• Design and Engineering

    services to meet your goals

Powertrain engineering and development services

We design Gasoline and Diesel or bi-fuel operated natural aspired or turbocharged engines. We also develop many technologies into engines like GDi, DOHC, EcoMax. Please check our powertrain page for more information.

Automatic transmission engineering and development

One of our top specialities is the capability of designing automatic Gearboxes. Different types of products are available to develop completely customizable. Please check our transmission page for more information.

Testing and validation services

We have in depth tests on test benches which can create almost 90% of the environmental situations. More than 30 parameters are checked and analyzed for maximum performance output. Testing and validation is a very critical process to perfect driveline development system. Please check our test and validation page for more information.

We provide comprehensive and supplementary other services beside driveline development processes.

Industries we work

The proportion of each industry is stated below. Automotive
sector has the most volume of our projects.

At a glance

The first principles …

Development and problem solving services

Technical consultancy and problem solving supports, are what we start with. Development, design and engineering of complex products such as powertrains and transmissions start from this stage. On the other hand, technology identification and evaluation, provision of technical capability, technical management and design analysis services are also included in this service.

Product test and validation

State-of-the-art product validation, accredits  to different standards. For instance ISO or DIN tests and instrumentation are a must and could be included.  However, not only all our powertrain or transmission projects will be validated internally by top German 3rd parties, but also we validate other projects if there is a need of it.

Product reliability

In-depth technical knowledge of reliability and failure analysis enables us to address most of quality issues in product design and manufacturing. This allows customers to further improve the operational performance and integrity of their products.

CONCEPT TO SOP

It all starts from concept. It will be tailored base on customer’s needs. High tech methods and cost effective solutions will be provided toward complete manufacturing processes.

CAE (computer aided engineering)

CAE process consists of preprocessing, solving, and post processing steps. Some of the works are shown here. You can see how we use computers to define concepts into working models.

DYNAMIC ANALYSIS AND KINEMATICS INCLUDING MBD

FEA, HEAT AND STRESS ANALYSIS AND CALCULATION

3D BASE AND DETAILED DESIGN

FLUID DYNAMICS AND FEA ANALYSIS

3D MESH OF HYDRAULIC CLUTCH SYSTEM

DYNAMICAL 3D CARVE NONLINEAR ANALYSIS MLCV P2 AND P3

SHAFT T DESIGN

MLCV of HYDRAULIC CLUTCH DYNAMICAL CASE IN MAXIMUM TORQUE – 3D VIEW OF CURVE

DIN3990B GEAR DESIGN AND CALCULATIONS

Very high precision hexahedron meshing ability of complete product in CAE progress

Hexahedron meshing is more precise in complex modeling and advance FEA calculations. In comparison with tetrahedrons, it has better ability to handle materials in CAE.

Engineering systems

COMPLEMENTARY PROCCESSES

  • Process/assembly and production optimization
  • Welding, heat treatment and process complete documentation
  • Complete 2D and assembly drawings including BOM
  • Hydraulic circuit design and circuit simulation
  • Electronic/programing and mechatronic services
  • Tooling design and documentation
  • CNC and milling programming
  • After sales services, overhauling and repair documentation

The workflow

HOW WE DO IT

  • First we define the problem or the need of a certain property or product.
  • We then do a background research.
  • Afterwards we specify all requirements.
  • And then we choose the best solution.
  • Concept is created.
  • Development work will begin.
  • We do the packaging and run full CAE.
  • And then we build a prototype.
  • Testing and Redesigning, calibrating will finalize the product.
  • All necessary documentations will be created to deliver.
  • Then the mass production will begin.