Mechanical engineering: projects and syllabus 

This article related to the Mechanical engineering and project of mechanical engineering and its also syllabus.

Table of content 
• Defination 
• projects of mechanical engineering
• syllabus of mechanical engineering
• mechanical engineer salary
• mechanical engineering books
• mechanical engineering courses
• mechanical engineering resume 
• mechanical engineering intership
• mechanical engineering companies

Chapter 1: mechanical engineering

Chapter 2: projects of mechanical engineering

Get mechanical projects topics and ideas for study and research. In this section provides the widest list of mechanical engineering projects topics to help students, researchers and engineers in their research and development area. 

Also nova project have a great variety of pre made mechanical project kits using hydraulics, gears, energy generation systems for you to use in your projects. Nova project kits help enthusiasts, students and researchers build test new mechanical systems in zero time. Following the best ideas for mechanical projects.

A. Mechanical projects ideas

• MOTORISED OBJECT LIFTING JACK

• KEY CONTROLLED- FORK LIFTER:

• MATERIAL HANDLING (X, Y, Z MOTION CONTROL):

• STEPPER MOTOR CONTROL WITH SELECTED STEPS FOR CONVEYOR BELT:

• OBJECT REJECTION & COUNTING MACHINE:

•  ROBOTIC ARM WITH GRIPPER:

•  PNEUMATIC/HYDRAULIC ROBO ARM:

•  PNEUMATIC/HYDRAULIC CRANE:

•  PNEUMATIC/HYDRAULIC JACK:

•  ROBOTIC CRANE :

•  ROBOTIC TROLLEY FOR MATERIAL HANDLING:

•  AUTOMATIC STAMPING AND SORTING MACHINE FOR POST CARD:

•  WIND MILL:

•  SOLAR SUN SEEKER:

•  THERMAL POWER PLANT USING STEAM:

•  HYDEL POWER DAM:

•  ELECTRICAL ENERGY FROM AMUSEMENT PARK RIDES (SEA-SAW, SWING, SLIDE, ROLLER ETC.)

•  ELECTRICAL ENERGY FROM SPEED BREAKER:

•  PADDLE CONTROLLED MOBILE CHARGER [censored] EMERGENCY LIGHT:

•  HYBRID CHIMNEY

•  SOLAR POWERED REFRIGERATOR:

•  ELECTRICAL ENERGY FROM COMPRESSED AIR-

•  ELECTRICITY FROM D.J. DANCE FLOOR:

•  WIND BELT:

•  ROBOTIC CAR WITH SENSORS:

•  JOY STICK CONTROLLED ROBOTIC CRANE WITH UP/DOWN PULLEY ARRANGEMENT AND CIRCULAR MOTION:

•  LINE TRACER INDUSTRIAL VEHICLE:

•  ROBOTIC RADAR SYSTEM(need computer for this) :

•  ROBOTIC FIRE BRIGADE TROLLEY:

•  ROBOTIC LIFT/ ESCALATOR:

•  PC BASED IC-INTERNAL COMBUSTION ENGINE:

•  PC BASED SEWER LINE CLEANING ROBOT:

•  PC BASED ROBOTIC TROLLEY:

•  PC BASED LIFT/ELEVATOR CONTROLLER:

•  PC BASED DISTANCE MEASUREMENT ROBOT:

•  PC BASED LATH MACHINE CONTROL:

•  PC BASED AUTO BRAKING SYSTEM:

•  PC BASED FORK LIFTER:

•  PC BASED EARTHQUAKE PROOF BUILDING:

•  LOCOMOTIVE COACH CLEANER:

•  EXERCISE/PSYCHOTHERAPY MACHINES:

•  GAS BURNER TYPE WATER HEATER:

•  COMPRESSOR LESS THERMO-EMF REFRIGERATOR:

•  DEEP FREEZER USING COMPRESSOR:

•  COOLING TOWER:

•  COMPRESSOR BASED SPRAY GUN:

•  PAPER SHREDDING MACHINE:

•  SUN BLIND CONTROL:

•  HEAT EXCHANGER-PIPES:

