turning spatial data into actionable intelligence.
The AstroPath program applies an innovative approach to analyze large mIF datasets by using celestial objectmapping algorithms to rapidly identify optimized predictive signatures. The program leverages the principles of immunology, pathology, computer science, and astronomy to lay the foundation for rapid, efficient biomarker discovery. The real power of the AstroPath platform comes from the unique combination of knowledge and skills of the principals involved Dr. Janis Taube, Director of the Division of Dermatopathology, Dr. Drew Pardoll, Director of the Bloomberg~Kimmel Institute for Cancer Immunotherapy, and Dr. Alex Szalay, Bloomberg Distinguished Professor in the Department of Computer Science, an avid astrophysicist and big data expert.
This collaboration lays out an integrated process for biomarker development from discovery to eventual clinical use. Johns Hopkins will receive support to further develop its AstroPath biomarker platform and Akoya will work with AstroPath and its partners to convert AstroPath discoveries to standardized high-throughput assays for clinical and translational studies. Together, the teams will help immuno-oncology groups within pharmaceutical and biotech companies take full advantage of biological information made available by multiplexed immunofluorescence, to accelerate development of new immunotherapies and commercialize predictive tests that can identify upfront those patients likely to respond to specific immunotherapies.
Cliff Hoyt, Vice President of Translational and Scientific Affairs at Akoya, commented, We have worked closely with the Johns Hopkins team as they have refined multiplexed immunofluorescence methods and integrated them into their AstroPath platform. This paves the way for us to rapidly explore the deep spatial biology of whole tissue sections. Now, we look forward to making this method available to researchers developing new immunotherapies and to enable better stratification of patients once new biomarkers become validated and standardized.
Through the AstroPath collaboration, we have a unique opportunity to push the limits of our Phenoptics platform in the realm of spatial tissue exploration, and broadly disseminate the discoveries and inventions from a world-leading interdisciplinary team of experts at Johns Hopkins, said Brian McKelligon, Chief Executive Officer of Akoya. The results of this collaboration could help reshape the future of immunotherapy biomarker development.
The latest findings from the AstroPath platform can be viewed in this virtual Science/AAAS presentation by Dr. Janis Taube and Dr. Alex Szalay.
About Akoya Biosciences
Akoya Biosciences, The Spatial Biology Company, offers the most comprehensive, end-to-end solutions for high-parameter tissue analysis from discovery through clinical and translational research, enabling the development of more precise therapies for immuno-oncology and other drug development applications. The company has two industry-leading platforms that empower investigators and researchers to gain a deeper understanding of complex diseases such as cancer and other immune system or neurological disorders. The CODEX system is the only benchtop platform that can efficiently quantify more than 40 biomarkers and is ideally suited for biomarker discovery. The Phenoptics platform is the only end-to-end multiplexed immunofluorescence solution with the robustness and high throughput necessary for translational research and clinical trials. For more information, please visit https://www.akoyabio.com/.
1Lu S, Stein JE, Rimm DL, et al. Comparison of biomarker modalities for predicting response to pd-1/pd-l1 checkpoint blockade: a systematic review and meta-analysis. JAMA Oncol. Published online July 18, 2019.
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Syracuse teams with Honeywell to advance air quality research | – University Business
The university's College of Engineering and Computer Science will be studying technologies that can create more healthy and more productive working environments.
Ventilation and indoor air quality have become hot topics during the COVID-19 pandemic as schools, institutions and businesses have reopened and are working to provide safer environments for those they serve.
Beyond the obvious benefits such as improved breathing and fewer airborne pollutants, improved ventilation can have a number of other perks, including increased productivity among students and workers, energy savings and potentially higher building values.
Seizing on an opportunity to further improve advances in the field, Syracuse University has launched a partnership with Honeywell to develop research on new indoor air quality technologies that might show just how impactful new technologies can be.
This is a fantastic partnership, and were excited to work with Honeywell on indoor air quality research that benefits people all over the world, said J.Cole Smith, dean of the College of Engineering and Computer Science.
