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Worldwide Tissue Engineering Industry to 2027 – Advancements in Medical Equipment Technologies are Driving Growth – ResearchAndMarkets.com – Yahoo…

TipRanks

Were well into the first quarter of 2021 now, and its a good time to take stock of whats behind us, and how it will impact what lies ahead. Goldman Sachs strategist Jan Hatzius believes that we are on an upward trajectory, with better times ahead. Hatzius sees the developed economies expanding as the corona crisis recedes. For the US, particularly, he is impressed by the very substantial fiscal support implies in the latest COVID relief package. Even with that, however, Hatzius believes that Q4 was a weaker period, and we are still not quite out of it. Hes putting Q1 growth at 5%, and says that were going to see further expansion concentrated in the spring, and an acceleration to 10% growth rate in Q2. And by accelerations, Hatzius means that investors should expect Q2 GDP in the neighborhood of 6.6%. Hatzius credits that forecast to the ongoing vaccination programs, and the continued development of COVID vaccines. The Moderna and Pfizer vaccines are already in production and circulation. Hatzius says, in relation to these programs, That fact that we are developing more options and that governments around the world are going to have more options to choose between different vaccines [means] production is likely to ramp up in pretty sharply in incoming months Its definitely a major reason for our optimistic growth forecast. In addition to Hatzius' look at the macro situation, analysts from Goldman Sachs have also been diving into specific stocks. Using TipRanks' database, we identified two stocks that the firm predicts will show solid growth in 2021. The rest of the Street also backs both tickers, with each sporting a Strong Buy consensus rating. Stellantis (STLA) Weve talked before about the Detroit automakers, and rightly so -- they are major players on the US economic scene. But the US hasnt got a monopoly on the automotive sector, as proven by Netherlands-based Stellantis. This international conglomerate is the result of a merger between Frances Groupe PSA and the Italian-American Fiat-Chrysler. The deal was a 50-50 all stock agreement, and Stellantis boasts a market cap exceeding $50 billion, and a portfolio of near-legendary nameplates, including Alpha Romeo, Dodge Ram, Jeep, and Maserati. The deal that formed Stellantis, now the worlds fourth largest automotive manufacturer, took 16 months to accomplish, after it was first announced in October 2019. Now that it is reality the merger was completed in January of this year the combined entity promises cost savings of nearly 5 billion euros in the operations of both Fiat-Chrysler and PSA. These savings look to be realized through greater efficiency, and not through plant closures and cutbacks. Stellantis is new in the markets, and the STLA ticker has supplanted Fiat-Chryslers FCAU on New York Stock Exchange, giving the new company a storied history. The companys share value has nearly tripled since its low point, reached last March during the corona recession, and has stayed strong since the merger was completed. Goldman Sachs analyst George Galliers is upbeat on Stellantis future, writing, We see four drivers which, in our view, will enable Stellantis to deliver. 1) PSA and FCAs product portfolios in Europe cover similar segment sizes at similar price points 2) Incremental economies of scale can potentially have a material impact on both companies... 3) Both companies are at a relatively nascent stage [in] electric vehicle programs. The merger will prevent duplication and deliver synergies. 4) Finally, we see some opportunities around central staffing where existing functions can likely be consolidated... In line with this outlook, Galliers rates STLA a Buy and his $22 price target indicates room for 37% growth in the year ahead. (To watch Galliers track record, click here) Overall, this merger has generated plenty of buzz, and on Wall Street there is broad agreement that the combined company will generate returns. STLA has a Strong Buy consensus rating, based on a unanimous 7 buy-side reviews. The stock is priced at $16.04, and the average target of $21.59 is congruent with Galliers, suggesting a 34.5% one-year upside potential. (See STLA stock analysis on TipRanks) NRG Energy (NRG) From automotive, we move to the energy sector. NRG is a $10 billion utility provider, with dual head offices in Texas and New Jersey. The company provides electricity to more than 3 million customers in 10 states plus DC, and boasts a over 23,000 MW was generating capacity, making it one of North Americas largest power utilities. NRGs production includes coal, oil, and nuclear power plants, plus wind and solar farms. In its most recent quarterly report, for 3Q20, NRG showed $2.8 billion in total revenues, along with $1.02 EPS. While down year-over-year, this was still more than enough to maintain the companys strong and reliable dividend payment f 32.5 cents per common share. This annualizes to $1.30 per common share, and gives a yield of 3.1%. Analyst Michael Lapides, in his coverage of this stock for Goldman Sachs, rates NRG a Buy. His $57 price target suggest an upside of 36% from current levels. (To watch Lapides track record, click here) Noting the recent acquisition of Direct Energy, Lapides says he expects the company to deleverage itself in the near-term. After NRGs acquisition of Direct Energy, one of the larger electricity and natural gas competitive retailers in the US, we view NRGs business as somewhat transformed. The integrated business model owning wholesale merchant power generation that supplies electricity that gets used to serve customers supplied by NRGs competitive retail arm reduces exposure to merchant power markets and commodity prices, while increasing FCF potential," Lapides wrote The analyst summed up, "We view 2021, from a capital allocation perspective, as a deleveraging year, but with NRG creating almost $2bn/year in FCF, we see a pick up in share buybacks as well as 8% dividend growth ahead in 2022-23." Were looking at another stock here with a Strong Buy analyst consensus rating. This one based on a 3 to 1 split between Buy and Hold reviews. NRG is trading for $41.84 and its $52.75 average price target suggests a 26% upside from that level on the one-year time frame. (See NRG stock analysis on TipRanks) To find good ideas for stocks trading at attractive valuations, visit TipRanks Best Stocks to Buy, a newly launched tool that unites all of TipRanks equity insights. Disclaimer: The opinions expressed in this article are solely those of the featured analysts. The content is intended to be used for informational purposes only. It is very important to do your own analysis before making any investment.

