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TAU Medical Student to Swim for Israel at Summer Olympics

Andi Murez enhances her athletic performance at the Sylvan Adams Sports Institute.

“Most people tell me I’m crazy to be a professional swimmer and medical student, but I couldn’t give either up, so I tried to do both, not knowing whether I would succeed at either,” says Andrea “Andi” Murez during a break between training sessions at the University’s Sylvan Adams Sports Institute and the neighboring Sports Center. “I’m proud that I’ve given it a shot and prevailed.”

A Balancing Act

In 2017, California native Murez enrolled at TAU in the Sackler School of Medicine New York State/American Program. She has since completed her first two years in the MD Program that offers English courses for students from North America. 

This will be 29-year-old Murez’s second Olympics; she previously represented Israel in Rio de Janeiro in 2016. With the Games in sight, the Israeli national record-holder in the 100-meter and 200-meter freestyle has taken a temporary break from her studies to focus on her Olympic aspirations. Following Tokyo, she will return to medical training and begin two years of clinical rotations at TAU-affiliated hospitals.

Training at TAU

Murez’s grueling routine in the final stretch to Tokyo consists of regular sessions at TAU facilities, including performance analyses at the Sylvan Adams Sports Institute, alongside teammates from Israel’s Olympic delegation and its national swim team.

Established in 2018, the Institute focuses on improving athletic capabilities in endurance sports: swimming, running, cycling, and triathlon. The Institute houses a state-of-the-art flume (counter-current) pool that helps swimmers improve their craft by testing factors such as limb function, movement symmetry and muscle fatigue.

 

Murez trains at the flume pool at TAU's Sylvan Adams Sports Center (Photo: Moshe Bedarshi)

Murez trains at the flume pool at TAU’s Sylvan Adams Sports Center (Photo: Moshe Bedarshi)

“Having Andi and other members of the Olympic team at the Institute is a realization of the Sylvan Adams Sports Institute’s mission, which is to enhance the abilities of Israel’s top athletes and nurture Olympic-level champions,” says the Institute’s Director, Prof. Chaim Pick of TAU’s Department of Anatomy & Anthropology, Sackler Faculty of Medicine.

“In a sport where every hundredth of a second matters, training sessions such as those performed at the Sylvan Adams Sports Institute—which could not have been done elsewhere in Israel—are vital for high-level swimmers such as Andi to evaluate and fine-tune their technique,” he adds.

WATCH: Murez trains at the flume pool at TAU’s Sylvan Adams Sports Center

 

For her part, Murez appreciates the variety of performance building options available at TAU. “Some people perform better in the flume pool, some in the open pool,” she says. “It’s great to have both for a holistic approach.”

Diving into Israel

In addition to her Olympic aims, Murez hopes to inspire other women along with potential olim to realize their dreams in Israel, particularly when it comes to athletics and higher education. 

“Growing up, I never thought I’d swim for Israel—but it’s been great,“ says Murez.

 

Murez will swim for Israel at the 2021 Olympic Games in Tokyo, Japan (Photo: Moshe Bedarshi)

Andi Murez is making waves in the pool and the classroom (Photo: Moshe Bedarshi)

The 17-time Maccabiah Games medalist credits formative experiences at the so-called “Jewish Olympics” for connecting her to Israel. Murez decided to make aliya following the 2013 Maccabiah, where a local counterpart drove home the exciting potential of living and swimming in Israel. 

After undergraduate studies at Stanford University, she accepted a spot on the Israeli National Swimming Team and made aliya in 2014. Murez encourages others to follow similar paths. “It was a very welcoming experience,” she enthuses.” I love it here.”

She views swimming and medicine not as disparate endeavors, but as parallel tracks with many similarities. “The medical path is a long and rigorous journey, which takes patience and delayed gratification—two things I have experienced as a swimmer. When I was stressed in the classroom, I had swimming to fall back on,” she says. “When I’m stressed by swimming, I can focus on school to help me feel better.”

“The TAU faulty supported my passion for swimming and allowed me to take two years off of school to train for the Tokyo Olympics,” she notes. “I feel very fortunate that I found a great medical program to continue my studies.” Murez also nods to her classmates for their support. “In our program, I often studied in groups with classmates. If I fell behind on the material because of trainings, they would help me catch up,” she recounts. “They even came to a few swim meets to cheer me on!”

Following the 2021 Olympics, Murez plans to stay in Israel and pursue her professional swimming career alongside working as a physician. We wish Andi good luck and will continue to root for her in all her endeavors!