TheCollege of Engineering and Computer Sciencewill be leading this initiative at its new Honeywell Indoor Air Quality Laboratory and seeking to learn how impactful ventilation is in boosting creativity and productivity and most crucially, fostering cleaner workspaces.
Indoor air quality isnt a buzz word its a critical factor in creating safer, healthier building environments, saidManish Sharma, vice president and chief technology and product officer, Honeywell Building Technologies. Our work withSyracusewill measure the performance of a variety of emerging indoor air quality technologies to not only improve occupant productivity and well-being but also help building owners understand the best solutions for different building environments and situations.
Researchers note they will be performing tests of the latest indoor air quality technologies to determine which are most effective in buildings based on how well specific sensors react to environments via HVAC controls that are driven by artificial intelligence. In turn, their results will be able to provide institutions and companies with better data about which technologies should be utilized in different environments to maximize air quality efficiency.
Ultimately, the hopes are to lessen sick days among employees, keeping them healthy and productive. The Environmental Protection Agency has noted that contaminants can be 2-5 times higher indoors than outdoors.
People typically spend 80-90% of their times indoors, and occupantexposure to the various gas, particulate and biologicalcontaminants found indoors has tremendous impactson human health, productivity and creativity, said Jensen Zhang, professor of mechanical and aerospace engineering atSyracuse University and a leader in air quality research. The Honeywell and Syracusecollaboration will lead toenergy-efficient and cost-effective approaches and technologiesto improvingindoor environmental quality and reducingthe risk of infectious disease transmission, as we look to improve social, economic and environmental conditions.
There are far more considerations that go into healthy building environments than simply rotating out and utilizing high-quality filters in HVAC systems. Comfortable humidity and temperature, the exchanges of air and chemicals in it along with technologies that can sense how busy a space is through sensors and whether or not social distancing can occur are other critical must-haves for healthy spaces in 2021.
Honeywells Healthy Buildings solutions can work in all types of commercial buildings and even those that serve campuses, such as stadiums and healthcare facilities. The technologies not only can keep those environments safer and cleaner but also can be targeted to serve buildings with higher of lower densities of foot traffic and at different times of the day.
The partnership with Syracuse hopes to raise the bar even higher on improving in all environments.
When private industry and academia team up, we can create meaningful change, said Suresh Venkatarayalu, chief technology officer at Honeywell.
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Syracuse teams with Honeywell to advance air quality research | - University Business
Women in STEM; contributions to Weber State and the world – The Signpost
The United Nations recognized Feb. 11 as International Day of Women and Girls in Science. This includes the achievements women make in our society today in careers related to science, technology, engineering and mathematics.
As for the history of this day, the General Assembly made it a reality in 2015. The main motive and movement of this day is to recognize and encourage women and girls entering this field.
According to the United Nations Educational, Scientific and Cultural Organization, total gender equality is a global priority, and over the past couple decades, this goal has been getting closer to being achieved.
Weber State University has its own representation of this. Jennifer Morales, a junior and double major in computer science and professional sales, is a prime example of the excellence in the Womens Tech Council with her recently acquired Student-Pathway award that acknowledges female students pursuing a career in tech.
Morales was recognized by WSU faculty, stating that she had no idea she was nominated until she was addressed as a finalist.
Morales feels very inspired to encourage others around her, especially first-generation college students like herself, to pursue this position.
While volunteering at the first Lego-League at Weber, an event where kids from elementary schools come to build robots and make obstacle courses, it had a sentimental effect on me to see the impact someone can have on young minds in tech science, Morales said.
Morales also credited Pat Dejong, her computer science advisor, as fully supporting and encouraging her from the moment she met her on her first tour of Weber State.
One recent example from the past year of how women have been accomplishing major feats in this field of work is the COVID-19 pandemic. Many individuals have been putting time in to help the world become more knowledgeable about the virus and generating the vaccine to combat the virus.
