Utilising the global resources and expertise of LMS Engineering Services team to overcome specific product development issues. No problem too big...or too small.

LMS Engineering

Over the past 25 years, LMS Engineering Services has developed a unique track record in supporting leading automotive, ground vehicle and other companies in engineering innovative products and optimizing their development processes. LMS Engineering Services offers a unique combination of engineering skills, development experience, and application know-how. LMS support its customers in optimizing their designs for key functional performance attributes, including acoustics, NVH, reliability, system dynamics, ride and handling, and structural integrity. LMS engineering expertise teams spans the complete product development cycle, from concept development through detailed attribute engineering all the way to final prototype refinement.

Functional performance attributes

Noise, Vibration and Harshness

LMS can take full development responsibility for vehicle NVH, from concept to full vehicle, focusing on solving specific NVH shortcomings in newly developed or existing vehicles, or assisting NVH engineering teams in optimizing their own processes and practices.

Durability

LMS Engineering assists OEMs and suppliers in developing components and vehicles with optimal fatigue and strength characteristics, making sure that parts are not too heavy or too expensive to manufacture profitably.

LMS is a primary technology partner for Mercedes Car Group in the areas of durability, NVH, handling and ride comfort...

LMS has been supporting more than 20 years of "driving innovation" at Renault and was selected as their strategic NVH engineering partner. The car maker also calls on LMS for durability and acoustic simulation...

At Caterpillar, LMS solutions are used to optimise the vibration comfort and noise performance of new designs, from the early virtual prototype stages up to the final prototype validation...

LMS developed a longstanding relationship with NISSAN and supports its engineering teams with numerous NVH engineering projects and with NVH testing...

Scania uses LMS virtual simulation solutions to gain engineering insights early in the process and to explore more innovative concepts...

LMS motion simulation technology played a critical role in the design of Liebherr's innovative mining truck that carries 320 tons, almost twice its own weight...

LMS teamed up with Honda to accelerate its automotive design and refinement processes in key attribute areas such as NVH, durability and vehicle dynamics...

General Motors standardised on LMS systems to implement an integrated approach to NVH testing and analysis, and to reach new standards of NVH refinement...

LMS simulation tools helped John Deere to improve tractor comfort, while substantially reducing time to market by providing accurate performance predictions prior to prototyping...

BMW substantially improved its durability engineering process and reduced its development time and costs by implementing LMS durability solutions. LMS is also a key technology partner to BMW in NVH engineering and dynamic engine simulation...

LMS simulation solutions and testing systems are key to all the development programs at Ford in the US and in Europe, including Volvo, Land Rover, Jaguar and Aston Martin...

Mitsubishi Motors Corporation granted LMS the development responsibility for full-vehicle NVH, durability, ride and handling and cross-attribute optimisation for its next-generation vehicle platform...

Tuesday May 29, 2007
1:00pm - 4:00pm

Venue: Sebel Albert Park Hotel
65 Queens Road, Melbourne
(Opposite Albert Park)

Free Admission
Coffee and tea and refresments on arrival.

Secure off street parking under hotel available. Access via Lorne St, flat fee $11.50.

Presenter: Renaud Kenda
Director, LMS Engineering Services

Over the past seven years, in his role as LMS's Global Automotive Project Manager, Renaud Kenda has been responsible for working with the world's leading automotive manufacturers. He has assisted them to develop fast and efficient engineering for performances such as strength, durability, vibration, noise, ride and handling, kinematics and dynamics, crash, structural integration, etc. through joint technology and vehicle development programs. He became director of LMS Engineering Services in 2007.