 

Murez will swim for Israel at the 2021 Olympic Games in Tokyo, Japan (Photo: Moshe Bedarshi)

Murez will swim for Israel at the 2021 Olympic Games in Tokyo, Japan (Photo: Moshe Bedarshi)

Featured image: TAU medical student and Olympic contender Andi Murez poolside at the University’s Sports Center (Photo: Moshe Bedarshi)

The Faculty of Engineering Predicts: A Greener and Safer Future

Graduates of TAU’s School of Mechanical Engineering present innovative projects.

 

Just like every year, graduates of the School of Mechanical Engineering of The Iby and Aladar Fleischman Faculty of Engineering recently presented the projects they have been working on throughout their final year of studying towards their degree. A lot of ground was covered, with one project promising those suffering from nightmares after trauma to sleep peacefully, another offering a robot capable of disinfecting aircrafts from viruses, and other teams have developed drones designed and developed to transport defibrillators and first aid kits through areas that are either difficult or downright impossible to access from the ground. Seeing these original ideas makes it clear how the faculty’s motto is befitting for those who enter (and perhaps even more so for those who exit) its gates: “Those who fall in love with a problem are the ones who will find a solution to it.”

Thinking Within the Box

We use them every day, usually multiple times a day, but how much thought do we dedicate to the garbage bins in our homes? And, while we’re on the subject, have you ever thought to calculate how many garbage bags you dispose of every year? As environmentally-conscious people, Tal Kelmachter and Nimrod Ben-Yehuda have given this more than a little thought, and got inspired to design their very own garbage can.

The exterior part of the bin does not distinguish itself much from your standard garbage bin. The secret is hidden within the box: the uniqueness of this product is that it does not require a plastic bag, which is an environmental hazard. Nimrod explains, “We designed it as a stand-alone solution which does not require any special infrastructure, like drainage, water supply and electricity. Once you have emptied the contents of the garbage bin, an integral rinsing mechanism cleanses it on the inside, easily and quickly. The water is contained in a clean water container, and a mechanical pump forces the water through a system of pipes with a no-return valve to a system of sprinklers that showers the sides of the tin from the inside. The dirty water then flows into a dedicated water drawer which is easy to empty. The result is a garbage bin that remains clean and free of bad odors and contaminants.”

Tal adds, “During the past few years there has been increased awareness which has led to a growing trend of reducing plastic use and recycling. And yet, there is currently no product on the market that completely prevents the use of garbage bags. Nimrod and I managed to find a solution to this problem.”

 

Tal Kelmachter and Nimrod Ben-Yehuda with their green garbage bin, ECOCAN

Enjoy the Ride

A few minutes into Aviv Halachmi’s motorcycle drive to his girlfriend in Beer Sheva, his headset ran out of battery. The annoying experience motivated Aviv to form the ChargElmet team together with fellow students Tal Belilty and Itay Shulman.

“Motorcyclists attach a variety of electronic components to their helmets, such as hands free and camera, in order to enhance their riding experience. These utilities have batteries that require charging. We designed and built a system which uses the wind and the sun to produce green energy to charge gadgets from motorcycle helmets while you travel”, says Aviv.

Did the project become a smoother ride than Aviv’s trip to his girlfriend? Not at all. The team ran into plenty of difficulties along the way: “The system we created is multidisciplinary and contains a lot of engineering elements from various fields, not all related to mechanical engineering, such as electrical diagrams, electrical design including the investigation and selection of the appropriate cards and components and much more. So, we were forced to learn a lot while on the job. That being said, solving issues that arose throughout the process and accomplishing the end product brought us tremendous satisfaction,” he shares.

Aviv concludes, “For now, our invention is geared towards motorcyclists and improving their lives. In the future, we plan to expand the project to address all two-wheelers (bicycles, scooters…). On a macro level, our vision is to improve public awareness of green energy and to take part in the global trend of promoting and transitioning to renewable energy.”

 

Itay Shulman, Tal Belilty and Aviv Halachmi found a way to improve other motorcyclists’ lives

Hover and Save

This year, the presence of the drone stood out in the Innovate project (a cooperation between TAU and Elbit Systems Ltd), which encompasses several complementary projects on the subject of detecting, rescuing and making life-saving first aid accessible to those trapped under earthquake ruins.