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Women in STEM; contributions to Weber State and the world - The Signpost
Ime Archibong and Craig Williams to Join the Capital One Board of Directors – PRNewswire
MCLEAN, Va., March 2, 2021 /PRNewswire/ --Capital One Financial Corporation (NYSE: COF), today announced the addition of two new members to its Board of Directors. Ime Archibong, Head of New Product Experimentation (NPE) at Facebook, and Craig Williams, President of Jordan Brand at Nike, have been appointed to fill two new seats on the Board, and will stand for election by Capital One shareholders in May 2021.
Ime Archibong is Head of New Product Experimentation at Facebook where he leads an internal group of entrepreneurs building and testing new mobile applications and product experiences. Previously, Archibong was Vice President of Product Partnerships at Facebook where, for nearly a decade, he built and scaled the global team that manages strategic partnerships with consumer technology companies, platform developers, community leaders, and nonprofits.
Prior to Facebook, Archibong served in various roles at IBM, including as a software engineer working on storage systems, within the Corporate Strategy team that laid the foundation for the Smarter Cities initiative, and the Advanced Technology Business Development team supporting memory and storage research. He earned a Bachelor of Science in Computer Science and Electrical Engineering from Yale University and an MBA from the Stanford Graduate School of Business.
"When I first met Ime, his optimism and sense of possibility jumped off the screen," said Richard D. Fairbank, Chairman and CEO of Capital One. "Ime's product and partnership experience at a company that has billions of users and global reach has given him a broad understanding of the issues at the intersection of product, technology, data, and the customer experience. He brings unique perspectives to Capital One's Board that span the technology landscape as well as his deep commitment to building community and helping people understand each other. I'm sure he will make a powerful impact on our company, especially as we continue Capital One's technology and data transformation."
Craig Williams has more than 30 years of experience leading international consumer brands, business operations and strategy. He is a member of the senior executive team at Nike, where Williams serves as President of Jordan Brand. In this role, he leads the global vision, strategy and growth of its multi-billion dollar portfolio. Prior to joining Jordan Brand, Williams was Senior Vice President, The Coca-Cola Co. and President of The McDonald's Division (TMD) Worldwide, where he was responsible for leading and growing the company's strategic partnership with McDonald's in more than 100 countries.
Williams' earlier experience extends across industries, including three years with CIBA Vision Corporation focused on global marketing, seven years with Kraft Foods Inc. in brand management, and five years in the U.S. Navy as a Naval Nuclear Power Officer. Williams earned his MBA from Northwestern University and a Bachelor of Science in Physics from Benedict College.
"Craig's great judgment has been honed by more than three decades of global experience in setting visions, building brands, and driving stellar results at some of the world's most admired companies," added Fairbank. "He's a seasoned business executive who was hand-picked to lead Jordan Brand, one of the world's most iconic brands. Craig also leads with his heart as he focuses on creating inspirational opportunities to help young people worldwide reach their highest potential. Craig brings tremendous wisdom, creativity, and humanity to our Board, and we are thrilled to have him join us."
Capital One also announced today that, after 16 years of service on the company's board, Pierre Leroy is retiring from the Board effective as of the date of the 2021 Annual Meeting, in accordance with the company's retirement policy. Capital One is deeply grateful for the leadership and perspective that Mr. Leroy has provided to the Board and the company's executive management team.
About Capital OneCapital One Financial Corporation (www.capitalone.com) is a financial holding company whose subsidiaries, which include Capital One, N.A., and Capital One Bank (USA), N.A., had $305.4 billion in deposits and $421.6 billion in total assets as of December 31, 2020. Headquartered in McLean, Virginia, Capital One offers a broad spectrum of financial products and services to consumers, small businesses and commercial clients through a variety of channels. Capital One, N.A. has branches located primarily in New York, Louisiana, Texas, Maryland, Virginia, New Jersey and the District of Columbia. A Fortune 500 company, Capital One trades on the New York Stock Exchange under the symbol "COF" and is included in the S&P 100 index.
Visit Capital One Aboutfor more information.
