Category Archives: Engineering
Manufacturing 4.0 with Rittal and EPLAN Partners Delivering Engineering, System, and Automation Expertise – Quality Magazine
Manufacturing 4.0 with Rittal and EPLAN Partners Delivering Engineering, System, and Automation Expertise | Quality Magazine This website requires certain cookies to work and uses other cookies to help you have the best experience. By visiting this website, certain cookies have already been set, which you may delete and block. By closing this message or continuing to use our site, you agree to the use of cookies. Visit our updated privacy and cookie policy to learn more. This Website Uses CookiesBy closing this message or continuing to use our site, you agree to our cookie policy. Learn MoreThis website requires certain cookies to work and uses other cookies to help you have the best experience. By visiting this website, certain cookies have already been set, which you may delete and block. By closing this message or continuing to use our site, you agree to the use of cookies. Visit our updated privacy and cookie policy to learn more.
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CSM’s Busy April Calendar Offers Week of Engineering; Guided Pathway Info; Provocations; Public Attitudes on Race in America; Connections and More -…
Week of Engineering Engineering Transfer Parents Meet and Greet:6 p.m. April 6. Zoom.Join CSM and its Engineering transfer partner institutions as they talk about their programs. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/week-of-engineering-transfer-partners.html.
Guided Pathway Nights STEM:6 p.m. April 7. Zoom.Guided Pathways at CSM are an intuitive way to navigate the options and opportunities as you pursue an education in STEM with both credit and non-credit programs. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/guided-pathway-night-stem.html.
Provocations:6:30 p.m.April 15. Zoom. CSM Faculty Excellence Lecture Series Provocations features Communication, Arts and Humanities Professor George Bedell who will present By Mourning Tongues a portfolio of images surrounding cultural rituals for memorializing dead and explore literary and historical references to those rituals. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/provocations-series-george-bedell.html.
Week of Engineering Event:6:30 p.m. April 8. Zoom. Learn about CSMs partnership with the University of Maryland (UMD) and the Naval Air Warfare Center (NAWC) and how CSMs Electrical Engineering and Mechanical Engineering programs provide students the opportunity to earn their Associate of Science in Engineering, transfer to UMD as a junior, and earn internships and possible employment at NAWC upon graduation.Free Register athttps://www.csmd.edu/calendar/2021/04/night-of-engineering.html.
Guided Pathway Nights: Health Pathway.6 p.m. April 14. Zoom. Choose the Guided Pathway Night event that matches your interests and learn more about the pathway, including career opportunities, course offerings, stackable credentials, advising, and more. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/guided-pathway-night-health.html.
Public Attitudes on Race in America: 7 p.m. April 14. Zoom. The public is invited join Center for the Study of Democracy Director Antonio Ugues in discussing race in the U.S. during group discussions, and reflection opportunities to work on bridging the gaps that divide our communities. Hosted by CSMs Equity and Inclusive Diversity Office and SMCMs Center for the Study of Democracy and Office of Inclusive Diversity, Equity, Access, and Accountability. Registration is required for this free Zoom event.https://smcm.zoom.us/meeting/register/tJwscO-rqj0vG9R-6xkkmd0B6OaNjJjGW0FE.
CSM Connections Literary Series: Poet Sharon Olds.1 p.m.April 21. Zoom.Poet Sharon Olds will read from and discuss her award-winning collection of poetry.RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/connections-sharon-olds.html.
Guided Pathway Nights: Education and Public Service.. 6 p.m. April 21. Zoom. Choose the Guided Pathway Night event that matches your interests and learn more about the pathway, including career opportunities, course offerings, stackable credentials, advising, and more. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/guided-pathway-night-education.html.
Virtual Open House:5 p.m. April 22. Zoom. Join CSM to hear from students, professors, and leadership and see what makes CSM the right choice for reaching your goals. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/open-house.html.
Guided Pathway Nights: Trades, Transportation and Energy.6 p.m. April 28. Zoom. Choose the Guided Pathway Night event that matches your interests and learn more about the pathway, including career opportunities, course offerings, stackable credentials, advising, credit and non-credit and more. RSVPs are required to access Zoom information. Free.https://www.csmd.edu/calendar/2021/04/guided-pathway-night-trades.html.
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Alfred Aho Wins the 2020 ACM Turing Award – Columbia University
Alfred V. Aho, Lawrence Gussman Professor Emeritus of Computer Science, has won the 2020 Association for Computing Machinery (ACM) A.M. Turing Award, known informally as the Nobel Prize of computing. Professor Aho is being recognized for fundamental algorithms and theory underlying programming language implementation and for synthesizing these results and those of others in highly influential books that educated generations of computer scientists.