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Kelly, Thompson elected to National Academy of Engineering | UDaily – UDaily

Two University of Delaware alumni and current leaders Terri L. Kelly, vice chair of the UDBoard of Trustees,and Levi T. Thompson, dean of the College of Engineering have been elected to the National Academy of Engineering. Election to NAE is among the highest professional distinctions accorded to an engineer.

Thompson, who is also the Elizabeth Inez Kelley Professor of Chemical Engineering, was selected for advances in catalysis and energy storage, entrepreneurship and academic leadership.

Kelly, the retired president and CEO of W.L. Gore & Associates, was selected for leadership in product development and commercialization by advancing management practices that foster innovation.

This is a tremendous honor for two distinguished members of the UD family, said UD President Dennis Assanis, a member of NAE since 2008. The election of Levi and Terri demonstrates, once again, the power of a UD education to transform lives and put students on the path to success. While their NAE membership recognizes their contributions to engineering, entrepreneurship and innovation, we are so grateful for their ongoing contributions to the University as leaders in our community.

Thompson and Kelly are among 106 new members and 23 international members inducted into NAE this year. There are now 2,355 U.S. members and 298 international members of NAE. Thompson, Kelly and other members of the newly elected class will be formally inducted during the NAE's annual meeting on Oct. 3, 2021.

Thompson and Kelly are among numerous UD alumni in the NAE. Thompson received a bachelors degree in chemical engineering from UD in 1981; Kelly received a bachelors degree in mechanical engineering in 1983. The organizations president, John L. Anderson, is a UD alumnus. He received a bachelors degree in chemical engineering from UD in 1967.

Thompson joins seven other UD faculty members and emeritus faculty as members of the NAE: Terry Papoutsakis, Unidel Eugene du Pont Chair of Chemical and Biomolecular Engineering; Norm Wagner, Unidel Robert L. Pigford Chair in Chemical Engineering (2015); Babatunde Ogunnaike, William L. Friend Chair of Chemical Engineering (2012); UD President Dennis Assanis, who is also professor of mechanical engineering (2008); David L. Mills, professor emeritus of electrical and computer engineering (2008); Dominic Di Toro, Edward C. Davis Professor of Civil and Environmental Engineering (2005); and Stanley Sandler, H.B. du Pont Chair Emeritus of Chemical Engineering (1996).

My journey as an engineer started right here at the University of Delaware, where I learned and honed skills that launched my academic career and whetted my appetite for innovation, said Thompson. After spending 30 years at the University of Michigan, then returning as dean of the UD College of Engineering, I am honored and humbled to join my colleagues here at UD and back at UM as a member of the National Academy of Engineering. I will continue to work to educate and inspire the next generation of engineers at Delaware and beyond so that they can make a difference in this world. I am proud to be recognized by the NAE alongside Terri Kelly, a fellow UD-educated engineer who has improved countless lives through engineering. This is a great year for UD Engineering.

Kelly said of her NAE election, Throughout my education and my career, I have known that UD offers an exemplary education in engineering, as well as many other fields, which is why I continue to be engaged with the University. To be recognized by the NAE is humbling, and I consider it a testament to the strong education I received from UD.

Other UD alumni in the National Academy of Engineering include Rakesh Agrawal, Class of 1977; Kurt B. Akeley, Class of 1980; Arup K. Chakraborty, Class of 1989; Morton Collins, Class of 1958; Arthur J. Coury, Class of 1962; ; Thomas F. Degnan Jr., Class of 1977; Richard E. Emmert, Class of 1952; Arthur L. Goldstein, Class of 1959; Teh C. Ho, Class of 1977; Rakesh K. Jain, Class of 1976; Isaac C. Sanchez, Class of 1969; and David F. Welch, Class of 1981.

Thompson rejoined UD as the dean of the College of Engineering in 2018. He was previously the Richard E. Balzhiser Collegiate Professor of Chemical Engineering at the University of Michigan, Professor of Mechanical Engineering and director of both the Hydrogen Energy Technology Laboratory and the Michigan-Louis Stokes Alliance for Minority Participation. Since returning, he has led the college in a strategic planning process focused on growth for impact and establishing Delaware as the destination for people who want to improve the world through engineering. It is starting to pay dividends with improvements in diversity, increases in research expenditures and the launch of several major research centers.

Thompson, a Fellow of the American Institute of Chemical Engineers, is internationally recognized for his research on nanoscale materials for catalytic and energy storage applications and is an award-winning educator.