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Ime Archibong and Craig Williams to Join the Capital One Board of Directors - PRNewswire
Local computer science educator ‘getting mad’ and doing something about it – The Gazette
Samantha Dahlby said she lucked into discovering a career in software engineering after a high school teacher noticed her affinity for math and science.
Today, she works as the K-12 education coordinator at the New Bohemian Innovation Collaborative, also known as NewBoCo, in Cedar Rapids, where she works with Iowa students and educators to integrate computer sciences into a schools curriculum.
Dahlby grew up in Waterloo and attended Waterloo East High School, where, she said, computing and technology classes were limited.
When I was a student, I did not have any computer science classes, she said. One of my teachers noticed that I was good at math and science and told me I should check out engineering.
That is when Dahlby decided to attend an engineering-focused summer camp at Iowa State University as a high school junior.
That was really what exposed me to all of these different types of engineering, she said, adding she was most intrigued by software engineering and computer sciences.
It sounds simple, but I really liked the idea of being able to type something into a keyboard and put it into a robot and that robot would do what I told it to do, she said. It was this empowering feeling of being able to control something that I had not experienced before.
Dahlby majored in computer engineering at Iowa State University, graduating in 2005.
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After college, she worked as a software engineer in Cedar Rapids. She noticed that more K-12 students were having the opportunity to participate in STEM science, technology, engineering and math classes, but she didnt think enough of them had the opportunity to study computer science.
I saw the opportunities that (computer science) provided me. I wanted that for more students, she said, explaining her career has given her financial stability and job security. I didnt come from an affluent background, so I could see that this was a possibility for anyone.
She began researching how she could expose more students to computer science.
I got angry, and when I get angry, I do something about it, Dahlby said. I wanted to figure out how we could get more of these opportunities into schools for students to at least try or hear about computer science, and thats how I ended up at NewBoCo.
In the summer of 2016, Dahlby began volunteering as an Iowa Startup Accelerator mentor, summer camp instructor and CoderDojo volunteer at NewBoCo.
That first summer, she said, was when she found her passion after seeing initially disinterested campers light up during the course of a week.
One boy, Dahlby recalled, created a program to make an image of a squirrel twist and presented the project for the whole camp at the end of the week.
Seeing him, in just five days, go from reluctant and not engaged to, on the fifth day, being so proud of creating this program, was really what made me passionate about reaching out to more students, she said.
In the fall of 2016, Dahlby officially began working for the nonprofit NewBoCo as its K-12 education coordinator.
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Today, Dahlby oversees all of NewBoCos education programs as well as professional development programs for Iowa educators. This includes student-facing programs like CoderDojo and Code++ among others.
One of my favorite parts of the job is asking why? Dahlby said. I still get to use those skills that I honed as an engineer to problem solve, understand what their constraints are, and to find ways to support schools not only in adding content but also being innovative in integrating it.
Innovation has been a big part of the past year for NewBoCo as it navigated the pandemic. Many of the K-12 programs and events are now virtual and free. The nonprofit also continues to provide adult education and professional development courses. All the programs and events can be accessed through NewBoCos website, newbo.co.
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Local computer science educator 'getting mad' and doing something about it - The Gazette
Top Master’s Programs In Machine Learning In The US – Analytics India Magazine
Organisations, regardless of size, are adopting emerging technologies like machine learning, data science, and AI to gain meaningful insights from large chunks of data in a bid to accelerate their growth. According to the Analytics and Data Science India Industry study 2020, advanced analytics, predictive modelling, and data science together account for 16% of the analytics revenues across enterprises. The rapid digital adoption has opened the skill gap wide. Many institutions across the world are now offering courses both online and offline to plug this gap.
Here are the top ten Masters in Machine Learning in the US.
(The list is in alphabetical order)
Program: Master of Science in Machine Learning
Location: Pittsburgh, Pennsylvania
Duration: Up to 2 years
About: The Master of Science in Machine Learning includes 7 Core courses, 2 Elective courses, and a practicum. Incoming students should have good analytical skills and a strong aptitude for mathematics, statistics, and programming.