•  DOOR OPENER:

•  MOVING BRIDGE:

•  CURTAIN MOVER:

•  EARTH MOVERS:

•  TOFFEE/PACKET VENDING MACHINE:

•  SOLENOID BASED HAMMER:

•  TORQUE TESTING DEVICE:

•  LIQUID DISPENSER MACHINE (WITH AIR CONTROL SYSTEM):

•  AIR COMPRESSED SPRAY GUN (WITH ELECTRIC AIR PUMP):

•  LATHE TOOL PRESSURE DYNAMOMETER:

•  SOLENOID BASED DRILLING /PUNCHING MACHINE WITH AUTOMATIC TIMER BASED/IR SENSOR:

•  SUN TRACKING WATER HEATER WITH MECH. PROCESS (WATER DROP ETC.)

•  DRINKING WATER FROM OCEAN WATER:

•  TEST-TUBE VIBRATING MACHINE WITH DUAL CONTROL

•  AUTOMATIC VENTILATOR FOR WINDOWS PANELS:

•  LATH MACHINE CONTROLLER:

•  AC COIL CLEANING SYSTEM

•  MOTORIZED WHEEL CHAIR:

•  ENGINE BASED GENERATOR

•  PADDLE CONTROLLED DOOR OPENING SYSTEM:

•  ACCIDENTAL PROOF TRAINS USING RF SIGNALS

•  HEART BEAT PULSE PLOTTER MACHINE

•  LAPPING MACHINE:

•  MAGNETIC LEVITATION PLATFORM:

•  MOVING ESCALATORS:

•  AUTOMATIC MOPPING MACHINE:

•  AUTOMATIC MILLING MACHINE:

•  PCB FABRICATION:

•  UNMANNED RAILWAY CROSSING

•  ANALYSIS OF RECTANGULAR /TRIANGULAR FINS IN HEAT EXCHANGE MACHANISM:

•  MOTORIZED ELECTRIC AIR COMPRESSOR:

•  ENGINE BASED AIR COMPRESSOR:

•  360 MOTION AIR FLOW COOLER WITH DUAL SIDE AIR FLOW

•  AUTOMATIC VENTILATOR FOR WINDOWS PANELS:

•  LATH MACHINE CONTROLLER:

•  MOTORIZED WHEEL CHAIR:

•  ENGINE BASED GENERATOR

•  PADDLE CONTROLLED DOOR OPENING SYSTEM

•  HEART BEAT PULSE PLOTTER MACHINE

•  LAPPING MACHINE:

•  MAGNETIC LEVITATION PLATFORM:

•  MOVING ESCALATORS:

•  PCB FABRICATION:

•  UNMANNED RAILWAY CROSSING

•  REGENERATIVE BRAKING SYSTEM:

•  PC/MECHANICAL BASED TIME OPERATED FOIL BENDING / DONA MAKING MACHINE:

•  PC BASED 3D XYZ AXIS MOTOR (MATRIX) CONTROL:

•  PC BASED SCREW/DRILL SYSTEM:

•  PC BASED HEIGHT MEASUREMENT TOOL:

•  PC BASED STICKER/PAPER CUTTING MACHINE:

•  PC BASED THREAD/COIL WINDING MACHINE:

•  PC BASED CONTINUOUS WELDING VEHICLE:

•  PC BASED DIE CUTTING:

•  PC BASED HELICOPTER CONTROL:

•  PC BASED JOINT ASSEMBLY PROJECT:

•  PC BASED AUTO PACKET VENDING MACHINE:

•  PC BASED ROBOTIC SWEEPER:

•  PC BASED ATM MACHINE:

•  PC BASED PROGRAMMABLE PAINT MACHINE:

•  PC BASED CAR PARKING MONITOR

•  INDUCTION BRAKING:

•  ANTI LOCK SENSOTRONIC BRAKING SYSTEM:

•  PROPELLER BASED FORMULA CAR:

•  DIESEL ENGINE BASED CLUTCH CONTROLLED CAR:

•  DIESEL ENGINE LOCOMOTIVE MODEL:

