Job Openings

What We're Building

Cytely turns any fluorescence microscope into a real-time data engine. Think of it as bringing the quantitative rigor of flow cytometry to the spatial richness of microscopy—automated segmentation, per-cell gating, phagocytosis metrics, kinetic tracking—all while maintaining the "why" through interactive image browsing. The product is technical. The science matters. The sales motion is consultative, pilot-driven, and requires genuine fluency in microscopy workflows. You can't fake it with these customers.

• Academic imaging cores
• Biotech/pharma discovery teams (high-content screening, cell-based assays, infectious disease models)
• Academic research groups who care about reproducibility, throughput, and linking phenotype to image

  What You'll Actually Do

• Design and execute outbound motions across Europe and Asia — account mapping, prospecting, sequencing, discovery cadences
• Run product-led pilots that prove value on real datasets; co-define success metrics (e.g., % internalized prey, iMOP scores, time-to-publication) with PIs, core managers, and screening teams
• Work directly with founders on high-value deals — you do discovery, scoping, and objection handling; they bring deep technical credibility and close alongside you
• Create territory plans for priority markets
• Represent Cytely at imaging conferences, microscopy society meetings, and customer lab visits
• Build relationships with microscope vendors, imaging networks (EMBL, ELMI), and CROs for co-marketing/referral pilots
• Close the feedback loop to product: win/loss insights, unmet needs, dataset requirements, onboarding friction

  What Success Looks Like (6–12 months)

• 3–4× pipeline coverage of your ACV target
• ≥2 qualified trials per month; ≥40% trial-to-paid conversion
• First 10 lighthouse customers producing referenceable outcomes (video interviews, papers, saved time, validated metrics)
• Founder time optimized — you de-risk meetings, handle pre-work, run follow-ups; founders focus on deep-dives and closing
• Documented, repeatable process that the next sales hire can scale

  Who Thrives Here

  You should join if

• You've done early-stage sales before and know what 'building the plane while flying it' actually feels like
• You're energized—not paralyzed—by ambiguity, incomplete data, and changing priorities
• You can talk credibly about microscopy workflows, segmentation, gating, multi-channel fluorescence (or can learn fast enough to earn a PhD's respect in 3 months)
• You're comfortable operating across cultures and time zones
• You want equity that could be worth something, not just a salary
• The mission matters: you genuinely care about Cytely’s mission of unlocking human biology and curing preventable disease
• You have low ego and high agency—willing to do unsexy work (cold emails, CRM cleanup, carrying booth materials) because it moves the needle
• You're intellectually curious about the science and want to understand why Cytely’s assays matter to labs globally

  You should NOT join if

• You need an established playbook, sales ops support, and a demand-gen engine feeding you leads
• You want clear 9-to-5 boundaries and predictable quarterly planning
• The science is 'just a product' to you
• You're looking for a brand-name company to put on LinkedIn
• You need a guaranteed outcome — this is seed stage; we could 10× or we could pivot

  What You Bring

  Must‑haves

• 3–6 years selling scientific software, instrumentation, or SaaS into academic labs and/or biopharma in Europe or Asia
• Microscopy or image analysis fluency — segmentation, gating, fluorescence channels, and per-cell metrics; can hold discovery conversations with imaging scientists
• Proof-of-value expertise: scoping pilots with clear success criteria, multi-threading stakeholders, and converting trials to paid
• Process discipline: CRM hygiene, pipeline forecasting, and crisp follow-ups
• English fluency; additional European (DE, FR, NL, Scandinavian) or Asian (Mandarin, Japanese) language is a major plus
• Travel-ready: Ready to travel globally for customer meetings, conferences, lab visits and high-stakes pitches

  Nice‑to‑haves

• Prior sales into imaging cores, phenotypic screening, or assay development teams
• Life sciences degree (BSc/MSc/PhD) or hands-on microscopy/analysis background
• Existing relationships in European/Asian universities, research institutes, biotech hubs
• Experience with product-led growth motions (Individual trial → Lab/Institution expansion)

  Why This Matters

  Scientists are still spending months on image analysis that should take minutes. Breakthroughs are delayed because researchers can't process the data their microscopes generate. Drug targets go unexplored. Assays stay manual and irreproducible. Cytely's vision is to close the loop from acquisition to decision on an experiment-day timescale, not a grant cycle. We want to build a global discovery system that eventually predicts outcomes and autonomously drives research. You're not selling software. You're accelerating biomedical research that could prevent curable disease.

  Practical Details

• Location: Sweden (Lund), Singapore, or Remote (Europe)
• Compensation: Competitive package tailored to experience — optimized for people who want upside over safety
• Team: Work directly with founders; report to the CEO
• Benefits: Generous vacation; local benefits aligned to your country; remote-first culture; budget for conferences and customer visits

  Interview Process

  1. Intro call (30m)
  2. Discovery deep-dive (60m)
  3. Practical exercise
  4. Panel (45m)
  5. References → Offer

     One Last Thing

     If you're reading this and thinking 'this sounds chaotic, risky, and like a ton of work' — you're right. It is. But if you're also thinking 'this sounds like the opportunity to build something from zero, work on a mission that matters, and prove you can create commercial leverage at a deep-tech startup before anyone else believes it's possible' — then we should talk. We're looking for one person. The right one.

About the Role

At Cytely, we’re building a world where science accelerates itself. As our UI/UX Engineer, you are the crucial bridge between our users' complex needs and our powerful platform. You are a frontend engineer who thinks like a designer. Your mission is to build an experience so intuitive and elegant that it feels like a natural extension of a scientist's mind. You will own the front of the frontend, transforming user insights and design concepts into beautiful, functional, and delightful code.

Key Responsibilities

• Build, prototype, and ship world-class UIs that bring ‘one-click assays’ and a ‘visual pipeline builder’ to life within Phoenix LiveView.
• Translate user needs into reality by collaborating directly with biologists and researchers and turning pain points into shipped features.
• Implement and maintain a world-class component library/design system in code to ensure cohesion, reusability, performance, and accessibility.
• Bring data to life with interactive, publication-ready graphs and shareable datasets that compress time from experiment to insight.
• Champion the user experience in technical discussions so features are powerful, intuitive, and easy to use.
• Example projects: lead frontend for a researcher’s co‑pilot; implement drag‑and‑drop visual pipeline builder; establish Cytely’s component library; build interactive sharing for re‑analyzable datasets.

