Your Partner
For Your End-to-End Automotive Engineering
Computer-Aided Design (CAD)
With CAD, we transform concepts into intelligent digital models that streamline design, validation and production processes.
scope of work
From concept creation to final series data release, our scope ensures end-to-end design support.
- Concept sectioning
- Packaging Study
- Ergonomics check
- Aesthetics considerations
- Tooling Feasibility
- Manufacturing Feasibility
- Assembly Feasibility
- Fit Finish & Gap/Flush Check
- Regulation Check
- Final Product integration inside vehicle.
Mechanisms
Our Mechanism Design expertise offers optimized kinematic solutions that enhance the performance, fit finish and usability of automotive products
scope of work
Our scope of work covers the complete mechanism development, from concept and design to validated solutions for IPs, door panels, and consoles.
- Air Vents (louvers, damping, shut off for airflow control)
- Glovebox Hinges (damped hinges for smooth opening/closing)
- Rotating / Folding Elements (sun visors, display covers)
- Inner Door Handle Mechanism (mechanical / electronic release with return spring)
- Latch & Lock Integration (secure locking / unlocking system)
- Window Regulator Mechanism (manual / electric sliding glass movement)
- Sliding & Telescopic Mechanisms (adjustable armrest trays, extendable storage covers)
- Storage Lid & Latch Systems (push-to-open, soft-close compartments)
- Rotating / Folding Utilities (cup holder trays, accessory holders)
Computer-Aided Engineering (CAE ) & CFD
Our CAE & CFD capabilities empower virtual testing, enabling smarter, faster, and more cost-effective product validation.
scope of work
Our CAE & CFD capabilities empower virtual testing, enabling smarter, faster, and more cost-effective product validation.
- Finite Element Modelling (FEM): Creation of accurate digital models.
- FEM: Evaluation of product behaviour under real-world conditions.
- Structural Analysis: Comprehensive studies including linear analysis.
- Structural Analysis: Comprehensive studies including non-linear analysis.
- Structural Analysis: Crashworthiness and thermal behaviour studies.
- Structural Analysis: Fatigue life, vibration response, and structural optimization.
- Process Simulation: Advanced simulations such as Mold flow.
- Process Simulation: Advanced simulations such as stamping and forming.
- Computational Fluid Dynamics (CFD): Flow, thermal, and aerodynamic analysis.
- Design Recommendations: Providing feasible, data-driven solutions to improve performance, reliability, and production readiness.
Tolerance Stack-Up (gd & t)
Through structured learning and hands-on practice, we build reliable design skills that ensure precision, functionality, and compliance in real-world applications.
scope of work
Our scope of work spans from tolerance analysis at the concept stage to validated assemblies ensuring functional and durability compliance
- IP: Misalignment of cluster hood and trims creates uneven gaps.
- IP: Variations in vents and decorative trims affect dashboard harmony.
- IP: Proper stack-up reduces squeaks/rattles and ensures seamless integration.
- Door Panel: Variations in door trim, handle housing, and armrest affect flushness.
- Door Panel: Stack-up impacts speaker grille, switch, and window channel alignment.
- Door Panel: Tight tolerance improves aesthetics, control feel, and door closing quality.
- Console: Sliding lids, cup holders need precise tolerances for smooth motion.
- Console: Misaligned parts like shifter bezel and trims affect premium look.
- Console: Proper stack-up helps maintaining soft-close and tactile functions.
- Console: Accurate tolerances ensure consistent user experience and assembly quality.
Knowledge-Based Engineering.(KBE)
KBE at IM Technologies leverages rule-driven automation to streamline processes and optimize efficiency from concept to release.
scope of work
Our scope of work spans from rule-based automation and design standardization to complete model validation and production data release.
- Design Automation
- Knowledge Capture & Reuse
- Standardization
- Error Reduction:
- Boosting Productivity:
- Seamless Integration:
Material Data System (IMDS)
KBE at IM Technologies leverages rule-driven automation to streamline processes and optimize efficiency from concept to release.
scope of work
Our scope of work spans from rule-based automation and design standardization to complete model validation and production data release.
- Global Regulatory Compliance: Adhere to ELV, REACH, RoHS, and GADSL standards.
- Global Regulatory Compliance: Minimize legal and environmental risks.
- Material Tracking: Monitor all materials used in components.
- Hazard Detection: Flag hazardous substances early in development.
- Sustainability Support: Promote eco-friendly and compliant material use.
- Centralized Data Sharing: Enable seamless OEM and supplier material data exchange.
- Material Selection : Help engineers choose compliant materials and reduce rework.