May Davidovich and Ariel Drizin tell us about their part in the project:” We presented a design and a preliminary prototype for a robotic first aid release arm system, installed on a drone and controlled by a dedicated control system, making it easier for the rescue forces to maneuver among the trapped and offer them first aid. In the future, the project can be advanced by allowing for larger systems capable of carrying heavier kits.”

“Our premise was that the system we were planning would be part of a swarm of drones, including one that would scan and photograph the area, a parent drone that would carry a large number of kits, and drones that would know how to receive kits from the parent glider, bring these to the person(s) trapped and then to release the kit. The system will be controlled by an operator from his control room, who will receive information about the trapped, put together a suitable kit, bring it to the disaster stricken area, and release it as close as possible to the trapped.”

May recounts sleepless nights: “The system worked fine up until a few days before the project was to be presented. As we were putting the parts together, we discovered that we had made some measurement errors prior to the printing of the parts, which meant the components didn’t work properly together.”

“We also had to make several design changes and print the model three times before we achieved the desired result. We learnt that when you print the prototype, you need to consider the system in its entirety, which is hard to do before all the components arrive. It is a time-consuming process which requires a lot of planning in advance.”

“We hope that our invention will help streamline the process of rescuing people who are trapped. For instance, by taking measures and signaling back to the control room the severity of the physical condition of victims, so the rescue can be prioritized accordingly. There are many more potential usages, not necessarily related to rescue, such as grocery delivery from the supermarket.”

 

Extending their robotic arm. Ariel Drizin and May Davidovich.

Saving the Black Box

Did you know that every plane crash is investigated in depth to determine the cause of the crash? Yaniv Alon, Dor Cohen and Ido Rosenzweig designed a system to be ejected from a plane in the event of a crash, and which transmits location details and additional data, significantly reducing the radius of the search for a plane when contact has been lost.

“The system includes a smart box with electronics and internal controllers. When it recognizes that the plane is about to crash, it is ejected from the plane at high speed with the help of mechanisms that we developed. It then falls to the ground with a parachute and can weather any condition, on land or sea.”, explains Yaniv. He clarifies that the system is not meant to replace the black box, but rather it is meant to offer a better alternative to the aircraft transmission systems that exist today, which tend not to be resilient or ejected, and usually vary according to the aircraft systems.

They started working on the project already last year. After a thorough examination of the system’s weaknesses and failures they undertook significant adjustments and enhancements before presenting the product this year. “We encountered quite a few complications along the way, when deciding how to operate the mechanism, examining various alternatives, finding suitable components, communication with suppliers, delivery delays and manufacturing glitches, requiring us to do ping-pong between the workshop and the production. However, thanks to our combined creativity, determination, efforts and our dedicated project manager Danny Barko, we were able to create a functioning product.”, he says.

When asked how they think their invention will contribute to change our lives, Yaniv replies, “The two main problems those who investigate plane crashes are faced with today, are that the black boxes are not ejected and that they are not resilient, which means that they mostly disappear along with the the aircraft. Unproductive field searches can reach sums of around $155 million. A system is required that will allow for swift and effective investigations and save us a lot of resources and money. Our solution meets these requirements and might even end up saving lives by helping locating crashed planes and their black boxes, advancing the investigation of the failures that led to the planes’ crash and preventing similar future cases.”

 

Will they help find the black box? Ido Rosenzweig, Dor Cohen and Yaniv Alon

Diamonds in the Rough

Maximizing the potential of TAU students on the autism spectrum.

Giving a presentation in front of a class can be daunting for any university student. For someone with autism spectrum disorder (ASD), it can be terrifying. Routine study tasks like this can make higher education an unattainable dream for most people with ASD, which reduces the ability to connect with people. To help, TAU established Yahalom (“Diamond”), a comprehensive program that supports high-functioning ASD students from the moment they enroll at TAU through to graduation. “Today we know that ASD does not necessarily affect a person’s academic abilities,” says Alberto Meschiany, Head of the Psychological Services Unit at the Dean of Students Office, which runs the Yahalom program. “We support ASD students in whatever they need help with—primarily enhancing their interpersonal communication skills and ability to independently navigate the complexities of campus life.” Yahalom was launched in October 2017 with 10 students. Today it has 46—an almost fivefold increase in three years. “Ultimately, we aim to substantially boost these students’ independence and self-confidence, ensure they complete their degree, and broaden the range of options open to them once they enter the employment market,” explains Meschiany.

