- Monday to Saturday – 9 to 7 pm, Sunday closed
Menu
Mechanical Engineering (ME) is concerned with the movement of objects, whether they are small particles or large spacecraft. It is a longstanding and diverse field of engineering that has witnessed remarkable progress. ME is highly interdisciplinary, drawing inspiration from aerospace, electrical, chemical, and civil engineering, while also contributing to their advancement.
Mechanical Engineers utilize physics, math, and engineering principles to construct, alter, design, produce, or upkeep systems involving motion. They oversee energy generation and distribution, material processing, and the manufacturing of mechanical systems and complex machines. Additionally, they find solutions to minimize human interference’s impact on the environment.
The main fields of focus for mechanical engineers formerly included manufacturing facilities, transportation systems, aircraft, heating and cooling systems, and industrial plants. Mechanical engineering has lately started experimenting with computer-aided design as well as manufacturing, robotics, biomechanics, nanotechnology, and medical equipment.
Mechanical engineering is a vital discipline of engineering that is multidisciplinary as well as ever-changing. The course structure of a master’s degree in mechanical engineering has been modified greatly in the last ten years. Nowadays, students pursuing a master’s degree in mechanical engineering are trained in miscellaneous crucial topics such as Thermodynamics and Heat Transfer, Fluid Dynamics, Manufacturing Processes, Materials, Machine Design, Systems, Dynamics, and Control.
In addition to these fundamental subjects, universities provide various optional courses based on their research focus and the needs of the industry. Nowadays, top choices for master’s programs in mechanical engineering include Robotics, Mechatronics, Energy and Sustainability, Biomechanics, and Nanotechnology.
It’s hard to imagine a university not offering these popular electives in their master’s programs in ME. Some departments may allow students to specialize in either of these tracks for their ME master’s degree. Prospective students should carefully examine the detailed course structure, curriculum, and list of master’s degree courses in mechanical engineering provided by the university they plan to apply to.
If students don’t have a science or engineering bachelor’s degree, they can’t apply for a master’s in mechanical engineering. However, a few universities might consider applicants with an engineering bachelor’s degree in another field.
The post-graduate ME program has specific eligibility criteria that you need to meet. Here are the main requirements:
A bachelor’s degree in mechanical engineering or a similar discipline is beneficial when applying to master’s programs. If a candidate has completed the required courses in mechanical engineering and materials science, several colleges might consider them regardless of their background in science. Typically, there are no additional courses required before starting the main master’s program in mechanical engineering.
Other Requirements:
TOEFL and IELTS: The rest also enroll a significant number of international students and use English as the language of instruction. Achieving above-average scores in language proficiency tests is essential for successful applications. Verify the cut-off scores before submitting your application.
GRE: In cases where students do not hold a bachelor’s degree in mechanical engineering (ME), the importance of GRE scores increases. However, it is not a mandatory requirement for application. When GRE scores are taken into consideration, a high score can enhance the application. Different institutions may have varying approaches, with some considering the overall scores and others placing more emphasis on individual components. Subject-specific scores, such as those for mechanical engineering, may or may not be necessary. If required, the GRE subject for mechanical engineering is Physics.
Undergraduate GPA: The vast majority of master’s programs in engineering have a GPA needed, often set at 3.0, which is almost below average.
Letters of Recommendation and Statement of Purpose:
To apply, the majority of universities demand three letters of recommendation. In some cases, universities may also need you to give a Statement of Purpose.
The following specialties in mechanical engineering are currently expected to lead to a productive career:
Automotive Engineering
Automotive Engineering is concerned with the manufacture of vehicles and parts. It is preferred that automotive engineers mainly focus on cars and motorbikes but in some cases, they can also develop large trucks or even industrial vehicles. Alternative fields include vehicle safety engineering, engine design, performance engineering, or emissions control amongst other sectors.
Professional Expertise: The Automotive Engineer may combine this knowledge in different areas to specialize in one of the following areas
Development and Design
Manufacturing and Production
Cost and Quality
The specialization track encompasses various disciplines such as mechanical engineering, software, safety, electrical, and electronic engineering. Within this track, students will have the opportunity to delve into a range of courses including Automotive Systems, Automotive Electronics, Automotive Design, Systems Integration, Mechanical Vibration, Body and Chassis, Hybrid Electric Vehicles, Vehicle Dynamics, Fuel Processors, and Crashworthiness. These courses are designed to equip students with the necessary knowledge and skills in automotive engineering.
