Hetal Desai

• Technical Lead for grid code compliance studies of EMEA region with state of the art simulation tools of complex scenarios including ABB and Non-ABB components ( eg. Generators, Transformers, excitation systems, Turbine & governor, protection systems, switchgear, hydrogen converter and power lines)
• Technically lead small service projects with focus to grid code compliance for EMEA market especially regarding communication with stakeholders including customers, network operators, regulatory committees and third parties.
• Hand on expertise on various software's like Matlab/Simulink, PSS@E, ETAP, DigiSilent Power Factory etc for Power system analysis, Load flow studies, relay gradation etc.
• Acting as a role model in applying design for excellence concepts in projects, including modelling, prototype, simulation, calculations with field testing with indepth knowledge of power systems, synchronous machines & excitation system as per IEEE Std, IEC Std, IS and local country grid laws.

Publications and Research Excellence:

• Published more than 10 research papers in various national and international conferences and renowned journals, with a focus on cutting-edge technologies in electrical engineering, such as renewable energy sources and grid-integrated inverter operations and control.
• Recognized with the Best Research Paper Award at the International Conference on Advances in Science, Engineering & Technology (ICASET-2021) for presenting a paper on "A Review on Modelling & Control of Grid-Integrated Inverters for Power Grid Dynamics."

Academic and Administrative Contributions:

• Played a key role in handling department-level NAAC accreditation data, contributing to the university's achievement of NAAC Grade A.
• Coordinated centralized examinations at the university and actively participated in the syllabus revision for UG/PG courses in collaboration with industry peers.

Project Guidance and Implementation:

• Guided more than 15 UG/PG projects in the latest areas of electrical engineering, such as renewable energy sources and home automation. Few of best projects are also selected to implement at university level.
• Automated buzzer system for centralized examination.
• Dual axis solar tracking system using MPPT technique.
• KHOJ winter school (for the social innovation at City/state level) course in-charge.
• Offered two projects for the social beneficial and waste management
• Smart waste management system to promote circularity and thoughtful consumption (get the coverage of the project in the local newspaper and news channels).

Subjects & Laboratories Expertise at UG/PG Level

Dynamic Analysis of Electrical Machines

Competence in the dynamic modeling and analysis of electrical machines, including induction motors, synchronous machines, and DC machines. Skilled in using simulation tools for studying machine performance and transient behavior, preparing students for advanced

Smart Grid

Proficient in the concepts and technologies of smart grids, including advanced metering infrastructure, demand response, and distributed generation. Experience in teaching the implementation and management of smart grid systems for enhanced grid reliability and efficiency.

research and development in electrical machine design.

Power System Analysis

Specialized in the study of power systems, including load flow analysis, fault analysis, and stability studies. Capable of instructing students on modern power system operation and control, equipping them with the skills to analyze and optimize power networks.

Renewable Energy Sources

Strong expertise in renewable energy technologies, including solar, wind, and biomass energy systems. Focus on teaching the integration and optimization of renewable energy sources in power systems, promoting sustainable and environmentally friendly energy solutions.

Network Theory

Expertise in analyzing and solving complex electrical networks using various methods such as Thevenin's and Norton's theorems, mesh and nodal analysis. Skilled in guiding students through practical applications and problem-solving techniques in network theory.

Digital Circuits

In-depth understanding and teaching experience in digital logic design, including combinational and sequential circuits. Familiar with using various tools and software for designing and simulating digital circuits, preparing students for advanced digital systems.

Electric Traction and Drives

Comprehensive knowledge of electric traction systems and electric drives, including their design, operation, and control. Adept at explaining the principles of various drive systems and their applications in transportation and industrial sectors.

Basics of Electrical and Electronics

Extensive knowledge and practical experience in foundational electrical and electronic principles. Proficient in teaching the fundamentals of electrical circuits, electronic components, and systems, ensuring a robust understanding for students at both undergraduate and postgraduate levels.

• In addition to the prescribed syllabus, I emphasize the importance of practical and software-based learning tools such as MATLAB, MULTISIM, Power World Simulator, and ETAP. These sophisticated software applications are integral in solving complex power system problems, allowing students to simulate, analyze, and optimize various power system scenarios. By incorporating these tools into the curriculum, students gain hands-on experience and develop critical problem-solving skills that are essential for modern power system engineers.
• Furthermore, I organize field visits to various power plants, substations, and industries for both undergraduate and postgraduate students. These visits provide invaluable practical exposure and a deeper understanding of theoretical concepts. Students have the opportunity to observe real-world applications of power systems and interact with industry professionals, bridging the gap between classroom learning and practical implementation. These experiences enrich their education and prepare them for successful careers in the power industry.

Subjects & Laboratories Expertise at UG/PG Level

Dynamic Analysis of Electrical Machines

Competence in the dynamic modeling and analysis of electrical machines, including induction motors, synchronous machines, and DC machines. Skilled in using simulation tools for studying machine performance and transient behavior, preparing students for advanced

Smart Grid

Proficient in the concepts and technologies of smart grids, including advanced metering infrastructure, demand response, and distributed generation. Experience in teaching the implementation and management of smart grid systems for enhanced grid reliability and efficiency.

research and development in electrical machine design.

Power System Analysis

Specialized in the study of power systems, including load flow analysis, fault analysis, and stability studies. Capable of instructing students on modern power system operation and control, equipping them with the skills to analyze and optimize power networks.

Renewable Energy Sources

Strong expertise in renewable energy technologies, including solar, wind, and biomass energy systems. Focus on teaching the integration and optimization of renewable energy sources in power systems, promoting sustainable and environmentally friendly energy solutions.

Network Theory

Expertise in analyzing and solving complex electrical networks using various methods such as Thevenin's and Norton's theorems, mesh and nodal analysis. Skilled in guiding students through practical applications and problem-solving techniques in network theory.

Digital Circuits

In-depth understanding and teaching experience in digital logic design, including combinational and sequential circuits. Familiar with using various tools and software for designing and simulating digital circuits, preparing students for advanced digital systems.

Electric Traction and Drives

Comprehensive knowledge of electric traction systems and electric drives, including their design, operation, and control. Adept at explaining the principles of various drive systems and their applications in transportation and industrial sectors.

Basics of Electrical and Electronics

Extensive knowledge and practical experience in foundational electrical and electronic principles. Proficient in teaching the fundamentals of electrical circuits, electronic components, and systems, ensuring a robust understanding for students at both undergraduate and postgraduate levels.

• Power System
• Switchgear & Protection
• Laboratory