Mentors: Heart of the program

Yahalom is run by a dedicated coordinator who gets to know each of the ASD students and also recruits and trains volunteer TAU students as mentors. The goal is to ensure that the mentors know what to expect and how to communicate with ASD people, reduce their anxiety, help with their dealings vis-à-vis the staff and lecturers, accompany them to classes, and meet whatever other day-to-day needs may arise during the academic year. Demand among students wishing to be mentors is high, says Meschiany. “Right now, we can only give the mentors token scholarships, but we would love to give them larger ones. This is our biggest funding need,” he adds. Mentors help in myriad ways. For example, Yahalom heard about an ASD student who had been unnecessarily buying expensive textbooks for almost two years because he didn’t know how to make photocopies at the library and was too embarrassed to ask for help. He was immediately assigned a mentor who now helps him with these types of issues. Many ASD students have asked their mentors for advice on how to tell their classmates about their condition and the difficulties they face.

Personal ties reduce stress

Efrat Gilboa, a third-year student of Psychology and Law at TAU, mentors two ASD students. “I’ve always enjoyed volunteering and helping others, and used to work with special needs children. I thought that Yahalom could be an amazing opportunity for me not only to help autistic people integrate into the University, but to try to see the world through their eyes,” she says. “As a Yahalom mentor, my main job is to help the students cope with their study load, better manage their time, and help them flourish,” she explains. “But now we have a real friendship. My students can—and do—contact me whenever they feel like it, whether it’s to ask me a question or show me something interesting that they saw on their way to the campus.” “It’s a real privilege and fantastic experience to be able to mentor these students. They are among some of the best people I’ve had the opportunity to meet,” says Gilboa. “Since I began mentoring them half a year ago, I can see that my students are now less stressed and anxious and are better at managing their time.”  

An interdisciplinary approach

Along with providing opportunities for ASD students, TAU is pursuing autism research from diverse perspectives. “Together with other neurodevelopmental disorders, autism needs to be addressed by academics from multiple areas—neuroscientists, geneticists, psychologists, cell biologists, speech therapists and social workers—alongside practicing pediatricians, neurologists and psychiatrists,” says Prof. Karen Avraham, Vice Dean at TAU’s Sackler Faculty of Medicine. “This is why TAU, with its inherently interdisciplinary research culture and strong ties with hospitals, is ideally positioned to bring about influential discoveries in the field—and why it has made autism research a strategic priority.” One such researcher is cognitive neuropsychologist Prof. Lilach Shalev of the Jaime and Joan Constantiner School of Education who heads the Attention Lab, affiliated with the Sagol School of Neuroscience. She develops novel training programs aimed at improving academic performance of learners from kindergarten to university students, and assesses their outcomes using neuropsychological, eye-tracking, brain-imaging and psychological measures. Her main work centers on the Computerized Progressive Attention Training Program (CPAT) that she pioneered for children with attention deficit hyperactivity disorder (ADHD) in 2007; it is now implemented in several countries. Several years ago, Prof. Shalev expanded her research focus to include autism. “Our system was shown to work with great results among autistic people, also for their behavioral and communication difficulties, and we were very surprised,” she explains. These findings might also be relevant for university students on the autistic spectrum. Read about  how TAU alumna, Noga Keinan, promotes the integration of ASD students in higher education. Meschiany concludes: “The tailored support we offer Yahalom participants helps to level the playing field relative to their peers. These are very intelligent students with a high capacity to learn. Our job is to help them overcome their social difficulties and fulfill their potential.” By Ruti Ziv Featured image: Efrat Gilboa mentors two ASD students

Is It Game Over for The British Monarchy?

TAU scholars weigh in on whether losing the queen will mean losing the game.

Duchess Meghan and Prince Harry’s bombshell interview on the Oprah Winfrey Show was watched by millions around the world, and subjected the institution of the royal British family to fierce scrutiny. The interview sparked debates in media on the future of the monarchy, some arguing that it is an outdated form of government. The recent death of Queen Elizabeth II’s husband, Prince Philip, is a reminder that the Queen’s nearly 70-year reign is in its final stretch. Most Brits do not remember a time when Queen Elizabeth II, now 95, did not reside in the Buckingham Palace. Prince Charles III (72), the Queen’s eldest son and heir, is undeniably less popular than his mother, prompting the question of whether the British monarchy will survive for much longer after Elizabeth is gone. Is it time to give the monarchy a royal good-bye wave? We asked a few of our scholars to share some thoughts on the situation of the British monarchy today.