Aho shares the award with his long-time collaborator Jeffrey David Ullman, the Stanford W. Ascherman Professor Emeritus of Computer Science at Stanford University, who received his BS from Columbia Engineering in 1963.
I am honored and humbled to receive this prestigious award, said Aho. I am delighted that with this award ACM recognizes the foundational importance of abstractions and algorithms in the design and implementation of programming languages.
The Turing Award carries a $1 million prize, with financial support provided by Google, Inc. It is named for Alan M. Turing, the British mathematician who articulated the mathematical foundation and limits of computing.
On behalf of Columbia Engineering, I congratulate Professor Aho on this landmark achievement, said Mary C. Boyce, Dean of Columbia Engineering. The Turing Award is the most prestigious award in computer science and rightly recognizes his groundbreaking signature contributions in programming languages over the course of a remarkable career in both industry and academia.
Aho and Ullman began working together at Bell Labs in 1967 and their early efforts included developing efficient algorithms for analyzing and translating programming languages. Even when Ullman began a career in academia in 1969 while Aho remained at Bell Labs, they continued their collaboration for several decades and shaped the foundations of programming language theory and implementation, as well as algorithm design and analysis.
They made broad and fundamental contributions to the field of programming language compilers through their technical contributions and influential textbooks, The Design and Analysis of Computer Algorithms (1974) and Principles of Compiler Design (1977). Their early joint work in algorithm design and analysis techniques contributed crucial approaches to the theoretical core of computer science that emerged during this period.
Aho spent more than 30 years at Bell Labs, ultimately becoming the Vice President of the Computing Sciences Research Center, the laboratory that invented UNIX, C, and C++.
He joined the department of computer science at Columbia in 1995. He received the Great Teacher Award for 2003 from the Society of Columbia Graduates. In 2014 he was again recognized for his teaching excellence by winning the Distinguished Faculty Teaching Award from the Columbia Engineering Alumni Association.
Aho received his BSin Engineering Physics from the University of Toronto in 1963 and earned his Masters and PhD degrees in Electrical Engineering/Computer Science from Princeton University in 1967. His many honors include the IEEE John von Neumann Medal and the NEC C&C Foundation C&C Prize. He is a member of the U.S. National Academy of Engineering, the American Academy of Arts and Sciences, and the Royal Society of Canada. He is also a fellow of ACM, IEEE, Bell Labs, and the American Association for the Advancement of Science.
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Alfred Aho Wins the 2020 ACM Turing Award - Columbia University
Missouri S&T graduate engineering programs on the rise in U.S. News & World Report rankings – Missouri S&T News and Research
Missouri S&T is again one of the nations top-ranked institutions for pursuing a graduate degree in engineering, and several specific degree programs are on the rise, according to the latest U.S. News & World Report rankings.
Missouri S&T is ranked 50th among public universities and 84th overall in U.S. News Best Engineering Schools ranking, announced today (Tuesday, March 30, 2021).
In addition, graduate programs in six S&T engineering disciplines climbed in this years national graduate program rankings:
Missouri S&Ts civil engineering and materials science and engineering graduate programs maintained their rankings of 46 and 54, respectively.
The gains in rankings of six of our eleven programs shows that the word is getting out our strong engineering program is clearly getting stronger. Particularly gratifying is the 16% increase in rank for our rapidly expanding aerospace program, says Dr. Richard Wlezien, vice provost and dean of the College of Engineering and Computing at S&T. Our graduates are sought by leading engineering firms, and our future-focused programs are preparing students for successful careers.
Missouri S&Ts online graduate engineering programs are also gaining national recognition. Earlier this year, U.S. News ranked S&Ts 14 online graduate engineering programs 14th among the nations best public online programs and 18th overall.
U.S. News based its ranking on surveys of all 216 U.S. universities that grant doctoral degrees in engineering. The rankings are based on assessments of academic quality, faculty resources, student-to-faculty ratios, research activity and student selectivity.
About Missouri University of Science and Technology
Missouri University of Science and Technology (Missouri S&T) is a STEM-focused research university of over 7,600 students and part of the four-campus University of Missouri System. Located in Rolla, Missouri S&T offers 99 different degree programs in 40 areas of study and is ranked by College Factual as the best public university to study engineering. For more information about Missouri S&T, visit http://www.mst.edu.
