Centre of the Cell
BIWEP coordinator and students: journal and week evaluation
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Please note that the schedule could be modified by Centre Managers at any time depending on their staff activity/priorities.
Students will be included in one of the Centre of the Cell STEM Pod shows and/or Neuron Pod workshops depending on availability. Centre of the Cell is our public engagement centre for informal science-learning.
There may be some seminars, lectures or meetings scheduled for the week that students will be encouraged to attend, if allowed.
Please note that submitting an application does not automatically guarantee you a place. Students are allocated on a first come, first served basis after considering the content of applications. Priority will be given to students who attend schools based in the London Borough of Tower Hamlets.
If you wish to participate in our programme, please email your CV and a completed Blizard Institute Work Experience Form 2024 [PDF 134KB] (including your expression of interest in the personal statement section) to [email protected] , copying in your work experience representative at your school to ensure they are aware of your enquiry. Your application will only be considered if your school representative is included in your email.
Please note that we correspond directly with the students or school representatives only.
The Blizard Institute is part of the Whitechapel campus of Barts and The London School of Medicine and Dentistry.
Blizard Institute Barts and The London School of Medicine and Dentistry Queen Mary University of London 4 Newark St London E1 2AT
Centre of the Cell is an informal science education centre located within the Blizard Institute which offers work experience for young people aged between 14 and 19. Our work experience is focused around the skills required for science communication but can also be extremely useful for anyone interested in a healthcare/STEM related career.
These week-long placements will offer plenty of activities to develop transferable skills. For example, you will be given the chance to interview a medical/dental student and/or a scientist, gaining an insight into their career while developing your communication skills. Another of our popular activities is the chance to design an online science game, developing research and presentation skills. You'll also be supporting with the delivery of our school events and learning how a science centre runs behind the scenes.
Placements take place during term time and during the school day (10am-3pm) so permission will be required from the school.
To find out more about our work experience, email [email protected] .
Please note that our work experience does not include any lab work.
Visit the Centre of the Cell website
Queen Mary is the most inclusive university of its kind. Through Access to Queen Mary, we nurture students typically under-represented at Russell Group universities, through an 18-month programme of activities, events and interventions.
The Access to Queen Mary programme aims to help students become more prepared for, and successful in, higher education. Students who successfully complete the programme will not only have benefited from tailored academic and pastoral support but will benefit from a contextual offer to Queen Mary.
Our in-person work experience.
We want to encourage the best young minds to consider a career in technology so we are running an in-person work experience week for 16-18 year-olds in further education in the Greater London area and you can be a part of it. Please check back in the spring of next year when applications for our 2025 programme will open.
Our work experience covers a range of areas within our business. Learn more about those areas and what’s involved below.
The dates for our 2025 programme are yet to be finalised.
Applications will open in the spring of next year.
As well as insight into working at a market-leading technology company, successful applicants will:
• Participate in interview and presentation skills workshops • Attend knowledge sharing sessions with other work experience peers • Meet our current graduates and interns • Receive a free travel card for London zones 1-6 • £15 per day to spend on your lunch with Just Eat for Business • Laptop provided for the week
If you’re aged between 16 and 18, are currently in further education and are interested in a career in technology, we want to hear from you!
G-Research is a market-leading technology business, located in the heart of London.
We predict whether stocks will go up or down, using lots of data, advanced mathematics and technology. More often than not, our predictions are right – which makes us a successful company.
We employ around a thousand people across three offices near Oxford Street and a US office based in Texas.
Hear more from our Head of Forecasting Engineering and learn how to keep your projects on track by embracing constant change and acting quickly.
Hear from our Head of Forecasting Engineering in the second installment of a five-part series, as he discusses the hidden complexities and key practices for success in software projects.
Hear from our Head of Forecasting Engineering on setting up software delivery programs for success. In the first of a five-part series, learn why aligning on outcomes is crucial for achieving success.
Ut austin: fall engineering expo, stay up to date with g-research.
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During this summer’s Bowers Undergraduate Research Experience, Joyce Yang ’27, a computer science major, worked with Cornell’s EmPRISE Lab to develop a robotic system to transfer a patient from a bed to a wheelchair.
By louis dipietro cornell ann s. bowers college of computing and information science..
Research takes time.
“On top of classes and extracurricular commitments, I often struggle to find enough time for research during the semester,” said James Kim ’25, a computer science and math major.
But this summer, thanks to the Bowers Undergraduate Research Experience (BURE) , Kim, along with 60 of his undergraduate peers from the Cornell Ann S. Bowers College of Computing and Information Science, can give research the time it requires. In the process, Kim is discovering a career path. Working alongside Amy Kuceyeski , adjunct associate professor of statistics and data science and professor of mathematics in radiology and of mathematics in neuroscience in the Feil Family Brain and Mind Research Institute at Weill Cornell Medicine, Kim uses machine learning models to analyze brain scans and predict the onset of various neurological disorders. He plans to pursue a doctoral degree in computer science, with a focus on artificial intelligence, neuroscience and health care.
Kabir Samsi ’26, a computer science major and music minor, spent his summer working in a Cornell lab as part of the Bowers Undergraduate Research Experience.
