Forward Deployed Engineer (Batteries)

Polaron is a spin-out from Imperial College London, founded by Dr Isaac Squires, Dr Steve Kench, and Dr Sam Cooper.

The founders share a mission: to harness engineering, artificial intelligence, and materials science to design the materials of the future.

Our vision is to become the world leader at the interface between AI and materials, combining scientific rigour with engineering pragmatism to enable the next generation of sustainable, high-performance materials.

Our work isn’t just about hard scientific problems. It is about the urgency and impact of solving them. Advanced materials underpin all aspects of modern life, from the batteries that power electric vehicles to the alloys used in turbines and the composites that make aircraft lighter.

Accelerating how these materials are developed, designed, and manufactured has a direct impact on the world’s ability to build a more sustainable future.

We’re building Polaron to help the world’s best materials teams move faster from image data to engineering decisions.

That means turning microstructure and manufacturing signals into trusted insights, shortening iteration loops, and helping teams design and qualify materials with greater confidence and speed.

Our key stats:

• Team of 15 people today, growing fast.
• Based in East London (Shoreditch Exchange, Hoxton).
• Backed by leading investors, cutting-edge research, and strong industry partnerships.

Overview

You’ll join our Delivery function as a Forward Deployed Engineer, owning technical execution across battery-focused customer and partner workstreams.

You’ll work at the intersection of battery materials, manufacturing, microstructure, and AI - turning real datasets into engineering intelligence, helping customers make better engineering decisions, and feeding high-signal learnings back into the Polaron product.

Responsibilities

• Pre-Sale Development: and deliver polished technical demos showcasing platform capabilities. Assist sales teams by scoping opportunities and preparing proposals. Perform bespoke analysis as part of closing contracts.
• Post-Sale Delivery: high-quality onboarding to ensure seamless adoption. Support on delivering pilot programmes, including project management and technical delivery. Support with customer retention - feedback sessions, gathering insights, bespoke development, and direct support.
• Collaboration & Representation: Act as the bridge between customers and internal teams, influencing product roadmaps. Represent Polaron at industry events and creating thought leadership content, strengthening our position as a leader in materials innovation.
• Battery Workstream Ownership: Own end-to-end delivery of battery microstructure analyses: from scoping and data readiness through to validated results and stakeholder-ready readouts. Lead technical workstreams within the battery programme, including leading a major grant project.

Responsibilities

• Pre-Sale Development: and deliver polished technical demos showcasing platform capabilities. Assist sales teams by scoping opportunities and preparing proposals. Perform bespoke analysis as part of closing contracts.
• Post-Sale Delivery: high-quality onboarding to ensure seamless adoption. Support on delivering pilot programmes, including project management and technical delivery. Support with customer retention - feedback sessions, gathering insights, bespoke development, and direct support.

A snapshot of your first 6 months

Month 1 — Take ownership and create momentum

• Take full ownership of delivery planning for a battery research grant project (scope, milestones, stakeholders, reporting cadence).
• Get hands-on with Polaron’s stack and workflows: run end-to-end analyses on real battery microstructure datasets and document what “good” looks like.

Month 3 — Deliver first value and broaden impact

• Deliver the first tangible outputs for the grant project (e.g., a validated analysis, baseline metrics, or a partner-ready readout).
• Start owning Forward Deployed workstreams across our battery customers (e.g., demo prep, customer-specific analysis, partner support).
• Turn learnings into repeatable internal workflows: playbooks, notebooks, validation checks, and clear handoffs to Engineering/AI.

Month 6 — Establish reliable execution at scale

• Operate as a trusted technical advisor in customer/partner calls on battery microstructure, microscopy, and interpretation.
• Technical delivery lead across multiple live industrial projects with leading battery cell manufacturers and OEMs.
• Maintain high-quality delivery across research and grant programmes.

Our hiring process

1. Intro call (20 min) to get to know you, your experience, and your motivation.
2. Technical interview centred around a core project challenge (battery microstructure and delivery problem-solving).
3. Paid trial day to work with the team on a real delivery challenge (remote or onsite).
4. Final decision and feedback.

We value transparency and fast feedback at every step.