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- Tasks: Join a dynamic team to develop groundbreaking microfluidic systems for rapid microbiology diagnostics.
- Company: Be part of an innovative start-up in Oxford, transforming healthcare with cutting-edge technology.
- Benefits: Work closely with founders, gain hands-on experience, and contribute to life-saving solutions.
- Why this job: Make a real impact against superbugs while shaping the future of microbiology diagnostics.
- Qualifications: Experience in microfluidics, fabrication techniques, and scaling production is essential.
- Other info: Join a high-performance culture focused on excellence and urgency in healthcare innovation.
The predicted salary is between 28800 - 48000 £ per year.
We are recruiting for an early-stage start-up based in Oxford who have recently secured their Seed funding. They are building a platform that leverages extensive Oxford University research to bring a disruptive technology allowing culture-free microbiology diagnostics in hours. The technology can identify bacteria and fungi from clinical samples and rapidly produce their antimicrobial profile in under 3 hours, compared to the current standard of 3 days. The success of this technology will ensure a revolution in the microbiology diagnostic space and set the standard for tomorrow.
This is a rare opportunity to join as one of the first few employees on a mission to win against superbugs, we need the best and brightest to join us and enable this ambitious vision.
As an experienced Microfluidics Engineer, you will be working with team in Oxford. You will get to experience building the company with the founders\’ team.
Experience:
- Experienced in hands-on microfluidic systems development and validation
-> Mechanical characterization (fluid dynamics, structural integrity)
-> Biological characterization (cell viability, purification efficacy)
- In-depth knowledge of various fabrication techniques (e.g., soft lithography, rapid prototyping).
- Experience in scaling from low volume prototyping to high volume manufacturing
-> Demonstrated ability to transition microfluidic devices from prototype stages to scalable manufacturing processes.
-> Understanding of manufacturing challenges and quality control measures necessary for high-volume production.
- Design of experiments (DoE), with proficiencies in:
-> Experimental planning
-> Understanding and deriving insights from complex data
-> Process and design optimization
- Expertise in modifying surface chemistry to manipulate cell or bacteria capture efficiency.
- Proven track record in cell purification and single-cell handling.
- Strategic advisory skills with a focus on innovation and problem-solving
We want to be upfront about the culture we are building here. We are not a family; we are a sports team. Those who join us are united by the common goal of transforming microbiology diagnostics from a culture-standard (today) to a culture-free standard (tomorrow). There is an absolute strive for excellence and urgency. On average, every day we don’t reach a culture-free era, 4000 people die. We want to change that.
CT19 | Microfluidics Engineer employer: CT19
Contact Detail:
CT19 Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land CT19 | Microfluidics Engineer
✨Tip Number 1
Familiarize yourself with the latest advancements in microfluidics and microbiology diagnostics. Being well-versed in current research and technologies will not only help you stand out but also demonstrate your passion for the field.
✨Tip Number 2
Network with professionals in the microfluidics and biotechnology sectors. Attend relevant conferences, workshops, or webinars to connect with industry experts and learn about potential opportunities at our start-up.
✨Tip Number 3
Showcase your hands-on experience with microfluidic systems during interviews. Be prepared to discuss specific projects where you developed or validated microfluidic devices, highlighting your problem-solving skills and innovative approaches.
✨Tip Number 4
Emphasize your ability to work in a fast-paced, team-oriented environment. Our culture is akin to a sports team, so demonstrating your collaborative spirit and commitment to excellence will resonate well with us.
We think you need these skills to ace CT19 | Microfluidics Engineer
Some tips for your application 🫡
Understand the Company Vision: Before applying, take some time to understand the mission of the start-up. Familiarize yourself with their technology and how it aims to revolutionize microbiology diagnostics. This will help you tailor your application to align with their goals.
Highlight Relevant Experience: In your CV and cover letter, emphasize your hands-on experience in microfluidics systems development and validation. Be specific about your skills in mechanical and biological characterization, as well as any relevant fabrication techniques you've mastered.
Showcase Problem-Solving Skills: Given the innovative nature of the role, it's crucial to demonstrate your strategic advisory skills and problem-solving abilities. Include examples from your past work where you successfully tackled challenges in microfluidic device development or manufacturing.
Express Your Passion: Convey your enthusiasm for the field of microbiology diagnostics and your commitment to making a difference. Mention why you are excited about the opportunity to join a start-up and contribute to their mission of combating superbugs.
How to prepare for a job interview at CT19
✨Show Your Passion for Innovation
Make sure to express your enthusiasm for the revolutionary technology they are developing. Share any relevant experiences where you contributed to innovative projects, especially in microbiology or microfluidics.
✨Demonstrate Technical Expertise
Be prepared to discuss your hands-on experience with microfluidic systems development and validation. Highlight specific projects where you tackled mechanical and biological characterization, and be ready to explain your approach to scaling prototypes to high-volume manufacturing.
✨Emphasize Problem-Solving Skills
Since the company values strategic advisory skills, come equipped with examples of how you've solved complex problems in past roles. Discuss your experience with design of experiments (DoE) and how you derived insights from data to optimize processes.
✨Align with Their Culture
Understand that they view themselves as a sports team rather than a family. Convey your ability to work collaboratively towards a common goal, showcasing your drive for excellence and urgency in achieving results, especially in critical situations.