•  PROPELLER/MOTORIZED MONO RAIL:

•  PNEUMATIC TRANSPORT SYSTEM:

•  HYDRAULIC BRAKES:

•  HYBRID CAR “ ENGINE AND DC MOTOR OPERATED DUAL POWER CAR:

•  WIRELESS TYRE PRESSURE GAUGE:

•  DRIVER LESS CAR:

•  REGENERATIVE BRAKING SYSTEM:

•  INDUCTION BRAKING:

•  ANTI LOCK SENSOTRONIC BRAKING SYSTEM:

•  PROPELLER BASED FORMULA CAR:

•  DIESEL ENGINE BASED CLUTCH CONTROLLED CAR:

•  DIESEL ENGINE LOCOMOTIVE MODEL:

•  PROPELLER/MOTORISED MONO RAIL:

•  PNEUMATIC TRANSPORT SYSTEM:

•  HYDRAULIC BRAKES:

•  HYBRID CAR and ENGINE AND DC MOTOR OPERATED DUAL POWER CAR:

•  WIRELESS TYRE PRESSURE GAUGE:

•  DRIVER LESS CAR:

B. Robotics projects

• Artificial Intelligence-Based Chatbot for  Appliance Control      

              

• Virtual Telepresence Robot Using Raspberry Pi

• Make Your Own Remote Controlled Robot

• Arduino based Smartphone Controlled Robot Car

• Colour Sensing Robot with MATLAB

• RF Controlled Robot

• Android Phone Controlled Robot

• Fire Extinguishing Robot

• Wireless Gesture-Controlled Robot

• Soccer Robot

• Namaste Greeting Robot

• Line Following Robot

• Robocar With Wireless Steering

• Cellphone-Operated Land Rover

• RF-based Dual-mode Robot

• Whisker for Robots

• Remote Operated Spy Robot Circuit

• Human Detection Robot

• Metal Detector Robot

• Land Survey Robot

• Fruit Picking Robot

• Stair Climbing Robot

• Maze Solving Robot

• Window Washing Robot

• Self-Balancing Arduino Bot

So these are the robotics projects ideas for final year student.

