Fluxergy is a rapidly growing in vitro diagnostics company innovating on the cutting-edge of laboratory testing. We’re developing the first and only multi-modal point-of-care platform that enables molecular, clinical chemistry, immunoassay, and hematology testing on the same system.
Our platform spans many markets including the clinical, veterinary, and food safety industries. We are seeking self-motivated problem solvers who are excited to help decentralize traditional laboratory infrastructure.
At the core of our company’s identity is a strong foundation in engineering. We take great pride in our commitment to critical thinking and pragmatic problem-solving through a modular and systemic perspective. We hold the conviction that transparent communication, coupled with the flexibility to adjust to evolving scenarios and the willingness to venture beyond familiar territories, is crucial to both our success and yours.
Our product: https://vimeo.com/176673475
Team Culture:
- Research Oriented
- Problem Solvers
- Detail Oriented
- Analytical
- Collaborative
What You Will Do
Design, execute, and analyze immunoassay experiments to support product development, optimization, and verification activities.
Apply Design of Experiments (DOE) methodologies to efficiently evaluate assay performance, identify critical variables, and drive data-based decision-making.
Develop and optimize immunoassays, including reagent selection, assay conditions, performance characterization, and troubleshooting.
Generate high-quality experimental data and maintain accurate documentation in accordance with quality and design control requirements.
Collaborate with scientists, engineers, and cross-functional teams to investigate technical challenges and implement effective solutions.
Perform assay verification studies, including precision, reproducibility, sensitivity, specificity, interference, and stability assessments.
Analyze experimental results using statistical tools and communicate findings through technical reports, presentations, and team discussions.
Support technology transfer activities by partnering with Manufacturing and Process Development teams to improve assay robustness and scalability.
Contribute to risk assessments, design documentation, and development activities that support regulatory submissions and product commercialization.
Stay informed of emerging immunoassay technologies, scientific literature, and industry best practices to drive continuous innovation.
What You'll Need to Have
M.S. or Ph.D. in Biochemistry, Immunology, Molecular Biology, Biomedical Engineering, Analytical Chemistry, or a related scientific discipline.
3+ years of industry or advanced research experience developing and optimizing biological assays in a laboratory setting.
Strong hands-on experience with immunoassay techniques such as ELISA, bead-based assays, FRET, CLIA, lateral flow assays, or related technologies.
Demonstrated experience designing and analyzing experiments using DOE methodologies and statistical tools.
Strong experimental troubleshooting skills and the ability to independently plan and execute laboratory studies.
Experience analyzing complex datasets and translating findings into actionable recommendations.
Familiarity with product development processes, design controls, or regulated laboratory environments is preferred.
Excellent written and verbal communication skills, including the ability to clearly present technical findings to diverse audiences.
Collaborative mindset with a passion for scientific discovery, continuous learning, and solving real-world problems.
Our interview processes my differ slightly from role-to-role; however, most of our interviews will follow a similar pattern:
- Recruiter Interview
- Hiring Manager interview
- On-site Interview
- Decision
We are an early-stage company and may change our interview process from time-to-time, but our hope is everyone who interviews with us has a positive experience, even if an offer isn’t presented.
- 95% medical benefit premiums paid by Fluxergy and covers employee, partner, and dependents
- 100% dental and vision premiums paid for employee, partner, and dependents
- 100% Life Insurance premiums paid for the employee
- 15 paid vacation days
- 2-week paid winter break
- 7 company paid holidays
- 5 paid sick days
- Wear lots of hats / accelerate your career growth!
- We are a flat organization by design – lots of visibility!
- Many of our current leaders started their career with Fluxergy!
Skills Required
- M.S. or Ph.D. in Biochemistry, Immunology, Molecular Biology, Biomedical Engineering, Analytical Chemistry, or related discipline
- 3+ years industry or advanced research experience developing and optimizing biological assays in a laboratory setting
- Hands-on experience with immunoassay techniques such as ELISA, bead-based assays, FRET, CLIA, lateral flow assays
- Experience designing and analyzing experiments using Design of Experiments (DOE) methodologies and statistical tools
- Strong experimental troubleshooting skills and ability to independently plan and execute laboratory studies
- Experience analyzing complex datasets and translating findings into actionable recommendations
- Familiarity with product development processes, design controls, or regulated laboratory environments
- Excellent written and verbal communication skills, including presenting technical findings to diverse audiences
- Collaborative mindset and passion for scientific discovery and continuous learning
What We Do
Fluxergy was founded 10 years ago with a vision to democratize the world of laboratory testing, by making testing more accessible and affordable. Fluxergy’s platform technology enables us to understand our world and our health in ways that were never possible before. Fluxergy is developing a platform with multi-modal detection technologies which bring the variety of tests found in the central lab to the palm of your hand – This includes molecular testing like PCR, Immunochemistry and chemistry testing, and microscopy testing such as cytometry. Fluxergy’s platform vision is the detection of genes, proteins, small molecules, and cells with the same analyzer. The automated, sample-to-answer workflows can be customized for specific sample and testing methods.