He co-founded a start-up called T/J Technologies, a developer of nanostructured materials for lithium ion batteries, and helped to spin off a second start-up, Inmatech Inc., from the University of Michigan to commercialize low cost, high-energy density supercapacitors.

Thompson was on the American Institute of Chemical Engineers (AIChE) Board of Directors from 2014 to 2016 and was a consulting editor for the AIChE Journal. He also served on the National Academys Chemical Sciences Roundtable, National Science Foundation Engineering Directorate External Advisory Committee and Standing Committee on Chemical Demilitarization, Board on Army Science and Technology. He currently serves on the Department of Energys Hydrogen and Fuel Cell Technical Advisory Committee (HTAC), Editorial Committee for Annual Review of Chemical and Biomolecular Engineer, and several college and departmental advisory committees.

After graduating from UD in 1981 with a bachelors degree in chemical engineering, Thompson went to the University of Michigan, where he earned two masters degrees, in chemical engineering and nuclear engineering, and a doctoral degree in chemical engineering.

Kelly is the retired president and CEO of W.L. Gore & Associates, a multi-billion dollar enterprise that employs more than 8,000 associates in 45 plants around the world.

She serves as vice chair of UDs Board of Trustees, which she joined in 2009, and is a trustee of the Unidel Foundation. In 2014, she was honored with the UD Alumni Wall of Fame award. She also serves on the UD College of Engineering External Advisory Council.

Kelly joined Gore as a process engineer in 1983 after graduating from the University of Delaware with a bachelors degree in mechanical engineering. In 1998, Kelly became part of the leadership team for the global Fabrics Division. In this role, she helped establish a fabrics manufacturing plant in Shenzhen, China Gores first fabrics plant in Asia. While in the Fabrics Division, Kelly also served on the Enterprise Operations Committee working closely with the CEO and other leaders to help guide the strategic direction of the company. Kellys leadership abilities have driven her success in a company known for its non-hierarchical lattice structure.

At Gore, associates become leaders based on their ability to gain the respect of their peers and to attract followers. Terri earned the title of president and CEO in 2005 one of the few titles within the enterprise following a peer-driven selection process.

Kelly is a member of the Management Executives Society, the Forum of Executive Women of Delaware and the International Womens Forum. She also is a trustee of the Alfred I. duPont Charitable Trust, whose primary beneficiary is the Nemours Foundation one of the nations leading childrens health care systems and is a member of the boards of United Rentals and ASML.

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When Should You Buy GS Engineering & Construction Corporation (KRX:006360)? – Simply Wall St

GS Engineering & Construction Corporation (KRX:006360), might not be a large cap stock, but it received a lot of attention from a substantial price increase on the KOSE over the last few months. As a mid-cap stock with high coverage by analysts, you could assume any recent changes in the companys outlook is already priced into the stock. However, could the stock still be trading at a relatively cheap price? Lets examine GS Engineering & Constructions valuation and outlook in more detail to determine if theres still a bargain opportunity.

Check out our latest analysis for GS Engineering & Construction

The share price seems sensible at the moment according to my price multiple model, where I compare the company's price-to-earnings ratio to the industry average. Ive used the price-to-earnings ratio in this instance because theres not enough visibility to forecast its cash flows. The stocks ratio of 10.58x is currently trading slightly below its industry peers ratio of 11.13x, which means if you buy GS Engineering & Construction today, youd be paying a reasonable price for it. And if you believe that GS Engineering & Construction should be trading at this level in the long run, then theres not much of an upside to gain over and above other industry peers. So, is there another chance to buy low in the future? Given that GS Engineering & Constructions share is fairly volatile (i.e. its price movements are magnified relative to the rest of the market) this could mean the price can sink lower, giving us an opportunity to buy later on. This is based on its high beta, which is a good indicator for share price volatility.

Future outlook is an important aspect when youre looking at buying a stock, especially if you are an investor looking for growth in your portfolio. Although value investors would argue that its the intrinsic value relative to the price that matter the most, a more compelling investment thesis would be high growth potential at a cheap price. GS Engineering & Construction's earnings over the next few years are expected to double, indicating a very optimistic future ahead. This should lead to stronger cash flows, feeding into a higher share value.

Are you a shareholder? A006360s optimistic future growth appears to have been factored into the current share price, with shares trading around industry price multiples. However, there are also other important factors which we havent considered today, such as the financial strength of the company. Have these factors changed since the last time you looked at A006360? Will you have enough conviction to buy should the price fluctuate below the industry PE ratio?

Are you a potential investor? If youve been keeping tabs on A006360, now may not be the most advantageous time to buy, given it is trading around industry price multiples. However, the positive outlook is encouraging for A006360, which means its worth further examining other factors such as the strength of its balance sheet, in order to take advantage of the next price drop.

With this in mind, we wouldn't consider investing in a stock unless we had a thorough understanding of the risks. For example, we've discovered 4 warning signs that you should run your eye over to get a better picture of GS Engineering & Construction.

If you are no longer interested in GS Engineering & Construction, you can use our free platform to see our list of over 50 other stocks with a high growth potential.