C. mechatronics projects idea 

• Pneumatic Powered Metal Pick and Place Arm

• Electromagnetic Braking System

• Design & Fabrication of Attachable Wheelchair Automator

• Agricultural Robot

• Hand Motion Controlled Robotic Arm

• Automated Coconut Scraping Machine

• Automatic Vacuum Cleaner Robot Project

• Mini Windmill Power Generation Project

• Six Legged Spider Bot using Klann Mechanism

• IOT Color Based Product Sorting Machine

• Wireless Humanoid Bionic Arm on Robotic Vehicle

• RF Controlled Beach Cleaner Robotic Vehicle

• Pneumatic Powered Wall Climbing Robot

• Remote Controlled Mini Forklift

• Rough Terrain Vehicle Using Rocker Bogie Mechanism

• Motorized Chain Mechanism Hacksaw

• Plant Irrigation Water Sprinkler Robot

• Coin Based Cola & Soda Vending Machine

 • Design & Fabrication of Automated Punching Machine

• Design & Fabrication of Motorized Scissor Jack

• Rough Terrain Beetle Robot

• Steering Mechanism Vehicle With Joystick Control

• Automatic Seed Sowing Robot

• 2 Wheel Drive Forklift For Industry Warehouses

• Smart Solar Grass Cutter With Lawn Coverage

• Bedini Wheel Using Electromagnetic Flux Generation

• High Performance Hovercraft With Power Turning

• Automated 5Dof Robotic Arm Mechanism

• Automated Double Hacksaw Project

• Pedal Powered Water Purifier Project

• Automatic Blackboard / Whiteboard Cleaner System

• Automated Drain/Gutter Cleaner Project

• Automatic MotorBike Stand Slider

• Contactless Eddy Braking System

• E Skateboard With Motion Sensing

• Fully Automated Solar Grass Cutter Robot

• Remote Controlled Pick & Place Robotic Vehicle

• MC Based Line Follower Robot

• Mini Conveyor Belt Mechanism

• Dual Motor Electric Go-Kart For Rough Terrain

• Fire Fighter Robot Project

• 2 Wheel Drive Forklift For Industry Warehouses

• Motorized 2 Wheel Scooter Project

• RF Controlled Robotic Vehicle

• RF Controlled Robotic Vehicle With Metal 

 Detection Project

• Obstacle Avoider Robotic Vehicle

Gearless Transmission Using Elbow Mechanism

• Pulley Based Movable Crane Robot

Push Based Box Transport Mechanism

Sand Filter & Separator Project

• Fire Fighter Robot With Night Vision Camera

• Long Range Spy Robot With Night Vision

• Spy Robot With Obstacle Detection

• Long Range Spy Robot With Metal Detection

• Remote Controlled Automobile Using Rf

• Remote Controlled Robotic Arm Using Rf

• Android Controlled Robotic Arm

• Hand Motion Controlled Robotic Vehicle

• Rf Controlled Spy Robot With Night Vision Camera

• Hovercraft Controlled By Android

D. CAD project ideas 

•  Gear Train Design

•  Differential Gear using Autodesk

•  Part Design using Autodesk Inventor

•  Part Design using SOLIDWORKS

•  Mechanism Design using Autodesk Inventor

•  Sheet Metal & Surface Modeling (Autodesk Inventor)

•  Sheet Metal and Surface Modeling using SOLIDWORKS

•  Mechanism Design using SOLIDWORKS

•  Part Design using CATIA

•  Sheet Metal and Surface Modeling using CATIA

•  Mechanism Design using CATIA

•  Autodesk Inventor (Career Building Course)

•  CATIA (Career Building Course)

 

E. Automotion project ideas

• Voice Controlled Home Automation System

• Home Automation System Using a Simple Android App

• Home Automation System

• Arduino Based GSM Home Security System

• Restaurant Menu Ordering System

• Touchscreen and GLCD-Based Home Automation

• Iot Home Automation Using ESP-32

• RF Based Multiple Device Control

• See and Speak Using Raspberry Pi

• PC Based Equipment Controller

• Home Media Centre with Raspberry Pi

• Programmable Industrial On-Off Timer with RF Remote

• Wireless Equipment Control Using AT89C51

• Microcontroller-Based DC Motor Controller

• IOT Based Power Outlet

• Home Automation Using ESP8266 12E Development Board

Chapter 3: syllabus of mechanical engineering

Mechanical engineering has various engineering colleges in India at the undergraduate as well postgraduate level where students are awarded BE, BTech, and MTech degree respectively.

In India, almost all the universities and college follows semester pattern teaching methodes. Kindly check below the semester wise complete mechanical engineering syllabus for BE and B. Tech Engineering courses and mechanical engineering subjects.

First Year Syllabus

Mechanical Engineering Syllabus For 1st year BE and B. Tech Engineering Course.

First Semester

• Engineering Mathematics-I

• Engineering Physics / Engineering Chemistry

• Systems in Mechanical Engineering

• Basic Electrical Engineering / Basic  Electronics Engineering

• Programming and Problem Solving \    Engineering Mechanics

• Workshop

Second Semester

• Engineering Mathematics-II

• Engineering Physics/ Engineering Chemistry

• Basic Electrical Engineering / Basic Electronics Engineering

• Programming and Problem Solving / Engineering Mechanics

• Engineering Drawing (Engineering Graphics )

• Project-Based Learning

Second Year Syllabus

Mechanical Engineering syllabus for 2nd year BE and B. Tech Engineering Course.