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Program: Computer Science M.S. With Specialisation in Machine Learning
Location: Ithaca, New York
Duration: 2 years or more
About: The program comprises five different core areas such as algorithms and theory of computation, artificial intelligence, systems, programming languages and methodology, scientific computing and applications.
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Program: Master of Science in Computer Science With Specialisation in Machine Learning
Location: Atlanta, Georgia
Duration: 2 years
About: The Master of Science in Computer Science (M.S. CS) is a terminal degree program designed to prepare students for highly productive careers in the industry. Students can choose from 11 areas of specialisation including Machine Learning, Interactive Intelligence, Scientific Computing, High-Performance Computing, and Human-Computer Interaction.
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Program: Data Analytics & Machine Learning Masters Programs
Location: Durham, North Carolina
Duration: 1.5 2 years
About: The focus on data analysis and machine learning provides masters students with the tools to manage, interpret and gain new insights from data. Students will be exposed to mathematical foundations of Big Data, training in practical programming, and instruction in machine learning, statistics and information theory.
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Program: Master of Science in EECS with Specialisation in Machine Learning
Location: Cambridge, Massachusetts
Duration: 1 to 2 years or more
About: The Master of Science in Electrical Engineering and Computer Science (EECS) offers research possibilities in artificial intelligence, Computer Graphics and Vision, Human-Computer Interaction, Machine Learning, Natural Language and Speech Processing.
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Program: MS in Artificial Intelligence
Location: Boston
Duration: 2 years
About: In the MS in AI degree program, students will learn to apply creative thinking, algorithmic design, and coding skills to build modern AI and machine learning systems. Students will get deep technical training and expertise in machine learning, computer vision, and natural language processing.
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Program: MS in Computer Science Artificial Intelligence & Machine Learning
Location: Rochester, New York
Duration: 2 years
About: This program is for students who intend to complete their studies at the University of Rochester with an MS degree. The Artificial Intelligence & Machine Learning Masters program covers topics like data mining, computer vision, machine learning, statistical speech and language processing.
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Program: Masters in Computer Science
Location: San Diego, California
Duration: 2 years or more
About: The Masters degree is offered with the title Computer Science and Engineering or Computer Science and Engineering (Computer Engineering). Students must register for a minimum of three quarters for residency requirements.
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Program: Master of Science (MS) in Machine Learning
Location: Hoboken, New Jersey
Duration: 2 years or more
About: The machine learning masters program establishes the theoretical and practical foundations necessary to be at the forefront of the next technological revolution.
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Program: MSCS in Artificial Intelligence
Location: Stanford, California
Duration: 2 years
About: The MSCS in Artificial Intelligence program includes the study of AI principles and machine learning techniques, as well as foundational material on topics such as logic, probability, and language. The topics in the AI course include knowledge representation and logical reasoning, robotics, machine learning, probabilistic modeling and inference, natural language processing, cognition, and applications in domains such as biology and text processing.
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Top Master's Programs In Machine Learning In The US - Analytics India Magazine
Leaders pitch tech-ready workforce in bid to attract high-paying jobs to border – wreg.com
EL PASO, Texas (Border Report) The border economy is due for a rebound this summer, after dealing with COVID-19 challenges for almost a year, business leaders say.
And as more small businesses reopen and others recall additional employees, efforts to court out-of-town employers bringing high-paying jobs to the area will continue.
We are already seeing an uptick in companies either looking to locate or expand in our region. We are very optimistic about future jobs that will be high paying. I also believe that the dynamic of re-shoring jobs from China and Asia will continue into 2021, said Jon Barela, CEO of the Borderplex Alliance in El Paso.
Business leaders say attracting high-tech manufacturers will be a driver in growing wages in a border region with salaries lag the national average. The El Paso Metropolitan Statistical Area (MSA) had hourly wages 24% below the U.S. average, according to a May 2019 Bureau of Labor Statistics survey.
