Tag: design

Certified industrial instrumentation professional

For any continuous Process Plant and automated manufacturing facilities, Instrumentation Engineer is very necessary, to design, erect, test, commission, operate, maintain and trouble shoot the Plant Instrumentation and automation systems.
The training programme provides a structural study of Process Instrumentation and Automation philosophy.
The training covers the study of various instrumentation used to sense, transducer, measure, indicate, transmit and control the complex process Instrumentation and automation systems in the Plant with easy to understand examples.

Why Skill Training in Industrial Instrumentation
-Vast Institute and Industry gap as also vast demand supply gap.
-University curriculum provides you Certificate/Diploma but very less employability skills which is just not sufficient to star working as a professional Instrumentation Engineer or even landing into a decent industry job.
– Most Engineering Institute curricula ignore the practical instrumentation topics as required by the industry.
To achieve this you need:
Fundamentals and essentials of field and control system engineering and knowledge of tools, procedures and methodologies for efficient implementation of Instrumentation and automation systems.
Instrumentation engineers need a thorough understanding of the operational processes of an industrial process to design and implement a process specific automatic control system for optimum process performance with utmost safety.. They have a multidisciplinary role, working closely with their electrical and mechanical colleagues across a number of functions, including operations, purchasing and design.

Programme Presentation:
The training is presented with an Instructor driven on line mode. The instructor walks the trainees throughout the training scheme into a virtual Industry set up sharing his/her own industrial experiences with examples and case studies and make the training easily palatable and understandable to trainees.
Course training is basically focused on the easy to understand applicable instrumentation concepts rather than going into underlying theory subjects.
Training Focus will be on working principles of instrumentation, their industrial applications in Project execution, commissioning, operation, maintenance of industrial instrumentation systems.
And most importantly give trainees the initiation to factory, site scenarios and make them genuinely job ready to adapt and take up the industrial jobs with more or less no site training by the employer organizations.
Trainees will be trained to take up their job responsibilities equivalent to any experienced instrumentation Engineer engineer.

Industrial Electrical engineering professional

For any Manufacturing/Assembly/Process Plant facilities, an electrical Engineer is very much necessary, to design, erect, test, commission, operate, maintain and troubleshoot the Plant Electrical and power systems.
The training program provides a structural study of Industrial Electrical and Power Systems.
The training covers the study of various Electrical Engineering, Power, and protection systems in the Plant/ Project site with easy-to-understand examples.

Why Skill Training in Industrial Electrical Engineering?
-Vast Institute and Industry gap as also vast demand-supply gap.
-University curriculum provides you Certificate/Diploma but very few employability skills which are just not sufficient to start working as a professional Electrical Engineer or even landing into a decent industry job.
– Most Engineering Institute curricula ignore the practical Electrical/Power Engineering topics as required by the industry.

Program Presentation:
The training is presented with an Instructor driven online mode. The instructor walks the trainees throughout the training scheme into a virtual Industry set up sharing his/her own industrial experiences with examples and case studies and making the training easily palatable and understandable to trainees.
Course training is basically focused on the easy-to-understand applicable instrumentation concepts rather than going into underlying theory subjects.
Training Focus will be on working principles of Electrical Systems, their industrial applications in Project execution, commissioning, operation, maintenance of industrial electrical systems.
And most importantly give trainees the initiation to factory, site scenarios and make them genuinely job-ready to adapt and take up the industrial jobs with more or less no site training by the employer organizations.
Trainees will be trained to take up their job responsibilities equivalent to any experienced Electrical Engineer engineer.

Automotive Seating Design

During the first phase of the evolution of the cars, emphasis was more on the engine, powertrain, and chassis. Simultaneously, electronics was also being introduced in the cars to make the control units and systems more fail-proof and intelligent. However, the automotive OEMs in collaboration with tier-1 suppliers of automotive components also have been gradually investing in the car seating in order to deliver a value-add driving experience to their customers.
The standard car seat is designed to support thighs, the buttocks, lower and upper back, and head support. The front driver and passenger seats of most vehicles have three main parts: the seat back (squab), seat base (cushion), and the head-rest. These components are usually constructed from foam to provide comfort to the rider. When choosing this product, foam manufacturers must consider the most suitable foam for balancing comfort, support, safety, and recycling properties.

Program Presentation:
This program is designed on an online mode by industry experts. Program is designed such way where you will get the hands on software tool and domain expertise required from Industry.

GD&T(Basics)

Producing quality products means that those products must meet certain tolerances and comply to a standard of design, manufacturing and inspection. To specify this information, to ensure that manufacturing understands this information, and to inspect the products to the specifications, everyday companies and engineers rely on Geometric Dimensioning and Tolerancing. Getting GD&T training, whether as an individual or a team, can help differentiate your skills and increase the capabilities of the engineering department to take on advanced projects, from aerospace to medical device manufacturing, to designing high-end sports equipment, GD&T training will ensure companies have the capability to produce these products to the tolerances that ensure their reliable and safe function. Every day, manufacturers and engineers design and develop cutting-edge products, which must meet specific tolerances in production quality to work and function as intended. Geometric Dimensioning & Tolerancing (GD&T) is the universal standard language used by engineers to accurately communicate their product design requirements. GD&T skills will help you to design and produce highest quality and lowest cost products possible.