Third Semester

• Solid Mechanics

• Solid Modelling and Drafting

• Engineering Thermodynamics

• Engineering Materials and Metallurgy

• Electrical and Electronics Engineering

Fourth Semester

• Engineering Mathematics – III

• Kinematics of Machinery (Theory of Machines)- I

• Applied Thermodynamics

• Fluid Mechanics

• Manufacturing Processes

Third Year Syllabus

Fifth Semester

• Design of Machine Elements-I

• Heat Transfer

• Theory of Machines-II

• Turbo Machines

• Metrology and Quality Control

• Skill Development

Sixth Semester

• Numerical Methods and Optimization

• Design of Machine Elements-II

• Refrigeration and Air Conditioning

• Mechatronics%

• Manufacturing – Process-II

Fourth Year Syllabus

Seventh Semester

• CAD/ CAM Automation

• Dynamics of Machinery

• Elective – I

• Elective – II

• Project – I

Eighth Semester

• Power Plant Engineering

• Mechanical System Design

• Elective -III

• Elective – IV

• Project – II

Elective Subjects List

Elective – I subjects

• Energy Audit Management

• Tribology

• Reliability Engineering

• Machine Tool Design

• Elective – II Subjects

• Gas Turbine Propulsion

• Product Design and Development

• Operation Research

• Advanced Manufacturing Processes

Elective – III Subjects

•  Refrigeration and Air Conditioning Equipment Design

• Robotics

• Industrial Engineering

Elective – IV Subjects

• Computational Fluid Dynamics

• Finite Element Analysis

• Design of Pumps, Blowers and Compressors

Chapter 4: mechanical engineering salary

 

Average Mechanical Engineer Salary in India

₹349,815.

BONUS: ₹20,477   COMMISSION:₹50,868 

PROFIT SHARING :₹19,676,

• Salary:₹151k - ₹981k, 

• Bonus:₹5k - ₹104k, 

• Profit Sharing:₹981 - ₹218k, 

• Commission:₹10 - ₹304k, 

• Total Pay: ₹158k - ₹1m.

Popular Employer Salaries for Mechanical Engineer

• Larsen & Toubro Limited:₹559k

• Mahindra & Mahindra Ltd:₹607k

• Tata Motors:₹500k

• Eaton Corporation:₹981k

• HCL Technologies Ltd:₹553k

• Schlumberger:₹800k

• Maruti Suzuki:₹700k

• Renault Nissan:₹465k

The top respondents for the job title Mechanical Engineer are from the companies Larsen & Toubro Limited, Mahindra & Mahindra Ltd. and Tata Motors. Reported salaries are highest at Eaton Corporation where the average pay is ₹981,035. 

Other companies that offer high salaries for this role include Schlumberger and Maruti Suzuki, earning around ₹800,000 and ₹699,578, respectively. Tata Motors pays the lowest at around ₹500,000. HCL Technologies Ltd. and Larsen & Toubro Limited also pay on the lower end of the scale, paying ₹553,494 and ₹558,587, respectively.