A young, bilingual population as well as the training provided by institutions of higher learning in El Paso, Las Cruces, New Mexico and Juarez, Mexico will play a key role in that.
All three regions are moving forward aggressively with high-tech training. I am very encouraged with the alignment of secondary education and higher education in the fields of technology and life sciences. It bodes well for future job opportunities, Barela said. In the end, the first question that businesses looking to expand or relocate to our region ask is, do you have a trained or trainable workforce.
Some 45 airplane and helicopter parts manufacturers from Europe and the United States have set up operations in Chihuahua, Mexico banking on a pool of U.S. and Mexican trained engineers and base workers whove made successful transitions from assembly line work to operating and servicing million-dollar machines on a daily basis.
Heather Wilson became president of UTEP after serving as secretary of the United States Air Force from 2017 to 2019.
She came to a border town where educational levels have been on the rise in the past three decades.
The university, the community college and the school districts have done a really good job of engaging students. This community, the borderlands, has created a college-going culture where one didnt exist 30 years ago, and its really changed the workforce, Wilson told Border Report.
She said the university has built onto its roots as an engineering and science college.
The most educated city in Texas is Austin. That doesnt surprise anybody. But the second-most educated workforce in Texas is in El Paso, Wilson said. We have over 1,000 computer science majors at UTEP and masters and Ph.D. (degrees) in computer science. We have over 4,400 engineering students and one of our strongest research programs is in advanced manufacturing.
The university is working closely with Borderplex Alliance in trying to bring companies with above-average jobs to the region. One of the main selling points is a large bilingual young population with higher education studies or technical school training.
They want to know about talent. Very often we will meet with those business executives to explain what we have at UTEP. Sometimes theyre very surprised when they find out. Wait a minute, youve got a thousand mostly bilingual computer science students and thats your fastest-growing degree?
Companies today know that what matters most for their future is access to talent and that the most important resource any company has are those that go up and down the elevator building each day. They want to locate close to a university like ours, so they have a source of the most important raw material for any business, which is talent.
She said the university is using CARES Act funding to restart internship and co-op programs that stalled due to the pandemic.
If a company is coming back and they need an intern, well match them half and half. We want our students to be interning in the community that they live because thats the best way to recruit them. Thats kind of the rent-with-the-option-to-buy plan, Wilson said.
Visit theBorderReport.com homepagefor the latest exclusive stories and breaking news about issues along the United States-Mexico border.
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Leaders pitch tech-ready workforce in bid to attract high-paying jobs to border - wreg.com
LHS earns diversity award | The Spinal Column – Spinal Column Online
First, Isaac Perry, an AP English teacher and chairperson of Lakeland High Schools English Department, brought AP Computer Science to the school.
Now, LHS has earned the College Boards AP Computer Science Female Diversity Award.
The award recognizes Lakeland for achieving high female representation in AP Computer Science Principles. Schools honored with the AP Computer Science Female Diversity Award have expanded girls access in AP Computer Science courses, according to a College Board release.
Out of the 20,000 institutions that offer AP courses, 1,119 achieved either 50% or higher female representation in one of the two AP computer science courses or a percentage of the female computer science examinees meeting or exceeding that of the schools female population during the 2019-20 school year. Thats nearly 37% more than the 818 schools recognized last year.
In 2020, Lakeland was one of 831 schools recognized in the category of AP Computer Science Principles.
During an unprecedented year, Lakelands female students have demonstrated perseverance and dedication in their study of AP computer science, said Stefanie Sanford, College Board chief of global policy and external relations. We could not be more proud of Lakelands female students for staking their claim as the next generation of STEM and computer science professionals. We cant wait to see their passion for next generation technology lead to lifelong success.
Perry, who graduated from Milford High School in 1995, majored in English and minored in math. His first year of teaching was at Everett High School; the next two years, he was at Pontiac Northern.
A teacher at LHS since 2003, hes spent most of his career teaching English and didnt pursue computer science as a class until about 2015.