PromotedIf youre looking to trade GS Engineering & Construction, open an account with the lowest-cost* platform trusted by professionals, Interactive Brokers. Their clients from over 200 countries and territories trade stocks, options, futures, forex, bonds and funds worldwide from a single integrated account.

This article by Simply Wall St is general in nature. It does not constitute a recommendation to buy or sell any stock, and does not take account of your objectives, or your financial situation. We aim to bring you long-term focused analysis driven by fundamental data. Note that our analysis may not factor in the latest price-sensitive company announcements or qualitative material. Simply Wall St has no position in any stocks mentioned. *Interactive Brokers Rated Lowest Cost Broker by StockBrokers.com Annual Online Review 2020

Have feedback on this article? Concerned about the content? Get in touch with us directly. Alternatively, email editorial-team (at) simplywallst.com.

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Clear Creek ISD 61st Annual Science and Engineering Fair Results are Announced – TAPinto.net

WEBSTER The Clear Creek Independent School District released a news update related to the District and Science Fair.

Several months of hard work on independent research projects paid off for students who advanced to the District Science & Engineering Fair. The future scientists and engineers quickly adjusted to this years virtual fair environment and in the end, there were 224 secondary students and 113 elementary students whose projects placed in the 61stAnnual CCISD Science & Engineering Fair Awards Program held virtually on January 28, 2021.

Sponsored by long-time Science & Engineering Fair supporter, SAIC, the 2021 fair was the first in CCISD history where an intermediate school student won a Grand Award. Brookside Intermediates Ella Schreiter won the Jesse A. Dorrington 2021 Grand Award for her project on a wearable metronome. Last year, Schreiter placed first in the Junior Division of the Science & Engineering Fair of Houston (SEFH) and was the 3M Young Scientist Lab State Merit Winner for Texas.

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In the January 28 video awards program, Superintendent of Schools Dr. Eric Williams directly addressed the student competitors in his opening remarks. Your passion for science and engineering shined even in an all-virtual environment this year, he said. I wish we could call you to the stage this evening and hand you your well-deserved ribbons, medals and trophies with your family and teachers in the audience. But while this format may be different this year, our pride and heartfelt congratulations are just as sincere.

Even the judging occurred remotely for the 2021 event. Clear Creek ISD is grateful for the more than 150 volunteer judges who generously shared their time and expertise. After they received the student projects via email, judges had several days to pre-evaluate the students work. Judges then gathered together in a virtual meeting platform for final judging and placements.

The District announced that 152 students in grades 7-12 qualified to advance to the Science & Engineering Fair of Houston. Winners will be announced the week of February 15, 2021.

The 2021 CCISD Science & Engineering Fair Grand Award Winners are:

Jesse A. Dorrington 2021 Grand Award Life ScienceBrandon Moree, Clear Lake High SchoolExploring Alternative Method for Pipeline Leak Detection

Jesse A. Dorrington 2021 Grand Award Runner-Up Life ScienceMelina Kumar, Brookside Intermediate SchoolReducing the Risk of Diabetes: A Novel Approach for the Development of a Sensitive Glucagon ELISA

Jesse A. Dorrington 2021 Grand Award EngineeringElla Schreiter, Brookside Intermediate SchoolA Wearable, Silent, Dynamic Device Controlled by a Conductors Movements

Jesse A. Dorrington 2021 Grand Award Runner-Up EngineeringEmmy Li, Clear Lake High SchoolHighly Porous Materials for C02 Capture Absorption and Desorption

2021 iYar Fine Arts Award:Sound Music through Science Universal Peace through Music

Senior Division: Sulochana Pattabhiraman AwardDavid Corvaglia, Clear Springs High SchoolWhat are the best materials for the sound dampening of various frequencies found on the violin?

Junior Division: Pattu Rajagopalan AwardElla Schreiter, Brookside Intermediate SchoolA Wearable, Silent, Dynamic Device Controlled by a Conductors Movements

Clear Creek ISD also recognizes and congratulates students who committed to completing a science fair project every year of their K-12 education journey:

13-Year Science Fair Participants:

Rachel Passantina, Clear Creek High SchoolJoelliance Langevine, Clear Lake High SchoolAnna Pinchen, Clear Brook High SchoolMuhammad Zain, Clear Brook High SchoolMelvin Briscoe IV, Clear Creek High School

Click hereFor a complete list of student winners at theelementary levelandherefor allsecondary winnersof the 2021 CCISD Science & Engineering Fair.

As the opportunity to walk across the stage was missed this year, students were encouraged to instead take a photo with their earned award.Click herefor photos of student winners.

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Installation of final beam, time capsule highlight UMaine Ferland Engineering Education and Design Center ceremony – UMaine News – University of Maine…

The University of Maine will celebrate the placement of the last beam atop the structural steel frame of the new Ferland Engineering Education and Design Center during a virtual Topping Off Ceremony.

The livestreamed ceremony, a tradition in building construction, is tentatively scheduled for 1 p.m. Friday, Feb. 12, pending weather conditions and the construction schedule. Confirmation of the event date will be available on the University of Maine Foundation website.