  Qualifications

• Deep user empathy and UX craft: research-informed product thinking and obsession with the ‘why’.
• Exceptional UI implementation: translate complex designs (e.g., Figma) into pixel‑perfect, performant interfaces with thoughtful micro‑interactions.
• End‑to‑end customer focus: lead interviews, convert insights into prototypes, and test to iterate quickly.
• Component‑driven development: experience building or contributing to reusable design systems in code.
• Expertise in frontend engineering: strong modern JavaScript; responsive, accessible, maintainable web apps; experience with or desire to master Phoenix LiveView.
• Collaborative spirit: work seamlessly with backend engineers and scientists to translate complex requirements into elegant frontend solutions.
• A passion for the mission: accelerate discovery, unlock human biology, and help cure preventable disease.

Cytely is an equal-opportunity employer. We celebrate diversity and are committed to an inclusive environment for all employees.

Selling Electron Microscopy Imaging into the Semiconductor Market Location – Hybrid working with at least monthly visits to HQ in Liverpool Salary - £80,000 Basic with OTE of £200k The company SenseAI Vision is a disruptive software company in the electron microscopy market. It has proprietary ‘compressed sensing’ software that can generate better quality images with less data, to reduce beam damage and speed up workflows. It has applications outside electron microscopy as well. It is growing quickly and already has pedigree, publications and customers all over the world. We are seeking a highly experienced and results-driven Business Development Manager, to lead strategic growth by engaging in new direct business particularly in industrial markets such as semiconductors. Responsibilities ·      Conducting research to identify new markets and customer needs within the semiconductor industry ·      Promoting the company’s products generally ·      Building long-term relationships with new and existing customers to address and predicting client’s objectives ·      Preparing and delivering presentations, proposals and pitches to potential clients and partners ·      Negotiating terms, contracts and agreements with clients and partners ·      Collecting and incorporating customer feedback into product and service improvements to better meet customer needs ·      Play a leading role within an innovative startup Skills and Experiences ·      Evidence of entrepreneurial experiences and aptitude to a startup ·      At least 3 years’ experience of selling solutions to the semiconductor industry ·      At least 3 years’ new business sales experience in a B2B role ·      Ideally a minimum of 5 years’ experience in the electron microscopy market ·      Track record of sales to early adopter customers ·      Minimum of a Degree and ideally with Master’s or PhD in a related industry

Job Description:

SenseAI Vision is a disruptive software company in the electron microscopy market. It has proprietary ‘compressed sensing’ software that can generate better quality images with less data, to reduce beam damage and speed up workflows. It has applications outside electron microscopy as well. It is growing quickly and already has pedigree, publications and customers all over the world. We are seeking an entrepreneurial and results-driven Applications Engineer, to play a key role in the translation, adoption and growth of SenseAI’s technology into the electron microscopy market and indeed into new markets.

Responsibilities:

• Serve as primary technical liaison between customers and the product development team
• Provide expert-level application support for electron microscopy software, including installation, configuration, and troubleshooting
• Conduct product demonstrations, technical trainings, and workshops for customers, both onsite and remotely
• Collaborate with R&D to translate customer feedback into software improvements and new feature requirements
• Assist in the development of technical documentation, user guides, and training materials
• Support sales teams with technical expertise during pre-sales consultations and product evaluations
• Analyse customer workflows and recommend optimized solutions leveraging company software
• Test new software releases to ensure functionality, performance, and compatibility with various microscopy systems
• Participate in scientific conferences, workshops, and trade shows to showcase applications and engage with the research community
• Maintain up-to-date knowledge of electron microscopy techniques, imaging modalities, and related hardware/software integrations.

  Preferred Qualifications:

• Minimum of a Degree and ideally with Master’s or PhD in in Physics, Materials Science, Engineering, Biology, or related field
• Hands-on experience with electron microscopy (SEM, TEM, FIB, or related imaging systems)
• Strong knowledge of imaging analysis software, microscopy workflows, and data management
• Excellent problem-solving and troubleshooting skills in both hardware and software contexts
• Strong communication and presentation skills, comfortable working directly with scientists and engineers
• Ability to travel to customer sites, conferences, and training events (up to ~30%)
• Programming or scripting experience (e.g., Python, MATLAB, or C++) a plus

Full timeLiverpool/Hybrid £55,000 to £65,000 depending on experience

The INM Research Department Innovative Electron Microscopy is currently looking for a highly motivated postdoctoral researcher in the field of materials science with a strong background in scanning transmission electron microscopy. The PostDoc position is part of the E-MOSAIC project, which is focused on the development of electron microscopy approaches for the characterization of hybrid materials and their interfaces at the nano and atomic scale. As a member of the project team, you will apply 4D-STEM techniques for resolving the nanoscale and atomic structure of hybrid interfaces and understanding the role they play in the studied systems.  The full postdoctoral position is available from the 1st of January 2026 or later. Payment follows the collective agreement for public sector employees (TV-L) and depends on qualifications and professional experience. The suitable candidate will be offered an initial contract of two years, with a possible extension based on performance. YOUR PROFILE • You are a highly motivated and enthusiastic person, who can work independently and collaborate efficiently with other members of the institute. • You have a PhD in Chemistry, Materials Science, Physics or a closely related discipline and proven experience in scanning transmission electron microscopy. Additional experience in 4D-STEM techniques and/or electron microscopy analysis of beam-sensitive materials would be advantageous. • You have excellent communication and writing skills, and a thorough command of the English language. German language knowledge is beneficial.  WE OFFER • We offer a dynamic and stimulating international work environment and opportunities for developing personal skills: • An exciting position in a dynamic research team located on the attractive research campus Saarbruecken. • An opportunity to work with high-end microscopy equipment, including an aberration corrected transmission electron microscope, and different scanning electron microscopes. • Strong support to perform high-quality research and to publish and present your research results (journals, national and international conferences). • A comprehensive benefits package (flexible working hours, mobile working, company pension scheme). We are looking forward to receiving your application (CV, a complete list of publications, a one-page motivation letter, contact details for reference letters) by December 15th, 2025. Please use our online application system. The INM practices an open and appreciative corporate culture in which the existing diversity is promoted and lived. The institute is an equal-opportunity employer with a certified family-friendly policy, and it provides offers for a better work-life balance, flextime and mobile working. We promote the professional opportunities of women and strongly encourage them to apply. Full time jobs can be generally divided. Severely disabled applicants with equal qualifications and aptitude will be given preferential consideration.

