Mechanical Design Validation and Testing (MDVT) for Electrical, Electronic and Electro-mechanical systems

Date : 25 to 26 May, 2021

Time : 1310 Hrs to 1730 Hrs ( Online Mode )

INTRODUCTION

Design validation tests are performed to validate a product's design; as for design specifications, internal design or external standards, customer requirements, and product regulatory compliance testing. Test parameters and methodology are commonly derived from MIL, ASTM, ISO, ETSI, NEBS and IEC specifications are established by government agencies.

MDVT is generally comprised of dynamic (mechanical) and environmental tests, alongwith a combination of operational & non-operational tests with varying test parameters, carefully selected profiles to validate specific product design areas. MDVT is defined and performed based on a product's deployment (indoor v/s outdoor, mounting – Mobile / stationary), physical attributes (size, and weight), and industry needs (Automotive, Rail, Marine, Aero, Consumer goods, etc.).

Keeping this in mind, IMTMA has planned this program is aimed at covering Mechanical design validation and testing for Electrical, Electronic & Electro-Mechanical Systems.

FOCUS AREAS		KEY TAKE AWAYS
Test cases and related stress parameters, which need careful considerations during MDVT Temperature – How changes in temperature test a product's real life exposure and to evaluate component reliability Humidity – How exposure to various levels of humidity affects product performance Altitude – How higher elevations can create harmful stress on sealed components or product packaging Vibration – How products performs while undergoing various types of vibrations Shock – Effect of various types of shock needs to be evaluated Acoustic – Assure product meets end user's noise requirements by taking sound pressure and sound power measurements Airflow and thermal testing and analysis		Develop their knowledge in Mechanical design validation & testing Understand the fundamental concepts, most recent methodologies and contents of existing standards Understand test methods in the context of product validation Learn the benefits of product testing, validation and manage potential failure risks Participant profile Test engineers (Both in-house and customer representatives / witness) Experienced engineers and analysts in charge of Product validation activities Managers in charge of product validation teams and willing to improve their knowledge in product validation and the relevant processes Program managers who need to make critical decisions based on product validation results

Fee Per Participant (Per Login)

Rs. 5000/-
+18% GST

IMTMA Members/ Micro Companies/ Individuals/ Educational Institutions / Students/ IMTMA Non Members/ Others

USD 150/-

Overseas Participants

Group Concession : 20% for 3 to 5 and 30% for 6 and more delegates being nominated from the same company

Faculty

This Program will be conducted by Mr. Sivanarul Selvan P.
Mr Sivanarul Selvan P, is the well-known specialist consultant and Instructor in the RAMS Field, having a total of 30 years of experience, and served Multinational Companies and an entrepreneur. He is an Instrumentation & Control Engineer with CAD/CAM/CAE & Programming knowledge. He is practising RAMS for the last 15 years, and executed many Training Programs and Consultancy assignments to various Industrial verticals. He is specialized in RAMS, Reliability TEST methods & Plans, HALT, HASS & ALT, Physics of the failure, Design of Experiments, LEAN – Six Sigma.

For Registration Contact

Vinaykumar S
Programme Coordinator
8147559749
vinay@imtma.in

Dhananjay Talmale
9767164221
dhananjay@imtma.in

Contact Address

INDIAN MACHINE TOOL MANUFACTURERS' ASSOCIATION
Plot 249F, Phase IV, Udyog vihar,Sector - 18,
Gurgaon - 122015

Tata no- +91-124-6463101
Tel : 0124 4014101 - 04
Fax : +91-124-4014108

REGISTRATION : Prior registration with an online advance payment is must. Number of participants is limited and will be accepted on ‘First Come First Serve’ basis. A Certificate of participation will be issued to participants.