Nanotechnology Summer School in Oxford
The Immerse Education Nanotechnology Summer Programme in Oxford presents a transformative medical journey for aspiring healthcare professionals aged 16-18. Located in the prestigious city of Oxford, UK, this programme explores medical sciences, patient care, and medical advancements within an intellectually stimulating and culturally enriching environment.
University Preparation
Offers a deep dive into specific academic fields, providing an unparalleled insight into university-level study.
- Ages: 16-18
- Duration: 2 weeks
- Class size: 7-10 students
- Dates: July 28-Aug 10
Explore Nanotechnology Summer Course in Oxford
Immerse Education’s Nanotechnology Summer Programme in Oxford offers a unique and unparalleled opportunity for aspiring medical professionals to dive deep into the world of healthcare and medical sciences. This immersive experience not only provides participants with access to Oxford’s renowned academic resources but also exposes them to a rich tapestry of clinical exposure and interactive workshops. The Nanotechnology programme is meticulously designed to foster critical thinking, hands-on skills, and a holistic understanding of the medical field.
With guidance from experienced mentors and educators, participants gain invaluable insights into the challenges and rewards of a medical career, all while being surrounded by the inspiring academic and historical atmosphere of Oxford. Immerse Education’s Nanotechnology summer course in Oxford is a transformative experience that equips participants with the knowledge, confidence, and passion needed to pursue a successful future in the field of medicine.
Available Programmes at Oxford
Ages 16-18
- Location: Oxford
- 2 weeks
Explore the Curriculum
Academic Insights curriculum is focused on preparing you for academic life in the world’s top universities.
Academic Sessions
At Immerse Education, we’re committed to providing a transformative learning experience that goes beyond traditional classroom settings. When you enroll in our programmes, you can expect a rich array of outcomes that will empower you for a lifetime of success.
Personal Project
Our programmes equip you with a diverse skill set that’s applicable across various disciplines and environments. From communication and critical thinking to problem-solving and collaboration, you’ll cultivate skills that are highly sought after in today’s fast-paced world. These skills extend beyond academia and empower you to thrive in any professional or personal setting.
1-on-1 Tutoring
Immerse Education is dedicated to providing an immersive and holistic educational experience. Beyond the structured curriculum, you’ll engage in workshops, seminars, and interactive activities that broaden your horizons. Expect to explore diverse perspectives, engage in thought-provoking discussions, and gain insights that enrich your understanding of the world.
Academic Difficulty
Upon successfully completing your Immerse Education programme, you’ll earn a Certificate of Achievement that validates your dedication and growth. This certificate serves as a testament to your hard work, commitment, and the valuable skills you’ve acquired. It’s a tangible representation of your journey and a noteworthy addition to your academic and professional portfolio.
Module 1 - Nanoscience & Nanotechnology
You are taught how multiple regressions allows researchers to control variables that would otherwise confound one’s results, and the most commonly used tools to test hypotheses and estimate causal effects. The session also gives you a chance to learn from methods such as natural experiments, regression discontinuities, and instrumental variables.
Module 2 - Research in Nanoscience
In this module, you will continue to broaden your understanding of research in the field, taking a deep dive into the interdisciplinary aspects of modern nanoscience and nanotechnology. During this module, you will work in groups to form a presentation showcasing your knowledge built from a group of nanoscience researchers studied, presenting current and thematic research examples in the area of nanoscience.
Module 3 - Nanofabrication
Throughout this aspect of the course, you will be introduced to the principles and practice of nanofabrication. Topics will likely cover lithography, pattern transfer, inspection and electrical testing. You will also gain the opportunity to complete a short fabrication project during this part of the course.
Module 4 - Research Methods & Techniques
Solidifying your knowledge base and skill set in the realm of nanoscience research, you will explore the fundamental principles of the scientific method. You will deepen your understanding and skillset in core scientific research skills including planning, designing, executing, evaluating and presenting research effectively.
Module 5 - Microwave & Millimetre Circuit Design
The Microwave and Millimetre Circuit Design module is designed to provide you with the fundamental knowledge of microwave and millimetre-wave components and to develop the skills necessary for circuit design. This foundation is extended to integrate such components into more complex systems such as TX/TR in modern communications and imaging systems taking into consideration applied techniques and technology involved.
Module 6 - Microscopy & Optics
You will build a fundamental understanding of a variety of microscopic and spectroscopic methodologies used to study biological systems. After completing this module, you will understand the operating principles behind these methods and be able to identify the most suitable methodology for studying a given sample. This understanding will be achieved through a combination of academic sessions and practical laboratory workshops.
Module 7 - Nano & Atomic Scale Imaging
Explore the underlying physical principles required to comprehend widely applied techniques for the characterisation of materials that depend critically upon structural features at the nanometre and atomic length scales. The techniques covered in this module include Scanning Electron Microscopy (SEM), Scanning Probe Microscopy (SPM) and Transmission Electron Microscopy (TEM). The physics governing these techniques are taught along with an emphasis on practical knowledge.
Module 8 - Quantum Electronic Devices
This module takes a close look at Quantum Electronic Devices and considers the design and operation of advanced semiconducting and superconducting devices, to the fundamentals of quantum technologies and their applications for sensing and computing. By the end of this unit, you will have an understanding of what quantum electronic devices are and their place in the study of nanoscience.
