Summer Intern - Science & Engineering

Andros Innovations Incorporated; Boston (MA); Hybrid; USD 25,000 - 44,000; Part time

Job summary

Andros Innovations Incorporated invites motivated STEM students to join our R&D team for a hands-on Summer Internship. You’ll work on core projects advancing our low-pressure ammonia synthesis platform, with tracks for Chemistry/Materials Science and Chemical/Mechanical Engineering.

Expect practical lab or shop work, data analysis, and direct collaboration with engineers and scientists. This is an opportunities to contribute to decarbonizing energy and food production at a frontier tech startup.

Qualifications

• Currently enrolled in a BS/MS/PhD program in Chemical Engineering, Mechanical Engineering, Chemistry, or Materials Science.
• Lab/Shop experience in a research lab, machine shop, or Formula SAE/Rocketry team.
• Data fluency with Python, MATLAB, or JMP for data analysis.

Responsibilities

• Synthesize catalyst batches from gram- to kilogram-scale.
• Characterize materials using XRD, BET, and Chemisorption.
• Analyze raw kinetic data and model reaction rates to understand catalyst mechanisms.

Skills

Data fluency

Lab experience

Hands-on mindset

Education

BS/MS/PhD in Chemical Engineering

BS/MS/PhD in Mechanical Engineering

BS/MS/PhD in Chemistry

BS/MS/PhD in Materials Science

Tools

SolidWorks

Python

MATLAB

JMP

Job description

STEM Summer Intern Application for Andros Innovations

The Mission: Retire The Haber-Bosch Process.

Humanity relies on the Haber-Bosch process to feed 4 billion people, but it consumes ~1% of the world's energy and spews gigatons of carbon dioxide. At Andros, we are building the reactor to end this dependency. We are developing a decentralized, low-pressure ammonia synthesis platform to decarbonize the future of food and fuel. We are looking for STEM interns that want to contribute to solving hard technical problems. Whether you are a chemist synthesizing novel materials or an engineer building a chemical skid, you will contribute directly to retiring the fossil-fuel era.

The Role

You will be embedded directly into our R&D team. You will not be "shadowing"; you will be working. Depending on your background (Chemistry vs. Engineering), you will be assigned a core project that advances our technology readiness level (TRL).

What you will actually do:

Track A: The Scientist (Chemistry / Materials Science)

Catalyst Synthesis: You will synthesize proprietary catalyst batches, moving from gram-scale discovery to kilogram-scale scale-up.

Characterization: You will use XRD, BET, and Chemisorption to characterize fresh and spent materials, analyzing how synthesis parameters affect reactor performance.

Data Analysis: You will take raw kinetic data and model reaction rates, helping the team understand the mechanism of our catalyst.

Track B: The Builder (Chemical / Mechanical Engineering)

Hardware Design: You will model reactor components and test fixtures in SolidWorks. You will create drawings and work with machine shops to get parts made.

Build & Assemble: You will get your hands dirty building pilot skids. You will bend tubing, install Swagelok fittings, and wire sensors.

Reactor Operations: You will operate our automated test rigs, managing pressure, temperature, and flow to validate system performance.

For All Tracks:

Safety First: You will learn how to operate safely in a chemical environment. You will participate in HAZOPs and safety reviews for hazardous gas handling.

Real Data: You will present your findings in weekly technical reviews. Your data will decide the next step in our roadmap.

Must-Haves:

Currently enrolled in a BS, MS, or PhD program in Chemical Engineering, Mechanical Engineering, Chemistry, or Materials Science.

Lab/Shop Experience: You have spent time in a research lab, a machine shop, or a Formula SAE/Rocketry team. You know the difference between a wrench and a ratchet, or a beaker and a flask.

Data Fluency: You don't just use Excel. You are comfortable with Python, MATLAB, or JMP to analyze your data.

The "Fix It" Mindset: You are resourceful. If an experiment fails, you don't stop; you figure out why and try again.

Nice-to-Haves:

Experience with catalysts, reactors and reaction engineering.

Built something cool.

Familiarity with Python for data visualization.

Why Andros?

Solve a Century-Defining Challenge: You will be working on one of the most significant hurdles in modern thermodynamics: breaking the nitrogen triple bond efficiently. This is not incremental optimization; it is a fundamental shift in how the world produces energy and food. Your work will directly contribute to decarbonizing gigatons of carbon dioxide emissions.

The Deep Tech Frontier: You will be working at the cutting edge of chemical manufacturing and systems engineering. We are deploying novel hardware systems that move beyond standard industry practices. You will have access to the resources and tooling required to bridge the gap between theoretical chemistry and industrial application.

Mission-Driven Velocity: We operate with the urgency that the climate crisis demands. You will join a lean, high-caliber team where iteration cycles are measured in days, not quarters. We value rapid hypothesis testing, data-driven decisions, and scientific rigor.

About Andros Innovations

Andros Innovations is a pioneer in advanced chemical engineering, redefining the global ammonia supply chain to fuel a decarbonized future. Our proprietary reactor technology disrupts the century-old Haber-Bosch process, enabling the efficient production of low-carbon ammonia at low temperatures and atmospheric pressure, unlocking a scalable path to green fertilizer and sustainable marine fuel.

Supported by Activate.org, Greentown Labs, Third Derivative, Massachusetts Center for Clean Energy and others Andros has been recognized as a top emerging deep-tech startup within our first year. Andros has received awards from MIT’s Climate and Energy Prize, Yale’s Climate Innovation Summit, The University of Connecticut and FORGE, for innovation and climate impact. We are transitioning from breakthrough science to industrial scale, building the technology needed to feed the next billion people and power the heavy industries of tomorrow without emissions.