M.Tech||Advance Production System

Overview

M.Tech Advanced Production System or Master of Technology in Advanced Production System is a Post-Graduate Information Technology Management program. Advanced Production Systems is a systems integrator that provides e-manufacturing solutions.
The company offers automation solutions, including batch and process control, machine and motion control, and material handling control solutions; data collection, comprising scheduling, inventory management, payroll, and error-proofing solutions; and control panel fabrication solutions, including engineer, design, and build solutions. Students develop expert abilities in the design, implementation, and operation of modern manufacturing systems, as well as the management skills necessary to keep their organizations ahead of the competition.


Courses & Eligibility

Course

Branch

Minimum Qualification

Compulsory Subjects/ Branch

Min %

Qualifying Entrance Exam

Gen./ OBC

SC/ST

B.Tech

All

Class 12 (HSC)

PCM

45% in PCM

40% in PCM

JEE

M.Tech

All

UG

BE/BTech in Relevant Branch

50%

45%

GATE

Diploma(Polytechnic)

All

Class 10 (SSC)

--

35%

35%

PPT


Career opportunity

Advanced Manufacturing Engineer
Business Analyst
Project Manager
Production Operations Support Manager
Production Engineer / Production Technologist


Course Suitability

Candidates should have extensive programming experience in one or more of the following: Java, JavaScript / AJAX, and C/C++.
Other skills required for it are strong object-oriented skills; web application design and development and user interface design and development skills.
Students have good communication and interpersonal skills which are necessary during the course.


Our Infrastructure

Engineering Drawing Lab
Mechanics Lab
Electronics Lab
Fluid Mechanics Lab
Thermal Engineering Lab
Workshop
Computer Lab
High-speed internet connectivity..
On-site technical staff to assist in Lab


Benefits

Mechanical Engineering, a discipline that applies the principles of physics and materials science, is evolving rapidly with the advent of new technologies. It plays a crucial role in various sectors, including automotive, aerospace, biotechnology, computers, electronics, microsystems, and energy conversion. Mentioned below are some upcoming trends and topics in the field of Mechanical Engineering:


The Advanced Production System course helps to prepare future system developers with a deep understanding of advanced production system development.
The Master of Technology course in Advanced Production Systems gives the necessary skills to use advanced tools for system development. Virtual tools for simulation and visualization are combined with the analysis of real production systems.
The Advanced Production System course is beneficial to develop the ability to perform analysis valuation & synthesis for a broad range of problems related to the design implementation & implementation & efficient operation, and maintenance of modern production facilities.
They have also job opportunities available in public and private sector manufacturing organizations engaged in the implementation, development, and management of new production processes, information, and control systems, and computer-controlled inspection, assembly, and handling.


Our Vision

To transform graduates into professionals and entrepreneurs, possessing human values who will contribute towards the betterment of community and country.


Our Mission

To ensure quality outcome-based education in Mechanical Engineering by imparting higher order learning to students with adequate hands-on experience.
To train students with cutting edge electrical and associated technologies through intense Industry-Institute interaction to meet ever-chaning global challenges.
To create conducive academic and social environment to groom students as worthy citizens.


Programme Educational Objectives(PEOs)

Engineering Knowledge: Apply the knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex mechanical engineering problems.
Problem Analysis: Identify, formulate, review research literature and analyze complex mechanical engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.
To create conducive academic and social environment to groom students as worthy citizens.


Training Programs

Industrial Training
Internship Training Program
Language Lab
Workshop


Course Curriculum

Students enrolled in mechanical engineering courses will delve into a variety of topics. These include the application of modern analytical, computational, and simulation tools to tackle challenges in mechanical and related engineering fields. They will also acquire knowledge on how to plan, design, construct, enhance, and maintain technically sound and economical mechanical engineering systems
Furthermore, these courses aim to teach various skills in candidates, such as an ethical disposition, professional attitude, team spirit, and a lifelong learning mindset to achieve their organisational and career goals.


Gain Knowledge The Digital Way

Vindhya has a Hi-Tech Digital Library that facilitates leased line access to over large scales of journals, books & articles, and smart library management system.


Smart Classroom

The classrooms at Vindhya are equipped with high end day view projection systems & interactive boards for highly empowered teaching & learning experiences.