Earlier this month, Consigli Construction made the painted beam available on campus for members of the UMaine community to sign in person, following all health and safety protocols. In addition, a virtual beam signing is online.

A time capsule welded to the beam will include messages, as well as a Crosby Clip. Patented by Dexter, Maine native and UMaine mechanical engineering alumnus Oliver Crosby, Class of 1876, the Crosby Clip is still in use today as an essential tool in steel construction. The Crosby Clip will be used to hoist the beam into place during the Topping Off Ceremony. Oliver Crosbys company, American Hoist & Derrick, made the worlds first crawler mounted crane, like the one being used to lift the beam.

Construction of UMaines 108,000-square-foot engineering facility began in May 2020, with workers following appropriate COVID-19 health and safety guidelines.

This is a fantastic milestone for the UMaine community and the state, says UMaine President Joan Ferrini-Mundy. When the Ferland Center is dedicated in August 2022, it will provide amazing opportunities for collaborative, cross-discipline learning, and the creation of practical innovations by our students and faculty, such as those patented by alumnus Oliver Crosby. This Engineering Education and Design Center will be key to helping meet Maines workforce and economic needs. And we will have a beautiful facility to help attract diverse and innovative students from Maine and beyond.

The Ferland Engineering Education and Design Center will house the Department of Mechanical Engineering, Biomedical Engineering Program, and teaching laboratories for the Mechanical Engineering Technology Program. It also will provide collaborative learning classrooms that will serve the entire campus, and work space for UMaine engineering majors to complete their senior capstone projects.

A record $78 million in public and private support has been raised for the Ferland Center, which will have tremendous impact on the sons and daughters of Maine, says Jeffery Mills, President of the University of Maine Foundation.

The buildings $10 million naming gift, one of the largest gifts in UMaine history, came from Skowhegan natives E. James Jim Ferland 64 and Eileen P. Ferland, and was announced in 2018.

This facility is key to advancing the Maine College of Engineering, Computing and Information Science, the University of Maine System and our state, says Chancellor Dannel Malloy. Continuing to increase enrollment in engineering and computing to produce the talent needed by industry is critical to Maines economy. The project itself is a jobs-creator and includes UMaine engineering alumni returning to their alma mater to contribute to its design and construction. This facility ushers in a transformation for higher education in Maine.

WBRC Architects Engineers, based in Bangor, and Ellenzweig of Boston designed the Ferland Engineering Education and Design Center; Consigli Construction of Milford, Massachusetts and Portland, Maine is leading its construction.

Ferland EEDC will become the heart of engineering education at the University of Maine, says Dana Humphrey, dean of the College of Engineering. It will help to retain talented Maine students, as well as attract even more from out of state. This talent pool will provide the engineering graduates and new innovations critical to moving Maines economy forward.

Contact: Margaret Nagle, nagle@maine.edu

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Engineers and humanities Technique – Technique

At my first meeting for my English class here at Tech, I realized something was very different from my English classes in high school. It wasnt the weird course theme or even the awkward social distanced meeting, but it was that it seemed like all of my classmates didnt care about learning anything in the class.

Everyone has a class they wish they didnt have to take, but everyone I talked to in that class corroborated the statement that kept crossing my mind: no one here wants to learn anything in the humanities. Beyond that small group of people, this truth was reinforced with every engineering student I met. Basically, Tech students in STEM dont care about the humanities.

I dont mean to sound like some uppity book snob, but I think the Institute and its students are both so flippant towards the humanities they are hurting the effectiveness of their future STEM professionals.

For starters, if Tech didnt have a humanities requirement most students would completely stop learning about them after high school. Even the humanities professors know how much Tech students abhor fulfilling the credit, with each of my Spanish teachers opening the class with How many of you are just using this for an easy humanities credit?

The American Society of Engineering Education (ASEE) recommends that engineering students receive an education incorporating the humanities and actually learn from those classes. STEM courses tend to focus on cold, analytical knowledge, but humanities are instead interested in people and their connections to the world around them.

The ASEE calls out engineers for lacking communication and interpersonal skills and advises that thorough instruction in the humanities can fill this gap in many engineers skill sets. No company is looking for a solitary know-it-all, they want a know-it-all capable of working with others to create the best product or services possible.

Besides rounding out a resume, the humanities should be embraced as a break from the constancy of STEM coursework. My favorite day of the week is Wednesday, precisely because thats when my English and Spanish classes meet, and I get some relief from the calculus and biomedical engineering that dominate the rest of my week. A busy STEM student may see the humanities as a distraction from their real work, but the broad expanse of the humanities offers a world for students to explore beyond their specialized interests.

Tech knows its status as an engineering school, but that doesnt excuse the Institute from providing a comprehensive and serious humanities education. The skills learned in humanities courses would benefit the Institute as well as its students. The focus on written and oral communication in the humanities would bolster students performance in other classes and increase the worldview of its often narrow-sighted students.

I dont expect my STEM classmates to become scholars in Shakespeare or deep-thinking philosophers, but I hope as I go through my time at Tech I see students gratefully taking breaks from their normal coursework. From reading The Bell Jar for fun, considering the historical context of Clueless, or examining the social implications of a J. Cole album, there are ways for STEM students to indulge in the humanities while still enjoying their time. Being a pioneering figure in your field of study is great and all but being an engineer who knows how to read is even cooler.