Chapter 5: mechanical engineering books

1. Engineering Thermodynamics

2. Engineering Mathematics: YouTube Workbook

3. Manufacturing Processes and Materials: Exercises

4. Engineering Fluid Mechanics

5. Automation and Robotics

6. Control Engineering Problems with Solutions

7. Concepts in Electric Circuits

8. Introduction to Mechanics of Materials: Part I

9. A First Course in Fluid Mechanics for Engineers

10. Control Engineering

11. Introduction to Complex Numbers

12. Essential Engineering Mathematics

13. CAD-CAM & Rapid prototyping Application Evaluation

14. Aviation Safety – The Basics

15. Hydrocarbons

16. Fundamentals of refrigeration thermodynamics

17. Foundation of Physics for Scientists and Engineers

18. Partial Differential Equations

19. Introduction to Vectors

20. Chemical Thermodynamics

21. Basic Concepts in Turbomachinery

22. Wind Turbines

23. Heat Transfer

24. Engineering Thermodynamics Solutions Manual

25. Work Planning in Production

26. Introduction to Mechanics of Materials: Part II

27. Introduction to Polymer Science and Technology

28. Engineering Fluid Mechanics Solution Manual

29. Mechanics of Solids and Fracture

30. Heat Transfer: Exercises

31. Fluid Mechanics and the Theory of Flight

32. Lectures on computational fluid dynamics

33. Learn Calculus 2 on Your Mobile Device

34. Software Solutions to Problems on Heat Transfer

35. A First Course on Aerodynamics

36. Momentum, Heat, and Mass Transfer

37. Fundamentals of Hydrogen Safety Engineering I

38. Radiation Heat Transfer: Mathcad Solutions

39. Applied Thermodynamics: Software Solutions

40. Basic Thermodynamics: Software Solutions – Part II

41. Basic Thermodynamics: Software Solutions – Part I

43. Stability Theory of Large-Scale Dynamical Systems

44. An Introduction to Nonlinearity in Control Systems

45. Basic Thermodynamics: Software Solutions – Part IV

46. Boundary Element Methods for Engineers: Part II

47. Theory of waves in materials

48. Electrohydraulic Control Systems

49. Basic Thermodynamics: Software Solutions Part III

50. Software Solutions to Problems on Heat Transfer

 

All these book you can get from the website called bookboon. They provide free ebooks, so go there and download for your preparation.

Chapter 6: mechanical engineering courses.

One of the popular and oldest disciplines of engineering is Mechanical Engineering. Mechanical engineering subjects like Mechanics, Thermodynamics, Thermal Engineering, Designing, Power Plant Engineering, HVAC, Metrology and Quality Control, Production Engineering, Maintenance Engineering and Manufacturing Engineering. It finally opens up job prospects in design, production, manufacturing and maintenance.

It is entirely upon you to choice best field as per your interest and ability. After a B. Tech in Mechanical Engineering, students can select for higher advanced courses or may start working immediately. Though jobs are available for mechanical engineering graduates in various sectors, pursuing an advanced course opens avenues for better employment opportunities.

We present below a list of popular job-oriented courses after mechanical engineering:

1. M.Tech in Mechanical Engineering

The ever-popular advanced course is an M. Tech in Mechanical Engineering. All major institutes such as the IITs, NITs, BITS and others offer M. Tech courses in Mechanical Engineering. This is a 2-year full time program to be taken after a B. Tech. For working engineering graduates, this is a 3-year part time regular program. Admission for M. Tech courses depends either on the bachelor’s degree in (B.E/B. Tech) or on the Graduate Aptitude Test in Engineering (GATE ) score and an interview.

The subjects of specialisation in the M. Tech courses include Mechanical Engineering Design, Industrial and Production Engineering, Thermal Engineering, Automobile Engineering, etc.

2. Piping Design and Engineering Course

This is an excellent job-oriented course as it makes students industry-ready. It is one of the courses recommended by experts after one completes graduation in Mechanical Engineering. Not all engineering graduates are eligible to take up this course. Piping course has concepts of mechanical engineering included in it, which makes it relevant for a mechanical engineer to study this course as compared to other engineering backgrounds.

3. Master of Engineering in Tool Design

• M.E. in CAD/CAM

• M.E. in Tool Design

• Post Graduate Course in Tool, Die & Mould Design

• Post Diploma in Tool Design

• Advanced Diploma in Tool & Die Making (ADTDM)

• M. Tech (Mechatronics)

4. Robotics Course

• Diploma in Robotics

• Master of Engineering in Robotics Engineering

• Master of Technology in Robotics

• Master of Engineering in Advanced Robotics

• Master of Engineering in Robotics & Automation Engineering

• Master of Technology in Mechatronics Engineering

• Master of Engineering in Automation and Robotics

• Master of Technology in Automation & Robotics

• Master of Technology in Artificial Intelligence and Robotics

5. Mechatronics Course

• Master of Engineering in Mechatronics Engineering

• Master of Technology in Mechatronics Engineering

6. Nanotechnology

• Master of Technology in Nanotechnology

• Master of Science in Nanotechnology

• Master of Engineering in Nanotechnology

Specialisation subjects include

• Ceramic engineering

• Green nanotechnology

• Nano-biotechnology

• Materials science

• Nanomechanics

• Nanoarchitectonics

• Nanoengineering

• Wet nanotechnology

7. Masters in Business Administration

Last but not the least, a popular course for mechanical engineering graduates is to do a postgraduate diploma programme in management or MBA from reputable business schools or institutions. An engineering degree with an MBA is very helpful in getting jobs in managerial positions. It offers a wide choice of career options.

