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Tritium Tech Stack

DC fast-charging hardware manufacturer with vertically integrated power electronics

Appliances, Electrical, and Electronics Manufacturing Lebanon, Tennessee 201–500 employees Public Company

Tritium manufactures DC fast chargers with proprietary power-electronics IP across three continents, now scaling production while wrestling with yield, BoM cost, and field-service complexity. The stack—MATLAB, LTspice, CAN, C/C++, PLECS—reflects deep analog and firmware work typical of hardware-first charging platforms. Active hiring skews toward mid-level and principal engineers, concentrated in electronics design and manufacturing ramp, suggesting a company transitioning from prototype maturity into high-volume production.

Tech Stack 11 technologies

Core StackMATLAB C++ Linux Salesforce Apex LTspice CAN C PLECS OCPP Lightning Web Components

What Tritium Is Building

◆Challenges

Yield improvement
Balancing cost, features, and delivery timelines
Optimizing bom cost and reliability
Improving service metrics
Inventory management
High-volume production transition
Firmware robustness for production release
Remote field firmware updates
Complex charging infrastructure design
Scaling ev charging deployment

▲Active Projects

Npi and production ramp of electronics products
Dfm/dft outcome improvement
High-power electronic modules for fast chargers
Verification plans for modules
Field service planning strategy implementation
Service metrics analytics reporting
Ev service solutions deployment
Designing and prototyping new circuitry and electronic systems
Ai-driven predictive modeling for spare parts demand
Automated workflows for hardware alerts

Hiring Activity

Accelerating10 roles · 6 in 30d

Department

Engineering

6

Manufacturing

2

Ops

1

Support

1

Seniority

Mid

4

Principal

3

Senior

2

Lead

1

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About Tritium

Tritium designs and manufactures DC fast-charging systems for electric vehicles, operating production facilities in the United States, United Kingdom, and Australia. The company has deployed over 21,000 chargers across more than 50 countries. As a public company within the Exicom group, Tritium combines in-house power-electronics design (C, C++, MATLAB-driven simulation) with manufacturing scale. Current focus areas include new product introduction, design-for-manufacturability, high-power module development, and remote field-service infrastructure—reflecting typical challenges of hardware businesses scaling from engineered prototypes into distributed, service-dependent products.

HeadquartersLebanon, Tennessee

Company Size201–500 employees

Hiring MarketsUnited Kingdom, Australia, United States

Frequently Asked Questions

What is Tritium's tech stack?

Tritium uses MATLAB and LTspice for power-electronics simulation, C and C++ for embedded firmware, CAN for vehicle communication, PLECS for circuit modeling, OCPP for charging-network protocols, and Linux for runtime systems. Salesforce and Lightning Web Components support CRM and field operations.

Where does Tritium manufacture chargers?

Tritium operates state-of-the-art manufacturing facilities in the United States (Lebanon, Tennessee headquarters), the United Kingdom, and Australia, with chargers deployed across more than 50 countries globally.