We’re looking for somebody who can work with experimental and imaging scientists, machine learning/AI experts, and software developers. You’ll develop standards and tools used by tens of thousands of researchers, guide depositors, and shape the future of the archive. We work with every type of biological imaging data in common use, at petabyte scale. We’re particularly excited about cross-modality data, like spatial transcriptomics, and emerging imaging types with high potential reuse value like volume EM and cryoET.

We’re looking for a skilled researcher with expertise in pre-clinical ultrasound imaging in the fields of cardiology and oncology to join the In-vivo Imaging team at the Crick. 

In this role, you’ll lead functional cardiac assessments (echocardiography), haemodynamic studies, and play a key part in tumour biology studies and therapeutic evaluation.

You’ll also train and guide Crick scientists to perform ultrasound imaging, support data analysis, and manage ultrasound-based studies from concept to completion. If you’re interested in the role, please click below to find out more.

The Team

Biohub aims to push forward the development and application of new imaging technologies over the next 10 to 15 years to obtain deep insights into the architecture of complex biological systems at the molecular level. Biohub will create breakthrough technologies — hardware, software, biological probes, data, and platforms — that will be made available to the scientific community and adopted worldwide through a combination of direct access to the institute, open sharing of advances, and commercial partnerships.

Our Vision                                                                

• We pursue large scientific challenges that cannot be pursued in conventional environments
• We enable individual investigators to pursue their riskiest and most innovative ideas
• The technologies developed at Biohub facilitate research by scientists and clinicians at our home institutions and beyond Diversity of thought, ideas, and perspectives are at the heart of Biohub and enable disruptive innovation and scholarly excellence. We are committed to cultivating an organization where all colleagues feel inspired and know their work makes an important contribution.

  The Opportunity

  Biohub is seeking a highly skilled Research Associate with expertise in Transmission Electron Microscopy (TEM) and CryoEM sample preparation to support our pioneering work in biological imaging. This role is critical to advancing high-throughput cryo-electron tomography workflows and developing new methodologies that push the limits of cellular visualization. This position offers the opportunity to work hands-on with cutting-edge equipment and collaborate with leading scientists to enable discoveries that shape the future of structural biology and biophysics.

  What You'll Do

• Assist in the operation and maintenance of TFS Krios cryoTEM instruments.
• Play a crucial role in our high-throughput cryoET pipeline, ensuring efficient sample preparation and data collection.
• Test new modalities for data collection with a variety of softwares.
• Collaborate with interdisciplinary teams to develop and implement novel data collection methods.
• Prepare biological samples for cryo-electron tomography (cryoET) using advanced techniques such as plunge freezing and high-pressure freezing.
• Maintain detailed records of experiments and contribute to scientific publications and presentations.

  What You'll Bring

  Essential - 

• Bachelor's degree (minimum) in biological sciences, biophysics, material science or a closely related field.
• At least 2 years of hands-on experience using TEMs.
• Demonstrated ability to work effectively in interdisciplinary teams comprising biologists and microscopists.
• Proven problem-solving skills with the ability to adapt current methods to address novel challenges.
• Eagerness to learn and master new methodologies on state-of-the-art equipment.
• Excellent communication skills, both written and verbal. Nice to have - 
• Familiarity with Thermo Fisher Scientific Transmission Electron Microscopes (TEMs), specifically Krios or other related autoloader TEMs.
• Experience using either SerialEM or Tomography5 or other automation.
• Master’s degree in a relevant field.
• Demonstrated expertise in CryoEM techniques.

  Compensation

  The Redwood City base pay range for a new hire in this role is RA 1 = $71,000.00 - $98,000.00 and RA II = $83,000.00 to $113,000.00. New hires are typically hired into the lower portion of the range, enabling employee growth in the range over time. Actual placement in range is based on job-related skills and experience, as evaluated throughout the interview process. 

  Benefits for the Whole You 

  We’re thankful to have an incredible team behind our work. To honor their commitment, we offer a wide range of benefits to support the people who make all we do possible. 

• Provides a generous employer match on employee 401(k) contributions to support planning for the future.
• Paid time off to volunteer at an organization of your choice. 
• Funding for select family-forming benefits. 
• Relocation support for employees who need assistance moving If you’re interested in a role but your previous experience doesn’t perfectly align with each qualification in the job description, we still encourage you to apply as you may be the perfect fit for this or another role.

Maastricht University is looking for a motivated PhD candidate to explore and develop new strategies for building complex, functional tissues using advanced engineering tools. You will design and test approaches that combine cell- and compound-encapsulated microspheres, programmable biomaterials, and spatially controlled instructional gradients.

Entry-Level Imaging Scientist (12 months fixed-term position. Deadline 18th Nov.). This position is ideal for an organized and enthusiastic person who would like to embark or spend a year at a core imaging facility. The role involves help with maintaining and documenting microscope performance, implementing standardized quality control (QC) workflows, managing cell culture and lab inventories, and supporting sustainability initiatives. Also, help update ALMU’s website, assist in organizing outreach events, and may receive training to support users and facility operations. Training will be provided to ensure successful completion of all tasks.

