M.Tech Electrical Engineering Placements
M.Tech Electrical Engineering Placements
After completing an M.Tech in Electrical Engineering, graduates have a wide range of job opportunities across various sectors. Here are some common job profiles along with their descriptions and average annual salaries:
Job Profile | Description | Average Annual Salary |
Electrical Engineer | They design, maintain, or improve electrical components for either commercial, industrial or domestic use. They have to ensure that all installations are done smoothly according to specific codes so that there is no leakage. | 3.,40,000 |
Professor | A Professor is an academic educator at universities who has an expertise in a particular field. One can become an electrical engineering professor after obtaining a PhD. | 15,30,000 |
Project Manager | A Project Manager is responsible for planning and allocating resources, preparing budgets, monitoring progress and keeping the stakeholders informed about the progress of the project. | 14,50,000 |
Systems Engineer | Systems engineers oversee the creation and development of a particular system and all the issues related to a complex system. | 4,40,000 |
Shift Supervisor | A shift supervisor is responsible for overseeing the operations of a system during his particular shift. They delegate tasks, solve problems, and make sure that everything keeps running smoothly. | 3,00,000 |
M.Tech Electrical Engineering Courses Career Scope: Job Profiles, Salary, and Top Recruiters
M. Tech in Electrical Engineering holder can find employment opportunities in various sectors Detailed information of the job opportunities is as follows: Here's an overview of job profiles, salary ranges, and top recruiters:Here's an overview of job profiles, salary ranges, and top recruiters:
M.Tech Electrical Engineering Course : Job Profiles
Electrical engineers with an M. Tech degree can explore various job profiles, including:Electrical engineers with an M. Tech degree can explore various job profiles, including:
- Electrical Engineer
- Professor
- Project Manager
- Systems Engineer
- Shift Supervisor
M.Tech Electrical Engineering Course : Salary Trends
As reported by Payscale, the Electrical Engineers’ earnings are next to the position as well as the level of expertise. Newcomers to the oil and gas industry may earn between INR 1,70,000 and INR 4,35,000 per annum in their first job as engineers, but experienced professionals, especially those who are 16 to 20 years in the industry, may earn up to INR 35,00,000 per annum. Thus, the salary of M. Tech Educational Engineering graduates depends on the experience gained in a particular period. Here's the average salary package according to years of experience:Here's the average salary package according to years of experience:
Years of Experience | Average Salary Package |
0 - 3 years | INR 4,25,000 |
4 - 6 years | INR 7,88,000 |
7 - 10 years | INR 13,24,000 |
11 - 15 years | INR 24,67,000 |
16 - 20 years | INR 35,00,000 |
M.Tech Electrical Engineering Course : Top Recruiters
Some of the top recruiters for M.Tech Electrical Engineering graduates include:
- General Electric Co.
- Larsen & Toubro
- IBM Global Services
- Panasonic
- NHPC
- Powergrid
M.Tech Electrical Engineering Abroad for Indian Students
Indian students aspiring to pursue M.Tech in Electrical Engineering abroad have a wide array of options to choose from. Here's an overview of the top countries, universities, benefits, and admission processes:
Top Countries for M.Tech Electrical Engineering Abroad:
- USA
- UK
- Canada
- Australia
Top Universities for M.Tech Electrical Engineering Abroad:
Name of the College | City | Average Course Fees |
University of Alberta | Canada | 13,03,000 |
Technical University of Munich | Germany | 18,90,000 |
Massachusetts Institute of Technology | USA | 54,90,000 |
Arizona State University | USA | 37,80,000 |
Stanford University | USA | 49,20,000 |
The University of Illinois, Chicago | USA | 25,02,000 |
University of Greenwich | UK | 19,80,000 |
Northeastern University | USA | 38,80,000 |
Coventry University | UK | 23,60,000 |
University of Calgary | UK | 24,40,000 |
Benefits of Studying M.Tech Electrical Engineering Abroad:
- Exposure to advanced technology and research facilities.
- Diverse cultural experiences and global networking opportunities.
- Access to renowned faculty and industry collaborations.
- Enhanced career prospects with international recognition
M.Tech Electrical Engineering Course : Admission Process
The admission process for M.Tech Electrical Engineering abroad varies from university to university but generally includes the following requirements:
- Completion of 10+2 and a Bachelor's degree in the relevant field.
- Valid English language proficiency scores (IELTS, TOEFL, PTE).
- Statement of Purpose (SOP) explaining the student's motivation to study at the particular university.
- Letters of Recommendation (LOR) from college professors with a PhD.
- In some cases, GRE scores may also be required.