- Digital Traceability: Maintain transparent records across the part lifecycle.
- OEM Approval Readiness: Facilitate validations and reduce recall risks.
- Global Standardization: Ensure consistency across the supplier network worldwide.
PLM (Product Lifecycle Management)
Through PLM, we help organizations achieve efficiency, traceability, and innovation by integrating engineering with enterprise systems.
scope of work
We cover the complete journey, from structuring product data and workflows to enabling collaborative lifecycle management.
- Centralized Data: Single source of truth for CAD models, BOMs, and documents.
- Data Accuracy: Ensures consistency, accessibility, and reliability.
- Collaboration: Connects global design, engineering, manufacturing, and supply chain teams.
- Change & Version Control: Tracks revisions and maintains design history.
- CAD/CAE Integration: Integrates with CATIA, NX, Creo, SolidWorks and Windchill
- BOM & Compliance: Aligns EBOM and MBOM while meeting global automotive standards.
- Faster Time-to-Market: Reduces rework, streamlines approvals, and speeds launches.
- Supplier & IP Management: Secures data exchange, protects IP, and captures knowledge.
- Digital Twin: Provides end-to-end lifecycle visibility.
- Sustainability: Supports eco-friendly and compliant product development.
Batch Production for Testing & Validation
Our Batch Production process bridges the gap between prototype and mass production—enabling rapid turnaround, optimized tooling, and consistent repeatability.
scope of work
Our work begins with controlled batch production and concludes with reliable parts for performance and compliance testing
- Early Validation – Rapid prototyping to test concepts and reduce risks.
- Flexible Tooling – Quick adjustments with 3D printing, soft tooling, and modular Molds.
- Cost-Effective – Lower upfront investment for niche or early-stage products.
- Customization – Tailor-made solutions for interiors, exteriors, and features.
- Speed to Market – Faster design cycles and product launches.
- Material- Use of diverse material with CNC
- Tech freedom- Methods like vacuum casting and additive manufacturing can be used
- Agile- Market shifts can be adjusted easily.
- Compliant- Small batch production ensures OEM standards
Software & Product Design Training
Our training programs provide hands-on software and product design experience, preparing learners for real-world project challenges and validations.
scope of work
Our programs start with core software principles and culminate in practical, project-based design proficiency for professional readiness.
- CAD Software Training- CATIA, NX, Creo and SolidWorks.
- CAE: ANSYS, HyperWorks (structural, crash, NVH, thermal analysis), Mold flow analysis.
- PLM: Teamcenter, ENOVIA (data and BOM management).
- KBE (Knowledge-Based Engineering): Automates repetitive design tasks.
- IMDS: Training for global material compliance.
- Product Design Training: Plastics and sheet metal design, including BIW (Body-in-White), interiors, exteriors, trims, and seating.
- DFM/A (Design for Manufacturing/Assembly).
- GD&T (Geometric Dimensioning & Tolerancing).
Innovation Engineering
We bridge classroom learning and real-world engineering by offering project-focused training that transforms knowledge into validated design solutions.
scope of work
Our innovation engineering services guide concepts from ideation to validated solutions, ready for functional testing and real-world application.
- Multi-Sector Expertise – Driving innovation in Automotive, Medical, FMCG, Energy, and Defence.
- Automotive Solutions – From concept to production with focus on EV, safety, lightweighting, and sustainability.
- Medical Innovations – Partnering with doctors to engineer practical healthcare solutions and devices.
- FMCG Focus – Designing consumer-oriented products from idea to prototype.
- Energy & Sustainability – Developing efficient solutions with renewable technologies.
- Complete Support – From IP protection to end-to-end, production-ready delivery.
Plant Engineering Services
We provide comprehensive plant engineering designs across various industries, including oil & gas, process, fertilisers, utilities, renewable energy, and power. Our industrial packages are designed to enhance efficiency, ensure safety, and comply with international codes and standards.
scope of work
From concept to construction, we provide integrated engineering services including plot plans, P&IDs, 3D modelling, and MTOs.
- Piping Engineering Services
End-to-end piping design for EPCs, contractors, and OEMs optimized for performance and reliability. - 3D Modelling & 2D Design
Accurate 3D models and 2D CAD layouts using the latest tools and standards. - Detailed Engineering
Plot plans and Fabrication-ready isometric drawings.
Piping Stress Analysis
CAESAR II–based stress analysis ensuring safety and flexibility. - Industries We Serve
Serving Oil & Gas, Power, Chemicals, Manufacturing, and Water sectors. - Global Project Expertise
Proven delivery across India, Europe, and the Middle East.