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Animal Science and Engineering Researchers Partner to Improve Veterinary Procedure – University of Arkansas Newswire

Photo Submitted

Top from left, students Davina D'Angelo and Sam Stephens; bottom, professors Morten Jensen and Lauren Thomas.

An interdisciplinary team of University of Arkansas researchers has come together to develop a surgical spoon that is currently in clinical testing to make a common veterinary procedure safer and more effective.

Faculty and students from the Dale Bumpers College of Agriculture, Food and Life Sciences are working alongside researchers in the College of Engineering to develop a novel spoon that will allow veterinarians to more effectively remove bladder stones from companion animals a common procedure in the veterinary industry.

The collaboration includes Lauren Thomas, a doctor of veterinary medicine and clinical assistant professor of animal science;Davina D'Angelo, her student;Morten Jensen, associate professor of biomedical engineering;and Sam Stephens, a research engineer and graduate student in Jensen's lab.

The project combines the expertise and experience of Thomas and D'Angelo in veterinary medicine with Jensen and Stephens' expertise in medical device design and manufacturing. The team created a series of 3-D printed spoons that are currently in clinical testing by local veterinary clinics to better remove bladder stones in animals. The spoons were optimized with computational simulations and mechanical testing and the team is currently evaluating feedback from the clinics.

D'Angelo, an honors student who is in the final year of her studies, approached Thomas about the idea as a sophomore after spending a number of hours shadowing at a local veterinary hospital and observing a number of cystotomy surgeries. Thomas then contacted Jensen to add engineering design expertise to the team.

"For many local veterinarians, the methods available for stone extraction are often limited to the use of a traditional tablespoon, teaspoon, or flushing the stones out by inserting a urinary catheter through the urinary tract," D'Angelo said. "Many times, these methods still make it difficult to remove all of the stones, especially the small ones that can be down to a few millimeters in size."

Left-behind stones can cause a variety of issues in animals, including infections and recurrence of future stones.

Thomas said the research addresses a real-world need for veterinarians.

"Bladder stones are a serious and potentially life-threatening condition that can affect a variety of domestic animal species," she said. "There are a few different methods for removal of the stones, but depending on the type of animal we are dealing with, as well as the location and nature of the stone, it can be difficult to remove all of them safely. These spoons will give veterinarians a customized tool that has been made with veterinary patient safety, stone removal efficacy and anesthetic efficiency in mind. If we can decrease the amount of time that veterinary surgeons spend performing this procedure, that decreases the amount of time the animal spends under anesthesia, which is safer for the animal, saves the client money, and improves the odds of getting all of the unwanted stones out of the urinary bladder.It's a win on all fronts."

Jensen said the project was an excellent opportunity for creating a fruitful interdisciplinary collaboration. "We have used our experience in working withclinicianson device design, simulation, prototyping and testingto extend that to participate in this unique partnership betweenfaculty andstudents of the two colleges."

D'Angelo, credited her mentors at Faithful Friends Animal Clinic in Rogers, and said the entire experience helped her take a big step toward her goals.

"I am thankful for the faculty at the University of Arkansas for their eagerness to collaborate and forge innovation in the name of veterinary medicine," she said. "I have been afforded exposure to biomedical engineering and laboratory skills that will propel me through my educational journey of becoming a veterinarian. My aspiration is to create an impact in the standard of health care for our companion animals."

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Leslie E. Robertson, structural engineer of the World Trade Center, passes away at 92 – The Architect’s Newspaper

Acclaimed structural engineer Leslie Earl Les Robertson passed away following a fight with blood cancer at his home in San Mateo, California, on February 11, a day short of his 93rd birthday.

A native of Manhattan Beach in Los Angeles County, Robertson was a towering figure in his respective profession, lending an unfailingly innovative hand to a number of majorand often superlatively tallprojects across the globe including the U.S. Steel Tower in Pittsburgh (Philip Johnson), the Bank of China Tower in Hong Kong (I.M. Pei), Madrids Puerta de Europa towers (Johnson and John Burgee), the Shanghai World Financial Center (Kohn Pedersen Fox), and the Meyerson Symphony Center in Dallas (Pei). However, Robertsons first high-rise commission, the original World Trade Center towers, remains his defining project.

Robertson worked closely with architect Minoru Yamasaki on the project and pioneered several engineering firsts in the construction and design of the mid-century Manhattan mega-project. As detailed in a tribute from Leslie E. Robertson and Associations (LERA), where he served as founder and former partner, these innovations including the first use of a space-frame megastructure and outrigger for a high-rise building (also later used at the U.S. Steel Tower); the first use of prefabricated multi-column and spandrel-wall panels to allow column-free interior spaces and resist lateral force generated by hurricane winds, and the creation of mechanical damping units to reduce building sway in heavy winds.

