TROUT GmbH’s business model is based on R&D contracting in the aforementioned areas and on establishing our product range. We specialise in technical/scientific software and systems engineering according to specified methods and standards. Our interdisciplinary solutions require expert system understanding and extensive technical knowledge, as a matter of course. We are known for our comprehensive design, problem solving and delivery. We deliver solutions tailored to our client’s needs. With services from consultation through to delivery we have been able to produce innovative solutions and would like to offer our services internationally through a commercial agency agreement.

With years of experience in biometric data processing, TROUT has extensive knowhow in incorporating artificial intelligence (AI) and machine learning in their innovative products and solutions. Two notable examples are VitaB where machine learning is used to acquire vitality parameters and to classify cognitive condition; and NivaB where non-invasive determination of blood glucose is performed by impedance spectroscopy and the application of neuronal networks.

TROUT is certified for electronics and system developments in the fields of automation, medical technology, defense and aerospace according to DIN ISO 9001: 2015. Find here our current certification certificate as PDF file

TROUT works closely with the universities of Kassel, Göttingen and Darmstadt, is always up-to-date with research and development and maintains intensive contact with semester and bachelor theses as well as industrial internships with students and graduates of the respective engineering sciences.


Please tell us which projects or tasks you are interested in. After consultation with our customer, we will provide you with specific contact person. In this respect, we ask for your understanding, as absolute confidentiality must also be guaranteed in the interests of our customers.

Medical Engineering
  • Project Management
  • Test design and execution
  • SW- and Hardware-Components
  • Documentation according to FDA rules and regulation
  • Development of medical devices

Industrial Automatiion | Automotive
  • On-Board-Testing
  • Process Control System-SW
  • Robotic-SW
  • Communication (dynamic LANs, bus systems, APIs)
  • CAN-Bus-Applications
  • Measurement technology (digital, analog, HF)
  • Training (CBT, WBT)
  • Simulation (flying systems, ground stations)
  • Ground stations (operational and control software, communication, data evaluation)
  • Flying systems (position control, experiment control)
  • Tools for software developer
  • Database system for risk management
  • SW quality assurance products
  • Test software (SW-in-the-loop, HW-in-the-loop, on-board)
  • Project management tools (project plan, QM, configuration)
  • Taking on the roles: program / project manager, quality manager, configuration manager
  • Products and activities according to standards (e.g. V-Modell)
  • Documentation according to standards
  • Development of technical offers
  • Emergency measures for critical (deadline, performance, costs) projects
  • Assessment of products & resources in the context of: restructuring, organizational optimization, reorganization
  • Methods and standards in software engineering and project management
  • Use of software tools in the development cycle of systems (requirement management to system test, also HIL & SIL)
  • Analyzes, Concepts
  • Testing (SW, HW, adapters, systems, off-line)
  • Simulation (training, strategy, systems)
  • NBC (sensors, evaluation / representation, spread / predictions)
  • FmEloAufkl (evaluation / display, simulation / moving objects, databases)
  • Guidance systems (SW, interfaces)
  • Communication (measurement technology / safety, dynamic LANs, APIs)
  • EMC (antennas, evaluation / predictions, booths / measuring devices, measuring procedures)
  • Robotics applications
  • Bus systems (CAN, Av.)
  • Missile control systems
  • Training (CBT, WBT)


Martin Bussas

In 1992, Martin Bussas received a degree in Physics from the Technical University in Munich and started work as a software engineer. He has a Blue Chip corporate background, having started work at IABG Industrieanlagen Betriebsgesellschaft mbH in Ottobrunn / Munich.

In the following he worked, among others, for Rheinmetall AG:

  • Diagnostics: internal and external test system for vehicle electronics
  • Driver information system: interactive visualization of vehicle data in real time
  • Software: Overall concept of software for mission and logistics planning

and T-Systems International GmbH:

  • Analysis of a test system for vehicle electronics in the course of a consulting contract for a large South German automobile manufacturer
  • Advanced development of a planning and simulation system for functional testing of vehicle electronics in series production

During this time Martin Bussas led a variety of projects, developing and implementing software and hardware. At T-Systems he was part of the local management team, gaining extensive knowledge and know-how in management and business development

Hartmut Fischer

Hartmut Fischer

until 1975: Apprenticeship

  • A Levels
  • Internship
  • Studies

until 1984: Industry Activities at KMW, Thyssen, MBB (EADS), SCS (debis)

  • Development Engineer
  • Project Engineer
  • Project Manager
  • Assistent to the works manager and person in charge for EMC and computer aided production and test
  • Senior-Consultant

from 1984: Founder and managing director of a Software- & Consulting enterprise

  • Aerospace, defense and automation.
  • Taking on all roles in projects

1997: Sale of the enterprise as Management-Buy-Out to four employees

until 2004: Management consultant with a focus on emergency measures for critical high-tech projects (deadline, performance, costs). Business angel in the high-tech area and expert SW / HW.

Joint establishment of TROUT GmbH

With the foundation of TROUT GmbH, activities in the field of medical technology were strengthened, including the development of a system for the non-invasive detection of blood sugar levels and a pilot project for vitality data analysis.

  • 300 projects software development, e.g. B. Radio astronomy station, missile systems, process automation, automated test systems for medical technology products, ECM / EW / EMC systems, Internet applications etc.
  • 20 projects hardware development, e.g. B. Interface for optical sensors, bus interface for vehicle bus systems, antenna calculation and construction, GPS interface, etc.
  • Approximately 200 projects advice, e.g. B. Assumption of management roles in projects (PM, QM, KM), expert opinions, analyzes, concepts, documentation according to standards, Corporate reorganization, (technical) offer preparation etc.


Pilot Projects