Empower your career with an MTech in Power System 

If technology and sustainability are your goals, pursuing an MTech in Power System is the right career choice. This course is a core speck of Electrical Engineering. In this field, you get exposure to hands-on experience in generating, transmitting, distributing, and utilizing natural energy. The industry is looking for Engineers in this field to bring out innovative research solutions and transform the globe. Additionally, you get limitless opportunities to work in both the private and public sectors. Be ready to embark on a journey to tackle challenges with your creative nerves.

Demystifying MTech in Power System

This two-year programme enables you to contribute towards innovation and sustainability. Learn the foundational concepts of tracking, designing, developing, and assessing hi-tech power systems. Get boundless opportunities to solve the intricacies in the power sector.

How can you apply? 

If you are interested in advancing your career in Power Systems, enroll yourself in one of the leading M Tech in Power System Colleges. Before applying, every college sets minimum eligibility criteria. You need to match your qualifications with it. To pursue a career in this field, you must have a score of at least 50% in a Bachelor's either in the Technical field.

Power up Growth with Advanced Skills 

When you start your engineering journey in this domain, the two years interconnect the wire of abilities with the highest demanding skills. These are:

●Technical Skills: Designing and developing electrical systems and electronic components while implementing the technical aspects at every phase.

●   Arithmetic Techniques: Application of the essential arithmetic concepts including calculus and equations.

● Verbal Abilities: Strong Communication skills to accompany the process with confident instructions and explanations.

● Project Management: Initiating with the fabrication of the power system towards the completion of the projects, as Engineer you have to tackle multiple projects at once.

●   Technical Writing: Preparations of reports based on industrial standards.

●  Leadership Skills: Power System Engineers lead a team of engineers, surveyors, advisors, and more individuals to advance the process.

Get the holistic package of skills to become a Power Engineer when you step into M Tech in Power System Colleges.

On completing your course in MTech in Power System, get the best placement support to choose your career from the enlisted job profiles. Each comes with remarkable career growth and growth in income.  

Top 5 Job Profiles

1. Energy Manager:

As an energy manager, your role is to regulate and track energy consumption while promoting the use of renewable energy consumption including solar or wind in the organization/industry.

2. Test Engineer:

If you choose this profile, your work includes experimenting with test plans for the smooth functioning of the software.

3. Power System Engineer:

On completing your course from the prestigious M Tech in Power System Colleges, your holistic skillset can be put to the real world. The responsibility revolves around crafting an offshore transmission network, system operations, and evaluating new electrical components of wind turbine designs.

4. Manufacturing Engineer:

Stepping into the field of manufacturing can be lucrative to connect your innovation and sustainable resources. As a Manufacturing Engineer, your routine responsibilities involve designing, planning, developing, and installing manufacturing equipment and assembly lines.

5. Lead Analyst:

Connect the cross-functionalities by being a Lead Analyst. You have to collaborate with researchers, technicians, clients, scientists, and more individuals contributing towards your power system project.

This job profile ensures rewarding and remarkable career growth.

6. Field Test Engineer:

The responsibility of a Field Test Engineer is to coordinate the evaluation, assembly, and function-oriented of the powertrain products. In this profile, you have to primarily stay focused on the internal team functioning as per the external (client) requirements.

Conclusion

The field of Power System engineering is expansive and rewarding. Map out your trajectory towards growth with the versatile skillset and attempt to innovate global and sustainable solutions.