Robertson got his start as a young structural engineer in the early 1950s after graduating from the University of California, Berkeley, with a bachelor of science. A thirty-something-year-old Robertson later found himself in Seattlehometown and home base of Yamasakiunder the employ of structural and civil engineering firm Worthington & Skilling. Design work kicked off the World Trade Center several years later with Robertsons firmthen Worthington, Skilling, Helle, and Jackson (WSHJ) and later Skilling, Helle, Christiansen, and Robertson (SHCR) after Robertson was made a partner in 1967leading the engineering side. SHCR later evolved into Seattle-based Magnusson Klemencic Associates after Robertson split the practices New York City office in the early 1980s and founded what today is LERA. Construction on the World Trade Centers emblematic twin towers at a record-setting 1,368 and 1,362 feet tall above Lower Manhattan, began in 1968 (the North Tower) and 1969 (the South Tower).

Despite his early personal and professional connections to the West Coast, Robertson lived and worked in New York for most of his life, beginning in 1963 when he relocated there to work on the World Trade Center. Per a tribute published by Engineering News-Record, he had only returned to California late last year.

Both a Member of the National Academy of Engineering and a Distinguished Member of the American Society of Civil Engineers, Robertson was bestowed with a multitude of awards and accolades over his long and prolific career. Those include the Mayors Award for Excellence in Science and Technology for his structural design of the World Trade Center as well as a World Trade Center Individual Exceptional Service Medal for his work in the reconstruction of the twin towers following a 1993 terrorist bombing. Other industry recognitions (and there are many) include a 1989 Award of Excellence (then Constructions Man of the Year Award) from Engineering News-Record, the Henry C. Turner Prize for Innovation in Construction Technology from the National Building Museum (2002), and a John Fritz Medal from the American Association of Engineering Societies (2012). He was received honorary degrees from several prestigious universities and served on the boards of a range of organizations including New York Citys Skyscraper Museum and the Architectural League of New York.

From 1985 through 1990, Robertson alsoserved as chairman of the Chicago-based Council on Tall Buildings & Urban Habitat (CTBUH). Its fair to say that there was likely not a more-liked Chairman, or someone with more longevity of involvement, than Les. To say he will be missed is, quite literally, a towering understatement, said, Antony Wood, CEO of CTBUH, in a tribute posted on the nonprofits website.

In 2001, Robertson was presented with the American Institute of Steel Construction (AISC)s J. Lloyd Kimbrough Award, an honor named after the organizations first president. Recognizing the pinacle of steel designers, Robertson is only one of three people to receive the award since 2000.

Les had such a cordial influence on others, including for me personally, said Charles J. Carter, SE, PE, PhD, president of the AISC, in a statement provided to AN. I first met him as an undergraduate student when he agreed to meet for a morning to discuss his recently completed Bank of China building. He made the whole concept of the building lateral system clear to me (as a student!) in about 20 minutes with just a few sketches and a brilliantly simple physical experiment that proved he found a creative way to eliminate column bending.

Weve lost a giant whose work will continue to speak volumes for generations to come, Carter added.

Robertsons revolutionary work on the World Trade Centerand how he had been haunted by the catastrophic events of September 11, 2001was the subject of an intimate feature-length documentary titled Leaning Out. Co-directed by Basia and Leonard Myszynski, the film premiered at the 2018 Architecture & Design Film Festival in New York.

Numerous tributes and obituaries published since Robertsons death have painted him as a devout pacifist and anti-war activist who active in the group Architects/Designers/Planners for Social Responsibility.

My sense of grief and my belief that I could have done better continue to haunt me, he wrote in a passage from his 2017 memoir, The Structure of Design: An Engineers Extraordinary Life in Architecture, shared by the New York Times in its obituary.Perhaps, had the two towers been able to survive the events of 9/11, President Bush would not have been able to project our country into war. Perhaps, the lives of countless of our military men and women would not have been lost. Perhaps countless trillions of dollars would not have been wasted on war. Just perhaps, I could have continued my passage into and through old age, comfortably, without a troubled heart.

Robertson leaves behind a wife, fellow structural engineer and former LERA partner SawTeen See, as well as children and grandchildren.

Following this remembrance, AN plans to publish a more in-depth look at Robertsons remarkable life and career in the coming days.

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Leslie E. Robertson, structural engineer of the World Trade Center, passes away at 92 - The Architect's Newspaper

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Newsmaker: South Shore native working on NASA space telescope – The Patriot Ledger

Jenna Manto|The Patriot Ledger

Name: Tom Harkins

Hometown: Weymouth

In the news: Harkins is a flight engineer working on NASA's James Webb Space Telescope.

Now you know: Harkins is working on the mostpowerful space telescope ever built, with a sunshield the size of a tennis court.

His story:Ever since he was a kid, Tom Harkins would tinker with LEGOs, try to build things, figure out how everyday objectsworkand fix broken items around the house with his dad.So,engineering was always a natural fit for him, he said.

After graduating from the University of Notre Dame in 2008, where Harkins focused on aerospace engineering his senior year and took classes onaircraft design and development, he startedworking for aerospace and defense company Northrop Grumman in California.

Harkins initially worked on other projects in a rotation program that took him around the country from Florida to California, and he ended up on the James Webb Space Telescope team in 2013.