“What I was able to get done over two months during the semester, I got done in maybe a week or two here during the summer,” Kim said. “BURE has been extremely worthwhile. The mentorship and the support have been priceless.”
Hosted by the Cornell Bowers CIS and encompassing Cornell’s Ithaca campus and Cornell Tech in New York City, BURE is a 10-week summer program where Cornell undergraduates are paired with one of nearly 40 faculty mentors and their doctoral students to tackle a specific research project. BURE students work full time for an hourly wage or a research stipend. Open to all Cornell Bowers CIS undergraduates, the program is meant to give undergraduate students a preview of the open, free-form nature of research so that they can decide whether pursuing a doctoral degree is the right choice, said Adrian Sampson , associate professor of computer science and a BURE mentor.
“If students are at all considering a career in research, it does not make sense to immediately apply to a Ph.D. program without doing any,” said Sampson, who is mentoring six undergraduate students in his Computer Architecture and Programming Abstractions (CAPRA) lab this summer. “By the end of the summer, I hope students get a sense of whether this is something they want to do long term. Maybe they like research, or they don’t. There’s no shame in either direction.”
BURE student Joyce Yang ’27 is working with the EmPRISE Lab , directed by Tapomayukh Bhattacharjee , assistant professor of computer science, to develop a robotic system that can safely transfer a care recipient from a bed to a wheelchair. While there has been limited research on this topic, human transferring is one of caregivers’ most challenging daily tasks, making her work all the more meaningful, Yang said.
“With research, I think it’s fun that you never really know when you’re going to be done with a project, and that it can go as far as you’d like it to go,” said Yang, a computer science major. “There’s a possibility of discovering or inventing something that’s novel, and, especially with robotics, something that could truly have a positive impact in people’s lives.”
Along with research opportunities, BURE offers a series of weekly talks from mentors about life as a researcher, and regular social events throughout the summer. At BURE’s conclusion, participating students showcase their work during a research symposium.
BURE has given Kabir Samsi ’26 the time and experience to decide what he’d like to do after his undergraduate studies, he said.
“The experience has been fantastic,” said Samsi, a computer science major and music minor who is working in Sampson’s CAPRA Lab on a project related to packet scheduling, a model for improving the way computer systems handle flows of data. “I think it's hugely inspired me to want to continue a path of research.”
New this summer is BURE Next , run by the Cornell Bowers CIS’s Office of Diversity, Equity, Inclusion, and Belonging. It was created to encourage research opportunities for undergraduate students from underrepresented groups everywhere – not just at Cornell; anyone can apply. Four students are participating in BURE Next this summer.
BURE is offered every summer, and Cornell Bowers CIS students can apply via the college’s website .
Louis DiPietro is a writer for the Cornell Ann S. Bowers College of Computing and Information Science.
Becka bowyer.
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The Ohio State University
Study finds legacy conditions more influential than recent temperature, food.
Parent size and the conditions in which actively spawning adults lived are the most influential factors affecting growth of Lake Erie walleye, a new study has found.
The findings surprised the scientists, who expected recent temperatures and food availability to have the highest impact on walleye growth.
Cold winters and more sizable mothers were associated with faster growth in 3- to 5-year-old walleye offspring, the analysis showed, suggesting that warmer winters that come with climate change might lead to future generations of smaller fish.
The findings also may mean ecological research in other species should take parental experiences into account to better understand animals’ present health, researchers say.
“We really did think that the recent environment would have the strongest effects,” said lead author Zoe Almeida , who completed the work as a PhD student in evolution, ecology and organismal biology at The Ohio State University. “When you’re thinking about factors that affect growth, you think you have to account for temperature and prey. And in reality, those signals were so small themselves that they weren’t the strongest in any way. It was very surprising.”
The study was published Aug. 13 in the Journal of Animal Ecology .
The pace of growth is used in research as an indicator of overall health in many species – and is influenced not only by experiences, but also genetics. By any measure, the current status of the Lake Erie walleye population is considered quite robust, according to the 2024 status report from the Ohio Division of Wildlife (ODNR-DOW).
“The Lake Erie walleye population is doing fantastic right now,” said Almeida, now a senior research associate in natural resources and the environment at Cornell University . “But is there something going on behind the scenes we’re not noticing, or that we won’t notice until much later because we don’t realize its effects?”
In pursuit of an answer, Almeida and colleagues made use of the wealth of walleye data generated by ODNR-DOW through its longtime monitoring of the Lake Erie population.
The team analyzed five factors that can affect growth: recent environmental conditions, such as food supply and temperature; previous year traits, including growth; population density that could indicate the extent of competition early in life; early-life body size; and parental conditions and environmental experiences.
The analysis was done on annual cohorts using data of walleye populations that were 3 to 5 years old in each year between 1982 and 2015, an age when they’re reaching maturity, but still growing rapidly. ODNR-DOW data also indicated the proportion of walleye that were spawning each year. Researchers explored relationships between these factors and cohort growth using statistical modeling.
“We parsed all that out and what was affecting the growth on a cohort level was really what happened to the parents,” Almeida said. “The size composition and winters they experienced determined whether or not the cohort was faster growing or slower growing than typical in the year before in individuals 3 to 5 years old.”
