Teaching Facilitie

●Precision Instrument Laboratory

1. Precision Measurement and Analysis: Master the operation of GC, HPLC, infrared spectrometers, and mass spectrometers for qualitative and quantitative chemical analysis. 
2. Data Processing and Reporting: Analyze data, manage errors, and write laboratory reports. 
3. Instrument Maintenance and Standards: Learn proper operation and maintenance of precision instruments to enhance experimental capabilities. 
4. Experiment Design and Problem-Solving: Develop experiments, resolve real-world issues, and cultivate logical and innovative thinking.

●Organic Chemistry Laboratory

1. Project Design: Conduct group experiments on topics such as organic synthesis, new material development, and cosmetic formulation.
2. Experiment Execution: Perform organic reactions, purification, and structural identification while optimizing experimental conditions.
3. Data Analysis: Use AFM, DSC, and IR instruments to verify surface features and properties of products.
4. Teamwork: Collaborate to complete projects, present results, and write reports.

●Nanotechnology Laboratory

1. Nanomaterial Fabrication: Apply sol-gel methods, hydrothermal synthesis, and CVD techniques to control particle size and morphology.
2. Material Characterization: Analyze structures and properties using optical microscopes, BET analyzers, and AFM.
3. Application Research: Explore the use of nanomaterials in photocatalysis, antimicrobial applications, and new material development.
4. Interdisciplinary Integration: Combine chemistry, material science, and biomaterials to develop innovative applications.

●Unit Operations Laboratory

1. Basic Techniques: Learn fundamental operations and principles of fluid flow, heat transfer, and mass transfer equipment.
2. Industrial Process Simulation: Operate and analyze processes like distillation, absorption, and reactor systems.
3. Data Analysis and Reporting: Optimize experimental conditions and refine operation skills.
4. Instrumentation and Maintenance: Master the use and maintenance of instruments and equipment.

●Instrumental Analysis Laboratory

1. Instrumental Analysis: Utilize GC, HPLC, and UV-Vis techniques for material analysis.
2. Data Interpretation: Analyze and interpret experimental results effectively.
3. Experimental Design: Select appropriate instruments to address analytical problems.
4. Instrument Operation: Gain proficiency in using and maintaining analytical instruments.

●Green Energy Laboratory

1. Nanomaterial Development: Create photocatalysts and biocatalysts.
2. Polymer Applications: Develop eco-friendly polymers, such as biodegradable plastics.
3. Green Synthesis Techniques: Combine biological and polymer technology for sustainable energy processes.
4. Sustainable Design: Design green energy systems and materials in line with sustainable development goals.

●General Chemistry Laboratory

1. Basic Chemistry Skills: Master titration, filtration, distillation, and crystallization techniques.
2. Reaction Observation: Conduct acid-base neutralization and redox reactions while analyzing processes and phenomena.
3. Qualitative and Quantitative Analysis: Use instruments and reagents for chemical component analysis.
4. Data Principles: Record data, analyze errors, and derive conclusions.
5. Safety and Standards: Understand laboratory safety and proper chemical handling and storage.

●Biology Laboratory

1. Basic Biological Techniques: Operate microscopes, prepare samples, and perform staining to observe cellular and microbial structures.
2. Molecular Biology Skills: Learn DNA extraction, PCR amplification, and gene cloning techniques.
3. Biological Analysis: Conduct biochemical reactions and use enzymes and antibodies for qualitative and quantitative assessments.
4. Cell and Microbial Culture: Cultivate cells and microorganisms, analyze biological reactions, and study growth curves.

●Computer Laboratory

1. Basic Computer Skills: Operate systems and software like Word, Excel, and PowerPoint.
2. Data Processing and Analysis: Use Excel and statistical tools for data visualization and analysis.
3. Computer-Aided Design: Use VISIO for chemical process diagrams and piping layouts.
4. Multimedia Design and Creation: Learn image and video editing software for multimedia projects.