He now works out of his home in Maryland, where he lives with his wife and young kids, who he said find dad's work exciting.Harkins even has a model of the telescope at home for his kids.

"I tell my son, who's 4, and my daughter, who's 2, even though she's just starting to understand what it can (do)," Harkins said,"I talk to other students and professionals and it's inspiring. It's part of the reason I became an engineer. It's like how can we take an idea and make it into a physical reality we makethis idea of taking pictures of distant galaxies into a real machine that can do it."

NASA'sHubble Space Telescope has become a household name, but come October, the James Webb Space Telescope will launchfrom French Guiana, South America and become the most powerful space telescope ever built, Harkins said.

More: Still no arrests following Weymouth shooting that left one dead

TheJames Webb Space Telescope is unique in that itlooks into the infrared area of the electromagnetic spectrum, as opposed to only the visible light area of the spectrum, like the Hubble telescope does.

Harkins said thetelescope is like a "time machine," as it will essentially allow scientists to look back in time as close to the Big Bang as possible which was over 13 billion years ago. This is possible in the same way that human beings on earth view light from the sun that is eight minutes old, Harkins said.

As a flight engineer,Harkins spends most of his time working with his team on contingencies using a simulator to practice every possible situation that could go wrong and figuring out how they might respond.

Unlike the Hubble Space Telescope, which exists in the same orbit asthe International Space Station, the JWST will be sent into orbit one million miles from earth, Harkins said. With no astronauts coming to save the day, they need to make sure they have planned for everything.

More: Virtual festival to help Quincy's Asian community celebrate Lunar New Year

The effort is an international collaboration, Harkins said, between NASA, which provided the engineering, design and development aspects of the project, the Canadian Space Agency, which contributed a few instruments, and the EuropeanSpace Agency, which isproviding the launch vehicle.

"Scientists from many, many countries are gonna be wanting to get their hands on this data," Harking said."It's gonna push the boundaries of discovery. And so the whole world is participating."

Thanks to our subscribers, who help make this coverage possible. Please consider supporting quality local journalism with a Patriot Ledger subscription.

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Three Harvard Professors Elected to the National Academy of Engineering | News – Harvard Crimson

Three Harvard professors were among 106 new members elected this year to the National Academy of Engineering, the academy announced Tuesday.

Those selected included Dean of the School of Engineering and Applied Sciences Francis J. Doyle III, bioengineering professor Donald E. Ingber, and Harvard Kennedy School professor William W. Hogan.

Founded in 1964, the NAE uses the expertise of its members to advise the federal government on matters related to engineering and technology. Election to the NAE is among the highest professional distinctions accorded to an engineer, per its website.

Doyle, Ingber, and Hogan will join the Academys 2,352 other American members and 298 international members.

Doyle, who said he was still soaring high after receiving the news, was elected for insights into natural biological control systems and innovative engineering of diabetes control devices.

A graduate of Princeton University and the California Institute of Technology, Doyle has been a faculty member at Harvard since 2015. Prior to working at Harvard, he was chair of the Department of Chemical Engineering and associate dean of research at the University of California Santa Barbara, where he also headed the UCSB/MIT/Caltech Institute for Collaborative Biotechnologies.

Doyle has been a member of the National Academy of Medicine a counterpart of the NAE since 2016, and a fellow at multiple world-renowned organizations, including the Institute of Electrical and Electronics Engineers, for which he served as president for the Control Systems Society in 2015.

Ingber, who teaches at both SEAS and Harvard Medical School, was awarded for interdisciplinary contributions to mechanobiology and microsystems engineering, and leadership in biologically inspired engineering.

He described the NAEs work in an email as critical for our collective future success, and noted he was proud and honored to have the chance to collaborate with fellow NAE engineers.

Ingbers work with SEAS, HMS, and Boston Childrens Hospital has combined techniques across fields to explore the effect of cell structure on tissue development and biochemistry.

He has authored more than 430 publications and 150 patents and has founded five companies. Like Doyle, Ingber was elected to the National Academy of Medicine in 2012, and he was elected to the National Academy of Inventors in 2015.

The NAE recognized Hogan for contributions to electricity industry restructuring, electricity market design, and energy policy modeling and analysis.

Specializing in global energy policy, Hogan is the current research director of the Harvard Electricity Policy Group. He previously worked at Stanford University, where he founded the Energy Modeling Forum, and he is the former president of the International Association for Energy Economics.

The main focus has been to take theory into practice in improving the operation of actual markets, Hogan wrote in an email. The foundations are even more important for the future as we move to increasing reliance on renewable energy.

Doyle, who noted his membership letter was signed by a former professor of his, wrote that he hopes he can inspire a future generation of engineers as his own professors did him.

One thought that struck me as I poured over the lovely emails Ive received is how much I owe to those who trained me and helped build the foundation that I can rise from, Doyle wrote. Its humbling to think about the foundations that all of us in the academy are helping to build for the next generation.

The newly elected members will be officially inducted at the Academy's annual meeting on Oct. 3, 2021.

Staff writer Natalie L. Kahn can be reached at natalie.kahn@thecrimson.com. Follow her on Twitter @natalielkahn.

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