Dr.NNCE Mechanical Engineering

Mechanical Engineering

TThe department of Mechanical Engineering was established in the year 2007. The department offers B.E (Mechanical Engineering) from the academic year 1996 – 1997, M.E (Manufacturing Engineering) from the academic year 2013-2014 and. Our vision is to be an eminent Centre of Excellence in the field of Mechanical Engineering, where teaching, learning and research synergize to deliver technical education and scientific research for public good. Our mission is to create efficient Mechanical Engineers who can compete at the global level. We intend to do this by creating a research hub engaged in contemporary research in association with industries. The projects and hands-on activities are designed to foster a spirit of entrepreneurship among students and to enable a few to launch their own ventures.

The department has qualified and experienced faculty members; many of them are with Ph.D. degree. The faculty members actively engage in research and constantly publish papers in International and National Journals. The department regularly organizes technical workshops for the faculty members to expose them to emerging areas. The department has state-of-the art facilities for various laboratories, department library and classrooms to support e-learning. The department has a well equipped centralized workshop facility which caters to the needs of various departments. Guest lectures and industrial visits are periodically arranged for the students to supplement their curriculum. We strive for all round excellence in students, encouraging them in all extracurricular activities

The Mechanical Engineering department strives to be recognized as an excellent academic and research centre for creating outstanding Engineers, Entrepreneurs and Leaders

Professional Skills: To provide quality education to enhance students inter-personal and intra-personal skills

State-of-art facilities: To render excellent infrastructure facilities and laboratories to excel as skilled professionals

Research Exposure: To Strengthen Research and Development within the department through industrial associations

Employability: To put enthusiastic exertions to enhance the employability and entrepreneurship skills of students

Human Values: To empower students with professional ethics and human values to serve the society

To compare the results of analytical models introduced in lecture to the actual behavior of real fluid flows.

To discuss and practice standard measurement techniques of fluid mechanics and their applications.

To work on small design projects.

Read and follow directions for laboratory experiments.

Operate fluid flow equipment and instrumentation.

Collect and analyze data using fluid mechanics principles and experimentation methods.

Prepare reports following accepted writing and graphical techniques.

Perform exercises in small teams.

Demonstrate principles discussed in Fluid Mechanics lecture course.

Demonstrate appropriate work habits consistent with industry standards.

To learn the basic concepts of fluids properties and rate of flow.

To determine the efficiency of different types of pumps and turbines.

To study different types of impellers used in pumps.

To find out the rate of flow of the fluid and also find out the coefficient of discharge

To find out the frictional resistance of the given set of pipes.

To find the maximum efficiency of the pump as well as turbine with different input and head etc

Programme Educational Objectives (PEO):

Technical knowledge: To foster our young graduates with cogent technical knowledge so as to make them employable

Real-Time Applications: To apply the acquired knowledge in the field of Mathematics, Science and Engineering in developing real-time projects

Design Ability: To design a system, component or process to meet the desired needs within realistic constraints such as manufacturing, economy, environmental sustainability, social, health and safety

Ethics: To prepare the students to become entrepreneurs with a professional attitude in the broader ethical perspective

Life – Long Learning: To craft curiosity among students for life-long learning through self-study

Program outcomes (PO):

PSO1: Solving real time problems To develop capability to identify, analyze and solve engineering problems in concern to mechanical engineering along with associated engineering streams.

PSO2: Pursue Professional career To bestow quality learning environment to pursue professional career in mechanical engineering with integrated knowledge

PSO3: Concentrating on skill development To enflame the student’s technical capabilities in engineering design process, intra and inter personnel, linguistic and higher level professional skills required in engineering.

Short Term Goals

To improve academic performance of students using innovative and creative methods of teachings.

To train and educate students as industry ready professionals

To modernize all the laboratories

To have regular industrial interaction programs

To conduct faculty development programmes, workshops and conferences for knowledge sharing with outside world

Long Term Goals

To produce a dynamic and quality Mechanical Engineers with excellent achievements in academic and extra co-curricular activities

To create good entrepreneurs and employees in Multiple sectors

To be a successful research centre carrying out high impact research works and consultancy in the emerging areas

To take up sponsored projects from private and government organizations

To be one among the top educational institutes globally and to be recognized as the best department in terms of research and innovation

Scope and Opportunities of the Department

A Mechanical Engineer’s job nature will change according to the type and domain in which they are working in the field of specialization. A Mechanical engineer works how to design and control a system for manufacturing the machinery and product. They test new systems for feasibility, efficiency and carry out quality management process.

In the field of automation Mechanical Engineer plays a vital role in controlling the systems with integrated Core and Coding knowledge.

Mechanical Engineers will be preferred effectively in any industry like automotive, aerospace, chemical, computer, communication, paper, power generation industries, steel plants, oil exploration and refining also in technical wings of armed forces.

Increasingly, Mechanical engineers are also needed in the environmental and bio-medical fields.

Mechanical Engineers seek employment in government departments like Posts and Telegraphs, Defense, PWD and CPWD. Other departments such as aeronautical, agricultural, automobile, chemical and power plants, as well as the railways.

Candidates with post graduate degree or an additional management degree could find job in administrative and managerial positions in government departments or public and private sectors.

