Mechanical Engineering

DEPARTMENT OFFERED COURSES

@B-TECH

MECH

@M-TECH

CAD/CAM

Events and Activities

Industrial Visit Report

Name of Industry: Bharat Heavy Electricals Limited (BHEL)

Date of Visit: 29-07-2019

Total No. of Student: 40

Total No. of Faculty: 03

Faculty Coordinator: Mr.M.Sri Kiran, Mr.Shafath Ali & Miss.T.Sharvani

The department of mechanical engineering has arranged an industrial visit to Bharat Heavy Electricals Limited (BHEL) for 4th Year & 3rd Year students. The visit was organized with the prior permission and guidance of hon. Principal and Head of Department.

HISTORY OF BHEL

  •  BHEL has been exporting our power and industry segment products and services for over 40 years. BHEL's global references are spread across 75 countries. The cumulative overseas installed capacity of BHEL manufactured power plants exceeds 9,000 MW across 21 countries including Malaysia, Oman, Iraq, the UAE, Bhutan, Egypt and New Zealand.
  •  They are engaged in the design, engineering, manufacture, construction, testing, commissioning and servicing of a wide range of products and services for the core sectors of the economy, viz. Power, Transmission, Industry, Transportation (Railway), Renewable Energy, Oil & Gas and Defence.
  •  It has 15 manufacturing divisions, two repair units, four regional offices, eight service centres and 15 regional centres and currently operates at more than 150 project sites across India and abroad.
  •  The high level of quality & reliability of its products is due to adherence to international standards by acquiring and adapting some of the best technologies from leading companies in the world including General Electric Company, Alstom SA, Siemens AG and Mitsubishi Heavy Industries Ltd., together with technologies developed in its own R&D centres.

BHEL -HYDERABAD ( RAMACHANDRAPURAM ) UNIT

  •  The Hyderabad unit was set up in 1963 and started its operations with manufacture of Turbo-generator sets and auxiliaries for 60 and 110 MW thermal utility sets.
  •  BHEL-Hyderabad unit has collaborations with world renowned MNCs like M/S General Electric, USA, M/S Siemens,Germany, M/S Nuovo Pig none, etc.
  •  BHEL-Hyderabad has earned a reputation as one of its most important manufacturing units, contributing its lion's share in BHEL Corporation's overall business operations.
  •  Over the years it has increased its capacity range and diversified its operations to many other areas. Today, a wide range of products are manufactured in this unit, catering to the needs of variety of industries like Fertilisers & Chemicals, Petrochemicals & Refineries , Paper, sugar, steel , etc.

Major products of our unit manufacture includes the following:

  1. Blow Mill.
  2. Compressor.
  3. Electrical Machine.
  4. Gas Turbines.
  5. Heat Exchanger.
  6. Oil Rigs.
  7. Pumps.
  8. Steam Turbine.
  9. Switch Gear.
  10. Turbo generators.
  11. Pulverizes.
  12. Gear Boxes.

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Workshops/Seminar organized for the student(Student Workshops)

About the event: The department of mechanical Engineering of SAE Jayamukhi collegiarte club students are exbhited their mini projects and main projects on a single platform in “Abhignatha” national level technical fest organized by IEEE Jayamukhi Student branch on 23rd Feb., 2017. This Project Expo gives the future scope of the projects and encouraging to their junior students to do innovative projects in the field of mechanical engineering.

The main of team building is the action or process of causing a group of students to work together effectively as a team, especially by means of activities and events designed to increase motivation and promote cooperation in SAE INDIA Jayamukhi Collegiate club

Team building can include the daily interaction that students engage in when working together to carry out the requirements of their SAE Activities. It can also involve structured activities and exercises that students can lead.

The concept: The student selects a topic, collects information and presents a synopsis or abstract

Alignment with curriculum

• Subject from the curriculum

• Self learning

• Paper format SAE International Forma

Expectations: Basic data collection Logical reporting

Topics:

• Alternate Propulsion Technologies

• Advanced Engine Technologies

• Hybrid and Electric vehicles

• Emerging Fuels and Fuel Cells

• Advanced lightweight materials

• 3R-reduse, reuse and recycle

• Dynamic modeling processes

• Vehicle Communications Network

• Vehicle dynamics and handling

• Fuel Injection Systems

• Automotive electronics

• Nano technology

• Safety and Crash

• NVH and Cabin Comfort

• Off highway vehicles

• partnerships

• Mechanical science

• Fuel economy and Co2

• Automobile Emissions and After treatments

• Energy Storage Systems and Infrastructure

• Vehicle body structures and frames

• Aero structure and technologies

• Automotive testing and instrumentation

• Vehicle architecture

• Product development tools and techniques

• Policies, regulations and standards

• Public, private and academic

The concept: Testing the general automotive knowledge of students by asking questions related to technical and other related automotive subjects

