Mechanical
About the Department
The Diploma Mechanical Engineering Department was established in the year 2024 with the objective of providing quality technical education and practical skills to meet the growing demands of the engineering and manufacturing industries. The department is committed to developing competent diploma engineers with strong fundamental knowledge and hands-on experience.
The department offers a well-structured curriculum that integrates theoretical learning with practical training in core areas such as applied mechanics, engineering materials, manufacturing processes, thermal engineering, fluid mechanics, and machine design. Emphasis is placed on laboratory work, workshops, industrial visits, and project-based learning to enhance students’ technical competence and problem-solving skills.
The department is supported by qualified and dedicated faculty members, well-equipped laboratories, modern workshop facilities, and industry-relevant teaching methods. Special focus is given to safety practices, professional ethics, teamwork, and effective communication skills. Expert and experienced faculty members, along with skilled supporting staff, provide top-notch mentorship and academic guidance. Holistic student development is encouraged through a balanced blend of curricular, co-curricular, and extracurricular activities. Eminent faculty members actively contribute to high-quality research publications across diverse domains. Continuous growth, innovation, and academic excellence ensure a dynamic and enriching learning experience for students.
Since its inception in 2024, the department aims to continuously improve academic standards, promote innovation, and establish strong industry–institute interaction. The Diploma Mechanical Engineering Department strives to prepare students for successful careers in industries, entrepreneurship, and higher education, contributing positively to technological and industrial development.
Dr. Shailee G. Acharya
Lecturer
Joined: 1st July 2024
B.E. Production (Bhavnagar University), M.E. CAD/CAM (GTU), Ph.D. Mechanical (RK University)
13 Years and 6 Months of Teaching Experience
Specialization:
Casting | Design | Quality Engineering | Manufacturing | Sustainability
Prof. Arpit H. Modi
Lecturer
Joined: 1st July 2024
B.E. Mechanical (VNSGU), M.E. CAD/CAM (GTU), Ph.D. Mechanical Pursuing (GTU)
13 Years and 6 Months of Teaching Experience
Specialization:
Casting | Design | Quality | PM | CAD | CAM
We have organised an expert session on AutoCAD software for diploma mechanical and civil engineering students. This whole session was conducted by Dr. Vijay Pipalia and Mr. Harsh Parmar from Khodiyar eSolutions LLP, Vadodara at CAD lab of Degree Mechanical Engineering Department of SVIT-Vasad college. Our goal was to provide hands-on exposure and foundational understanding of AutoCAD, enabling students to explore further learning opportunities and improve their career prospects in CAD-based industries.
Students are now familiar with AutoCAD software and its relevance in the industry. Now they can interact with the AutoCAD interface and able to use basic drawing commands. They can create and edit 2D drawings. They understand the capabilities of 3D modeling in AutoCAD software. They are aware about applications of AutoCAD in various engineering and design fields. They know career paths and certifications related to CAD technologies.
Applied Mechanics Lab
The Applied Mechanics Laboratory provides practical knowledge of the fundamental principles of mechanics and their application to engineering problems. This laboratory helps diploma mechanical engineering students understand how forces act on bodies and structures under different conditions.
In this lab, students perform experiments related to statics and dynamics such as verification of laws of forces, study of simple machines, friction experiments, determination of centroid and moment of inertia, and analysis of beams, frames, and trusses. Students also conduct experiments on motion, acceleration, and impact where applicable.
The laboratory helps students learn how to apply theoretical concepts such as equilibrium of forces, work, energy, power, and mechanical advantage to real-life engineering situations. Students are trained to set up experiments, take accurate readings, draw diagrams, and analyze results.
Elements of Mechanical Engineering Lab
Elements of Mechanical Engineering Lab is a practical-oriented course designed to introduce diploma mechanical engineering students to the basic principles and applications of core mechanical systems. The lab provides hands-on experience with fundamental experiments related to mechanics, materials, thermal systems, and machine elements.
Students perform experiments on simple machines, power transmission components, bearings, springs, pumps, compressors, and basic thermodynamic devices. The course emphasizes understanding the construction, working principles, performance characteristics, and safety aspects of commonly used mechanical equipment. Through observation, experimentation, and analysis, students relate theoretical concepts to real-world engineering applications.
By completing this lab, students develop practical skills, problem-solving ability, and technical confidence, preparing them for advanced mechanical subjects, workshop practices, and industrial environments.
Engineering Graphics Lab
Engineering Graphics Lab is a foundational practical course designed to develop the drawing and visualization skills essential for diploma mechanical engineering students. The lab provides hands-on training in the use of drawing instruments and CAD tools (where applicable), following standard engineering drawing conventions.
Students learn the principles of geometric constructions, scales, lettering, and dimensioning, along with national and international drawing standards. The course emphasizes orthographic projections, isometric and pictorial views, sectional views, and the drawing of basic machine elements and simple assemblies. Through regular practice, students gain the ability to read, interpret, and create accurate engineering drawings.
By the end of the lab, students develop spatial visualization skills and technical accuracy, enabling them to effectively communicate design ideas and understand manufacturing and fabrication drawings used in mechanical engineering industries.
Engineering Materials Science Lab
The Engineering Materials Science Laboratory is designed to help diploma mechanical engineering students understand the properties, structure, and behaviour of engineering materials used in industrial applications. This laboratory provides practical exposure to various materials and their testing methods, which supports the theoretical concepts learned in the classroom.
