ELECTRICAL AND ELECTRONICS ENGINEERING

Vision :

To prepare globally recognized Electrical and Electronics engineers, for the global need of academia, industry and society with social & moral values.

Mission :

1. To create an environment suitable for innovative, social & eco-friendly projects.
2. To provide a platform for the students to enhance their hidden skills and talent.
3. To develop students with necessary entrepreneurial skills, leadership qualities and positive attitude.
4. To provide holistic developmentof students through the Academic Excellence

Program Outcomes :

PO 1 - Application of Engineering Knowledge: Apply knowledge of Engineering, management, mathematics and science for solving engineering problems. Analyze, plan and apply the acquired knowledge in basic sciences and mathematics in solving problems with technical, economic, environmental and social contexts.

PO 2 - Analysis of Problem: Ability to design and conduct experiments as well as to analyze and interpret experimental or collected data, simulate and fabricate circuits and systems, and make own projects utilizing the latest software tools and techniques. Design, build, and test analog & digital electronic systems for given specifications.

PO 3 - Design/development of solutions: Design a system, component, or process to meet the desired specifications, performance, and capabilities; compatible with health, safety, legal, societal, and environmental considerations.

PO 4 - Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.

PO 5 - Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.

PO 6 - The Engineer and Society: Apply reasoning informed by contextual knowledge to assess societal, health, safety, legal, and cultural issues and the consequent responsibilities relevant to the professional engineering practice.

PO 7 - Environment and Sustainability: Understand and correctly interpret the impact of engineering solutions in global, societal, and environmental contexts and demonstrate the knowledge of a need for sustainable development.

PO 8 - Ethics: Understand ethics of life and professions and abide by them.

PO 9 - Individual and Team-work: Communicate effectively, demonstrate leadership qualities, and exhibit professional conduct in their career. Work with a multi-disciplinary team, and appreciate the role of a leader, leadership principles, and attitudes conducive to effective professional practice of Engineering.

PO 10 - Communication: Communicate and present effectively both orally and in writing, such as being able to comprehend and write effective reports and design documentation, make effective presentations and give and receive clear instructions.

PO 11 - Project management and finance: Demonstrate knowledge and understanding of the engineering finance and management principles as a member and leader in a team to manage projects in multi-disciplinary environments. Apply relevant shop practices in compliance with safety policies and current regulations for engineering workplaces.

PO 12 - Life-long learning: Engage in life-long learning, demonstrate knowledge and understanding of contemporary and emerging issues relevant to their domain, demonstrate knowledge and understanding of business practices and principles of management, and understand their limitations. Develop awareness of legal consequences of engineering solutions.

Program Educational Objectives :

PEO 1 - Success in Electrical & Electronics Engineering: To provide students with the knowledge of Electrical and Electronics Engineering in particular so as to acquire the necessary skills for analysis and synthesis of problems in generation, transmission and distribution.

PEO 2 - Industrial awareness and research: To provide technical knowledge and skills to identify, comprehend and solve complex tasks in industry and research and inspire the students to become future researchers / scientists with innovative ideas.

PEO 3 - Successful employment and professional ethics: To prepare the students for successful employment in various Industrial and Government organizations, both at the National and International level, with professional competence and ethical administrative judgments and decisions so as to handle critical situations and meet deadlines.

PEO 4 - Being a leader professional and societal environment: To train the students in basic human and technical communication skills so that they may be good team-members, leaders and responsible citizens.

PSO's :

PSO 1: Ability to excel in the field of Electrical and Electronics Engineering through all-round development.

PSO 2: Ability to apply and solve the problems of electrical circuits, power electronics, electrical machines and power systems.

PSO 3: Ability to solve real time problems in societal and environmental context with professional ethics.

Program Assessment Committee : 

1. Basic Electrical Engineering & Measurement lab
2. AC Machines lab
3. DC Machines &Transformer Lab
4. Digital Electronics & Microprocessor Lab
5. Analog Circuit  and Control System lab
6. Power Electronics Lab
7. Electrical, Electronics workshop & Project lab

Certificate courses in Electrical and Electronic Engineering (EEE) offer concise and targeted training in diverse aspects of this ever-evolving field. These focused programs encompass an array of essential topics, including circuit analysis, electronics and digital systems, power systems, control engineering, and renewable energy. Participants acquire practical expertise in designing, analyzing, and troubleshooting electrical circuits, electronic systems, and power infrastructure. Moreover, these courses delve into the intricate world of control systems and automation, enabling individuals to navigate complex engineering challenges. With a strong emphasis on safety practices and industry regulations, participants gain a comprehensive understanding of both theoretical principles and hands-on applications. Through practical projects and real-world scenarios, participants develop valuable skills that cater to industries ranging from telecommunications to aerospace. Completing a certificate course in EEE not only equips individuals with a versatile skill set but also opens doors to diverse career opportunities in electronics, power systems, and sustainable energy, making them sought-after professionals in a competitive job market.

