IMTMA has taken a positive initiative in providing state of the art facilities and industrial expertise to establish a high-end Design Institute for the cause of moulding fresh engineers into specialized machine tool designers. IMTMA Design Institute aims to extend the Machine Design Training programmes to machine tool and other companies for the benefit of training their fresh hires and young engineers from engineering institutes to make them industry ready designer engineers.
Machine Design is everything and everywhere. It is innovative, creative, communicative & constructive. Machine design is a complex process and has both definite outcome. It is the process of turning ideas into tangible things.
Machine Designer is a multidimensional professional by virtue of the fact that he takes care of the total system of product manufacturing from concept to final product. A good designer should be a good problem solving professional, a logical thinker and design a product with DFMA approach at low cost and delivery.
IMTMA Design Institute provides a comprehensive course on machine design to meet the above challenges in industry and make them more employable and productive.
Key Features
Unmatched industry focus
Reducing the learning curve for freshly hired engineers
Encompassing systematic design approach
Focussed for higher productivity and efficiency
Sharing of industry vide practices
Enabling Experience on latest technology and machinery
Hands-on Training Sessions
Experienced Industry experts as faculty
Machine Design Curriculum blended with the latest Design trends
IMTMA certification
Placement assistance
Training Facilities
Advanced CAD Laboratory & Digital Classroom
Independent and dedicated work station with CAD an CAE software
Making Engineers Industry Ready Design engineering is one of the key functions in any product manufacturing industry. The solution in physical entity or form for any problem would be a reason for the development of products. Visualizing the product shape, kinematics, motions, selection of critical mechanical elements, optimization for cost, material, reliability, manufacturing, and assembly are the key skills for any machine designer. To become a successful designer, he needs to have a complete knowledge on manufacturing activities includes, including process, production, quality, assembly and testing. In view of this, IMTMA Design Institute is organizing a comprehensive and hands-on training programme on Machine Tool Design – Special Purpose Machine for young engineers and fresh hires.
Training in Digital CAD laboratory with CAD/CAE soft wares
Training by Subject Matter Experts with more than 35+ experience in industry
Learning by Doing: Blend of Classroom (40%) and practical sessions (60%)
Practicing in making manufacturing Drawings, CAD modelling, Assembly modelling, Simulation and analysis
Refreshing theories on SOM, EM, Kinematics of Machines, Mechanical elements and Engineering Materials
Hands on calculations and validations on standard elements like Bearings, Belts, Keys, Shafts, gears, CAMs etc..
Theoretical know how on Dimensional Tolerance and Geometrical Tolerance with measuring practice in shop floor
Hands-on practice in various measuring instruments used in the production shop
Project work with real-time SPM design from scratch to final design
Presentation / Exercises to acquire the necessary Soft skills
Weekly Assignments and Tests
Mock interviews with preparation for placement interviews
Training on CAD SOLIDWORKS
Hands-on training Manufacturing drawings and practice
Tolerance and GD&T – what why and how
Engineering basics SOM and EM – Refreshing from a designer point
Kinematics of Machines – A refreshing from a designer point
Introduction to CNC machines GPM and SPM
Cutting tools and selection
Engineering materials – Insight and selection
Design of metal cutting Special Purpose Machine – Project
Overall design concept, Machine specification
Design of Spindle for milling
Design of Linear servo slide & Hydraulic Slides
Selection of Ball screw and LM Guides
Selection Anti-friction bearings
Selection of motors
Hydraulics and pneumatics
Design evaluation for bearing life, spindle stiffness, critical speed and inertia
Introduction to Electronics and Electrical for Mechanical
Design of machine structure
Overview on coolant system and lubrication system
Hands-on Experience on FEA Tool
Industry Visits
Confidence in Machine Design
Confidence in Manufacturing drawings par industry
Intensive know how on the design of machine elements
Design thinking
Problem-solving skills
Strong in engineering basics
Hands-on experience in Machine Tool design – GPM / SPM
Knowledge in systematic design approach
Technical competency for the manufacturing industry
A Certificate of participation based on the performance
Placement support across manufacturing industries
Industry readiness
Better employability quotient
Higher confidence in machine design task
Higher probability to link in manufacturing companies
The Finite Element Analysis is a powerful engineering analysis and has been widely used in engineering since 1950. The course “Finite Element Analysis and Product Optimization” is a 6 weeks comprehensive programme for fresh mechanical engineers who are aspiring to build their career as CAE Expert in product manufacturing domain.
This training presents the theory and applications of the Finite Element Method using ANSYS/HYPERWORKS. ANSYS Mechanical / HYPERWORKS are the FEA tools that are widely used across the manufacturing domain for analysing and solving complex mechanical problems. These tools are used to predict the behaviour of the components and sub-systems in the manufacturing and real-world environments. These soft wares globally supports engineering simulation solutions by delivering high-quality products developed in lesser time through more information-based process. This course teaches FEM concepts and tool use in an integrated fashion.
Training in Digital CAD laboratory with CAE soft wares Ansys, Altair Hyperworks and Solidworks
Training by Subject Matter Experts with more than 35+ experience in industry
Learning by Doing: Blend of Classroom (40%) and practical sessions (60%)
Practicing in making CAD modelling in FEA tool, Simulation and analysis
Refreshing theories on SOM, EM, Kinematics of Machines, Mechanical elements and Engineering Materials
Hands on calculations and validations on standard elements like Bearings, Belts, Keys, Shafts, gears, CAMs etc..