A Royal Mess?

For a cultural and historical perspective, we turned to Prof. Noam Reisner, who is an expert on Renaissance English literature and culture from TAU’s Department of English and American Studies in The Lester and Sally Entin Faculty of Humanities. Reisner doesn’t think the British monarchy is in the midst of any form of existential crisis. Reisner explains, “With the exception of a brief and unsuccessful 11-year stint with republican rule, which ended in 1660, England has had a remarkable continuity of royals. After the 11-year long, failed republican experiment, monarchy was quickly restored and the Brits never looked back.” The challenge for Elizabeth and her heirs going forward, he says, will be to reinterpret the royal house’s contract with the people, to keep it relevant. But its footing is strong: “For the Brits, the monarchy is not an invented tradition, but rather it is a part of the country’s DNA, and strongly ingrained in its culture. Its popularity remains high, as it symbolizes to the Brits what they are as a people: Constant, united and permanent.”

Royal Plates and Netflix

“Constant, united and permanent” would make an excellent tagline for the Royal House, wouldn’t it? Could the British Monarchy be regarded as a brand? We asked Prof. Shai Danziger from TAU’s Coller School of Management, a professor of marketing who is fascinated by how consumers process information and make decisions. Prof. Shai Danziger suggests the success of the British royal family as a brand can be measured by comparing it to other long lasting brands that have been able to retain customer loyalty over decades: “I see a successful brand as having unique and clear identifying features and as having a set of strong, favorable and unique associations in the minds of its primary stakeholders (typically consumers). The more readily accessible the brand is in consumers’ mind, and the stronger, more favorable and unique associations it has, the more consumers will be willing to ‘invest’ resources such as time and money in the brand. Would a consumer be willing to pay more for a branded plate with the queen’s picture on it than one without? Or, in the context of media consumption, would consumers be willing to consume more media when they know it is about the royal family – such as reading tabloid articles about William and Kate and watching Netflix series like ‘The Crown’?” Judging by the many millions of households worldwide (the UK and the US being the strongest markets) that have watched the royal drama since it began in 2016, the royal brand is faring well. What does the future look like, for the British monarchy, as a corporate brand? Danziger says, “only the future will tell whether younger consumers will still find the royal family relevant and interesting or a remnant of the past. In a world where values are rapidly changing and social media dictates popularity, it may be difficult for a very traditional establishment such as the royal family to keep up with the times.”   Royal wedding souvenirs commemorating Harry and Meghan’s royal wedding

The Glue that Binds Everything Together

We asked Dr. Alon Yakter from The School of Political Science, Government and International Affairs to pitch in with his thought on the continued relevancy and chances of the British monarchy, in particular given the recent commotions. Yakter’s research and teaching interests include comparative political economy and social policy, identity politics, and electoral behavior during conflicts. Yakter notes that in the Western world, monarchies remain popular, acting as a unifying and symbolic force. He does not believe that the monarchies as such are going anywhere anytime soon. They will, however, need to adapt to the daily life of this century: “Europe is becoming ethnically more heterogeneous, so the royals will need to be more inclusive, so that people of diverse cultures in their countries feel that the royals represent them too. That’s why the alleged concern within the British royal house about the skin color of Harry and Meghan’s then-yet-to-be-born son, Archie, was and remains a big deal.” “Furthermore, strides will have to be made by the royals to become more ‘like ordinary people’ – they should for instance give a thought to their continued reliance on taxes. However, while our world may feel less stable at present time, this might even work to strengthen the monarchy, and democratic parliamentary monarchies in particular, as long as the royals make sure to stay out of politics and play their cards right.” Yakter is unfazed by Duchess Meghan and Prince Harry’s marriage and the ensuing controversies, noting that this type of drama is nothing new: “Similar commotions have taken place in other monarchies and with other royals in the past – and the monarchies survived. The factory kept running. Because it is, indeed, an operation – and one which excels at PR. Prince Philip opened the Castle to the public. He wanted the royal family to engage more with the people, and insisted that the coronation of the Queen (in 1953) should be shown on TV. The royals reinvented themselves, as celebrities and symbols. And they have indeed gotten closer to the people. This is a new trend, one which followed the world wars and the understanding by West European monarchies in particular that their role had changed. What the royals have to offer the people, is to continue to be the glue that binds everything together.” Featured image: The coronation of Queen Elizabeth II, as portrayed in the popular Netflix TV-series “The Crown”.
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