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Our software and hardware product portfolio

Solutions we provide to our valued customers

See what ThaiGerTec engineers are capable of


ThaiGerTec is providing sophisticated solutions and services in the field of automotive software development and testing. Furthermore, ThaiGerTec is developing customized software and hardware for its customers as well as for in-house usage.

Our Responsibilities within the Automotive Software Development Process

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Figure: Click on a responsibility on the V-Model to jump to this section

Software Unit Design (Functional Development)

Key features

  • Designing and developing components that will be integrated into the vehicle's system later
  • Developing a high level model which matches with the requirements/specification
  • Higher level software design, faster verification process, and higher readability to reduce human errors

Code Languages:

  • C, C++
  • Python
  • Matlab scripting
  • Perl

Software Implementation

  • Low-level code is automatically generated from the developed model
  • Ensuring Code Correctness and Detecting Run-Time Errors


  • Systems engineering services for hybrid/electric powertrain
  • DCDC and AC- & DC- charging solutions for battery operated vehicles
  • Model based software development
  • ISO 26262 confirmed Software development
  • SW safety gap analysis and optimization solutions

Software Applications and Hardware Devices:

  • MATLAB, Simulink-stateflow, INCA, HP ALM, CANalyzer, CANoe, Lauterbach Debugger Trace32, SVN, GIT, TESSY, Customer Tools, Eclipse, DOORS, Carmen, PTC modeller (UML), Data dictionary, Dignostic data base, JIRA, CRETA (calibration database), Polyspace
Software Unit Test (SUT)
  • Inspecting source code against coding rule from Industrial and customer standard
  • Design and review test case to test each component against requirement.
  • Performing the test in the same processor which will be used in the car (PiL)
  • Performing unit test in object level
  • Analysis of 'failed' cases
Software Integration Test (SIT)
  • Design and review of test package against test specification and requirement
  • Performing of single component integration test execution
  • Component interface testing
  • Analysis of the 'failed' cases

HiL Equipments
Micronova HIL, dSpace, MicroFuzzy µHIL , iSB14 & mini HIL, Vector Hardware, static & dynamic Restbus Simulation (IXXAT and dSPACE)

Software Acceptance Test (SAT)
  • Requirement-Based
  • Requirement Review
  • Test case development
  • Functional Safety Test Execution


  • Planning, coordination and monitoring of the test activities
  • Creation of the master test concepts
  • Organization of the test equipment and ECUsTest specification, implementation and executionTest automation
  • Permanent improvements of the test process
  • Reporting, failure analysis and metrics – automated or customized
  • All test activities are logged in costumer own and/or MicroFuzzy JIRAThe tests and test results are stored in SVN
  • Our Testers are ISTQB Certified
  • ISO26262 conform testing, to ensure that the embedded software fullfils the software safety requirements
Software Development
We are developing customized software tools to satisfy our customers' and our own needs and requirements to optimize the working process. Moreover, we develop software for our own hardware products. Tools developed by ThaiGerTec are used in following fields:
  • Requirements Management
  • Project and Resource Management
  • Data Acquisition and Processing
  • Testing
  • Monitoring
  • Diagnosis
  • Documentation
  • Embedded Software Development
Hardware Design & Development

Our hardware department consists of a team with expertise in several fields. We design & develop our own hardware products as well as customized products for our customers.
From Schematics / Layouts, PCB design, ciruitry and FPGA design to thermal analysis and housing design, we are delivering a broad range of solutions for various tasks.
See our product portfolio for a full list of our own hardware solutions.

Mechanical Design

  • 3D-CAD
  • Thermal Analysis
  • CFD & FEM analysis
  • Test Bench: E-Motor Testing
  • Housing Design
  • Rapid Prototyping

Hardware Design

  • Signal Processing
  • Digital and Analog Design
  • Communication Technologies: CAN, FlexRay, LIN, Homeplug Green Phy, LoraWan, NFC, GSM
  • Schematics / Layout
  • Circuit Simulation
  • PCB Design
  • FPGA Design
  • Power Electronics
  • IoT Development

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