Topics:

• History

• Places

• Personalities

• Technologies

• Companies

• Vehicle types and specifications

• Statistics of vehicles and so on

• All Automotive related subjects

• (as part of curriculum)

Alignment with curriculum: All automotive related subjects

Expectations:

• Generic answers with aids using clue and so on

• Less questions

TEACHER’S DAY CELEBRATIONS(Sept 5th, 2017)Organized by Department of Mechanical Engineering and SAEINDIA Jayamukhi Collegiate Club

AGENDA :-

1. Lighting the lamp
2. Invocation
3. Welcome Address by students
4. Address by Faculty members
5. Special Address by Dr.V.Vikram Reddy, HoD, MED
6. Motivational Address by Prof.P.Rangaiah, Director, JITS
7. Keynote Address by Dr.Lokanatha Rao, Principal, JITS
8. Felicitation to the Dignitaries on the dais
9. Felicitation to the All faculty Members
10. Vote of Thanks
11. National Anthem

Concept:

Understanding the given concept behind each and every component.

Identify the material of the given product or components in automobiles.

Expectation:

To identify the mechanism and material behind the given component.

MI competition reflects a range of materials skills used across quality department in various automotive industries.

First round:

Materials identification

Second Round:

How Thing work -Written test of basic mechanisms

Additive Manufacturing refers to a process by which digital 3D design data is used to build up a component in layers by depositing material. The term "3D printing" is increasingly used as a synonym for Additive Manufacturing.

Purpose of the event: Additive manufacturing is an emerging technique and it is considered to be the future of manufacturing in all fields of engineering. So it is important for an Engineer to be completely aware of the developing technology.

The concept: Any component to be 3D printed is scanned and morphed in the computer with 3D modeling software’s like Autodesk etc., and then printed in the 3D printer which uses thermoplastic filaments as raw materials and a heater melts the thermoplastic and pours it in the programmed area and finishes the component, this technology is also known as FDM (Fused Deposition Modelling) or FFF (Fused Filament Fabrication). There are other methods like laser sintering, DLP etc

Expectations: Good knowledge about the process involved in additive manufacturing such as creating a CAD model, Slicing the CAD model, generating the G codes, 3D printing the same in a FDM based 3D printer and post processing the 3D printed part such as removing the supports.

Expert Speaker Name:
Dr.Gururaj Telasang, :
Scientist D, ARCI Hyderabad, :
Secretary, SAEISS Hyd Divission

Special Invitee :
Mr.M.venkateswar Reddy, :
Assoc.Professor, NREC, Hyderabad, :
Treasurur, SAEISS Hyd Divission

Additive Manufacturing refers to a process by which digital 3D design data is used to build up a component in

Students learn about the process of reverse engineering and how this technique is used to improve upon technology. Students analyze push-toys and draw diagrams of the predicted mechanisms inside the toys. Then, they disassemble the toys and draw the actual inner mechanisms. By understanding how the push-toys function, students make suggestions for improvement, such as cost effectiveness, improved functionality, ecological friendliness and any additional functionality they determine is an improvement. This engineering curriculum meets Next Generation Science Standards (NGSS).

Engineering Connection: Engineers learn about technologies, objects and systems through reverse engineering and the engineering design process. By analyzing the structure and function of a device or component, engineers can improve upon previous designs.

Pre-Req Knowledge: Students should understand that engineers use the engineering design process (see Background information under the Procedures section) to invent and improve technologies, objects and systems. In this activity, students focus on the "asking and improving" steps in the engineering design process.

Learning Objectives: After this activity, students should be able to:

Define reverse engineering as the process of disassembly and careful analysis with the goal of duplicating or improving a device or component.

Demonstrate the process of reverse engineering using a given object or component and suggest areas of improvement.

Chief Patron:

Sri.Ch.Narsimha Reddy, Chairman

Patrons:

Sri.Ch.Devender Reddy, Secretary

Sri.T.V.R.N.Reddy, Joint Secretary

Principal:

Dr.M.Lokanadha Rao, Professor

Director:

Prof.P.Rangaiah, Professor

Advisory committee:

Dr.G.Srihari, Professor, MED

Prof.G.Sathaiah, Dean Academics

Dr.G.Krishna Murthy, Director, MBA

Coordinator:

Dr.V.Vikram Reddy, Professor & Head, MED

Organizing committee:

Mr.P.Ashok Kumar, Assoc.Prof.,MED

Mr.N.Vishnu Murthy, Asst.Prof,MED

Mr.M.Jawahar, Asst.Prof,MED

Mr.M.Shashidhar, Asst.Prof,MED

Mr.M.Srikiran, Asst.Prof,MED

Mr.V.Raja Rao, Asst.Prof,MED

Mr.B.Shiva Kumar, Asst.Prof,MED

Mr.P.Vamshi Krishna, Asst.Prof,MED

Mr.B.Hemasunder, Asst.Prof,MED

Mr.B.Sandeep, Asst.Prof, MED

Inaugural Session:

The inaugural session for Faculty Development Programme was held on 14th Dec, 2016. The president of the function Prof.P.Rangaiah, Director, Jayamukhi Institute of technological sciences has conducted the proceedings.


