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# Sorption Process Engineer (MOF / Adsorption Systems)

- **Company:** THEA LERNER PROMOTIONS
- **Location:** Sunnyvale, CA, United States
- **Salary:** $120,000
- **Contract:** Temporary contract
- **Skills:** Comsol Multiphysics, Python (Programming Language), MATLAB
- **Published:** October 12, 2026
- **Apply:** https://www.indeed.com/viewjob?jk=4781792693d4a2af

## About the Role

You hold a BS, MS or PhD in chemical engineering, materials science, chemistry or a close field.

 - You have hands-on experience with solid sorbents (MOFs, zeolites, silica gel, activated carbon or desiccants) in a lab or pilot setting.

 - You can run water-vapor sorption measurements and analyze the data in Python, MATLAB or similar.

 - Your heat and mass transfer fundamentals are solid.

 - You're self-directed: you've built, fixed or started something nobody asked you to.

Bonus

 - MOF synthesis or handling

 - Direct air capture, desiccant dehumidification, or adsorption heat pump or chiller work

 - Thermoelectrics

 - COMSOL or similar modeling

 - Startup experience, papers or patents, You must be authorized to work in the US; we can't sponsor visas.

## Description

You'll own the sorbent side of the system. That means characterizing how a MOF takes up and releases water, running cycling tests, and tuning the adsorption and desorption cycle and the heat and mass transfer so each liter costs as little energy as possible. You'll work directly with the founder and a mechanical design engineer to decide how the sorbent bed lives inside the hardware. Seven months, a small team, and a real say in what gets tested next.

What you'll do

 - Characterize candidate sorbents: water-vapor isotherms, uptake kinetics, cycling stability.

 - Build and run bench tests on sorbent beds: temperature-swing cycling, humidity-chamber runs, mass-balance measurements.

 - Measure and model heat and mass transfer in the bed, find where the energy goes, and cut it.

 - Write bed requirements (geometry, packing, thermal coupling) and iterate them with the mechanical engineer on physical prototypes.

 - Own test protocols and data, and write results that feed NSF Phase I milestones and reports.