Vikrant Institute of Technology and Management, Gwalior

B.Tech in Chemical Engineering at Vikrant University, Gwalior

Vikrant University, Gwalior is widely recognized for offering industry-aligned and innovation-driven engineering programs that prepare students for dynamic careers in chemical, petrochemical, pharmaceutical, and environmental sectors. With a strong focus on research, practical training, and advanced laboratory facilities, the university provides an ideal environment for aspiring Chemical Engineers to develop both theoretical understanding and real-world technical expertise.

B.Tech in Chemical Engineering – Course Details

The B.Tech in Chemical Engineering program at Vikrant University, Gwalior focuses on developing competencies in chemical processes, material transformation, plant operations, and sustainable engineering solutions. The curriculum blends core engineering concepts with modern industry practices to prepare students for a wide range of technical roles.

Core Subjects

• Engineering Chemistry & Physics: Foundational scientific principles behind chemical processes

• Chemical Process Calculations: Stoichiometry, material balance, and energy calculations

• Fluid Mechanics: Fluid flow behavior, pumps, and chemical equipment

• Thermodynamics: Heat, energy conversion, and chemical equilibria

• Chemical Reaction Engineering: Reaction kinetics and reactor design

Specialized Chemical Engineering Subjects

• Heat & Mass Transfer: Industrial heat exchangers, diffusion, and separation processes

• Process Equipment Design: Designing reactors, distillation columns, and industrial units

• Process Dynamics & Control: Automation of chemical plants and system stability

• Petrochemical Engineering: Oil refining, polymer production, and petroleum processing

• Environmental Engineering: Waste treatment, pollution control, and sustainability

• Biochemical Engineering: Enzyme technology, fermentation, and bioprocessing

Hands-on Learning & Skill Development

• Laboratory training in chemical reactions, unit operations, and process simulation

• Industrial internships in chemical plants, refineries, and manufacturing units

• Workshops and seminars with industry professionals

• Real-world case studies and plant design projects

• Access to modern chemical engineering software such as Aspen HYSYS, MATLAB, and ANSYS

• Participation in technical fests, research forums, and innovation competitions

Career Opportunities after B.Tech in Chemical Engineering

Graduates from the program can pursue diverse roles across chemical, petrochemical, environmental, pharmaceutical, and manufacturing industries:

• Chemical Engineer

• Process Engineer

• Petrochemical Engineer

• Production Engineer

• Environmental Engineer

• Quality Control/Assurance Engineer

• Plant Operations Engineer

• Bioprocess Engineer

• R&D Scientist