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Tissue Engineering Market to Garner USD +53424 Million by 2026, with a CAGR of +17% | Global Industry Size, Share, New Technology Trends, Business…
The Global Tissue Engineering Market is expected to register a CAGR of +17% to reach USD +53,424 Million by 2026.
Tissue engineering is a practice, which involves replacement or improvement of a biological tissue by application of material methods, cells and engineering, biochemical and physicochemical factors. It is used for the treatment of accident wounds, traumas, for cosmetic surgeries, wound care, correction of birth defects, orthopedics, and others.
In this report, we analyze the Tissue Engineering Market from two aspects. One part is about its production and the other part is about its consumption. In terms of its production, we analyze the production, revenue, gross margin of its main manufacturers and the unit price that they offer in different regions from 2014 to 2019. In terms of its consumption, we analyze the consumption volume, consumption value, sale price, import and export in different regions from 2014 to 2019. We also make a prediction of its production and consumption in coming 2021-2028.
Get sample Report of this Tissue Engineering Market now! @ https://www.reportconsultant.com/request_sample.php?id=42486
Top Companies of Tissue Engineering Market :
Stryker (US), Allergan (US), Medtronic (Ireland), Zimmer (US), Baxter International (US), Integra LifeSciences (US), Organovo Holdings Inc (US), Cook Medical (US), DePuy Synthes (US), Acelity (US).
Application of Tissue Engineering Market are:
Type of the Tissue Engineering Market is:
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Table of Content:-
Chapter 1 Global Tissue Engineering Market Overview
Chapter 2 Market Data Analysis
Chapter 3 Tissue Engineering Technical Data Analysis
Chapter 4 Tissue Engineering Government Policy and News
Chapter 5 Tissue Engineering Productions Supply Sales Demand Market Status and Forecast
Chapter 6 Global Tissue Engineering Market Manufacturing Process and Cost Structure
Chapter 7 Tissue Engineering Key Manufacturers
Chapter 8 Up and Down Stream Industry Analysis
Chapter 9 Marketing Strategy -Tissue Engineering y Analysis
Chapter 10 Tissue Engineering Development Trend Analysis
Chapter 11 Global Tissue Engineering Market New Project Investment Feasibility Analysis
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Elon Musk calls for engineers, workers to move to Texas for SpaceX – CNET
Starship prototype SN9 before its fateful launch in Texas earlier this year.
SpaceX founder Elon Musk has a vision for the company's presence in Texas where it's rapidly building (and rapidly exploding) Starship spacecraft prototypes. He sees the area, which he has unofficially named Starbase, growing by several thousand people over the next couple of years.
Now playing: Watch this: SpaceX's exploding Starship: Why this massive rocket...
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Musk put out a plea on Tuesday for engineers, technicians and builders to relocate to Texas and join SpaceX. "Please consider moving to Starbase or greater Brownsville/South Padre area in Texas and encourage friends to do so!" Musk tweeted.
Musk called for "essential support personnel of all kinds." A quick scan of open positions for Brownsville shows SpaceX is looking to hire plenty of engineers, but also cooks, safety technicians, welders, security officers, managers and crane operators.
SpaceX didn't immediately respond to a request for comment.
From the lab to your inbox. Get the latest science stories from CNET every week.
Musk also said in a tweet Tuesdaythat he plans to donate $20 million to Cameron County schools and $10 million to nearby Brownsville to help revitalize the city's downtown. He promised more details next week.
The City of Brownsville Twitter account cheered the news, tweeting in response, "On the border, by the sea and beyond! Grateful for your support in making Brownsville a launching pad to Mars."
The series of tweets about hiring and donations came on the same daySpaceX's latest Starship prototype, SN11, exploded during a test flight. SpaceX is still trying to keep its test vehicles from blowing up during flight or shortly after landing. SN11's demise appeared to scatter debris across a wide area.
There have been plenty of indications that Musk and SpaceX intend to turn a chunk of Texas into a teaming hub of space activity. Besides development and test flights, the company seems to haveambitions for creating a "21st century Spaceport" resort in Texas.
If all goes as planned, SpaceX's Starbase might truly earn its sci-fi-inspired name.
FollowCNET's 2021 Space Calendarto stay up to date with all the latest space news this year. You can even add it to your own Google Calendar.
