DEPARTMENT OF CHEMICAL ENGINEERING
Department at a Glance
Achievements
Message from the Head of the Department
It is my privilege to lead the Department of Chemical Engineering at MVGR College of Engineering, with a commitment to academic excellence, innovation, research, and holistic student development. Our department strives to provide students with a strong foundation in Chemical Engineering principles, complemented by practical learning, laboratory experience, industry interaction, internships, and research opportunities.We continuously adapt our academic practices to meet the evolving needs of industry and society, with emphasis on sustainability, process simulation, energy, artificial intelligence, machine learning, and emerging process technologies. Our dedicated faculty members mentor students to develop critical thinking, creativity, problem-solving abilities, professional ethics, and leadership skills.We believe that education extends beyond the classroom and encourage students to actively participate in projects, technical activities, research, and professional development initiatives. Our goal is to nurture competent, innovative, responsible, and industry-ready Chemical Engineers who can contribute meaningfully to technological advancement and sustainable development.
Chemical Engineering at MVGR College of Engineering (Autonomous) is an ideal choice for students who have a strong aptitude and interest in Mathematics, Physics, and Chemistry (MPC) and are passionate about solving complex real-world engineering problems.
- Suitable for students interested in process industries, manufacturing, energy, environment, and sustainable technologies.
- Provides opportunities to apply scientific and engineering principles to the conversion of raw materials and waste materials into useful and value-added products.
- Enables students to contribute to diverse sectors involving the production of pharmaceuticals, vaccines, food products, fuels, polymers, chemicals, and advanced materials.
- Develops strong capabilities in problem-solving, process analysis, innovation, design, and sustainable engineering.
- Offers a balanced combination of fundamental sciences, core engineering principles, computational tools, laboratory skills, and industrial applications.
Laboratories
Courses Offered
Course Offered | Specialization | Intake |
|---|---|---|
B.Tech | Chemical Engineering | 60 |
Professional Memberships
By joining a professional body, it can certainly show a level of early commitment to a career area and is useful to highlight CV. It is an ideal opportunity to make connections and build a network of peers and experts. You can meet like-minded students and experienced professionals by attending regional branch activities, joining special interest groups and participating in discussion forums. Sign up to their regular news updates, access their publications and journals, online services and events, such as conferences. Some offer mentoring schemes to support students or new graduates entering the profession, assist with financial support, and can be an invaluable source of vacancies.
Vision of the Department
To produce globally competent chemical engineers with a commitment to serve the society by continually work as an effective bridge between the aspirations of students for a fruitful professional career and industry’s need for well-rounded chemical engineers with strong fundamentals and sound problem-solving skills.
Mission of the department
Aspire to reach higher quality benchmarks in training students on all skills expected of a chemical engineering professional through a meticulously planned yet flexible learning process administered through the following:
M1.   Design and develop curriculum for program of chemical engineering that adds value to student competencies abreast with changing industry needs.
M2.   Impart students with knowledge of chemical engineering and use of modern tools and provide the best learning resources.
M3.   Provide an enabling environment to equip students to serve the society as leading professionals, academicians, innovators and entrepreneurs.
M4.   Promote and undertake academic research to address technical and societal challenges.
M5.   Provide consulting services to the industry and create industry-academia synergy.
PEOs and PSOs>>
The Curriculum’s overall objective is to train students as graduates suitable to work as an entry-level Chemical Engineering professional and have the necessary fundamental skills to learn and adapt with experience to changes coming through in the industry and be relevant. Curriculum was designed in such a way that the following attributes may be developed in the student.
- Ability to communicating with Clients, Colleagues and Society at Large to understand their needs precisely.
- Ability to analyze the needs, formalize the requirements and devise solutions for typical problems in designing & processing in industries.
- Ability to design a robust solution considering all the alternatives under the feasibility constraints that would be flexible enough to accommodate future changes at a low cost
- Ability to implement the solution in teams and deliver it to the clients within a given time frame while providing necessary support in deploying and using the solution effectively.
85% placement was achieved by the students of 2022-2026 batch in different companies like The India Cements Ltd, Deccan Fine Chemicals, KEKA Technologies, Vasudha Pharma Chem Ltd, TCS, Eisai Pharma etc.
Click Here to See Last 3 Years of Placements
APPLICATION OF ASPEN PLUS IN PROCESS INDUSTRIES
OBJECTIVES:
- To introduce students to process flowsheet simulation and modelling using ASPEN Plus.
- To provide hands-on experience in simulating various chemical engineering unit operations.
- To familiarize students with physical property methods, reactors, heat exchangers, distillation and flowsheet convergence.
OUTCOMES:
- Students will be able to develop and simulate process flowsheets using ASPEN Plus.
- Students will be able to select suitable physical property methods for process simulations.
- Students will be able to model heat exchangers, reactors and distillation columns.
- Students will be able to apply flowsheet convergence and DesignSpec for process simulation problems.
OPPORTUNITIES:
- Chemical and Process Industries
- Petroleum, Petrochemical and Refining Industries
- Process Design and Engineering Consultancy
- Process Simulation and Optimization
Institutes/Organizations offering training in ASPEN Plus
- Aspen Technology (AspenTech)
- SimTech Simulations, Hyderabad
- Vidyanth, Hyderabad
- Udemy
- Coursera
Mobile – 9398409834
Department Extn. No. - 122