He received special training from Code.org, a national nonprofit that aims to increase representation of minorities and girls in computer science. One of the things he learned was how to convince female and minority students to try an AP computer science class.
I knew I was going to need to advertise; I knew I was going to need to talk the class up, explained Perry. He felt that his position teaching junior AP English classes helped him to reach out in an intentional way to his target group; he was able to convince a lot of those students to take one of his computer science classes.
Perry, who is the chairperson of LHS English Department, considers himself a lucky man to get to pursue two of his passions English in the morning and computer science in the afternoon.
We now have two AP level computer science classes taught here, he said. For the first four years or so, he only taught one computer course: AP Computer Science Principles. New this school year is AP Computer Science A, which focuses upon learning the Java programming language.
He estimated that hes taught about 250 students. Last year, he added, I did have an even 50/50 split. This year, I believe Im very close to that.
Dr. Brigitte Knudson, LHS interim principal, said of the award: It is such a great honor. Shes proud of the work Perrys done to breathe life into the program, not just for the female students, but for all LHS students. No Huron Valley school had AP computer science courses before he started it.
Its so wonderful that the program was recognized, she added. I cant say enough wonderful things about Isaac Perry. Hes just phenomenal. Hes an inspiration for all of our students.
The College Boards press release added that, in its first year (2016-17), AP Computer Science Principles attracted more students nationwide than any other course debut. Its continued to be popular more than 116,000 students took the AP CSP exam in 2020 double the amount from its first year.
Providing female students with access to computer science courses is critical to ensuring gender parity in the industrys high-paying jobs and to drive innovation, creativity and representationA code.org analysis of 2017 Bureau of Labor Statistics data finds women represent just 24% of the 5 million people in computing occupations.
Additionally, according to the press release, female students who take AP CSP in high school are more than five times as likely to major in computer science in college, compared to similar female students who did not take CSP. The study also finds AP CSP students are nearly twice as likely to enroll in AP CSA, and that for most students, AP CSP serves as a stepping-stone to other advanced AP STEM coursework.
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LHS earns diversity award | The Spinal Column - Spinal Column Online
Syracuse University to offer online, part-time computer programming degree – The Daily Orange
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Syracuse University will offer an online, part-time computer programming degree in fall 2021.
SUs University College is currently accepting applications for the bachelor of professional studies degree, said Michael Frasciello, dean of the college. Students who pursue this degree may choose to seek careers in fields such as health care, criminal justice, defense contracting and finance, according to SUs website.
All University College degrees are created based on demands from growing industries and inquiries from students, Frasciello said. Computer programming has been and continues to be one of those areas of interest, he said.
The students that we are admitting to the program persist and succeed those are markers of success that we put a lot of emphasis on internally, because it means we are doing our job really well, Frasciello said.
University College worked closely with the College of Engineering and Computer Science to structure the degrees curriculum, Frasciello said.
While University College runs the program, the electrical engineering and computer science department serves as a consultant for any course or curriculum modifications to the program, said Susan Older, chair of the computer science department, in an email.
The program has been designed to prepare graduates for career placement and advancement in computer programming fields, Older said. The coursework emphasizes applied computing and programming skills, with less emphasis on the math-oriented aspects of computer science.
As a professional studies degree, the program will require 120 credit hours that include a liberal arts core and a professional competency core, Frasciello said.
Mark Borte, an adjunct professor in the School of Information Studies, teaches a project management course that will comprise one of the core courses for the new degree.
Since industries utilizing computer programming tend to be mostly project-based, it makes sense to include the course as one of the programs core requirements, Borte said.
It is very typical for programmers to be involved in efforts that are temporary in nature and produce a new product, service or result, he said.
University College tailors to non-traditional students, which typically include adult learners who are either returning to college or are pursuing a degree later in life. Bortes online project management course is only eight-weeks long as opposed to a typical 15-week in-person semester.
The part-time and online element allows students to pursue a degree without abandoning their daily responsibilities, Frasciello said.