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Elon Musk calls for engineers, workers to move to Texas for SpaceX - CNET
Structural engineering software assists the design of Mbius towers – Planning, BIM & Construction Today
In this case study,SCIA Engineerreveals how its structural engineering software made modelling of theMbius towers structure very practical.
The Mbius towers distinguish themselves from their angular neighbour in theBrussels North District by their completely elliptical shape.
The 19 (Tower I)and 23 (Tower II) floors above the ground, measuring 73m and 98m respectively,offer nearly 62,000 m of office space.
In addition, a 2-level basement provides300 parking spaces.
The towers are built on the foundation slab of a former construction, whichresulted in a limited construction height. Therefore, a flat slab was chosen as asolution, with locally integrated steel beams transferring smaller column loadsto the parking grid.
The office floors are made with hollow-core slabs and in-situ casts flat slabs. For the frame, prefabricated beams and columns in high strength concrete are used. A 3-level high steel structure on the top provides space for technical rooms.
In this project, SCIA Engineer was used for the analysis of global stability, for the calculation of deformation of the tower taking into account the cracked lintel shear beams, for the check of wind comfort and generally as a design tool providing a reference model for load takedown.
In aBIM workflow, the derivedforces were used for the detailed design.
The Revit link made modelling of the steel structure very practical. For the modelling of the challenging floor shape, varying local surface loads and floor elements with subregions were used.
Client:VK Engineering
Construction End Date:Mar-2021
Software:SCIA Engineer
Country:Belgium
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How to Engineer What People Think of Your Business, Your Product and You – Entrepreneur
Our job is to engineer strategies that will influence our target audience to change the way they think about something.
Use code MARKET2021 through 4/3/21 to save on our marketing book collection.
March29, 20214 min read
Opinions expressed by Entrepreneur contributors are their own.
What exactly is public relations? I think every PR pro has been asked this question a hundred times.
However, its sometimes worse when people think they know what public relations is and start referring to a TV show like Scandal or a movie where the public relations professional is the fixer for a celebrity trying to hide the truth from the mass public. This scenario is amusing at first until you realize that the person truly has no idea what you do for a living.
When Im asked what I do, I occasionally explain with a smile that Im a perception engineer.
After a long pregnant pause, a fellow PR flack who overhears my description usually audibly chuckles or gives me a knowing glare. But think about it. The term perception engineer is actually an appropriate description of public relations. Our ultimate goal in PR is to influence what others think about a company, product, person or topic.
While the target audience may be unique depending on the situation, the overarching goal to influence what people think remains the same regardless of the tools we use (e.g., social media, pitching reporters, op-eds). The effort to influence also remains the same regardless of the communication need (e.g., crisis, pro-active, reactive, internal).
Related: Are You Wasting Your Money on PR?
Being a perception engineer is significantly different than being an influence peddler. Our job is to engineer strategies that will actually influence our target audience to change the way they think about or perceive something. Forget about thinking outside the box; we, as perception engineers, reshape the box. In contrast, an influence peddler pushes the same wallpaper messaging from the box to everyone in sight. For PR pros, its that personalization of the message and risk of failure that keeps public relations fun, challenging and vital.
There are different examples of how to engineer perception. Sometimes an entire business can be built around selling a perception. Other times, the strategy can be centered on breaking a long-held practice, demonstrating and highlighting something uncommon.
Let me share some business examples:
Open rates for email or mass mailings are statistically very small, so if you want 1,000 people to see what youve sent them, you need to send several thousand more, knowing that most of your efforts will be ignored. Yet an actual, handwritten (not computer printed) first-class stamped letter sent to your home has an extremely high open rate because the person the letter is addressed to believes it is a personalized letter just for them. Simply Noted is an automated handwritten letter company that helps businesses communicate and build relationships through real, pen-written letters. Companiessend in addresses and messages, andthe companys proprietary technology writes out the personalized cards and envelopes with real pens at scale. The perception is that its truly handwritten, and the goal is for this to increase open rates.
Related: Crafting The Best Public Relations Strategy For Your Business
Another example would be a local Phoenix-area company called Forrest Anderson Plumbing and Air Conditioning. The family-owned business is now in its third generation but has one glaring difference compared to nearly 90% of plumbing and HVAC companies--its led by a woman. The company doesnt spend a lot of money on paid advertising but has done a great job sharing its story as a women-led business. Its leader, Audrey Monell, has been featured on the cover of national industry magazines and has won numerous local and national awards as a female owner in a heavily male-dominated industry. By breaking a long-held perception and highlighting how the company is different, the company has engineered its own perception, which has helped the company grow and expand.