Chapter 7: resume for mechanical engineer

There are three standard resume formats for engineers to choose from:

Reverse-chronological

Combination 

Functional or “Skills-based Resume” 

 

The reverse-chronological format is the most common. At the same time, it’s the best mechanical engineering resume format. 

That’s because your most recent experience or education comes first. It’s a bit like an advert with the selling point at the top of the page. 

The combination resume format is a good choice if you’re switching industries or have had a long career. 

The format allows you to show off your skills before highlighting your experience. All you have to do is use skills as subheadings in the experience section. Mechanical engineering is a skills-based profession after all. 

When it comes to layout and design, choose a clean, straightforward layout or template. Filtering out resumes for mechanical engineers is easy when you start with the ones that look strange.

Use a good mechanical engineering resume template that balances text and whitespace. Use the same font and spacing throughout the document. Finally, make strategic use of bold, caps, and italics.

Mechanical Engineer Resume (Text Format)

Text Format

76, manhantan street, NY.

952760226

amolmundhe544@gmail.com

PROFESSIONAL PROFILE

Skilled Mechanical Engineer with 3+ years of experience designing and maintaining tools, industrial processing systems, and equipment. Seeking to leverage my expertise to join Tack Inc. as a Lead Mechanical Engineer.

PROFESSIONAL EXPERIENCE

StayFresh Technologies, Rochester, NY

Mechanical Engineer, March 2017 – present

• Planned and executed blueprints and technical drawings for state-of-the-art high-capacity cooling systems, increasing industrial output by 4%.

• Work with a team of 12 to design, build, and install a wide range of cooling equipment for use in industrial food preservation systems.

Increased overall production efficiency by 14% through minimization of bottlenecks.

• Coordinate between the design and production teams to ensure our end product meets a reliably

high level of quality.

• Enforce strict adherence to OSHA safety guidelines.

BEA Industries, Utica, NY

Associate Mechanical Engineer, July 2015 – Apr 2017

• Researched new materials and production    techniques, writing and distributing 2 reports annually to the engineering team.

• Helped plan workforce use and equipment layouts to optimize workflow, leading to a 6% increase in production capacity over 1 year.

• Met and coordinated with clients to oversee equipment installation and maintenance.

• Maintained a production error rate consistently below 3% through precise attention to detail and

expert care.

EDUCATION

Syracuse University, Syracuse, NY

Bachelor of Science in Mechanical Engineering May 2015

CGPA: 8.1/10

ADDITIONAL SKILLS

• The MathWorks MATLAB

• Adobe Systems Adobe Fireworks

• AutoCAD

• Trimble SketchUp Pro

• Microsoft Office Suite

• Microsoft Visual Basic

4 Tips for Honing a Mechanical Engineer Resume

Before you start writing, make sure you know how to write a resume in a way that best emphasizes your strengths.

1. Open with a Convincing Resume Objective

A strong resume objective should state your:

• Title or profession

• Level of experience

• Relevant qualifications

• Desired position / role

2. List Specific Hard Skills

Mechanical engineers have to be versed in a wide array of software and technology to perform effectively. Employers will be looking for these hard skills, so listing them in your resume is crucial.

3. Quantify Your Experience

Backing up your accomplishments with hard numbers is key if you want to impress the hiring manager and make a good first impression.

A. Production

Planned and executed blueprints and technical drawings for state-of-the-art high-capacity cooling systems, increasing industrial output by 4%.

B. Management and teamwork

Work with a team of 12 to design, build, and install a wide range of cooling equipment for use in industrial food preservation systems.

C. Organization

Researched new materials and production techniques, writing and distributing 2 reports annually to the engineering team.

4. Don’t Undersell Your Soft Skills

While emphasizing your hard engineering skills and experience on your resume is crucial, don’t underestimate the importance of soft skills when it comes time to apply to jobs.

Communication skills, leadership abilities, and attention to detail are highly sought-after employee traits — especially for anyone applying for management-level positions. These characteristics are also valuable for mechanical engineers, so be sure to leave space on your resume to emphasize at least one (if it’s an area in which you excel).