Objectives Of Certification Course :

The objectives of a certification course are multifaceted and aimed at providing participants with focused knowledge, practical skills, and recognized credentials in a specific field. These objectives include:

1. Skill Development: To equip participants with specialized skills and expertise in a particular subject area, enabling them to excel in their chosen career path.

2. Industry Relevance: To address current industry needs and trends, ensuring that participants gain knowledge that is directly applicable and sought after by employers.

3. Career Advancement: To enhance participants' employability and job prospects by validating their skills and knowledge through a recognized certification.

4. Professional Validation: To provide participants with a recognized credential that validates their expertise, boosting their credibility and standing within their industry.

5. Lifelong Learning: To foster a culture of continuous learning and personal growth, empowering participants to stay updated with evolving technologies and trends.

Scope Of the Course :

The scope of a certification course is broad and impactful, encompassing various aspects that contribute to personal and professional growth:

1. Skill Enrichment: Certification courses provide participants with specialized knowledge and practical skills, enabling them to master specific subjects and enhance their expertise.

2. Career Opportunities: The acquired skills and recognized credentials open doors to diverse career paths, promotions, and job transitions within the chosen industry.

3. Industry Relevance: Certification ensures participants stay up-to-date with industry trends, technological advancements, and best practices, making them valuable assets to employers.

4. Entrepreneurship: Certified individuals can leverage their skills to launch startups, consultancies, or innovative projects, contributing to economic growth and innovation.

5. Global Reach: Many certifications have international recognition, allowing professionals to explore job prospects and collaborations on a global scale.

Value-added courses in Electrical & Electronics Engineering offer specialized insights, enriching students' education. These courses delve into advanced topics like power systems, microelectronics, automation, and renewable energy, fostering a deep understanding of intricate electrical systems. By aligning with industry demands, these courses enhance employability, enabling graduates to tackle real-world challenges with practical expertise. Recognized certifications validate skills, paving the way for career growth and innovation in fields spanning energy, telecommunications, electronics, and automation.

Objectives Of Course :

1. Expertise Enhancement: Deepen understanding of electrical and electronics concepts.
2. Industry Relevance: Align with current industry demands and advancements.
3. Skill Development: Acquire practical abilities for effective problem-solving.
4. Certification Validation: Obtain recognized credentials to showcase proficiency.
5. Career Progression: Enable professional growth and specialized roles.

Scope Of the Course :

1. Wide Subjects: Covers diverse electrical and electronics domains.
2. Cutting-edge Trends: Includes emerging tech like IoT and renewables.
3. Versatile Skills: Applicable across industries and roles.
4. Career Options: Power systems, automation, telecom, and more.
5. Real-world Ready: Prepares for practical challenges and solutions.

• Mentoring (TGS).
• Aptitude, Comm. Skill & Soft Skills training
• Personal Counseling by HOD & Director
• Industrial Visits, Mini  & Minor Projects
• Continuous feedback of Stakeholders
• Technical workshops, seminars, expert lectures & Group Discussions
• Induction/orientation Program
• Use of LMS, e-resources & ICT tools
• Departmental library  
• Social Activities under NSS
• Entrepreneurship & IPR trainings
• Innovative & social theme based projects
• Various Technical and Non-technical clubs
• Departmental Magazine

• Sayali G. Rathod, Sonam V. Welanjkar, Deepali N. Kende and Gangasingh K. Parmar, “Blind IQA: A natural scene on statistical approach in the DCT domain”, Published in ESP Journal of Engineering & Technology, ISSN: 2583-2648.
• Sonam V. Welanjkar, Sayali G. Rathod, Deepali N. Kende and Gangasingh K. Parmar, “Image Fusion based on Absolute Maximum Fusion Rule using Biorthogonal Wavelet Transform”, Published in ESP Journal of Engineering & Technology, ISSN: 2583-2649.
• Deepali N. Kende & Samina H. Khan, “Comparison tool for Big Data Analytics” Published in ESP Journal of Engineering & Technology, ISSN: 2583-2646.
• Gangasingh K. Parmar, Sayali G. Rathod, Sonam V. Welanjkar and Deepali N. Kende, “A fuzzy logic controller and dynamic voltage regulator based power quality improvement”, published in ESP Journal of Engineering & Technology.