Our strength is not only software development, but understanding the complete embedded system — from requirements and architecture through implementation, hardware-software integration, debugging and validation. We can start with a small scope, demonstrate our capability, and scale the team based on the customer's workload.
In addition, AuMi has growing capability in power electronics, motor control and eMobility, allowing us to support projects that combine embedded software with real-time control and hardware.
What We Can Take Up
Filter by domain to find relevant areas. Every capability is backed by production ECU delivery — not just academic knowledge.
Automotive Embedded Software
Microcontroller-based ECU firmware development from peripheral drivers through application layer — Embedded C/C++, hardware-software integration and debugging in automotive development environments.
Classic AUTOSAR Architecture & Development
End-to-end Classic AUTOSAR stack development — BSW configuration, MCAL porting, OS/SchM setup, RTE generation, SWC integration, diagnostic and communication stack integration for production ECUs.
Bootloader & ECU Startup Software
Bootloader development and integration, boot-time software and startup sequence design, flash programming and software-update concepts. Low-level debugging of startup and initialisation problems.
Automotive System Engineering
Requirement analysis and decomposition, system-level architecture, hardware/software interface definition, ECU feature development, interface specifications, technical documentation and root-cause analysis.
Embedded Linux & Advanced Embedded
Embedded Linux concepts and development, application/driver/interface-level integration, system bring-up and debugging. Hardware/software integration at the OS level for high-compute automotive nodes.
eBike & Light EV Control Units
eBike motor-control ECU firmware — BLDC motor control, battery/BMS interface, vehicle-level electrical architecture, and communication integration for display, throttle, PAS, brake and motor-controller interfaces.
Power Electronics & Embedded Control
DC-DC converters, inverters, e-Axle and power supplies. BLDC/PMSM motor control with FOC and SVPWM. STM32-based real-time control systems. Gate-driver, ADC, PWM, current/voltage sensing integration. SMPS and transformer design and manufacturing.
OEM / Tier-1 Process Experience
Production-oriented automotive engineering with hands-on experience across OEM/Tier-1 development environments in India, Germany, China and Japan. ASPICE CL3, ISO 26262 and ISO 21434 familiarity.
Engagement Models
Flexible engagement structures designed to fit the customer's workload, timeline, and development maturity — from a defined work package to engineering support within an existing team.
Complete Work Package
AuMi takes end-to-end responsibility for a well-defined engineering work package — from requirement receipt to documented delivery.
- Requirement → Design → Implementation
- Integration → Testing
- Documentation & Release
- Full deliverable ownership
Module-Level Development
Customer retains overall architecture ownership while AuMi develops specific modules within the existing system.
- Bootloader components
- Communication / diagnostic modules
- AUTOSAR components & MCAL integration
- Motor-control software modules
Engineering Support
Senior AuMi engineers embedded within the customer's existing team to accelerate delivery and resolve technical blockers.
- Architecture & code reviews
- Root-cause analysis & debugging
- Integration support
- Development acceleration
Prototype / Proof-of-Concept
Rapid PoC development to validate feasibility before committing to full-scale development programmes.
- MCU selection & HW-SW architecture
- Control algorithm validation
- Communication concept PoC
- Power-electronics control concepts
Delivery Process
A structured, transparent engineering process — from first understanding your requirement to final customer integration.
Understand
Understand requirement, existing architecture, tools and environment
Define
Scope, interfaces, deliverables, assumptions and dependencies
Plan
Engineering tasks, milestones and review checkpoints
Develop
Senior team development with coding, review and documentation
Validate
Unit testing, integration testing and functional validation
Deliver
Release with design, test results and integration documentation