Engineering Design & Services provides onsite consulting and offshore CAD / CAM development services. Specializing in enterprise CAD / CAM development and Enterprise Engineering Integration Services, Engineering Design & Services provides total life-cycle support for both onsite and offshore projects. Our US – based onsite Consultants, provide comprehensive on-site support while the major CAD / CAM engineering development work is done at the Offshore Development Centre in India

The Engineering Design & Services business model adopts a true CAD/ CAM engineering factory approach. Our onsite operations are backed by a pool of on-site consultants who provide high-level design and project development support. They are, in turn backed by the Offshore Development Center that executes offshore projects and also provides a 24 x 7 technical support desk.

Engineering Design & Services provides a range of CAD / CAM Services on Unix, Solaris and NT platforms. Using established methodologies and tools, covering the entire project cycle from designing to development and testing of projects from its development facility.

• Engineering Processes
• Mechanical Engineering
• Product Lifecycle Management (PLM)

Engineering Processes

• Firmware development, application development, hardware development, reverse engineering, modeling and code-generation.
• HIL/MIL/SIL testing, MCD tools, verification services, advanced engineering and R&D in body controls, power train, chassis, diagnostics, infotainment and security.
• VLSI , Testing and Application Software including Interface solutions.

Engineering Processes

• Sales Order Management, includes Sales order processing, Support order, Invoice Management, Purchase order, shipment, Sales and inventory Reporting etc.
• Bid Management includes Technical specifications, tender Analysis, Technical drawings, costing identification, and risk analysis.
• Customer Support Centre and Warranty management, and Product Configuration services. Sourcing and Supplier Management, Data Management, Animation, 3D and E-learning. E-catalogue, Ios and Android Technologies.

Mechanical Engineering:

• Asset Management Services Includes : MIM- Material and Inventory Management, ETDW –Engineering Tools and Data Warehouse, EIM –Engineering Information Management, Asset Managing, Monitoring and Tracking, Engineering Tools and Integration management.
• Computer Aided Engineering (CAE) : including all kinds of Analysislike Fatigue, Static, Dynamic, and Thermal.

Automotive: Automotive engineers design, develop, test and build domestic motor vehicles, racing cars and motorbikes. They also work on improving components like engines, electronics and aerodynamics.

Three main areas - Design, Development and Production:

• Design : turning ideas into blueprints for development and testing, taking into account the reliability and safety, cost-effectiveness, environmental impact and look
• Development : building and testing prototypes using computer simulations and physical models to assess components' strengths, weaknesses, performance and safety
• Production : planning the production run, including redesigning machine tools, equipment and processes to make new parts, monitoring costs and production schedules, and overseeing quality control
• Mechanical Design Services (MDS) : Industrial Design, Hydraulics, Metal Forming, Plastic and Polymer and Power Train technologies.

Product life cycle management (PLM) at a conceptual level deals with optimization of ‘creation’ processes for product / services or design of production processes, across enterprise. Challenges in the ‘creation’ processes that drive the design of a robust PLM strategy and implementation are:

• Product information not structured around ‘creation’ processes (i.e., no new product development and introduction (NDPI) view in PLM strategy)
• Inability to leverage collaboration across the extended enterprise (suppliers, vendors, customers), in the context of the product life cycle
• Inability to measure and optimize product life cycle cost: Product performance and analytics, total cost to the customer, knowledge management (of creation process) are some of the life cycle-wide characteristics that have a direct impact on business metrics

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