Moderna · 2023–Present
Sequence engineering, codon optimization, platform strategy, and team leadership.
Today the work sits at the intersection of algorithms, platform planning, and execution across high-stakes therapeutic and product contexts.
Technical strategy, applied AI, and product architecture
Hi, I'm
Kendall Loh
Technical strategy, applied AI, product architecture, and engineering leadership.
I work across technical strategy, applied AI, product architecture, and platform leadership, translating complex systems into product decisions and durable execution in high-stakes environments. Currently at Moderna.
Current focus
I work at the intersection of software, applied AI, and technical strategy. My focus is on turning complex systems into clear product, platform, and organizational decisions.
My background spans causal inference, network biology, applied ML, software engineering, product architecture, and engineering leadership, with experience operating in high-stakes environments where technical depth has to translate into execution.
Get in touch
If you’re hiring for technical strategy, applied AI, product architecture, or engineering leadership, I’d be glad to connect.
Career journey
A more linear story beneath the surface work.
The throughline has been the same: moving from scientific depth into product, platform, and technical strategy roles where computation has to become execution.
Aitia · 2019–2023
Software engineering, product architecture, and pharma strategy.
The role expanded from implementation into product and systems design, then into partner-facing strategy where models, products, and business context had to align.
Yale research work
An early link between quantitative analysis and real-world decisions.
Policy-oriented research sharpened the habit that still matters most: translating technical insight into work that can actually guide action.
Binghamton and Columbia
Biochemistry, statistics, causal inference, and computational methods.
The early years built the analytical base: biological systems first, then the quantitative tooling that made modeling and decision-making feel native.