Sri.T.V.R.N.Reddy, Joint Secretary, Jayamukhi Institute of technological sciences has welcomed all dignitaries, Heads of Department of various faculties and participants. He has advised all participants to take full advantage of this programme, to enhance their knowledge and effectively implement in their respective colleges and improve the quality of engineering education.


Dr.V.Vikram Reddy, Coordinator for the faculty development programme has submitted a brief report and explained the technical significance of faculty development programme on “Design of Experiments and Optimization Methods”.


The Guest of honor for the inaugural session Dr.M.V.Satish Kumar, Professor in Mechanical engineering department, KITS (S) Huzurabad has delivered the inaugural address and has explained the significance of Faculty Development Programme and He also delivered the keynote address on “Design of Experiments and Optimization Methods”.


Prof.M.Lokanadha Rao, Principal, Jayamukhi Institute of technological sciences has addressed the gathering and advised the participants to improve knowledge, technical skills for Design of Experiments.


Salient Features of the Faculty Development Programme:

The Faculty development programme is intended to provide opportunities for faculty members employed in engineering colleges for their knowledge upgradation and skills.


The Design of Experiments and Optimization Methods is important for every experimenter has to plan and conduct experiments to obtain enough and relevant data so that he can infer the science behind the observed phenomenon. It also helps in reduce the time and material cost in research works.


The present Faculty development programme provides platform to the faculty members of various technical institutions to know concepts of DOE and its applications for solving a variety of practical engineering problems.


As participants are expected from all over India, this course would provide an excellent opportunity for the participants to interact with one another and discuss problems and solutions of mutual interest.


This Faculty development programme helps faculty members to pursue research and help in sharing the knowledge to the fellow colleagues and students.


Technical and Laboratory Sessions:

Technical sessions were conducted by highly qualified and experienced persons from National Institute of Technology (NIT) Warangal, Kamala Institute of technology and Science (S) Huzurabad and Jayamukhi Institute of Technological Sciences Narsampet.


Dr.M.V.Satish Kumar, Professor and Head in Department of Mechanical Engineering, KITS (S) Huzurabad has delivered a series of lectures and introduced concepts of Design of Experiments and Optimization Methods.


Dr. A.Kumar, Associate Professor in Mechanical Engineering Department, NIT Warangal has delivered a series of lectures on Design of Experiments using Taguchi Methods and its case studies


Dr. V.Vikram Reddy, Professor and Head of the Mechanical Engineering Department, JITS Narsampet has delivered a series of lectures on Design of Experiments using RSM, Optimization using Taguchi based DEAR Method


Dr. M.Lokanadha Rao, Principal and Professor in Department of Mechanical Engineering, JITS Narsampet has delivered a series of lectures on DOE and Data Analysis Case Studies.


Dr. M.Lokanadha Rao, Director, JITS Narsampet has delivered a lecture Practices for Effective Teaching and Learning Processes.


Dr.G.Srihari, Professor, Mr.P.Ashok Kumar Associate Professor and Mr.N.Vishnumurty Assistant professor, of Mechanical Engineering Department, JITS Narsampet have delivered a series of lectures on Optimization using GRA Method, Case Studies GRA Method, ANOVA and Regression Analysis.


Valedictory Session:

The valedictory session for the One week Faculty development programme was held, in which Prof.P.Rangaiah, Director, Jayamukhi Institute of Technological Sciences has conducted the proceedings of the valedictory session


Dr.V.Vikram Reddy, Coordinator for the One week Faculty development programme on “Design of Experiments and Optimization Methods” has presented a report on the programme.


Several Participants of the programme and faculty members of the department have given a feedback on this programme and have expressed their satisfaction, about the hands on experience; they had during laboratory session and expressed their gratefulness to JITS Narsampet for Sponsoring the FDP Programme.


Sri.T.V.R.N. Reddy, Joint Secretary and Prof.P.Rangaiah, Academic Director, Jayamukhi Institute of Technological Sciences have expressed their satisfaction over the organization, arrangements and appreciated the participants for their keen interest, active participation during technical and laboratory session, effective interaction with the resource and their regular attendance to all the technical and laboratory sessions.


Dr.P.Lokanadha Rao, Principal has delivered the valedictory address and appreciated the participants and organizing committee of FDP. And he has given certificates to the participants and course materials.


Prof.P.Rangaiah, Director, Jayamukhi Institute of Technological Sciences has delivered the presidential address and thanked JITS Narsampet, for sponsoring this One week Faculty Development Programme.


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