Engineering Molecular Genetics and Synthetic Biology for Global Impact
We are an interdisciplinary engineering-driven team dedicated to the design, development, and deployment of transformative molecular genetic and synthetic biology technologies that address grand challenges in global health and agricultural sustainability. Our mission is not only to understand biological systems, but to engineer them—applying rigorous design principles, quantitative modeling, and systems-level integration to create scalable and deployable solutions. Our lab integrates expertise in genome engineering, synthetic biology, systems biology, computational modeling, microbiology, virology, biochemistry, and evolutionary dynamics to construct robust, predictable, and field-ready genetic technologies. By combining foundational biological insight with engineering frameworks, we develop programmable gene-editing platforms, population-level vector control strategies, and biologically engineered systems optimized for safety, performance, and durability. Central to our work is the translation of discovery into impact: engineering genetic systems that are scalable, environmentally responsible, and capable of real-world implementation. Whether designing next-generation genome modification tools, constructing synthetic biological circuits, or developing precision vector management technologies, we focus on delivering solutions that advance public health, strengthen food security, and promote sustainable environmental stewardship. Through the integration of molecular innovation and engineering design, we aim to establish new technological paradigms that enable durable, globally relevant impact.
We are an interdisciplinary engineering-driven team dedicated to the design, development, and deployment of transformative molecular genetic and synthetic biology technologies that address grand challenges in global health and agricultural sustainability. Our mission is not only to understand biological systems, but to engineer them—applying rigorous design principles, quantitative modeling, and systems-level integration to create scalable and deployable solutions. Our lab integrates expertise in genome engineering, synthetic biology, systems biology, computational modeling, microbiology, virology, biochemistry, and evolutionary dynamics to construct robust, predictable, and field-ready genetic technologies. By combining foundational biological insight with engineering frameworks, we develop programmable gene-editing platforms, population-level vector control strategies, and biologically engineered systems optimized for safety, performance, and durability. Central to our work is the translation of discovery into impact: engineering genetic systems that are scalable, environmentally responsible, and capable of real-world implementation. Whether designing next-generation genome modification tools, constructing synthetic biological circuits, or developing precision vector management technologies, we focus on delivering solutions that advance public health, strengthen food security, and promote sustainable environmental stewardship. Through the integration of molecular innovation and engineering design, we aim to establish new technological paradigms that enable durable, globally relevant impact.
Prospective - Postdoctoral Scholars
We welcome applications from highly motivated scientists with expertise in genetics, genomics, synthetic biology, biochemistry, molecular/cell biology, computational biology, evolution, developmental biology, virology, or related fields. Our lab values curiosity, rigor, teamwork, and translational impact.
How to apply (positions available now)
Email Dr. Omar S. Akbari with: Cover letter (≤1 page): your research interests, key skills, and why our lab. Two publications (PDFs): your most significant contributions. CV: full publication list + contact info for three referees (names, titles, emails). Subject line: Postdoc Application – [Your Name]; Email: [email protected]. Applications are reviewed on a rolling basis.
What we offer: Interdisciplinary projects spanning molecular genetics, vector biology, and synthetic biology. Access to state-of-the-art insectary, CRISPR/microinjection, sequencing, and computational resources. Mentoring for fellowships, leadership, IP/entrepreneurship, and career placement
We welcome applications from highly motivated scientists with expertise in genetics, genomics, synthetic biology, biochemistry, molecular/cell biology, computational biology, evolution, developmental biology, virology, or related fields. Our lab values curiosity, rigor, teamwork, and translational impact.
How to apply (positions available now)
Email Dr. Omar S. Akbari with: Cover letter (≤1 page): your research interests, key skills, and why our lab. Two publications (PDFs): your most significant contributions. CV: full publication list + contact info for three referees (names, titles, emails). Subject line: Postdoc Application – [Your Name]; Email: [email protected]. Applications are reviewed on a rolling basis.
What we offer: Interdisciplinary projects spanning molecular genetics, vector biology, and synthetic biology. Access to state-of-the-art insectary, CRISPR/microinjection, sequencing, and computational resources. Mentoring for fellowships, leadership, IP/entrepreneurship, and career placement
Prospective - UCSD Doctoral Students
Students interested in pursuing a Ph.D. in the Akbari Lab should first apply through the UC San Diego School of Biological Sciences Graduate Program. The program offers a flexible first year that allows graduate students to rotate through multiple laboratories, gaining diverse research experiences before selecting a permanent lab home. Applicants who are admitted to the program and would like to complete a rotation in the Akbari Lab are encouraged to contact Dr. Omar Akbari directly to discuss potential projects and research interests. For application details, deadlines, and program requirements, please visit the School of Biological Sciences Graduate Admissions website.
Students interested in pursuing a Ph.D. in the Akbari Lab should first apply through the UC San Diego School of Biological Sciences Graduate Program. The program offers a flexible first year that allows graduate students to rotate through multiple laboratories, gaining diverse research experiences before selecting a permanent lab home. Applicants who are admitted to the program and would like to complete a rotation in the Akbari Lab are encouraged to contact Dr. Omar Akbari directly to discuss potential projects and research interests. For application details, deadlines, and program requirements, please visit the School of Biological Sciences Graduate Admissions website.
Prospective - UCSD Undergraduate Students
We welcome motivated and curious undergraduate students to join the Akbari Lab and gain hands-on research experience in genetics, biochemistry, molecular biology, cell biology, or computational biology. Students should apply through Port Triton and are expected to commit a minimum of 10 hours per week for at least two academic quarters and one summer session. This level of engagement ensures a meaningful, immersive research experience. If you are interested in joining our team, please complete the brief survey below. We review responses on a rolling basis and will contact selected applicants directly:
👉 Undergraduate Research Interest Form
We welcome motivated and curious undergraduate students to join the Akbari Lab and gain hands-on research experience in genetics, biochemistry, molecular biology, cell biology, or computational biology. Students should apply through Port Triton and are expected to commit a minimum of 10 hours per week for at least two academic quarters and one summer session. This level of engagement ensures a meaningful, immersive research experience. If you are interested in joining our team, please complete the brief survey below. We review responses on a rolling basis and will contact selected applicants directly:
👉 Undergraduate Research Interest Form
Reagent Requests
The Akbari Lab freely shares all published reagents including DNA clones, vectors, and antibody reagents. These reagents can be requested from the Akbari Laboratory by sending an email to Dr. Akbari.
Sequencing Data
All published sequencing data can be directly downloaded online from NCBI.
Plasmids
All published plasmids can be ordered directly from Addgene.
Animals
Many of our published fly strains have been deposited in the Bloomington Drosophila Stock Center.
Several of our published live mosquito strains can be ordered from the CDC MR4 resource in Atlanta, GA via BEI Resources.
The Akbari Lab freely shares all published reagents including DNA clones, vectors, and antibody reagents. These reagents can be requested from the Akbari Laboratory by sending an email to Dr. Akbari.
Sequencing Data
All published sequencing data can be directly downloaded online from NCBI.
Plasmids
All published plasmids can be ordered directly from Addgene.
Animals
Many of our published fly strains have been deposited in the Bloomington Drosophila Stock Center.
Several of our published live mosquito strains can be ordered from the CDC MR4 resource in Atlanta, GA via BEI Resources.
Lab Location
Tata Hall
Click here to take a tour of our Mosquito Insectary
See our Robotic microinjection system
Tata Hall
Click here to take a tour of our Mosquito Insectary
See our Robotic microinjection system