Mechanical Engineers aspires to carry out research activities can work with many public and private research organizations. These engineers can also choose teaching profession in technical institutions

JAVA

DOT NET

Embedded Systems

ORACLE

CCNA

Lab view

ANSYS

Pro-E

CAD/CAM

MATLAB

PSPICE

PLC

SCADA

NDT etc..,

MOUTH PIECEAPPARATUS

VENTURI AND ORIFICE METERS APPARATUS

NOTCHES APPARATUS

BERNOULLIS THEROM APPARATUS

REYNOLD’S APPARATUS

GEAR OIL PUMP APPARATUS

CENTRIFUGAL PUPM APPARATUS

SUMERSIBLE PUMP APPARATUS

JET PUMP APPARATUS

RECIPROCATING PUMP

PELTON TURBINE TEST APPARATUS

PIPE FRICTION APPARATUS

COMPRESSION TEST ON HELICAL SPRING

IMPACT TESTING MACHINE

TORSHION TESTING MACHINE

HARDNESS TESTING MACHINE

ROCKWELL HARDNESS TESTING MACHINE

UNIVERSAL TESTING MACHINE

SPRING MASS VIBRATION AND DEFLECTION TESTING RING ON BEAM AND COMPRESSION TEST

TURN TABLE APPARATUS

CAM FALLOWER APPARATUS

GYROSCOPE APPARATUS

BALANCING OF ROTORS

BALANCING OF ROTAING MASSES

WHIRLING OF SHAFT

GOVERNER (PROELL GOVERNER)

WATT GOVERNER

TRANSVERSE VIBRATION

CAM ANALYSIS

TORSINAL VIBRATION OF SINGLE ROTOR SYSTEM

SINGLE CYLINDER DIESEL AND PETROL ENGINE

TWIN CYLINDER DIESEL ENGINE

FOUR CYLINDER PETROL ENGINE

SINGLE CYLINDER DIESEL AND PETROL ENGINE(CUT MODEL)

FOUR STROKS PETROL ENGINE(CUT MODEL)

CLIEVELAND FLASH POINT APPARATUS

REDWOOD VISCOMETER

CENTRIFUGAL BLOWER TEST RING

AIR CMPRESSER TEST RIG

REFRIGERATION CYCLE TEST RIG

HEAT TRANSFER FROM PIN-FIN APPARATUS

GUDERD PLAT APPARATUS

HEAT TRANSFER THROUGH LAGGED PIPE APPARATUS

HEAT TRANSFER FORCED CONVECTION

HEAT TRANSFER IN NATURAL CONVECTION

STEFAN BOLTZMAN CONSTANT APPARATUS

PARALLEL/COUNTER FLOW HEAT EXCHANGER

SIMPLE PNEMATIC CIRCUIT DOUBLE ACTING CYLINDER

ELECTRO PNEMATIC CIRCUIT SINGLE AND DOUBLE ACTING CYLINDER

PLC OPERATION IN SINGLE AND DOUBLE ACTING CYLINDER

TEPPER MOTOR CLOCK WISE AND ANITCLOCK WISE

8085 MICRO CONTROLLER TRAINER KIT

CENTER LATHES

CAPSTAN AND TURRET LATHE

SHAPER MACHINE

CNC MILLING MACHINE

PULLER DRILLING MACHINE

BENCH DRILLING MACHINE

POWER HACKSAW

TOOL AND CUTTER GRAINDER

BENCH GRAINDER

HORIZONDEL SURFACE GRAINDING

UNIVERSEL MILLING NACHINE

SLOTTING MACHIE

RADIAL DRILLING MACHINE

HARIZONDAL MILING MACHINE

HYDRAULIC PRESS

WATER HAMMER

ROLLING MILL

TORQUE MEASURMENT TAINER KIT

FORCE MEASURMENT TRAINER KIT

COMPUTER SYSTEM MAT LAB.

ANSYS

CAD

CAM

MATLAB

VERNIER CALIPER

MICROMETER

HIGHT GAUGE

AUTO COLLIMETER

SINE BAR APPRATUS

TORQUE MEASURMENT TAINER KIT

FORCE MEASURMENT TRAINER KIT

TEMPERATURE MEASURMENT TRAINER KIT

MECHANICAL AND ELECTRIAL COMPARATOR

GEAR TOUTH CALIBARATOR

PROFILE PROJECTOR

FLLOTING MICROMETER

Value Added Courses

S.NO	COURSE NAME	YEAR
1	Digital Logic And Embedded System. Signal Processing Labview. Mobile Phone Servicing. Image Processing using matlab.	2016-2017
2	Deep Learning technology. Raspberry Pi. Nano Electronics. Basic On VHDL.	2017-2018
3	Digital Design Using VHDL. Speech And Audio Signal Processing Using Matlab RF System Design Pcb Design.	2019-2020
4	IOT With Raspberry Pi. Bio Electronics. Programming In PIC Microcontroller. DSP Applications.	2020-2021
5	Machine Learning. Digital Logic & Embedded System. Remote Sensing. VLSI Design Technology.	2021-2022

B.E. Mechanical Engineering

Mechanical Engineering

Programme Educational Objectives (PEO):

Program outcomes (PO):

Short Term Goals

Long Term Goals

Scope and Opportunities of the Department

Value Added Courses

All in one place

Bachelor of Engineering

Master of Engineering

B.E. Mechanical Engineering

Mechanical Engineering

Programme Educational Objectives (PEO):

Program outcomes (PO):

Short Term Goals

Long Term Goals

Scope and Opportunities of the Department

Value Added Courses

All in one place