Theoretical know how on Dimensional Tolerance and Geometrical Tolerance with measuring practice in shop floor
Project work with real-time design analysis
Presentation / Exercises to acquire the necessary Soft skills
Weekly Assignments and Tests
Mock interviews with preparation for placement interviews
Basics of Finite Element Methods (FEM)
Basic & Advanced Solid Modeling
Hands-on Training on ANSYS and HYPERWORKS
Method of Import and align the geometry
Making of geometry for FE modeling
Generate shell-mesh & solid mesh with 2D and 3D elements
Typical live project exercise from Automobile, Machine Tool, and Industrial machinery
Revisiting of mechanical engineering fundamentals ie. SOM, Mechanics and Materials science
Training on CAD modeling, manufacturing drawings, GD&T, Design of machine sub-assembly and structures.
Strong theoretical understanding of FEM
Application of FEM to practical engineering problems
How to perform engineering simulations using ANSYS
Structural mechanics simulations using ANSYS Mechanical
Mathematical models underlying simulations
Building simulations of real-world applications
Verification and validation of simulations
How to approach engineering analysis and simulations like an expert
Efficient modelling techniques
FEM competency to enter manufacturing companies as FEM expert
Fresh graduates with an aggregate score above 70% or equivalent CGPA from BE or B Tech, ME or M Tech.
Fresh hires and engineering trainees from industry to acquire FEA/FEM skills.
6th or 8th-semester students can also participate, satisfying the above criteria.
Working Design professionals
6th or 8th semester students can also participate.
HV Rajashekara - Advisor and Head IMTMA Design Institute
BL Patil - Senior Executive Officer – IMTMA Design Institute
Ganapathi KN - Industry and Academic Expert
Dr. Krishna Rao – Industrial expert and Academician
Dr. V Bharat – FEM expert and Academician
Maqsood A Khallaq – Industrialist and Machine Tool Design Expert
Arunakumar – Industry Expert and Machine Design Expert
Participant feedback:
A refresher session on the basics would have been helpful at the start as in my current job profile the hard sciences are not that much dealt with on a daily basis
Mr.Athul Sajan Titan Company Limited
I loved the course material especially because of Bharath Sir. My goal was to learn FEA simulation and Thermal. The expectations were met by Bharath Sir. Only suggestion is could have been a bit longer duration of course.
Ms. Vaishnavi G
Participants Feedback
I blindly suggest the passionate engineers who want to aspire in design career. I joined IMTMA DESIGN TRAINING COURSE. later changed my reality of difference between a CAD Jockey and a designer....before joining IMTMA, I attended an interview where they told me you are poor at mechanical fundamental and it's highly impossible to get a job because you are literally poor at mechanical fundamental, I lost all the hopes in life as a mechanical engineering, I felt like the industry doors are shut to me, but the MD of the industry where I went for my first interview suggested me on IMTMA Design course. After joining IMTMA everything changed. I was worried about the job but I got the job in the middle of the course...I thank all the IMTMA faculty for their support, guide and delivering the impeccable knowledge to us, the faculty in IMTMA are having more than 30+years of experience in design field highly skilled faculty, even sometimes if you are lucky enough the CEO of MNC company will come and teach you..!!!
Mr. Nitin B D Rajeev
Institute of Technology (VTU), Hassan Design Engineer at Vinnovative Engineering
The experience is out of words. The knowledge i have now and i had before is incomparable. If anyone is looking to gain a deep insight into the job of mechanical engineer in the industry i would like to suggest them to visit IMTMA once and take a course they are offering for all the individuals. The information they provide, and the inputs we get from faculty here is worth every bit. Overall just superb.
Mr. Darshan Yatheesh
University of Canterbury, New Zealand Design Engineer at Ucam
A refresher session on the basics would have been helpful at the start as in my current job profile the hard sciences are not that much dealt with on a daily basis
Mr.Athul Sajan Titan Company Limited
I loved the course material especially because of Bharath Sir. My goal was to learn FEA simulation and Thermal. The expectations were met by Bharath Sir. Only suggestion is could have been a bit longer duration of course.
Ms. Vaishnavi G
FAQ
Yes. We do facilitate for placements at core industries for all the participants who have completed training successfully.
All faculty are from various industries with rich experience of 30+ years from various domains
Yes. All candidates will be taken to the Industry visit to connect the training and observe / learn industry practices.
We have SOLIDWORKS, AUTOCAD, ANSYS, PTC CREO for Design course and CADEM, MASTERCAM for Production Engineering and TIA portal, EPLAN for Automation Programme. Depending on the course, any one of the softwares will be used for training.
Yes. By undergoing the design course and he/she can switch to design profession.
All trained engineers are hired by our members and non-members manufacturing industries from various sector like; CNC Manufacturers, Automation, Aerospace, Automotive, etc...
Softskills including communication and presentation skills, personality development, email writing, MS Office, resume building, interview skill, etc…
Above 95%
Depends on individual interest and area of strength. However you can get counselling from the respective program coordinator and visit IMTMA Technology Centre to know more.
Yes. You can do. Placement will be after successful completion of graduation.
Yes
Yes, on successful completion of the program we will provide the certificate which is well recognized by industries.
Trained engineers can work in Automobile Industry, Construction Industry, and Manufacturing Sectors etc.
They can work as a Production Engineer, Quality Engineer, Process Planner, Marketing and Sales Engineer, Application Engineer.
Yes, we do provide hands-on practice on machine
Yes. This course gives a hands-on practice, experience and confidence to work on any CNC machines.
Our Recruiters
Industries who have hired from IMTMA
Our Training Centres
BENGALURU
IMTMA Technology Centre (BIEC)10th Mile,Tumkur Road, Bengaluru - 562 162
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