Isaac Daviet

551 West 170th St · New York, NY 10032 · (510) 320-7867 · isaac.daviet@gmail.com

Master's of Science researcher in biotechnology with extensive hands-on experience in immunology, antibody discovery, protein engineering, and flow cytometry, spanning both experimental and computational biology. Skilled in developing and optimizing assays, workflows, and analysis pipelines across B-cell biology, NGS, and single-cell immune profiling in fast-paced industry and academic research environments. Demonstrated ability to translate complex biological data into actionable insights through strong experimental design, data analysis, and scientific communication. Additional experience includes extensive development & QC/QA of novel phage display products, AI/LLM model optimization and analysis, and protein structural modeling via x-ray crystallography & cryoEM. Supported by an interdisciplinary academic background in biochemistry, history, and biotechnology, to bring clear writing, critical analysis, and cross-disciplinary collaboration skills to applied research.


Experience

Senior Research Associate

Imprint Labs - New York, NY

During my time at Imprint Labs, I conducted R&D on B cell analysis platforms supporting antibody discovery, immune profiling, and autoimmune disease research. I had the opportunity to develop, implement, and optimize immunological assays and B cell antigen tetramer staining workflows, working to improve detection, recovery, specificity, and downstream sequencing performance. I also built and maintained automated pipelines for processing and QC of single-cell and BCR sequencing data, which helped improve reproducibility and reduce turnaround time. One of the aspects I enjoyed most was leading efforts to optimize phylogenetic inference models and develop synthetic BCR sequence validation datasets. Throughout it all, I collaborated closely with both experimental and computational teams to troubleshoot workflows and improve data quality, which gave me valuable experience working at the intersection of wet-lab and bioinformatics.

Oct 2024
Apr 2026

Laboratory Technician

Pelago Biosciences - Stockholm, SVG

I joined Pelago Biosciences on a part time basis during my master's program, during which I supported drug discovery research using CETSA (cellular thermal shift assays) to assess protein-ligand interactions in cell-based assays. I maintained and prepared mammalian cell lines to support assay execution and reproducibility, and assisted with assay setup, data collection, and documentation in an industry research environment. I also spearheaded the implementation of an electronic lab notebook system in collaboration with IT and lab staff, which gave me valuable experience in improving lab operations and data management practices.

Nov 2022
Jun 2024

Research Associate II

Antibody Design Labs - San Diego, CA

After the completion of my bachelors, I joined Antibody Design Labs, a phage display research company that acts as a 'one stop shop' for every aspect of the field including library construction,screening, and bespoke antibody design. While there I lead antibody discovery and engineering through phage display screening, recombinant expression, purification, bioconjugation, characterization, and assay development. I expressed and purified antibodies, nanobodies, and proteins for downstream functional and biophysical characterization, and supported multiple antibody discovery campaigns through assay execution, QC, and data interpretation. My responsibilities also included spearheading development & production of novel phage, plasmid vector & antibody product lines. This role’s focus on quality also allowed me to develop and optimize an in-house bioconjugation protocol that led to improved labeling efficiency for downstream applications, resulting in significant time & cost savings while maximizing scalability and experimental consistency. This role gave me a strong foundation in the full pipeline of antibody engineering, from discovery through production and characterization, as well as the opportunity to develop SOPs and mentor junior researchers.

Jul 2020
Jul 2024

Earlier Roles

Schief Lab, Scripps Research Institute — Lab Technician — San Diego HIV research & vaccine development
2018/19
Aurora Biolabs — Sales Representative — San Diego Customer relations, marketing, advert design
2018
Unlimited Learning — Tutor — San Diego high school Biology & History tutoring
2018
Corbett Lab, UCSD — Lab Technician — San Diego Protein purification, x-ray crystallography, molecular biology
2016/18
Sunahara Lab, UCSD — Lab Assistant — San Diego Protein crystalization, proteomics
2015/16

Education

Karolinska Institutet, KTH Royal Institute of Technology & Stockholm University

M.Sc. of Molecular Techniques in Life Sciences

This program integrated immunology, bioengineering, bioinformatics, and molecular biology, providing me training across a variety of cutting-edge experimental, computational, and engineering approaches to biomedical research. For my master’s thesis, I applied machine learning and dimensionality reduction to immune repertoire datasets to identify structural and functional patterns relevant to antibody discovery. I also had the opportunity to complete a six-month Cryo-EM research project at the Cryo-EM Swedish National Facility, which gave me hands-on experience with structural biology methods and high-throughput microscopy workflows.