The University is seeking to appoint the Director of the Core Facility for Integrated Bioimaging (CFIB). The CFIB is a newly created multimodal bioimaging core facility under the new Center for Core Facilities (CCF). CFIB’s vision is to integrate the two existing facilities, the preclinical NMR platform and the Core facility for Integrated Microscopy (CFIM). CFIB currently offers open access services on a broad range of bioimaging technologies; including preclinical in vivo NMR imaging, multiphoton intra-vital imaging, light sheet microscopy of both live and cleared organisms/organs/organoids, histology and pathology, confocal and airyscan for both fixed and live experiments, SIM, STED and SMLM, volume EM, room temperature TEM and cryoEM/ET, single particle analysis, and advanced image analysis pipelines. The CCF is hosted by the Faculty of Health and Medical Sciences (SUND) and aims to strengthen access to advanced research technologies and foster interdisciplinary collaboration at the University of Copenhagen. CCF coordinates and develops strategic core facilities across the faculty, ensuring cutting-edge technologies, transparent processes and pricing, and strong links to leading research environments. Established on 1 September 2025, CCF brings world-class infrastructure under one umbrella, making it easier for researchers, educators, and innovators to access technologies that drive and support excellent research, discovery, innovation, and life-long education. The CCF will create a research infrastructure-centric ecosystem to implement and sustain excellent service provision, support and drive technology/methodology innovation, and secure the financial sustainability of core facilities. Importantly, CCF will define and implement attractive career paths for the highly interdisciplinary and diverse professionals that lead, manage and operate our core facilities.   Description of this position: We are seeking an experienced, visionary and dynamic leader for the Core Facility for Integrated Bioimaging to:

• lead the strategic development, operational management, and scientific direction of the facility,
• drive the creation and financial sustainability of methods development projects that support world-class bioimaging-based research,
• integrate high-end bioimaging technologies into relevant education programs/activities.

Key Responsibilities: The CFIB Director’s responsibilities will primarily consist of:

Leadership and Research Infrastructure Management

• Responsibility for leading and managing CFIB, a state-of-the-art bioimaging core facility.

• Active fundraising to contribute to the long-term sustainability of CFIB service portfolio and their continuous development.

• Create bridges with relevant user community to drive and financially support methods/tools/technology development align with strategic developments defined with the CFIB Advisory Board.

• Oversee the maintenance and strategic upgrade of imaging equipment, ensuring optimal performance and excellent technology portfolio development.

• Develop and implement, in close collaboration with platform managers, policies for quality assurance, safety, and excellent user support.

• Lead the facility teams to foster a collaborative, inclusive and innovative work environment.

• Ensure a focus on continued professional development and staff well-being for the CFIB staff.   Technology, method and service strategic development

• Research including publication/academic dissemination with focus on bioimaging technologies and methodologies of relevance to the CFIB user base

• Teaching, including associated examination with special focus on development of bioimaging technology-based teaching

• Research technology leadership, including collaboration, guidance and co-supervision of researchers

• Obligation to share knowledge with the rest of society, including participation in public debate and connecting CFIB with internationally recognized bioimaging groups, infrastructures, initiative, and networks

Qualification criteria The main emphasis will be on a track record within the area of bioimaging technologies and methodologies. Moreover, emphasis will be on the candidate's relevant competence and experience from managing and developing a successful bioimaging infrastructure, fundraising to support strategic investments, and implementing multimodal bioimaging workflows as services. We are looking for a Director that has

• Ph.D. in biomedical sciences, biomedical engineering, cell biology, or a related field,

• Managerial competence and experience from management of research, and research infrastructures,

• Ability to work collaboratively across disciplines and communicate complex technical concepts effectively,

• Original academic production at an international level, including considerable contributions to the development of the bioimaging technologies field,

• Proven track record of fund-raising activities at the national and international level,

• Experience and interest in research technology-based teaching in an academic environment.   What this position can offer to you

• An exciting opportunity to lead and shape a state-of-the-art multimodal bioimaging facility.

• A unique opportunity to be a part and co-create the Center for Core Facilities

• Competitive salary in a welfare system with a good work personal life balance.

• A development-oriented and good social environment

• A committed team of interdisciplinary colleagues who place a high value on professional collaboration, and who have an unpretentious, open, and respectful tone

• Good professional and personal development opportunities such as courses and education

• An equal opportunity environment committed to diversity and inclusion in the workplace

• The world’s best quality of life (lonelyplanet.com)   Terms of employment You will formally be employed as Senior Consultant with personnel management. The employment and salary are made in accordance with the Circular on the Collective Agreement concerning academics in the state sector concluded between the Ministry of Finance and AC (the Danish Confederation of Professional Associations). Salary and other terms and conditions of appointment are set in accordance with the Agreement between the Ministry of Finance and AC (Danish Confederation of Professional Associations) or other relevant professional organisations. The salary is based on seniority and negotiation for salary supplement is possible. The working hours are 37 hours per week on average. The position is a permanent position. The average weekly working hours are 37 hours per week.   Application material

  1. Application, including motivation for applying for this position (Maximum 2 pages)
  2. Curriculum vitae, including information about external funding and leadership experience
  3. Diplomas (Master’s, PhD and other relevant certificates)
  4. Plan to support relevant bioimaging tools/method/technology development including considerations on how to implement them as open access services, and how to integrate bioimaging technologies into education programs (3‐5 pages)
  5. A complete list of publications
  6. Upload of maximum 5 selected publications

Questions For further information, please contact CCF Director Clara Prats, cprats@sund.ku.dk. For information on the Faculty, please visit www.sund.ku.dk. Foreign applicants may find this link useful: http://www.ism.ku.dk/ (International Staff Mobility).   Application Please submit the application with the required attachments. Only online applications will be accepted. The closing date for applications is 23.59 p.m. CET, November 15th. 2025.

The Marine Biological Laboratory in Woods Hole, Massachusetts, invites applications for a tenure-track-equivalent faculty position in the field of Biological Imaging Innovation. Preference will be given to appointments at the Assistant Scientist rank (equivalent to Assistant Professor).

We seek a creative and collaborative scientist who will develop a research program focused on advancing imaging technologies. The successful candidate will be expected to have expertise in innovating and building new light microscopes as a component of the research program. Expertise in biophysics or optical physics is preferred along with experience using and developing multimodal imaging platforms (e.g., advanced light microscopy, computational imaging, spectroscopy, image data analysis using AI/Machine Learning). These technologies should be designed to address fundamental biological questions in areas such as cell and developmental biology, evolution, functional genomics, physiology, neuroscience or regenerative biology, either as a specific goal of the imaging scientist, or in collaboration with other scientists at the MBL. Preference will be given to candidates with an interest in furthering MBL’s goal to expand these tools for work in newly emerging research organisms being pioneered at the MBL. The candidate would establish an independent, externally funded research program in biological imaging, microscope innovation and development, while contributing to graduate and undergraduate education.

