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Digital Engineering
Reimagining the Business Value Chain with Digital Expertise
Transform the way you design, develop, and deliver products with seamless integration, digitisation, and automation of design ecosystems. By embracing digital technologies, businesses can create smart, connected products and adopt intelligent manufacturing practices, enabling swift responses to evolving market demands and enhancing competitiveness.
Strategic Digital Innovations
Case Studies
Converging transformation and growth to integrate innovation
Case Study
Design & Development for Golf Cart ORVM
Case Study
Design & Development of Flexible switches for commercial vehicles
Case Study
Design & Prototype of Plug and Play system and Driver Drowsiness Detection system
Case Study
Design and BOM generation of LED DRL and RCL lamps for PV’s
Case Study
Development of Safe and Reliable Truck Brake Controller
Case Study
Development of Smart Vehicle Telematics
Insights
Stay ahead with expert insights and innovative ideas
Blog | Oct 18, 2024
Manufacturing Trends and Priority Areas in the Post Covid-19 World
The future of digital engineering is shaped by cutting-edge trends, including AI-driven solutions, digital twin applications,
Blog | Jan 07, 2025
Top Trends Shaping the Future of Digital Engineering in 2025
The future of digital engineering is shaped by cutting-edge trends, including AI-driven solutions, digital twin applications,
Contact us
Motherson Technology Services Limited
C- 26, Sector 62, NOIDA – 201309, U. P. India
- + 91 120-436-5555
- + 91 120-436-5556
- info.mts@motherson.com
Our Products
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End-of-Life Support
Extending Product Lifespan and Usability
- Obsolescence Management
- Reverse Engineering
- Porting and Migration
- Product Certification
- Maintenance and Repair
Conceptualisation
From Ideas to Feasible Blueprints
- Industrial Design
- Competitor Analysis
- Feature Benchmarking
- Concept Generation
- Styling and Ergonomics
- Functional Specifications
Active Product Support
Optimising Performance and Product Lifecycle
- Process Qualification
- Technical Manuals and Training
- Field Implementation
- Value Engineering
Design and Development
Detail-Oriented Engineering for Precision Output
- Product Architecture
- PCB Layouts
- Modelling and Detailing
- Geometric Dimensioning and Tolerancing
- Structural and Thermal Analysis
Manufacturing
Scalable Production with Advanced Processes
- Technology Transfer
- Fixture and Tool Design
- Prototyping
- Factory Automation
Testing
Assuring Quality and Performance
- Component and Material Qualification
- Functional and Performance Testing
- Compliance Testing (Environmental, EMI/EMC)
Conceptual Design:
From Vision to Realisation
- Industrial Design and Styling: Focused on ergonomics and user-centric solutions
- Market and Usability Analysis: Incorporating customer feedback and competitive benchmarks
Engineering Design:
Precision and Functionality
- Component Design: Engineered for robust performance
- Product Attributes Development: Ensuring functionality and reliability
- Electronic Packaging: Seamlessly integrating electronic components into mechanical designs
CAD Modelling:
Engineering Accuracy
- 3D CAD Modelling: Manufacturing-ready designs with precision
- Bill of Materials (BoM) and Detailed Drawings: Streamlining production processes
- GD&T and Compliance Standards:: Ensuring accuracy and alignment with regulations
Advanced Simulations:
Pushing Technical Boundaries
- Vibration and Nonlinear Mechanics Analysis: Improving product durability
- Thermal Management: Analyzing heat dissipation in electronic systems
- Kinematic and Dynamic Simulations: Verifying seamless motion and operation
- Aging, Creep, and Media Path Simulations: Enhancing product longevity
Reliability Engineering:
Ensuring Product Integrity
- FMEA/DFMEA: Identifying and mitigating potential failure modes
- Warranty Analysis: Supporting long-term product reliability
- Customised Test Plans: Tailored to meet specific product requirements
Prototyping & Testing:
Bridging Design and Reality
- Prototyping Capabilities: Creating plastic and machined components
- Assembly Testing: Ensuring compatibility and integration
- Environmental and Stress Testing: Verifying resilience under real-world conditions
Manufacturing Support:
Ready for Production
- Tooling and Fixture Design: Enhancing production efficiency
- Manufacturing Documentation: Supporting seamless transition to large-scale production
From Ideas to Feasible Blueprints
- Industrial Design
- Competitor Analysis
- Feature Benchmarking
- Concept Generation
- Styling and Ergonomics
- Functional Specifications