At a Glance
- Tasks: Conduct hands-on research in soft, inflatable robotics and collaborate with a dynamic project team.
- Company: Join Queen Mary University of London, a leader in innovative research.
- Benefits: Enjoy competitive salaries, generous leave, and family-friendly policies.
- Other info: Exciting opportunity for growth in a supportive academic environment.
- Why this job: Be at the forefront of robotics research and make a real difference in the field.
- Qualifications: Degree in Robotics or related field, plus strong problem-solving and communication skills.
The predicted salary is between 30000 - 40000 £ per year.
Queen Mary University of London is hiring a Research Assistant for the ERC Synergy project EndoTheranostics. This role entails hands-on experimental research in inflatable robotics and collaboration within the project team.
The ideal candidate should have a degree in Robotics or a relevant field and must possess strong problem-solving and communication skills.
Benefits include competitive salaries, generous leave, and family-friendly policies.
Research Assistant: Soft, Inflatable Robotics for Environment employer: Queen Mary University of London
Queen Mary University of London is an excellent employer, offering a dynamic work environment that fosters innovation and collaboration in the field of robotics. With competitive salaries, generous leave, and family-friendly policies, employees are supported in achieving a healthy work-life balance while engaging in meaningful research that contributes to environmental advancements. The university also prioritises employee growth through professional development opportunities, making it an attractive place for those looking to make a significant impact in their careers.
Contact Details:
Queen Mary University of London Recruitment Team
StudySmarter Expert Advice🤫
We think this is how you could land Research Assistant: Soft, Inflatable Robotics for Environment
✨Dive into Robotics Meetups
Get yourself out there and connect with others in the robotics-automation field by attending local meetups and industry events. These gatherings are where the magic happens, and you might just rub shoulders with someone from Queen Mary University of London or get insider tips on upcoming vacancies.
✨Showcase Your Projects
Create a portfolio that highlights your robotics projects, whether they're personal, academic, or freelance. Share this on platforms like GitHub or your personal website, as it shows potential employers, like Queen Mary University of London, what you're made of and your hands-on experience in the field.
✨Utilise University Resources
If you're fresh out of university or still connected, don't underestimate your career services. They often have exclusive access to job fairs and employer networking events in technical fields like ours, so make sure you tap into those resources to discover openings at companies like Queen Mary University of London.
✨Engage in Online Communities
Join online communities that focus on robotics and automation, such as forums or LinkedIn groups. Engage in conversations, ask questions, and share insights. This not only builds your visibility but could also lead to direct connections at firms like Queen Mary University of London, which might have the full-time role you're after.
We think you need these skills to ace Research Assistant: Soft, Inflatable Robotics for Environment
Some tips for your application 🫡
Showcase Your Technical Skills:In the robotics and automation field, it's crucial to highlight your technical skills on your CV. Include specific programming languages, software platforms, and any relevant robotics experience. Don’t forget to mention any projects or systems you've developed – this info can really make you stand out!
Portfolio Perfection:Having a polished portfolio can speak volumes for a role in robotics. Include any relevant case studies, designs, or prototypes you've worked on. If you've participated in competitions or hackathons, showcase these achievements as well – they show initiative and problem-solving skills!
Tailored Cover Letter Magic:In your cover letter, don’t just tell us that you love robotics—tell us why you’re passionate about automation specifically! Explain how your skills can contribute to Queen Mary University of London’s projects and remember to connect your past experiences to what you'll be doing in this role.
Certifications Matter:If you’ve got any relevant certifications, such as in robotic process automation or machine learning, make sure they’re front and centre on your CV. These credentials show you're dedicated to your field and keep you up to date with industry standards – we love to see that!
How to prepare for a job interview at Queen Mary University of London
✨Showcase Your Technical Wizardry
For a role in robotics and automation at Queen Mary University of London, it's crucial to demonstrate your technical skills. Be prepared to dive into specifics about the programming languages and tools you’ve used, like Python or ROS (Robot Operating System). Brush up on your knowledge of algorithms and control systems, as these might come up during technical questions.
✨Bring Your Projects to Life
With a full-time position in robotics, you should have a portfolio of your projects ready to show. Whether it's a robot you built for a competition or a simple automation script, make sure you can discuss the challenges you faced and how you solved them. This hands-on experience is gold and shows you can apply theoretical knowledge in real-world scenarios.
✨Think Like an Engineer
Expect some problem-solving scenarios during your interview. You might be asked to design a basic automation solution on the spot or troubleshoot a robotic system. Practising these types of technical questions can really set you apart, as they require critical thinking and a systematic approach to tackle problems.
✨Culture Fit Is Key!
Don’t underestimate the importance of cultural fit at Queen Mary University of London. They might ask about your teamwork experience and how you handle challenges with peers. Be ready to share examples of working in diverse teams, as collaboration is often central to projects in robotics and automation.