For questions, contact Dr. Jennifer Morgan (jmorgan@mbl.edu)

We are looking for a highly motivated PhD student (f/m/d) in the field of materials science who is passionate about both physical chemistry and nanoscale characterization of materials. The PhD position is part of the E-MOSAIC project, which is focused on the development of electron microscopy approaches for the characterization of complex hybrid materials at the atomic scale. As a member of the project team, you will contribute to establishing and applying low-electron-dose workflows for the analysis of the local structure in soft functional materials (semi-crystalline and amorphous materials) using electron diffraction and electron energy loss spectroscopy methodologies. You will apply statistical methods for the combined analysis of the obtained data with the aim to retrieve information about both local coordination and chemical composition in these materials at the nanoscale.

We are looking for a highly motivated PhD student (f/m/d) in the field of materials science who is passionate about both physical chemistry and nanoscale characterization of materials.

YOUR TASKS: The PhD position is part of the E-MOSAIC project, which is focused on the development of electron microscopy approaches for the characterization of complex hybrid materials at the atomic scale. As a member of the project team, you will contribute to establishing and applying low-electron-dose workflows for the analysis of the local structure in soft functional materials (semi-crystalline and amorphous materials) using electron diffraction and electron energy loss spectroscopy methodologies. You will apply statistical methods for the combined analysis of the obtained data with the aim to retrieve information about both local coordination and chemical composition in these materials at the nanoscale. YOUR PROFILE:

• You have a Master’s degree in Chemistry/Materials Science/Physics or a closely related field, with a strong interest in transmission electron microscopy and/or spectroscopy techniques.
• Experience with material characterization using microscopy and/or spectroscopy techniques is an advantage.
• Ability to work as a member of an international, multi-disciplinary team.
• Excellent communication and writing skills, thorough command of the English language. German language knowledge is very beneficial. WE OFFER: We offer excellent conditions for you to complete your doctoral degree:
• An exciting position in a dynamic research team located on the attractive research campus Saarbruecken.
• An opportunity to work with high-end microscopy equipment, including an aberration corrected transmission electron microscope, and different scanning electron microscopes.
• Strong support to perform high-quality research and to publish and present your research results (journals, national and international conferences).
• A comprehensive benefits package (flexible working hours, mobile working, company pension scheme).  Desired starting date: as soon as possible, salary level E13 TV-L 60%, contract limited to three years (with possible extension). We are looking forward to receiving your application (CV, a complete list of publications, one-page motivation letter, at least two letters of reference) by November 15th, 2025. Please use our online application system. The INM practices an open and appreciative corporate culture in which the existing diversity is promoted and lived. The institute is an equal-opportunity employer with a certified family-friendly policy, and it provides offers for a better work life balance, flextime and mobile working. We promote the professional opportunities of women and strongly encourage them to apply. Severely disabled applicants with equal qualifications and aptitude will be given preferential consideration.

Science is too slow. The discoveries that could cure disease are bottlenecked by manual work. What if we could change that?

At Cytely, we’re not just making discovery faster. We’re building a world where science accelerates itself to unlock human biology and cure all preventable disease.

We are seeking a scientifically trained specialist who can identify research needs, initiate meaningful conversations, and guide prospects from first contact through onboarding. You will work directly with researchers to uncover how microscopy and image analysis can accelerate their work, demonstrate how Cytely can provide value, and ensure a smooth handoff into the platform. This role combines scientific credibility with relationship-building and will involve close collaboration with our applications and product teams.

Key Responsibilities

• Prospect and qualify potential customers, identifying research pain points.
• Lead early-stage discussions to align Cytely’s platform with customer needs.
• Design tailored onboarding experiences, ensuring new users adopt successfully.
• Represent Cytely at meetings, conferences, and presentations.
• Contribute to customer-facing content such as case studies, campaigns, and educational material.

Qualifications

• Advanced degree (PhD or MSc) in biomedical sciences or related field.
• Hands-on experience with microscopy hardware and software.
• Strong understanding of image analysis and segmentation workflows.
• Proven ability to communicate complex scientific ideas to diverse audiences.
• Comfortable in customer-facing settings, with willingness to travel.

We are looking for a scientist with strong microscopy and image analysis expertise to ensure our existing customers thrive on Cytely’s platform. You will support users after onboarding, helping them gain maximum value, designing additional analysis pipelines where needed, and ensuring long-term satisfaction and renewal. While the role is primarily focused on customer success, it will also include light prospecting and lead qualification.

Key Responsibilities

• Support customers after onboarding, ensuring smooth adoption and satisfaction.
• Develop and refine analysis workflows tailored to ongoing customer projects.
• Act as a trusted advisor to maintain strong relationships and drive renewals.
• Identify upsell opportunities and collaborate with the sales team.
• Occasionally qualify new leads and support early-stage discussions.

Qualifications

• Advanced degree (PhD or MSc) in biomedical sciences or related field.
• Hands-on experience with microscopy workflows and image analysis tools.
• Strong communication and problem-solving skills.
• Experience in customer-facing roles, with the ability to build long-term relationships.
• Flexible mindset to contribute to both post-sales and occasional pre-sales activities.

We are seeking an experienced, visionary and dynamic leader for the Core Facility for Integrated Bioimaging to:

• lead the strategic development, operational management, and scientific direction of the facility,
• drive the creation and financial sustainability of methods development projects that support world-class bioimaging-based research,
• integrate high-end bioimaging technologies into relevant education programs/activities.  