Experience the Summer of Your Life
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Live on Campus
All participants will be assigned to a college a few weeks before arrival, based on their dates and subject choice. If you wish to stay with a friend or sibling, please inform us, and we will try to accommodate your request where possible. -
Fine dine in Formal Hall
Participants will enjoy two traditional Oxford College formal dinners during their programme, each a three-course meal reflecting the college's unique traditions. The first dinner occurs in the initial week of arrival, and the second follows the graduation ceremony, offering a true taste of Oxford life. Smart clothing is suggested for these events to fully embrace the formal atmosphere. -
Graduation Ceremony
The graduation ceremony, held in a historic Oxford hall, celebrates participants' achievements with inspirational speeches and the awarding of certificates. The formal event, often attended by faculty, peers, and special guests, concludes with a traditional formal dinner, marking a memorable end to the transformative Oxford experience.
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Visit Cambridge & London
There are two full-day excursions during the programme, one day trip to visit Cambridge and its constituent colleges, as well as an optional day out in London, seeing the city’s most famous landmarks as well as some free time for shopping. -
Sports, Games & Leisure
Our team of dedicated mentors organise activities and excursions designed to make the most of the afternoons. We offer a busy and diverse social programme to ensure you make the most of your time in Oxford. Activities include punting on the River Cherwell, zorb football, and a thrilling murder mystery night in the college. -
Evening Events
Evenings feature a variety of events, including inspiring guest speaker sessions, talent shows, cake and canvas painting evenings, quiz nights with friends, and sports tournaments. Though there's some time for study, the primary focus is on unwinding and socialising after a busy day
What Do Our Alumni Have to Say?
Trusted by Parents
Meet Some of Our Nanotechnology Tutors
Our nanotechnology tutors offer exceptional motivational and educational support to students studying nanoscale science. With their own research and academic experiences, they guide students through experiments, theoretical analysis, and project work. They ignite curiosity by exploring advanced nanotechnology topics and providing personalised guidance, support, and feedback as students begin to explore their own areas of specialism. Tutors cater to ESL students, helping them master nanotechnology terminology crucial for global research and industry.
Guest Speakers from Previous Summers
Each week, Academic Insights participants will hear from an influential guest speaker from a variety of inspiring backgrounds.
Immerse Education students in Cambridge are in for a treat as Allister Frost, Microsoft’s former Head of Digital Marketing Strategy, has a story to share.
How do great people find answers to deep and meaningful questions?
The Immerse Education Difference
Top University Destinations
Our students secure places at the world’s best universities, including Oxford, Cambridge, Harvard, and MIT. Immerse prepares you to excel and stand out in highly competitive environments.
Safe and Secure
Students’ safety is our priority. All staff undergo rigorous background checks and safeguarding training, ensuring you can focus on your learning in a protected environment.
Award-Winning Excellence
Accredited by Aegis and BAC, and recognised with top awards like the Queen’s Award for Enterprise, Immerse Education is trusted for delivering world-class learning experiences.
Alumni Benefits
Join a lifelong network of alumni and gain access to exclusive events, learning opportunities, and offers from our partners, keeping you connected long after your programme ends.
Expert Mentorship
Learn from mentors who are current or former students at top universities. Their personalised guidance will give you the insight and support needed to thrive academically.
Enrol in our Programme Today
Save 25% when you bundle Online Research Programme!
Get all the excitement of an In-Person Summer School and gain the 1-on-1 tutoring, Personal Research Project, Accreditation and all other benefits of Online Research programme, when you combine them together.
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Nanotechnology Summer School FAQs
Why study Nanotechnology in Oxford?
Oxford’s expertise in science and technology provides an ideal setting to study nanotechnology. Engage with nanotech researchers, access advanced labs, and contribute to cutting-edge innovations.
What other courses does Immerse offer for Nanotechnology?
Immerse Education offers Nanotechnology for residential summer school participants. The summer course takes place in Cambridge and Oxford.
What topics will I study in Nanotechnology?
Research in Nanoscience
In this module, you will continue to broaden your understanding of research in the field, taking a deep dive into the interdisciplinary aspects of modern nanoscience and nanotechnology. During this module, you will work in groups to form a presentation showcasing your knowledge built from a group of nanoscience researchers studied, presenting current and thematic research examples in the area of nanoscience.
Nanofabrication
Throughout this aspect of the course, you will be introduced to the principles and practice of nanofabrication. Topics will likely cover lithography, pattern transfer, inspection and electrical testing. You will also gain the opportunity to complete a short fabrication project during this part of the course.
Research Methods & Techniques
Solidifying your knowledge base and skill set in the realm of nanoscience research, you will explore the fundamental principles of the scientific method. You will deepen your understanding and skillset in core scientific research skills including planning, designing, executing, evaluating and presenting research effectively.
Microwave & Millimetre Circuit Design
The Microwave and Millimetre Circuit Design module is designed to provide you with the fundamental knowledge of microwave and millimetre-wave components and to develop the skills necessary for circuit design. This foundation is extended to integrate such components into more complex systems such as TX/TR in modern communications and imaging systems taking into consideration applied techniques and technology involved.
Microscopy & Optics
You will build a fundamental understanding of a variety of microscopic and spectroscopic methodologies used to study biological systems. After completing this module, you will understand the operating principles behind these methods and be able to identify the most suitable methodology for studying a given sample. This understanding will be achieved through a combination of academic sessions and practical laboratory workshops.
Nano & Atomic Scale Imaging
Explore the underlying physical principles required to comprehend widely applied techniques for the characterisation of materials that depend critically upon structural features at the nanometre and atomic length scales. The techniques covered in this module include Scanning Electron Microscopy (SEM), Scanning Probe Microscopy (SPM) and Transmission Electron Microscopy (TEM). The physics governing these techniques are taught along with an emphasis on practical knowledge.
Quantum Electronic Devices
This module takes a close look at Quantum Electronic Devices and considers the design and operation of advanced semiconducting and superconducting devices, to the fundamentals of quantum technologies and their applications for sensing and computing. By the end of this unit, you will have an understanding of what quantum electronic devices are and their place in the study of nanoscience.
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