Pursuing a master’s degree in automotive engineering within the field of mechanical engineering holds immense potential. This specialization opens up numerous career prospects, including roles as an Auto Research Engineer, Combustion Engineer, Engine Designer, Tool Engineer, and more. With the rapid advancements in the automotive industry, professionals in this field are in high demand, making it an exciting and promising career path.
Sustainable Engineering
A remarkable aspect of the Mechanical Engineering specialty is its strong multidisciplinary approach to Sustainable Engineering. Several engineering specialties, including chemical, mechanical, environmental, and civil engineering, are included in this curriculum. Through the integration of several fields of knowledge, students obtain a comprehensive skill set that enables them to approach intricate engineering problems from different perspectives.
This specialization’s goal is to create systems with the least amount of energy and resources used. A sustainable engineer’s responsibilities include waste minimization, pollution control, material management, and improving product designs to minimize environmental effects.
Students pursuing a Master’s degree in Sustainable Engineering are exposed to a variety of courses that focus on key concepts such as Life Cycle Design and Analysis, Sustainable Systems, Industrial Ecology, and Sustainable Manufacturing and Design. These courses provide students with the essential knowledge and skills to address complex environmental challenges and develop sustainable solutions for the future.
Mechatronics and Robotics
A master’s degree in ME that specializes in mechatronics and robotics combines computer science and electrical engineering to develop intelligent devices and systems that can sense their environment and make choices for themselves. The specialty makes extensive use of electronics and mechanics. Control theory, computer science, and electronics are integrated into mechatronics to handle complex and unpredictable circumstances and communications. In robotics, electrochemical sensors, microcontrollers, and programming are used to develop intelligent devices that increase a designed system’s automation capability.
Usually, this specialty will provide students the chance to learn the following: Systems modeling, Artificial Intelligence for Mechatronics, Electrical Networks, Control Systems, Embedded Systems Design, Analog and Digital Electronics, Sensor Systems, Advanced Motion Control, Software Development for Machines and Robots.
Specializing in Mechatronics and Robotics within the Master of Science in mechanical engineering program opens up various career opportunities such as Robotics Engineer, Control System Design Engineer, Mechatronics Expert, and Automation Engineer. Industries such as Biomechanics, Medical Equipment, Defense, Industrial Design, and Vehicle Manufacturing are actively seeking professionals with expertise in Mechatronics and Robotics due to the increasing demand for automation and advanced technologies in these fields.
Unmanned and Autonomous Systems Engineering
The focus of his ME program specialization lies in the realm of designing, constructing, and maintaining vehicles, systems, and machines that operate autonomously or with minimal human involvement. This field encompasses various types of vehicles, including those that navigate through the air, land, or sea, as well as machines like fruit pickers and floor sweepers. Notably, the advancements in this area have led to the creation of highly sought-after innovations such as drones.
This particular field of engineering combines robotics, electrical engineering, and programming distinctively. It represents a convergence of these three disciplines, resulting in a specialization that is both intriguing and demanding. Those who specialize in unmanned and autonomous systems engineering often collaborate closely with aerospace engineers, contributing their knowledge and skills to aerospace projects.
This specialization offers students the opportunity to delve into various courses, including but not limited to UAS Design and Construction, UAS Remote Sensing, Human-Robot Interaction, UAS Aerodynamics, Swarm Robotics, Wearable Assistive Devices, Biologically Inspired Mechatronics Technologies, and Robotic Neuro-rehabilitation. By opting for this specialization, students can expect to gain knowledge and expertise in these areas.
UAS engineers can get employment with aerospace technology firms, underwater exploration equipment companies, industrial robot manufacturing companies, etc. as autonomous systems engineers, robotic systems engineers, unmanned aircraft systems engineers, unmanned vehicle engineers, and so on.
Top 5 Job Opportunities for Mechanical Engineering Students
Mechanical Engineer
Automotive Engineer
Research Engineer
Product Engineer
Project Engineer
Shiksha Udaan Capital aims to support your dream of attaining a high-quality education and provide students with easy access to personalized educational finance alternatives.
