Equipped with latest technology to enhance practical learning experience
Global Educational Institutes computer labs are spacious and equipped with the latest configured computers with up to date software and LAN/Wi-Fi connectivity. All systems are interconnected and support multiple operating systems along with packages for multimedia, animation and more. These advanced computing system create a simulated learning environment benefiting the students and faculty alike.
The lab provides practical exposure to key areas of artificial intelligence, data science, machine learning hereby enhancing theoretical learning with hands on experience. Students engaged with real world data sets develop intelligent systems and apply machine learning techniques using modern programming languages and tools such as Python, R, Tensor Flow, PyTorch etc.
Through interactive lab sessions students gain proficiency in supervised and un supervised learning, neural networks and AI applications. Lab sessions enables Students to gain in-depth knowledge in solving complex problems and prepare them for careers in data driven industries and research.
Our Chemistry Lab is well-equipped with modern instruments and advanced analytical tools that support a wide range of experimental and research activities. The laboratories are spacious, well-ventilated and designed to ensure safety and precision in all experiments. The lab provides practical exposure to key areas of physical, organic and inorganic chemistry, enhancing students’ theoretical understanding through hands-on experience. Students perform experiments involving qualitative and quantitative analysis, synthesis of compounds, spectroscopy and titration methods. Through guided practical sessions, students gain proficiency in laboratory techniques, chemical handling and data interpretation.
Our Physics laboratory is modern, spacious and equipped with advanced instruments that serve diverse areas of physics. The lab is designed to ensure safety, precision and a stimulating environment that enhances both teaching and learning. The facilities provide students and faculty with an engaging space to explore physical principles through experimentation and observation. The lab offers practical exposure to fundamental and advanced areas such as mechanics, optics, electricity, magnetism and modern physics. Students conduct experiments related to measurement of physical quantities, verification of theoretical laws and analysis of material properties using instruments like spectrometers, oscilloscopes, lasers and semiconductor devices.
Through interactive sessions and guided experiments, students develop essential skills in data collection, analysis and interpretation. The Physics Lab encourages scientific inquiry, analytical thinking and problem-solving abilities - preparing students for higher studies and professional careers in research, engineering, electronics and applied physics.
The Electrical Engineering Laboratory is well-equipped with state-of-the-art instruments and advanced experimental setups that provide students with hands-on exposure to core electrical concepts. The labs feature modern measuring devices, digital and analog instruments, power supply units, transformers, motors and various circuit components essential for practical understanding. All workstations are interconnected and supported by reliable power systems, ensuring a safe and efficient learning environment. The lab infrastructure is designed to simulate real-world industrial conditions, enabling students and faculty to engage in interactive and innovative experimentation.
The Lab focuses on enhancing students’ understanding of fundamental areas such as circuit theory, electrical machines, power systems, control systems and renewable energy. Through practical sessions, students learn to design, test and analyze electrical circuits and systems using modern tools. Regular experiments and project based learning sessions help students gain proficiency in troubleshooting, instrumentation and energy analysis. These sessions foster technical competence, analytical thinking and problem-solving skills, preparing students for professional roles in industries, power sectors and research domains.
Our Electronics Lab are equipped with modern instruments and advanced experimental setups designed to provide students with comprehensive practical exposure to electronic devices and circuits. The labs feature high-quality digital and analog oscilloscopes, signal generators, function generators, power supplies, multimeters, and breadboards to facilitate circuit design, testing and analysis.
Each workstation is equipped with the latest tools and simulation software, ensuring an effective and interactive learning experience. The lab environment promotes innovation by allowing students to design and implement both analog and digital circuits, helping them bridge the gap between theoretical knowledge and real-world applications.
Students perform experiments on semiconductor devices, amplifiers, oscillators, logic gates, and microcontrollers while also gaining experience in PCB design and circuit simulation. Through guided experiments and project-based sessions, students develop proficiency in circuit design, troubleshooting and measurement techniques. The Electronics Lab aims to cultivate analytical thinking, creativity, and problem solving abilities among students, preparing them for emerging roles in embedded systems, communication electronics, and hardware design industries.
The Mechanical Workshop Lab is well-equipped with modern tools, machines and safety facilities to provide students with comprehensive practical training in manufacturing and fabrication processes. The institute offers a spacious and well ventilated workshop environment supported by qualified instructors, safety equipment and high-quality raw materials. These advanced facilities ensure that students receive hands-on experience aligned with current industrial standards and practices.
The lab focuses on various sections such as Fitting, Carpentry, Welding, Sheet Metal and Machining. Each section is equipped with the necessary instruments and machines for operations like measuring, marking, cutting, shaping, joining and finishing of metal and wooden components. Students are trained to handle different types of hand tools and workshop machines with proper safety procedures. The workshop promotes teamwork, discipline and precision through practical assignments and projects.
The Mechanical Workshop Lab provides immense benefits to students by developing their technical knowledge, practical skills and problem-solving abilities. It bridges the gap between theoretical knowledge and industrial application, preparing students for real-world engineering challenges. The lab also enhances creativity and confidence among students, enabling them to understand the fundamentals of mechanical systems and manufacturing techniques essential for their professional growth in the field of mechanical engineering.
Our Engineering Design Lab is a well-established facility that provides students with comprehensive exposure to the principles of engineering drawing, visualization and computer-aided design (CAD). The lab is equipped with advanced computer systems and high-quality drafting tools. These facilities enable students to learn both manual and digital drawing methods in a professional environment. The institute ensures that the lab maintains all safety, ergonomic and technical standards to support effective and efficient learning.
The lab focuses on developing students’ understanding of geometrical constructions, orthographic and isometric projections and the design of simple to complex solids. Students practice the conversion of 2D drawings into 3D models, sectioning of solids and development of surfaces. They also gain practical experience in setting up CAD environments, using basic and advanced commands, layering, dimensioning and generating detailed engineering drawings. The integration of manual drafting with CAD software helps students strengthen their technical and spatial visualization skills.
The Engineering Design Lab offers immense benefits by bridging the gap between theoretical design concepts and real-world industrial applications. It enhances students’ accuracy, creativity and problem-solving abilities, preparing them for careers in product design, manufacturing and research. Through continuous practice and project-based learning, students of Global Educational Institutes develop professional level competence in interpreting and creating engineering drawings, enabling them to communicate technical ideas effectively in the field of mechanical and manufacturing engineering.
To shift from teacher centric stable processes to learner centric flexible processes, teachers should be aware of student's inclinations, potentialities, expectations, perceptions, disposition, acumen etc. For this, a Psychology Resource Centre with necessary facilities of Psychology laboratory is maintained in the institution.
"Speech is power: speech is to persuade, to convert, to compel. It is to bring another out of his bad sense into your good sense."
Soft skill, presentation and communications sessions are conducted to empower students with communication skills. To enforce the same, we have a communication lab with latest software’s and instruments.
The main objective of the lab is to groom students in communication skills mainly listening and speaking skills. The students are given training for the job interviews, presentations, public speaking and vocabulary practice during intensive lab sessions.