M.Tech Electrical Engineering Online Courses
In recent years, the demand for online education has surged, offering flexibility and accessibility to learners worldwide. Here are some of the top platforms offering online courses in M.Tech Electrical Engineering:
Platform | Course | Description | Duration | Cost |
edX | "Electrical Engineering" by Massachusetts Institute of Technology (MIT) | Covers fundamental concepts in electrical engineering, including circuits, electronics, signals, and systems. | Self-paced | Free (with the option to add a verified certificate for a fee) |
| "Power Electronics" by University of Colorado Boulder | Explores principles and applications of power electronics, including converters, inverters, and motor drives. | 8 weeks | Free (with the option to add a verified certificate for a fee) |
Coursera | "Introduction to Electrical Engineering" by Rice University | Provides an overview of electrical engineering principles, circuits, and systems. | Approx. 25 hours | Free (with the option to purchase a certificate) |
| "Electric Power Systems" by University at Buffalo, The State University of New York | Covers fundamentals of electric power systems, including generation, transmission, and distribution. | Approx. 22 hours | Free (with the option to purchase a certificate) |
Udemy | "Complete Electrical Substations for Electrical Engineering" | Comprehensive course covering everything about electrical substations, from design to operation and maintenance. | Self-paced | Varies (often available at discounted rates) |
| "Electrical Engineering Fundamentals" | Covers basics of electrical engineering, including circuits, transformers, motors, and more. | Self-paced | Varies (often available at discounted rates) |
LinkedIn Learning | "Electrical Engineering: Electrical Power Systems" by Walt Kester | Explores electrical power systems, including generation, transmission, and distribution. | Approx. 2 hours | Requires a LinkedIn Learning subscription |
| "Electrical Engineering: Principles and Applications" by Ron Schmitt | Provides an overview of electrical engineering principles and their applications in various fields. | Approx. 2 hours | Requires a LinkedIn Learning subscription |
Benefits of M.Tech Electrical Engineering Online Courses:
Learn at your own speed and time.
Get free resources from top courses and the best minds in education.
The theoretical possibility to learn new things or improve already existing ones from any time anywhere.
More affordable than in-person classroom courses
Networking opportunities with professionals and peers all over the world
Courses After M.Tech Electrical Engineering Degree
This M.Tech in Electrical Engineering unlocks many possibilities for a higher level of education and specialization. Popular Courses After M.Tech for Graduates
Course | Description |
Ph.D. in Electrical Engineering | Pursuing a Ph.D. allows graduates to delve deeper into research and academia in the field of electrical engineering. It offers the opportunity to contribute to cutting-edge research, publish papers, and potentially pursue a career in teaching and research. |
Master of Business Administration (MBA) | An MBA program provides a broader understanding of business concepts and management principles. Combining an M.Tech in Electrical Engineering with an MBA can open doors to managerial roles in engineering firms, technology companies, and other industries. |
Post Graduate Diploma in Management (PGDM) | Similar to an MBA, a PGDM program offers specialized management education. It equips graduates with leadership skills and business acumen, enhancing their career prospects in both technical and managerial roles. |
Certification Courses in Renewable Energy | With a growing focus on sustainability and renewable energy, certification courses in areas such as solar energy, wind power, and energy efficiency offer valuable specialization opportunities for M.Tech Electrical Engineering graduates. |
Advanced Diploma in Industrial Automation | This diploma program focuses on automation technologies used in industrial settings, such as PLC (Programmable Logic Controller) programming, SCADA (Supervisory Control and Data Acquisition) systems, and industrial robotics. |
Certificate Courses in Data Science and Analytics | In today's data-driven world, proficiency in data science and analytics can complement an M.Tech in Electrical Engineering. Certificate courses in data science cover topics like machine learning, big data analytics, and data visualization. |
Benefits of Pursuing Further Courses After M.Tech Electrical Engineering Degree:
- Up-skilling: Graduates can learn something outside of their typical work environment by engaging in further education.
- Career Advancement : Specialized courses can help improve one's chances of being hired but also prepare someone for more senior positions and a better salary.
- Professional Development: Engineers must keep up to date on new findings and research, so as not to become obsolete.
- Networking Opportunities: Earning advanced degrees allows you to network with peers and leaders in the field of natural sciences, creating helpful professional relationships.
Career Options After completing an M.Tech in Electrical Engineering
After completing an M.Tech in Electrical Engineering, graduates have a wide range of career options to explore across various industries. Here are some potential career paths for individuals with an M.Tech degree in Electrical Engineering
Career Option | Description |
Electrical Engineer | Electrical engineers design, develop, and test electrical equipment, systems, and devices. They work in various sectors, including power generation, telecommunications, and manufacturing, ensuring the efficient functioning of electrical systems. |
Research and Development Engineer | Graduates can pursue roles in research and development (R&D) departments of companies or research institutions. They contribute to the development of new technologies, products, and processes in the field of electrical engineering. |
Project Manager | Project managers oversee the planning, execution, and completion of engineering projects. With their technical expertise and leadership skills, M.Tech graduates can manage projects related to power systems, renewable energy, or electrical infrastructure development. |
Systems Engineer | Systems engineers design and manage complex systems involving electrical components and software integration. They ensure the seamless operation of systems such as power grids, transportation networks, and communication systems. |
Consultant | Electrical engineering consultants provide expert advice and solutions to organizations facing technical challenges. They may work independently or as part of consulting firms, offering specialized services in areas like energy efficiency, power distribution, or automation. |
Technical Specialist | Graduates can specialize in specific areas within electrical engineering, such as power systems, control systems, or electronics. They may work as technical specialists, providing expert support and solutions in their respective domains. |
Quality Assurance Engineer | Quality assurance engineers ensure that electrical systems and components meet industry standards and regulatory requirements. They conduct tests, inspections, and audits to maintain quality and reliability in electrical engineering projects. |
Data Analyst/Scientist | With the increasing emphasis on data-driven decision-making, M.Tech graduates can pursue roles in data analysis and data science. They apply their analytical skills to extract insights from large datasets, particularly in fields like smart grids and IoT applications. |