Meanwhile, no big impact on growth could be traced to the expected factors: recent prey, temperature and fishing pressure (anglers are the walleye’s main predator). This is not to say they had no effect – their effects were just not the most influential, she said.
The findings have implications for wildlife management and ecology research.
“It helps us set our expectations and understand the mechanisms behind things going on out there. When managers are thinking about what this population is going to look like in three to five years, they ideally will acknowledge the fact that what happened in the past is affecting them and keep that in mind when they’re making their management decisions,” Almeida said.
“And I do think that it has implications for other animals because what happens in early life or what happened to parents might be more influential than what is happening currently in their environment. And we’re not accounting for that.”
This work was supported by the National Science Foundation, a Distinguished University Fellowship from Ohio State, the American Fisheries Society, the International Association of Great Lakes Research, and the Federal Aid in Sport Fish Restoration Program administered jointly by the U.S. Fish and Wildlife Service and ODNR Division of Wildlife.
Co-authors were Stuart Ludsin and Elizabeth Marschall of Ohio State, and Matthew Faust of ODNR.
President carter joins move-in day effort to welcome students back to campus.
The Ohio State University’s carefully orchestrated effort to move students back to campus is underway this week. Thousands of families filled cars, trucks and vans with all the essentials for the start of a new academic year.
Monica Moll has been promoted to associate vice president of The Ohio State University’s Department of Public Safety. In addition to the promotion, Moll will serve as interim chief of police following Kimberly Spears-McNatt’s departure on Aug. 26.
A new national study provides the best evidence to date that generous unemployment insurance benefits during the COVID-19 pandemic helped reduce reliance on high-cost credit use.
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Download our guide to work experience. Guide to work experience. pdf, size 271 kb. Speak to your careers adviser, chemistry or science teacher about local companies that might offer work experience. Your school may also have a work experience programme. Attending your school careers fairs or employer talks will help you learn about jobs that ...
All applications for work experience have now been filled for Spring and Summer 2024. Applicants may apply from October 2024 onwards. CSCI is committed to taking on work experience students, year 10 and above , to participate in a period of work experience. Students will have the opportunity to experience 'live science' within the Cambridge ...
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The virtual work experience programme is an excellent opportunity to see what the day-to-day workings of an industrial research scientist looks like. The lessons are online, so while we may not be in the lab, these skills are the bread and butter of innovation.". Finbar, Scientist in Molecular and Cellular Pharmacology.
Work experience lets you see what a real working environment is like. You get to test out your skills in real-life situations. If you think you'd like to pursue a career in science, it's an excellent way to develop your abilities and makes a strong addition to your CV. And if you're not sure whether a science job is right for you, doing a ...
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The LMB offers a variety of work experience placements for students in Years 10 to 13 (aged 14 and above). Our placements provide hands-on experience of working in an academic research institute. Placements may be within an LMB research group , scientific facility or support services, highlighting the variety of roles that underpin our cutting ...
It aims to provide essential knowledge for developing your early research career in the Biomedical Science field. Customize your learning experience to fit your schedule with the flexibility of online training. Access materials, and research tasks at your own pace, accommodating work, personal commitments, and different time zones.
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The GOS ICH Work Experience Scheme aims to support school pupils in exploring career opportunities in Biomedical / Scientific Research Science. The scheme runs twice a year, in June/July and October, and provides a week-long programme of activities. We are committed to increasing the diversity and social mobility of our student population. We welcome applications from all students keen to ...
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A work placement is a core component of Science WIL courses, alongside professional development assessments. These are designed to prepare for a professional work environment and get the most out of your placement. Science WIL courses are credited towards your science program as a science or free elective. The work placement must be related to ...
The WHRI Work Experience Programme is for sixth form students who are interested in studying Medicine or a Biological/Biomedical related degree at university and are considering a career in a similar field. ... Hands-on practical experience in a working research laboratory; ... Double or Triple Science (BB or above) and Mathematics (B or above)
The Blizard Institute Work Experience Programme welcomes year 10-12 students who are interested in studying Medicine or a Biomedical related degree at university or are considering a career in a similar field. ... Another of our popular activities is the chance to design an online science game, developing research and presentation skills. You ...
Our in-person work experience. ... G-Research is a market-leading technology business, located in the heart of London. ... UT Austin: CNS Fall 2024 Technology & Science Career Fair 12 Sep 2024 College of Natural Sciences, 2001 San Jacinto Boulevard, Austin, Texas ...
The Bowers Undergraduate Research Experience is a 10-week summer program where Cornell undergraduates are paired with one of nearly 40 ... During this summer's Bowers Undergraduate Research Experience, Joyce Yang '27, a computer science major, worked with Cornell's EmPRISE Lab to develop a robotic system to transfer a patient from a bed ...
This work was supported by the National Science Foundation, a Distinguished University Fellowship from Ohio State, the American Fisheries Society, the International Association of Great Lakes Research, and the Federal Aid in Sport Fish Restoration Program administered jointly by the U.S. Fish and Wildlife Service and ODNR Division of Wildlife.
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