Having a combination of adult learners in a class allows for students to learn from the experiences of their classmates, Borte said. Students may also find themselves in a class with someone in a profession theyre looking to pursue, Borte said.
The added benefit for everyone in the class, including the instructor, is because there is this combination of adult learners in there, he said. Theyre bringing their experience into the classroom as well.
Students pursuing the degree will also be required to attend one live 90-minute session per week. The requirement is unique and differentiates University College from many other online degree programs, Frasciello said.
Creating the degree, including determining the curriculum and seeking approval from New York state, has been in the works for almost two years now, Frasciello said. The state has just approved the degree.
It does end up being a unique experience, Borte said. Theres a euphoric feeling at the end of the course, this sense of accomplishment that you wouldnt necessarily think that you would get in an online course.
Published on February 24, 2021 at 10:35 pm
Contact Sarah: scalessa@syr.edu | @sarahalessan
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Syracuse University to offer online, part-time computer programming degree - The Daily Orange
Taking future wireless technology from science fiction to scientific reality – Penn State News
UNIVERSITY PARK, Pa. Self-driving cars that see through obstacles and maneuver accordingly. A sensor that scans a liquid for calorie count and dangerous or poisonous content. A drone that detects exact amounts of soil moisture while hovering above crop fields. All of these futuristic-sounding devices are moving closer to reality, thanks to research being conducted by Mahanth Gowda, assistant professor of computer science and engineering at Penn State, with a three-year, $250,000 National Science Foundation grant.
Gowda is using wireless technology to develop IoTScope, a new system that will identify the material properties of any object by analyzing reflected and refracted radio-frequency (RF) signals similar to ones used for WiFi and cellular communications. To understand how the technology works, Gowda recommends thinking first of how a camera takes a photograph.
Mahanth Gowda works with a graduate student in his lab.
IMAGE: Penn State College of Engineering
When a camera takes an image, its measuring the light that is reflected from the surface of an object, he said. But with sensing with RF signals, even though there are a lot of ambient electro-magnetic RF signals in the environment, they are typically not strong enough to capture and sense like the way we measure light off an object for a photograph. So, what we do here is generate our own RF signals systematically to illuminate the environment and sense it.
Two different methods generate these signals. The first is through a direct send, which occurs when the image of an object is taken through direct reflections. In this scenario, there are two antennas: one for transmitting and one for receiving. The transmitting antenna sends signals that illuminate the environment, and the receiving antenna captures the reflections from the environment. Properties of objects can then be measured by evaluating these reflections.
The second method involves passing a signal through an object to discern its properties.
Imagine that you have a transmitter on one side of an opaque water bottle, and a receiver on the other side of it, Gowda said. Since the water bottle is not transparent, light and visible signals cannot penetrate it, but radio waves can penetrate most non-metallic objects. By measuring the properties of the signals, like how much loss you experience in the signal, how much delay you experience in the signal, you can tell whether this water is, for example, contaminated.
Although Gowda has published preliminary results on the second method, it is still an active area of exploration and a key part of the novelty of his work. He explained that this method could improve the capabilities of self-driving cars.
Self-driving cars commonly use computer vision and sensors like LiDAR (light detection and ranging), he said. But the computer vision and sensors do not work well under adverse weather conditions poor visibility, a lot of snow or in low-light conditions. So, in those situations if we can use radar-based sensing like WiFi kind of signals, and sense reflections from humans and objects and other cars, we should be able to direct them. If you combine vision with signals from radar, you can improve the robustness and reliability of autonomous driving operations.
Gowda said he will use simulations, real-world experiments, data analysis modeling and machine learning approaches as he improves the IoTScope system. He hopes the next steps will be commercialization.
Theres a wide range of industries that might be interested in this kind of technology, he said. Most of the things we are working on very much have a real impact in life with respect to self-driving cars, airports and other types of security and health care applications.
Last Updated February 24, 2021
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Taking future wireless technology from science fiction to scientific reality - Penn State News