Now, when you think of public relations, think of perception engineering. Companies that excel at this or implement strategic public relations plans can generate impressive results to benefit the companys overall goals, ranging from selling products, landing clients, employee retention, and more.
Does your company have a perception engineer in your corner?
Related: Why PR is Fundamental in Scaling Your Business Rapidly
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How to Engineer What People Think of Your Business, Your Product and You - Entrepreneur
Calculated to backfire: Maths and physics cant be optional for engineering entrance – The Indian Express
The Approval Process Handbook released by the All India Council for Technical Education for the forthcoming year wherein it announced that physics and mathematics will no longer be compulsory subjects in classes X and XII for entry to engineering and other technical education programmes was a bombshell for academics and scientists all over the country and outside.
National Education Policy 2020 states that the highest priority must be given to mathematics at the pre-primary level and in some ways speaks of making mathematics mandatory at that level to achieve foundational literacy and numeracy skills. Mathematics develops our reasoning capability, helps us to cultivate analytical thinking, quickens our mind, and can be applied in day-to-day life. But what has actually happened is the reverse.
The provision of multiple choices of courses in the NEP has been perversely interpreted to mean and include core subjects like physics, mathematics, chemistry and other sciences, whereas it was only to be within electives a complete misplaced concept of flexibility. A section of students may benefit from this but for the country as a whole it could prove to be the proverbial trojan horse.
Mathematics is one of the most distinguished disciplines which has a continuum of applications, from zero to infinite. At times, it differentiates between chaos and stability and sometimes it integrates different disciplines of knowledge. From basics to advanced concepts, mathematics finds use in all. If engineering is the body, mathematics and physics are its atma. There cannot be engineering without physics, chemistry and mathematics. No amount of bridge programmes that the Handbook talks about can fill the gap, if the student does not have sufficient mathematics or sciences background.
Ancient India made several important contributions through scholars like Aryabhata, Brahmagupta, Bhaskaracharya and Varahamihira. The decimal number system and the concept of zero was a gift to the world by Indian mathematicians. Trigonometry and modern definitions of sine and cosine were advanced in India. Mathematical marvels like the Jantar Mantar located in Jaipur, Ujjain, Mathura and Varanasi and the Konark temple are our heritage. The intermix of astronomy and mathematics in these is amazing. Could the engineers of those times have constructed them if they did not learn mathematics? Throughout the ages, emphasis on mathematics and sciences has been enormous in our society. Why do we want to junk this rare legacy and clear advantage?
Mathematics is indeed the mother of all science. In electrical engineering, circuit equations cannot be solved without the differential equations. Electromagnetic theory cannot be understood without calculus, triple integrals and integration over closed surfaces. Linear algebra is the heart of learning circuit theory and signal processing. In electronics engineering, one needs to understand the various mathematical concepts based on differential, integral calculus and complex numbers. In order to use the right material for a project, civil engineers measure the strength of the materials and apply chemical equations to judge strength. Engineering thermodynamics and heat transfer involve concepts of heat waves and gradients as explained by the Laplacian operator.
Divergence, geometrical concepts are needed for analysing shape factors. Logarithm of heat is used to determine the temperature driving force for heat transfer in flow systems like heat exchangers. Can forces and velocities be ever calculated without mathematics? Mechanical engineering uses geometry and algebra for CAD/CAM and rapid prototyping. If programmers are working on high-end technologies such as machine learning, artificial intelligence or blockchain technologies, they should have a strong foundation in mathematics and subjects such as statistics, calculus and probability besides computer science fundamentals.
What impact would this decision have on the quality of engineering education in general and on the JEE exam in particular? Students may stop studying maths and physics in schools since they will be assured an engineering education anyway. The importance of subjects themselves would plummet, for if the students of engineering do not study them who else would in future. It will reduce the pool of future scientists and engineers in the country, thereby adversely affecting research organisations like the DRDO, ISRO, BARC, TIFR.
Internationally, the credibility of Indian scientists and engineers will take a serious beating.
Fortunately, the writ of the AICTE does not run in the institutions of national importance like IITs, NITs and IISERs as they are created under separate acts of Parliament. Their respective councils must be on an overdrive to find ways and means to cushion themselves from the fallout of this disastrous decision, especially the IITs, which will never allow the JEEs brand equity to be diluted in this fashion.