The Center for Microscopy and Image Analysis (ZMB) is a nationally and internationally recognized Core Facility at the University of Zurich (UZH), providing access to state-of-the-art light and electron microscopy. With a team of over 15 highly qualified staff members, the ZMB supports and collaborates with more than 200 research groups across the University, offering advanced expertise, customized support, and training in cutting-edge imaging technologies. As one of Europe's leading research universities with an international reputation for excellence, UZH provides an outstanding environment for scientific innovation, interdisciplinary exchange, and collaboration

Your responsibilities

The Head of the ZMB will play a key role in shaping the future of microscopic imaging at UZH. She or he will be responsible for leading and continuously advancing all activities of the Core Facility within the framework set by the ZMB Steering Committee, which consists of user representatives.

Key duties and responsibilities:

• Drive the development and enhancement of the facility's services, methodologies, protocols, and instrumentation portfolio - including integration of emerging technologies and prototype developments into sustainable, high-performance user services
• Advance image analysis by designing and implementing innovative IT and data management strategies in collaboration with the UZH BioVisionCenter
• Active engagement in national and international microscopy networks and initiatives
• Lead and support staff at all levels, including recruitment, performance planning, and structured career development
• Design and promote training programs for facility users and strengthen the user community network
• Develop and maintain strong scientific and commercial collaborations
• Shape long-term strategies for the facility in close cooperation with the Steering Committee
• Oversee administrative and financial operations and report regularly to the Steering Committee

  Your profile

  We are seeking a dynamic and innovative leader person with:

• An academic education (PhD or equivalent) in the life-sciences or a related discipline
• An exceptional expertise in advanced microscopic techniques (light- and electron- microscopy)
• A strong record of scientific and/or technological achievements
• Proven leadership and facility management skills, including the ability to lead a diverse team and to foster collaborations across disciplines
• A clear service orientation, with the commitment to providing high-quality support to a broad user community
• A vision for the future development of microscopy and image analysis in life sciences and beyond

UZH is an equal opportunity employer and explicitly encourages applications from qualified women.

Information on your application

Please submit your application (motivation letter, curriculum vitae, certificates) in a single PDF file until December 15, 2025.

This role offers a unique opportunity to apply and integrate advanced image processing techniques to progress the fields of biomedical and life sciences. Working within a team of biologists, physicists and engineers, the specialist will help build robust and reproducible protocols to extract meaningful quantitative information from both simple and complex microscopy datasets and present it effectively. 

This is a joint position between Biomedicum Imaging Unit BIU at the Meilahti campus and Light Microscopy Unit LMU at the Viikki campus, which are open access core facilities offering a wide variety of basic and advanced light microscopy techniques to several hundred local, national and international users annually.

The position This role offers a unique opportunity to apply and integrate advanced image processing techniques to progress the fields of biomedical and life sciences. Working within a team of biologists, physicists and engineers, the specialist will help build robust and reproducible protocols to extract meaningful quantitative information from both simple and complex microscopy datasets and present it effectively. 

This is a joint position between Biomedicum Imaging Unit (BIU) at the Meilahti campus and Light Microscopy Unit (LMU) at the Viikki campus, which are open access core facilities offering a wide variety of basic and advanced light microscopy techniques to several hundred local, national and international users annually.    Specific tasks •  Develop and apply different image analysis approaches to, for example, segment, track, and characterize cellular structures and dynamics in biological systems, including 3D and timelapse light microscopy data, and embed these approaches into the general service portfolio of BIU/LMU. •  Maintain custom scripts and software tools for microscopy image analysis and data processing, implement image analysis according to FAIR principles. •  Create a well organised, version controlled (including software version packaging) space for sharing image analysis workflows. •  Communicate concepts of image analysis and their relevance for biological questions to experts and non-experts. •  Take part in the planning stage of users’ imaging projects. •  Organise monthly Helsinki Bioimaging Call4Help sessions for users.

In this project, you will contribute to both engineering and neurobiology. First, you will help build a light-sheet microscope optimized for voltage imaging at the single-cell and subcellular level in live larval zebrafish (reference↗). The development of this system will be supported by experienced colleagues and the Biology Image Center↗ team. Once the microscope is established, you will use it to investigate the electrophysiological properties of cerebellar Purkinje cells with advanced voltage indicators such as Voltron2. The ultimate goal is to uncover how Purkinje cells alter their dendritic signaling and spiking characteristics under different sensory or chemogenetic conditioning paradigms, and to determine how these changes may be mediated through intrinsic plasticity or brain state.

Position Highlights:

• The Research Specialist III should possess knowledge that will allow them to exercise independent judgment in developing methods, techniques and evaluation criteria for obtaining research results.
• Act independently to determine methods and procedures on new assignments and may provide guidance and oversee the activities of lower-level staff.
• Provide training and assistance on various microscopy techniques including but not limited to: Fluorescence, Intravital, Live Cell, Confocal, 2-photon, Digital Pathology, and Image Analysis. 
• Work with other staff members of the core to complete projects and perform core equipment maintenance.
• Attend in-house courses, seminars and workshops, related to core activities and cancer biology.
• Assist customers with grant proposals and manuscript preparation.
• Participate in national Shared Resources and Microscopy organizations. The Ideal Candidate:
• Experienced biotechnology research professional.
• The successful candidate will communicate effectively with the research community and provide superior customer service to the core's clients.
• Must demonstrate the ability to assist and train clients in instrument operation and independently perform regular laboratory maintenance and QC.
• Capable of autonomously performing all tasks required by the core for extended periods.
• The candidate will have a broad knowledge of advanced microscopy technologies and image analysis.
• Master’s degree in Core related field of study is preferred.
• Experience with advanced microscopy applications, especially confocal, 2-photon, and/or light-sheet.
• Or experience with Digital Pathology and Spatial Biology applications. Responsibilities:
• Work on-site during normal operating hours of the core. 
• Occasional work outside normal operating hours to complete time-sensitive experiments.
• Train and assist customers on a variety of microscope systems.
• Train and assist customers with Image Analysis on multiple software platforms.
• Develop methods and standard procedures to facilitate client's research projects.
• Maintain and troubleshoot equipment and customer projects
• Assist core manager with administrative tasks.
• Work closely with other research cores to advance customer projects.
• Communicate effectively with customers including presentation of data to faculty members.
• Participate in Microscopy courses, seminars, and workshops.
• Maintain a safe working environment and follow universal safety precautions. Credentials and Qualifications:
• BA/BS in Core related field of study is required, with core specific advanced training and work experience. Requires at least 5 years in science related work and/or post-graduate coursework. Requires at least 3 years in core facility specific applications and at least 2 years of that in research-based technology.
• Work experience in multi-user core facility preferred..

