Department of Mechanical Engineering

Indian industry has a huge demand for trained mechanical engineers and technicians, who could quickly adapt to their professional responsibilities. Keeping this in mind, ABESEC has taken steps to create advanced training facilities for training engineering students. The department of Mechanical Engineering provides a robust training platform to the students in AUTO CAD, CATIA, CREO, NDT, WEILDING TECHNOLOGY, PIPING DESIGN, QUALITY CONTROL and ANSYS; to develop and strengthen their technical skills. GATE training programs and training in soft skills like communication skills, critical thinking, decision making, networking, time management and conflict resolution are also provided to the students for their holistic development. Mechanical Engineers, as a part of their job responsibilities are required to design, test, manufacture, install, operate and maintain a wide array of machines and mechanical systems used in the industries. The strategic trainings of mechanical engineering deal with the concepts and of mechanics, thermodynamics, robotics, structural mechanics, refrigeration, fluid mechanics, power sector, air conditioning and aerospace. As a part of training, the students are taken for industrial visits so that the students are acquainted with the applications of technologies and with the industry culture. The trainings and projects are based by connecting industry-academia and are focused on identifying and solving industry based problems, thus empowering the students with cutting-edge technology.

Trainings Program & Modules

1. Modelling and Simulation of Mechanical System Using ANSYS - 40 Hrs

About Training

• This short-term training is an effort to make students practice and create simple mechanical models in ANSYS Work bench Module/ Space claim/ complex assembly model in Solid Works and transfer to ANSYS Analytical platform.
• This course also aims to simulate and practice for solving different mechanical problems by using ANSYS tools in workbench, and give a brief idea for different modules of Mechanical domain problem handling.
• This course include Analysis of component for varies properties to test and generate various result output through post processor with respect to Mechanical problems.

Objective

• To upgrade the students in concept generation in Drafting, Designing and apply these skills at professional level.
• To make students industry-ready by incorporating virtual inter-face recognition and applying real time data.
• To Make students handy with knowledge of imagination in product drawing and provide hands-on experience to execute this product in virtual loading condition so that they can excel while executing and simulating any problem.
• Students will be able to Create, Analyze and simulate competitive projects for the challenging competitions.

2. Solid Works - 60 Hrs

About Training

• This purpose of this module is to enable students to be a top notch in designing. This will bring adequate knowledge to the mechanical engineers, how to work with solid works in the 3D design industry.
• This course also aims to enhance the technical skills of students to design, visualize, and simulate their ideas before they are ever built or create and give a brief idea for different modules of Mechanical domain problem handling.
• This course is to teach our students about the upgraded software basically for part and assembly of 3-D components so that our students should always have an edge in the competitive market.

Objective

• To provide an understanding of how to create any 3D model in Solid Works and study all the commands that helps in creating complex geometry, modeling, detailed drawing, Dimensioning and Assembly.
• To enhanced the skill set of students and thereby facilitating improvements in their pedagogical capabilities.
• To become a certified SOLIDWORKS associate like CSWA, CSWP after successful completion of the training program.

3. Basic Course on Pneumatic Control - 40 Hrs

About Training

• This training is an effort to make students understand and practice the approach of automation field which includes Pneumatic, hydraulics and Electro Pneumatic

Objective

• The Industrial Hydraulics and Pneumatics Course deals with fluid power, and describes the basic principles and the importance of pressure, flow, speed, and efficiency rating factors. Explaining the advantage of fluid power, it provides examples of applications.

4. Computational Fluid Dynamics - 40 Hrs

About Training

• This training is an effort to make students understand and practice the approach of solving numerically the governing equations of fluid flow and heat transfer problems.

Objective

• In this course basics of CFD including problems of fluid flow and heat transfer and application of ANSYS workbench are covered.

5. Solving Mechanical Engineering Problems using Python - 60 Hrs

About Training

• This training course is an effort to make students understand and practice the approach of solving Mechanical Engineering problems using Python. The course deals with a set of Engineering Problems related to few important topics from an undergraduate level Mechanical Engineering curriculum. Analytical as well as numerical solutions to each problem is discussed and implemented in Python.

Objective

• It is a long-term goal and vision of the department to inculcate a greater interest in python programming among the students of Mechanical Engineering.
• Keeping placement requirements and statistics in mind regarding the scope of students in the IT sector, the students exposed to this training can represent their coding skill in a more profound way in their campus placements.
• There are many simulation jobs in industry related with programming for Mechanical Engineering students and this training helps them to pursue their career in related industry.

6. CNC Turning - 60 Hrs

About Training

• The CNC Training Centre developed by the institute aims to provide on par training requirements of the industry. The center was established in the year 2019 under the aegis the Department of Mechanical Engineering through the procurement of two production-ready Computer Numerical Controlled Machining Centers.
• The MTAB simulation Software is used to train the students on fundamental aspects of CNC programming by imparting hands-on training on Programming and Operation of the CNC Machines.
• The course is an optimum blend with 10-20 dedicated hours to each of the module of theory, simulation and practical sessions respectively providing the trainee a holistic exposure to the skill set.

Objective

• Understand and explain difference between conventional & non-conventional machine tool
• Demonstrate and explain various CNC control
• Calculate technological data for CNC machining
• Understand and explain the concept and importance of CNC programming
• Prepare and understand line program for various profiles
• Identify and set parameters for various simulators
• Prepare and simulate various operation cycles for lathe and milling
• Use and simulate cycles using various controls
• Knowledge of the parameters for various machining cycles and operations
• Calculate parameters for turning operations.
• Understand the parameters of lathe operations
• Explain operation sequence for the lathe operations.
• Prepare operation sequence for test run.

7. Auto CAD - 100 hours

Objective:-The objective of this course is to teach users the basic commands and tools necessary for professional 2D and 3D drawing, design of components, layouts and drafting using AutoCAD by our second year students who are at the verge of technical programme. After completing this course users would be able to:

• Use AutoCAD for daily working process.
• Navigate throughout AutoCAD using major navigating tools.
• Understand the concept and techniques to draw.
• Create multiple designs using several of tools.
• Create layers to control the objects’ visibility.
• Explain drawing using annotations.
• Plot or print the drawing by scale.
• To use constraint for certain design.

OUTCOME OF TRAINING

Students learn basic drafting commands and draw 2-D as well as 3-D components with Coursera certifications.

Course Package

• Structural Plan Layouts
• Components detail drawings with projections
• Surface Modelling
• Finite Element Analysis
• GD & T (Geometric Dimensions and Tolerances)

Key Features: No institution have provided a package in AUTOCAD along with 100 hours training programme.

Certifications:

After successful completion of training, the students are awarded with the International Autodesk Certification in association with Coursera.

TRAINING CONDUCTED BY MECHANICAL DEPARTMENT TILL DATE