Born at MIT, Infinite Cooling is eliminating cooling bottlenecks across critical industries: In data centers, we unlock compute capacity by reducing cooling power needs. In power plants and industrial facilities, we increase output by lowering process temperatures.
Our AI-driven software platform, TowerPulse™, uses proprietary Multiphysics AI algorithms trained on large sets of real customer data to continuously monitor and optimize cooling tower performance, boosting cooling capacity while reducing energy, water, and maintenance costs.
We are a venture-backed startup based in the Boston area, with over $20M raised. We have a growing base of customers and proven deployments, and we are now scaling our commercial team to accelerate growth.
We are looking for a sharp, tenacious, and creative Full-Stack Software Engineer to join our team and build our platform. The software team manages the entire stack – from building and integrating novel models with R&D, to sculpting and maintaining our database infrastructure for scaling requirements, to deployment of production features for our front-end and customer integrations. Strong communication, flexibility, and the desire to “wear many hats” will all be essential skills for a successful applicant.
What you will do:
· Take ownership over software development and driving early-stage MVPs
· Build, debug, test, release, and maintain software applications hosted in a cloud environment that process and analyze large amounts of data from IIoT sensors
· Design and develop resilient systems and front-end components for a customer-facing web application
· Develop, maintain, and deploy software for Edge Computing, and Cloud hosted applications including associated DevOps tasks
· Champion best practices with version control, CI/CD, unit and integration testing, code reviews, and writing clean, maintainable code
· Develop on-premises architectures parallel to current cloud-based environments to run full IoT stack in sensitive computing environments
Preferred skills and experience
· Bachelor’s degree in Computer Science or related fields
· Experience designing implementing cloud-based services in either AWS (preferred), Google Cloud Platform or Microsoft Azure
· Experience with time-series databases and time-series data engineering architectural patterns
· Experience improving developer experience/tooling and providing technical support to teammates
· Experience with hardware-software integration
· Experience with embedded & edge runtimes
· Experience with MQTT
· Extensive experience using AI-assisted coding environments
· DevOps experience with cloud hosted applications and databases
· Thorough understanding of distributed systems, designing for scalability, performance, and availability
· Extensive programming experience, particularly in Python, common Javascript web frameworks, and in Linux-like environments
· Working knowledge of SQL and NoSQL database systems
· Experience with software development tools such as Git, Jenkins, and JIRA
· Experience with Agile / Scrum methodology
Skills Required
- Bachelor’s degree in Computer Science or related fields
- Experience designing implementing cloud-based services in either AWS, Google Cloud Platform or Microsoft Azure
- Extensive programming experience, particularly in Python
- Working knowledge of SQL and NoSQL database systems
- Experience with software development tools such as Git, Jenkins, and JIRA
Infinite Cooling Compensation & Benefits Highlights
The following summarizes recurring compensation and benefits themes identified from responses generated by popular LLMs to common candidate questions about Infinite Cooling and has not been reviewed or approved by Infinite Cooling.
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Fair & Transparent Compensation — Pay is considered broadly market‑aligned for Boston‑area engineering roles based on role‑specific ranges and listings. Overall compensation is portrayed as solid for a small, venture‑backed startup.
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Equity Value & Accessibility — Equity is included with some roles, indicating ownership opportunities as part of total compensation. Guidance emphasizes understanding grant size, vesting, and refreshers, implying equity can be a meaningful component.
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Wellbeing & Lifestyle Benefits — Office perks such as free food and a friendly, motivated team are noted, indicating everyday lifestyle benefits. A mission‑driven, tight‑knit environment is highlighted as part of the employee experience.
Infinite Cooling Insights
What We Do
Our TowerPulse™ platform enables real-time monitoring of evaporative cooling towers for optimization, issue identification, preventative maintenance, and asset management. It includes a set of wireless sensors specifically designed for cooling towers and best-in-class physics-informed machine learning algorithms that leverage advanced simulations and thousands of hours of operating data. With TowerPulse™, you will have all the cooling expertise you need at your fingertips. Our applications range from small factory-assembled cooling towers to large field-erected and natural-draft towers. Applicable industries are power generation, data centers, campus chiller plants, and general heavy industrial facilities (chemicals, steel, refining etc.). Independently of the application, Infinite Cooling technologies can reduce water consumption, energy use, and CO2 emissions, while increasing process efficiency and cutting maintenance costs.
Why Work With Us
Our team of engineers, scientists, and execution specialists are experts in all aspects of cooling. From modeling and simulations to manufacturing to field deployment and data analysis , our team has the expertise to solve the world biggest cooling bottlenecks. We value first principles thinking, initiative, urgency & rapid team communication.
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