• Welcome to Engineering Chemistry

    Now, feel relax and enjoy it!

    Engineering Chemistry bridges the gap between chemistry and engineering. Here’s what makes it intriguing:
    • Matter Exploration: Dive into the study of matter in various forms. Understand the chemical and physical properties, composition, and applications of different materials. As an aspiring engineer, this knowledge is crucial for designing innovative solutions.
    • Practical Applications: Engineering Chemistry equips students with practical skills. Learn how to work with diverse materials efficiently, minimizing wastage and pollution. Imagine designing sustainable materials for bridges, electronic devices, and more!

    Key Topics Covered

    Let’s delve into exciting topics within Engineering Chemistry:
    1. Water Technology:
      • Water Quality Assessment: Explore methods to analyze water quality. Understand parameters like pH, turbidity, hardness, and dissolved oxygen. Learn how to ensure safe drinking water and efficient wastewater treatment.
      • Water Treatment Processes: Dive into purification techniques—coagulation, flocculation, sedimentation, filtration, and disinfection. Discover how engineers make water potable.
    2. Instrumental Methods of Analysis:
      • Basic Instrumental Analysis: Analysis using Electrodes, Conductometer and pH meter to analyze the concentration of acid solution.
    3. Fuels:
      • Types of Fuels: Study fossil fuels (coal, petroleum, natural gas) and alternative fuels (biofuels, hydrogen). Discuss their energy content, combustion, and environmental impact.
    4. Spectroscopic Techniques:
      • UV-Vis Spectroscopy: Understand how UV and visible light absorption reveals molecular information. Apply it to analyze compounds in environmental samples.
      • IR Spectroscopy: Decode molecular vibrations. Identify functional groups and structural features.
    5. Corrosion Science:
      • Corrosion Mechanisms: Learn why metals corrode and how to prevent it. Explore protective coatings, cathodic protection, and corrosion inhibitors.
      • Materials Durability: Engineers strive to design materials that withstand harsh environments—whether it’s a bridge exposed to saltwater or an aircraft in the sky.

Available courses