The Next Step

By following these expert mechanical engineer resume tips, you can stand out from the crowd and secure the perfect job.

If you’re looking for more direction, we have a full slate of resume samples in a wide range of industries (including other engineering examples).

And if you’re looking to make your job search even easier, check out our easy-to-use resume builder. It helps anyone put together a stellar resume in less than five minutes.

Chapter 8: mechanical engineering intership

With more and more companies using internships as a way to screen talent, engineering students will have an added advantage if they do an internship.

Rather than looking at internships as a short time opportunity, students can use that in a productive way and look to convert it into a full-time job.

But how should I get past the internship and go about securing a full-time offer from the same company?

This is one of the generic questions that most of the mechanical engineering students have. Since they are going for internships in their core mechanical industries, they really don’t want to stop their learning at that point

So, if you are a mechanical engineer who wants more than an internship, here are some insights for you to make the most of your internship and convert it into a full-time opportunity.

4 steps you need to do to convert your internship to full time:

1. Find the right mentor: You might find some interns in your workplace who will be touting around all the departments in an attempt to grab everyone’s attention. But trust me, you don’t want to end up as that intern.

What you need to do first is to identify the people who talk to you well and willing to offer help if you are in trouble. Every workplace will have persons who assist others and care more than others

Once you find that person, now your goal is to make sure that you get his/ her attention by letting know how well you are doing your tasks. Get acquainted with that person more and try to become junior to them. This will help you to get their vote of confidence and develop a reputation for you in the organization.

Make relationships with most of them: Well, it takes more than one person to give you the vote of confidence for the full-time offer. You need to build relationship with as many people as possible.

You can do simple things like greeting them with a cup of coffee, involving in discussions that happen during lunch/ tea breaks, staying back late to talk to people who are among the top layer, participating in their weekend plans or a movie night frequently.

By doing such things it will not look obvious for them that you are trying to pursue them but rather it would create an impression about you which will continue to your workplace. If you spend some quality time with them you will be able to identify their roles and know where the company is heading.

1. Take more responsibilities:Unless you are in some well-run internship program, you will probably have some free time, when you don’t have much to do. Rather than chilling out or leaving early, you can take new initiatives.

You can just go out to people and assist them in their work, by taking some of the work load onto you. Ask the people around you and check if there are some side projects that the company is running parallel in which your contributions will be valuable.

Just make sure that you frame it as “I’d love to help, I want to learn, I need to know it...” rather than “I have nothing to do, so...”.

Taking new responsibilities and initiatives is a great way to show your enthusiasm for the company and that will make them think that you would be a great asset to the team if hired.

2. Communicate with your Manager The most important thing you need to do in your internship is to regularly communicate with your manager. Ultimately it is going to be your manager’s word that will carry the highest weightage while evaluating your performance.

So make sure you are utilizing the opportunity well whenever you meet your manager and let him/ her know what you were doing and what you are up to. And also get prior permissions from your manager before you go around and assist in other projects.

If the company is not scheduling weekly meetings for you with the manager, just summarize the activities and tasks that you did in that week and send an email to your manager. Being on the same page as your manager will help you to become a star intern whom he/ she would like to see as a full-time employee.

Hope, you would have got some insights about how to increase your chance of converting from an intern to a full-time employee. Below are some additional points to help you land the right internship.

What are the companies that offer internships for mechanical engineering students?

There are lots of companies that offer internships for mechanical engineers. Some of the companies include

1. CESC

2. NHPC

3. DAAD WISE

4. MITACS

5. General Electric

6. CMERI - Durgapur

7. Tata motors

8. Eicher Tractors

9. Ashok Leyland

10. Private automobile companies ( TATA, Honda, Hero, Hyundai)

If you want to do in steel plants then you can apply for internships in the following firms

1. TATA Steel

2. JSW

3. SAIL

4. VIZAG Steel Plant

Apart from these, there are other organizations like ONGC, NTPC, BHEL etc. also offer internships for mechanical engineering students.

You can simply search for these companies in Google to get their official website. You can browse through their website to understand their work and check if they have some internship offerings in your area of interest.