Aug 2022
Jun 2024

University of California - San Diego

B.S. of Biochemistry

I earned my Bachelor of Science in Biochemistry from UC San Diego, where I received rigorous biochemical training and developed a strong foundation in experimental techniques and research methodologies. My coursework emphasized critical analysis and biochemical techniques, preparing me for the hands-on laboratory work I would go on to pursue. I also had the opportunity to take selected coursework at the Rady School of Management, where I gained exposure to business and management fundamentals that have proven valuable in understanding the broader context of biotechnology and industry research.

Sep 2014
Dec 2018

University of California - San Diego

B.A. of History (with Minor in Archaeology)

Alongside my biochemistry degree, I earned a Bachelor of Arts in History, which was awarded with departmental honors and distinction. This dual degree allowed me to combine rigorous scientific training with advanced research and writing in the humanities. My history coursework emphasized critical analysis, writing, and research methodologies, skills that have proven surprisingly transferable to scientific work. The experience of researching and writing an honors thesis taught me how to synthesize complex information, construct compelling arguments, and communicate ideas clearly, all of which I continue to draw on in my scientific career. I additionally was able to pursue a minor in archaeology, including multiple fieldwork programs.

Sep 2014
Dec 2018

Additional Academic Experience

Institute for Field Research, Andahuaylas (Peru) — Sondor Bioarchaeology Fieldwork
University of the Aegean, Phocis (Greece) — Kastrouli Archaeology Fieldwork
University of California-Los Angeles, Los Angeles — Sci/Art Lab Program

Skills

Programming Languages
Operating Systems
Software Suites

Immunology & Protein Engineering

NGS & Single Cell Workflows

Bioinformatics & Data Analysis

Interests

Since I was a child, I have always held a deep passion for learning and building. Be it in the humanities, sciences or social sciences, all of my professional & personal experiences have emphasized the need for an interdisciplinary approach, one that properly recognizes the skills & limitations of each field, in order to even begin to understand this beautifully chaotic universe we find ourselves in. By opening myself to the possibilities present in each field & subfield, I have gained substantial experience in computational immunology, phage display, antibody/protein engineering, biochemistry, protein characterization & structural modeling, flow cytometry, NGS sequencing, and ML/LLM model optimization and output analysis. This has led me to becoming a biotechnology researcher working at the intersection of experimental and computational biology, a path that allows me to thrive in a variety of both wet-lab/experimental and dry-lab/data analysis domains.

But no matter how deep I get into the STEM fields, I am never too far from the essential skills my education in the humanities has given me. Whether it be applying the critical thinking and research skills from my honors history thesis, formulating arguments about bioethical concerns, or using the creativity and empathy fostered through archaeological fieldwork, these humanities-trained skills have proven the most universally transferable. Navigating unfamiliar environments and collaborating across cultural boundaries taught me a flexibility that now serves me in any setting, whether working in an international lab or pursuing an interdisciplinary masters in biotechnology.

It is because of this unique academic and professional journey that I believe science benefits from diverse perspectives, and why I enjoy working with teams that bring together different expertise and ways of thinking. I am always eager to learn new methods, take on challenging problems, and contribute to research that has a meaningful impact. Whether I am at the bench, analyzing data, or collaborating with colleagues across disciplines, I am committed to thoughtful, rigorous, and collaborative science.

Outside of science, my life is a mix of creativity, movement, and exploration. A near-native Californian, I picked up surfing and skateboarding early on, while my childhood in the French Alps fostered a love of snowboarding as well as the more adventurous summer sports available deep in the mountains, like spelunking, canyoneering, rock climbing, hiking, and camping.

A child of two nations, I have always been drawn to travel and the sense of discovery that comes with exploring new places. Whether hiking and backpacking through the Pacific Northwest, off-roading across the Australian outback, excavating ancient temples in the Peruvian Andes, or simply hopping on a long-distance train to wander through a small city off the beaten path, I will always take the opportunity to explore somewhere new, no matter how near or far.

Film photography has become a natural companion to that wanderlust. The limited number of shots forces me to consider the composition of each one. Manually adjusting settings draws my attention to the lighting and details I might otherwise miss. There is patience required when you cannot see the results until you return, and grace in accepting that many will be duds. But ultimately, there is the satisfaction of capturing small moments of clarity from the inherent chaos of the world and holding the physical reminder of your memories long past the ones in your mind may start getting blurring.

When I’m closer to home and not waxing philosophical on the joys of analog photography, I stay grounded by working with my hands on an ever-growing list of DIY and arts & crafts projects, be it cooking, crocheting, pyrography, or anything else that sparks my creativity. Covid lockdowns and a gift of power tools pushed me to build a car camper conversion from scratch. It was equal parts frustrating and rewarding, taught me a lot about problem-solving with limited resources, and ultimately gave me the freedom to travel further while simultaneously staying closer to home.


Projects