The reason behind making these subjects optional is not far to seek and seems to be more about commerce than education. Due to the shrinking of the economy, jobs have become few and far between, with the result that the number of seats in engineering colleges that are not getting filled in the last five years has been almost 40 per cent. During the academic year 2020-21 nearly 180 professional colleges, including engineering institutes, were shut down, probably the highest number of closures of technical institutions in the last nine years.
Considering the cost of setting up a typical engineering college at Rs 50 crore without the cost of land, the total amount of investment by these edupreneurs put together is a staggering amount and commensurate to that is their clout. An expanded base of intake will surely benefit them as also those aspiring to become doctors but could not, and who can now have a shot at engineering as well. Whereas this may ensure that the tills of the low-end engineering colleges are kept ringing, it is a sure way of tossing the nations age-old advantage in a robust scientific and engineering education system out of the window for ever.
This article first appeared in the print edition on March 26, 2021 under the title An act of diminution. SS Mantha is former chairman AICTE. Ashok Thakur is former secretary MHRD, GoI.
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North Carolina Science and Engineering Fair moves online – WRAL.com
By Tony Rice, NASA Ambassador
101 high school students from across North Carolina presented their work at the North Carolina Science and Engineering Fair (NCSEF) on Saturday. Each earned their spot after winning their category at one of the nine regional fairs in February. These are the best of the best of the more than 1600 students that compete in local fairs.
Brevard High School was well represented, particularly in biological and environmental science categories, sending nine project. Marvin Ridge High School in Waxhaw sent five projects across several categories while their neighbors to the north at Ardrey Kell High School in Charlotte sent four engineering and technology projects. The North Carolina School of Science and Math students compete in their own regional level fair before they sent 16 projects onto the state level.
The pandemic didn't just move this year's fair online, it moved students out of the lab and onto their computers. Fair organizers along with many of the 100+ volunteer judges noticed a shift in projects to machine learning and other computer modeling techniques. Projects ranged from computer generated art "indistinguishable from a human's work" to modeling resistance to antibiotics.
The 2020 fair was canceled as global pandemic shut down schools across the state.
"There wasn't time to figure out virtual instruction on this scale." said Judy Day, NCSEF director. "We always think about students that don't have access to broadband. Libraries and coffee shops that would have served as hotspots for students quickly closed down last year", she added.
NCSEF organizers received grants to supply some participants and their school districts with hotspots to enable them to participate. One student presented her work from a wifi equipped county school bus. Organizers also planned for technology problems, adding slots at the end of the day to give students who encountered technology problems the chance to talk with judges.
"The materials students had to prepare were completely different" said Day, "but there were some positives." Judges normally get their first look at projects, their posters and other materials on the day of the fair. "Judges liked being able to review the materials in greater detail ahead of time."
Some students looked to solve problems on Mars.
Graham Green and Isaiah Lefler of Brevard High School looked at growing spinach using (simulated) Martian soil and (simulated) urine. Isabella Hardy of Gryphon Academy in Newland, NC studied how different fertilizers performed looking at resulting nitrogen, potassium and pH levels. Shishira Somashekar, Pranet Sharma, and Parth Shirolkar of the NC School of Science and Mathematics developed a machine learning model to identify when the fine Martian dust that plagues NASA's robots needs to be cleaned from solar panels.
Others looked to solve problems closer to home, especially those brought to light in the past year.
Mia Mattern, Brealin Maya of Avery County High looked to improve virtual instruction for special needs students, studying how effective text-to-speech technology is in helping students with reading difficulties. Cheyenne Rogers of Mellennium Charter Academy in Mount Airy studied how the pandemic has impacted the mental health of her peers.
After wading through projects with words like Temporomandibular, Spectrophotometricm and Acetylcholinesterase, judges got a welcome pallet cleanser with the physics of making the best ice cream from Martin Inman if Foresetview High in Gastonia.
Winners in each of the seven categories, along with winners of special awards from organizations like NASA, NOAA, the US Navy, Army and Air Force as well as professional science organizations like the American Meteorological Society and Association for Women Geoscientists will be announced in an online awards ceremony Sunday afternoon.
Twelve projects will also be submitted to go on to compete in early May at the International Science and Engineering Fair(ISEF), which will also be conducted online.
All projects are available for public viewing on NC Science and Engineering Fair website. The virtual awards ceremony is open to the public via Zoom beginning at 3pm on Sunday, March 28.
Plans are already underway to return the fair to the campus of NC State in 2022.
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North Carolina Science and Engineering Fair moves online - WRAL.com