Remote Software Engineer, Emerging Markets

About ALSO.

We’re ALSO, an electric mobility company originally conceived as a part of Rivian. We’re a passionate team of builders, dreamers, doers and innovators, focused on creating entirely new (not to mention, innovative and delightful) vertically integrated, small EVs designed to meet the global mobility challenges of today and tomorrow. Our mission is to inspire everyone to ride ALSO—replacing many local car, truck and SUV miles with ones on vehicles that are more affordable, more enjoyable and 10-50x more efficient.

ALSO is looking for a Staff Software Engineer, Emerging Markets - a hands-on Software Engineering Leader to own the end-to-end software architecture and development across the vehicle and connected ecosystem.

You will remain deeply involved in software architecture, firmware design, system integration, and technical decision-making, while also coordinating development across a small internal team and several specialist external partners.

The ideal candidate combines strong embedded systems expertise with the ability to drive complex multi-team software delivery, and is comfortable leveraging AI-assisted engineering tools to accelerate development and validation.

What you will do:

1. Software Program Coordination

Coordinate delivery of the software platform across internal teams and external development partners.

Responsibilities include:

• Managing the software development roadmap

• Aligning software milestones with vehicle development programs

• Coordinating firmware, cloud, and application development

• Managing technical dependencies between teams

• Supporting system integration and release planning

This aspect of the role ensures that multiple software work streams converge into a production-ready system.

2. Software Architecture and Technical Ownership

Own and define the overall software architecture for the platform, spanning vehicle firmware, connectivity, and cloud integration.

Responsibilities include:

• Defining the end-to-end software architecture

• Designing key elements of the vehicle firmware stack

• Establishing software interfaces between vehicle systems, cloud services, and applications

• Reviewing and contributing to embedded and systems-level code

• Leading architectural decisions for scalability, reliability, and security

• Guiding development of critical firmware components

You will remain hands-on with technical design and system integration, particularly for the vehicle control and connectivity layers.

3. Vehicle Embedded Systems Development

Lead development of the vehicle embedded software stack, including:

• Vehicle Control Module (VCM) firmware

• Battery Management System (BMS) firmware

• Power management and energy optimisation

• Diagnostics and telemetry systems

• Sensor and actuator integration

• Vehicle networking (e.g. CAN)

Work closely with hardware engineers to ensure tight hardware–software co-design.

4. Connected Vehicle and IoT Platform

Define and implement the vehicle connectivity architecture, including:

• Secure vehicle-to-cloud communication

• Telemetry and diagnostics pipelines

• Remote vehicle monitoring and control

• Fleet and asset management integration

• Over-the-air software updates

• Charging ecosystem integration

• Ensure the connected platform is secure, scalable, and reliable.

5. Software Engineering Leadership

Establish engineering standards across the platform including:

• Coding standards and best practices

• Development workflows

• Continuous integration and testing pipelines

• Simulation and validation environments

• Software quality and release processes

Provide hands-on technical leadership and mentorship to engineers and partners.

6. External Partner and Supplier Integration

Work closely with external engineering partners responsible for parts of the software stack.

Responsibilities include:

• Defining technical interfaces and integration requirements

• Reviewing partner architecture and code deliverables

• Ensuring adherence to engineering standards and security practices

• Integrating externally developed modules into the platform

• Supporting joint debugging and system integration

7. AI-Augmented Engineering

Drive adoption of AI-assisted software development tools across the engineering ecosystem.

Use cases include:

• AI-assisted code…