PROGRAM DESCRIPTION At Frederick National Laboratory, the Cancer Research Technology Program (CRTP) is a multi-disciplinary hub where emerging technologies, biological expertise and research capabilities are developed and implemented in collaboration with intramural National Cancer Institute investigators and other researchers. Within the CRTP is the Center for Volume Electron Microscopy (CvEM); in our group, scientists work in a highly collaborative environment to develop and deploy cutting-edge technologies for high-resolution 3-D volume EM and correlative microscopy (CLEM) of cells and tissues with research and/or clinical relevance. Our group works on innovations in sample preparation, imaging strategies and data processing/analysis, with an emphasis on artificial intelligence (AI) aided image segmentation and visualization.

KEY ROLES/RESPONSIBILITIES

• Operation of scanning and transmission electron microscopes, including biological sample preparation

• Simple data analysis and visualization using computational tools

• Rigorous record keeping

• BASIC QUALIFICATIONS To be considered for this position, you must minimally meet the knowledge, skills, and abilities listed below:

• Possession of Bachelor’s degree from an accredited college/university according to the Council for Higher Education Accreditation (CHEA) or four (4) years relevant experience in lieu of degree. Foreign degrees must be evaluated for U.S. equivalency

• In addition to the education requirement, a minimum of two (2) years of related experience is required

• Prior experience with conventional biological electron microscopy (imaging, sample prep, data analysis, and record keeping)

• Experience with 2D and 3D visualization software

• Ability to obtain and maintain a security clearance

• PREFERRED QUALIFICATIONS  Candidates with these desired skills will be given preferential consideration:

• Publications in volume electron microscopy

• Experience with correlative microscopy (CLEM)

• Ease with computation (running scripts, knowledge of data/metadata concepts)

• JOB HAZARDS

• This position is subject to working with radioactive material and requires

• to become an approved radiation worker

The Team CZI and its Biohub Network supports the science and technology that will make it possible to help scientists cure, prevent, or manage all diseases by the end of this century. While this may seem like an audacious goal, in the last 100 years, biomedical science has made tremendous strides in understanding biological systems, advancing human health, and treating disease. 

Achieving our mission will only be possible if scientists are able to better understand human biology. To that end, we have identified four grand challenges that will unlock the mysteries of the cell and how cells interact within systems — paving the way for new discoveries that will change medicine in the decades that follow:

• Building an AI-based virtual cell model to predict and understand cellular behavior
• Developing novel imaging technologies to map, measure and model complex biological systems  
• Creating new tools for sensing and directly measuring inflammation within tissues in real time.tissues to better understand inflammation, a key driver of many diseases
• Harnessing the immune system for early detection, prevention, and treatment of disease

Our work in science is focused on doing fundamental research to better understand human biology and building the tools and technology that move science forward to prevent disease and get to cures faster. Join us in accelerating science.

The Opportunity 

At CZI, we are generating unprecedented scientific datasets that drive biological modeling innovation:

• Billions of standardized cells of single-cell transcriptomic data, with a focus on measuring genetic and environmental perturbations
• 10s of thousands of donor-matched DNA & RNA samples
• PB-scale static and dynamic imaging datasets
• TB-scale mass spectrometry datasets
• Diverse, large multi-modal biological datasets that enable biological bridges across measurement types and facilitate multi-modal model training to define how cells act.

After model training, we make all data products available through public resources like CELLxGENE Discover and the CryoET Portal, used by tens of thousands of scientists monthly to advance understanding of genetic variants, disease risk, drug toxicities, and therapeutic discovery.

As a Senior Staff Data Scientist, you'll lead the creation of groundbreaking imaging datasets that decode cellular function at the molecular level, describe development, and predict responses to genetic or environmental changes. Working at the intersection of data science, biology, and AI, you'll define data needs, format standards, analysis approaches, quality metrics, and our technical strategy, creating systems to ingest, transform, and validate and deploy data products. 

Success for this role means delivering high-quality, usable datasets that directly address modeling challenges and accelerate scientific progress. Join us in building the data foundation that will transform our understanding of human biology and move us along the path to curing, preventing, and managing all disease.

What You’ll Do

• Define the technical strategy for a robust imaging data ecosystem and build data ingestion pipelines, define data formats, write validation tools, QC metrics, and analysis pipelines.
• Collaborate with ML engineers, AI Researchers, and Data Engineers to iteratively evaluate, refine and grow datasets to maximize model performance. 
• Discover and define new data generation opportunities, and manage the delivery of those data products to our AI team.
• Collaborate with engineers, product managers, UX designers, and other data scientists to publish valuable datasets as part of CZI's open data ecosystem.

What You’ll Bring

• 10+ years of experience with large scale biological imaging data.
• Demonstrated delivery of multiple large biological data products.
• Experience with big data: extraction, transport, loading, databases, standardization, validation, QC, and analysis.
• Experience with processing and orchestration pipelines, such as Argo Workflows, Databricks
• Strong fundamentals in statistical reasoning and machine learning.
• Experience with biological data analysis and QC best practices
• Excellent written and verbal communication skills.
• Enthusiasm to ramp up on technologies and learn new domains.
• Experience working in a multidisciplinary environment (engineering, product, AI Research).

Senior Postdoctoral Position in Single Molecule Microscopy Department of Molecular Immunology at the University of Freiburg (Germany) (https://lillemeier.biologie.uni-freiburg.de)   We are seeking a highly creative, collaborative, and motivated Senior Postdoctoral Researcher with significant experience in single molecule microscopy who is interested in visualizing immune responses in T cells.   This full-time senior postdoctoral position is available from 1st of January 2026 with the possibility of becoming permanent after 2 years. The salary is at E13 level by the TV-L agreement (Tarifvertrag für den öffentlichen Dienst der Länder / collective agreement for public employers). We welcome applicants from different areas, e.g. immunology, biology, physics and engineering, with considerable expertise in fluorescence single molecule microscopy using state-of-the-art equipment and a keen interest in immunology. The candidate is expected to conduct studies independently and supervise postdoctoral researchers and students on microscopy projects. This position requires a Ph.D. degree (or equivalent), and publications in peer-reviewed journals. We are an equal opportunity employer and encourage applications from candidates of all genders.  

The position is designed to study spatio-temporal mechanisms that control the assembly and signal transduction of the TCR and PD1 pathways at the T cell plasma membrane.   Our group is interested in the regulation of lymphocyte activity and functions during cancer and autoimmunity. Current research is focused on the activating T cell receptor (TCR) and inhibitory PD1 pathways in T cells. We apply multidisciplinary approaches that combine cutting-edge fluorescence microscopy with biophysics, biochemistry and molecular biology to elucidate how protein conformations, modifications and assembly at the plasma membrane control signal transduction. Specifically, we have discovered that the T cell signaling pathways are segregated into distinct plasma membrane nanodomains that concatenate upon T cell stimulation. We are studying how the signaling pathways utilize nanodomain distributions and dynamics, and how signals are exchanged between them. We aim to identify and modulate spatio-temporal mechanisms that are specific to signaling proteins and/or pathways. Our goal is to determine the potential of these mechanisms as future drug targets for immunotherapies.   To Apply: Please submit (1) a letter of motivation including a description of past research accomplishments and future research interests/goals (not more than two pages), (2) curriculum vitae (CV) with publication list and (3) at least three contact details for referees. Please, send your application in a single pdf file to: lillemeier@bio.uni-freiburg.de

Postdoctoral Fellow - Biomolecular Condensates, Protein Dynamics & GI Disease Weill Cornell Medicine - Division of Gastroenterology and Hepatology

The Platt Lab in the Division of Gastroenterology and Hepatology at Weill Cornell Medicine invites applications for a postdoctoral research position in molecular and cellular biology. We investigate how changes in protein mobility and biomolecular condensates contribute to human disease, with a particular focus on gastrointestinal pathophysiology.

The successful candidate will lead projects using advanced imaging techniques, including fluorescence recovery after photobleaching (FRAP) and single-particle tracking (SPT), to uncover how environmental stressors disrupt biomolecular condensates and protein dynamics. Our goal is to reveal disease mechanisms and identify tractable therapeutic targets. We are a newly established and growing lab that values scientific rigor, creativity, and collaboration.

Responsibilities

• Design and execute independent experiments using advanced imaging and molecular biology techniques
• Analyze protein mobility using quantitative imaging and computational tools
• Contribute to manuscript and grant writing
• Present research findings at internal seminars and external conferences
• Collaborate across disciplines to explore emerging models of disease pathogenesis

Qualifications

• PhD, MD/PhD, or equivalent degree in molecular biology, biophysics, systems biology, or a related field
• Strong background in imaging, microscopy, and cell biology
• Experience with image analysis software (e.g., ImageJ/FIJI, MATLAB, Python)
• Interest or experience in biomolecular condensates, protein dynamics, and/or redox biology
• Demonstrated ability to publish high-quality scientific work
• Creative, collaborative, and motivated to uncover fundamental disease mechanisms

Application Instructions To apply, please send the following to Dr. Jesse Platt at jep4025@med.cornell.edu:

• A one-page cover letter describing your research background and interests
• CV with a list of publications
• Contact information for 2–3 references The position is available immediately and will remain open until filled. Salary range: $61,008 – $74,088, based on experience and in accordance with WCM’s minimum stipend policy. Weill Cornell Medicine is an equal opportunity employer and encourages applications from candidates of diverse backgrounds. Learn more about our work: https://www.linkedin.com/in/jesse-platt-md-phd-a3a42621/

The Neuron Signaling Lab at NUS is seeking a motivated and skilled Research Fellow to join our interdisciplinary neuroscience team. We use advanced optical imaging and behavioral analysis to uncover how molecular pathways shape brain function, aiming to bridge molecular and systems neuroscience.

Our core platforms include: § 3D & 4D confocal fluorescence microscopy § 1P & 2P fluorescence microendoscopy § Fiber photometry & optogenetics § Genetically encoded molecular tools We focus on behaviors such as reward learning, fear learning and motor learning, with strong interest in primary cilia and nuclear signaling in the brain.

Position Summary: We seek a candidate with strong expertise in microscopy and computational image analysis to: 1. Support and enhance ongoing imaging projects in the lab 2. Develop AI-powered pipelines for analysis of microendoscopic calcium imaging, confocal fluorescence microscopy, and behavioral videos 3. Lead cross-modality image registration applications 4. Launch new projects that leverage our optical expertise to probe brain function

Preferred Qualifications & Expertise: § PhD in neuroscience, bioengineering, computational biology, or related field § At least one strong first-author publication in microscopy and/or image analysis is required § Strong background in optical imaging principles and microscopy (e.g., confocal, 2P, STED, or light sheet) § Demonstrated experience in image processing, quantitative analysis, and biological interpretation § Proficiency in AI/machine learning tools for image segmentation, transformation, registration, or tracking § Solid mathematical foundation for image analysis (e.g., affine transformations, convolutional filters, matrix and morphological operations) § Programming skills in Python, MATLAB, and/or experience with ImageJ, Napari, Imaris, TensorFlow, or PyTorch § Familiarity with in vivo imaging, optogenetics or spatial transcriptomics methods is a plus § Strong interest in bridging biological questions with quantitative approaches § Excellent problem-solving, collaborative, and communication skills

Environment & Opportunities: Our lab is part of a highly multidisciplinary research environment, with close collaborations in biochemistry, neural computation, and genomics. The successful candidate will be embedded in a vibrant scientific community and have access to a full suite of optical and behavioral neuroscience platforms. In addition to technical capability, we are looking for an individual excited by our novel multi-scale approach to neurobiology and eager to tackle complex, integrative questions.

The successful candidate will be an integral part of a team whose aim is to discover the next generation genetic therapies for a wide range of indications. The position requires enthusiasm, passion, attention to detail, and a desire to create new medicines for patients.