In this lab, students perform experiments related to mechanical testing of materials such as tensile, compression, hardness, impact, and torsion tests. Students also study different types of engineering materials including metals, alloys, polymers, ceramics, and composites. Heat treatment processes like annealing, normalizing, hardening, and tempering are introduced to understand their effects on material properties.
The laboratory also includes metallography experiments, where students observe microstructures of materials using microscopes. This helps them understand grain structure, phases, and defects in materials. Students learn proper specimen preparation, testing procedures, and interpretation of test results.
Fluid Mechanics and Hydraulic Machinery Lab
Fluid Mechanics and Hydraulic Machinery deals with the study of fluids at rest and in motion, and the machines used to convert fluid energy into mechanical energy and vice versa. The Fluid Mechanics and Hydraulic Machinery Laboratory is designed to provide practical knowledge and hands-on experience to students, helping them understand the theoretical concepts taught in the classroom.
In this laboratory, students perform experiments related to properties of fluids, fluid statics, fluid flow measurement, and the performance characteristics of hydraulic machines such as pumps and turbines. Through these experiments, students learn how fluids behave under different conditions and how hydraulic machines operate in real-life engineering applications.
The lab helps students develop essential skills such as observing experimental procedures, taking accurate measurements, analysing results, and comparing experimental outcomes with theoretical values. It also promotes safe laboratory practices, teamwork, and proper handling of instruments and equipment.
Manufacturing Engineering Lab
The Manufacturing Engineering Laboratory provides practical training to diploma mechanical engineering students in various manufacturing processes used in industries. This laboratory is equipped with different machines, tools, and instruments that help students gain hands-on experience and understand real-world manufacturing practices.
In this lab, students perform practical work related to basic manufacturing processes such as casting, forging, welding, machining, sheet metal operations, and fitting. Students learn the operation, setup, and maintenance of machines like lathe, drilling machine, milling machine, shaping machine, and grinding machine. They also get exposure to hand tools and measuring instruments used for manufacturing and inspection.
The laboratory focuses on developing skills such as accurate measurement, tool handling, process planning, and safe working practices. Students are trained to follow standard operating procedures, observe safety rules, and understand the importance of quality and productivity in manufacturing.
Theory of Machines and Mechanisms Lab
The Theory of Machines and Mechanisms Laboratory is designed to provide practical understanding of the principles governing the motion and operation of mechanical systems. This laboratory helps diploma mechanical engineering students visualize and analyze the concepts learned in the Theory of Machines and Mechanisms subject.
In this lab, students perform experiments on different types of mechanisms such as four-bar mechanisms, slider-crank mechanisms, cam and follower mechanisms, gear trains, and belt and rope drives. Students study motion characteristics including displacement, velocity, acceleration, mechanical advantage, and speed ratio of various machine elements.
The laboratory also includes experiments related to balancing of rotating masses, determination of flywheel parameters, friction in machine elements, and analysis of power transmission systems. Through these experiments, students gain hands-on experience in setting up mechanisms, taking observations, and understanding their practical behaviour.
Thermal Engineering Lab
The Thermal Engineering Laboratory is designed to provide practical understanding of the principles of heat, work, and energy conversion used in mechanical engineering systems. This laboratory helps diploma mechanical engineering students relate theoretical concepts of thermal engineering to real-life applications.
In this lab, students perform experiments on various thermal systems such as internal combustion engines, boilers, refrigeration and air-conditioning systems, heat exchangers, and steam turbines where applicable. Students study performance parameters like efficiency, specific fuel consumption, heat transfer rate, and coefficient of performance.
The laboratory includes experiments related to heat transfer modes conduction, convection, and radiation and measurement of temperature, pressure, and flow. Students learn to operate thermal equipment, take accurate readings, and analyze energy balance and system performance.
Workshop Lab
The Workshop Laboratory is a fundamental practical training component of the Diploma Mechanical Engineering program. This laboratory provides hands-on experience in basic manufacturing and fabrication processes, helping students develop essential technical and manual skills required in the mechanical engineering field.
In this lab, students are trained in various workshop practices such as fitting, carpentry, welding, smithy, sheet metal work, and basic machining operations. Students learn to use hand tools, power tools, and workshop machines safely and effectively. Emphasis is given to correct measurement, marking, cutting, shaping, and assembling of components as per given drawings.
The workshop lab helps students understand materials, tools, and manufacturing methods used in industries. It also develops skills related to workmanship, accuracy, discipline, and safety awareness. Students learn to follow standard workshop procedures, use personal protective equipment, and maintain cleanliness and order in the workplace.
IDMC LTD and Fine Cast PVT LTD
We have taken our SY Sem-3 Diploma Mechanical Engineering students for industrial visit. We visited IDMC LTD and Fine Cast PVT LTD industries located in GIDC-New V. V. Nagar, Anand.
Firstly, we went to IDMC LTD Unit-2 & 3 where the students have seen water jet cutting and spinning work done on metal sheets. Students made aware about SS 304 and SS 316 grade materials and their importance in manufacturing of process tanks and storage vessels for milk manufacturers and pharmaceutical companies. They show turning and milling processes. They understood the process of TIG welding. They also show manufacturing and assembly of pumps, valves & fittings, strainers, and inline mixer & agitator. They got information and live demonstration of cycle time test performed on rotary cup filling machines. They understood hydro test performed on valves and pumps for linkages.
The second industry visited by us was Fine Cast PVT LTD. Here the students were demonstrated various production of cast iron and ductile iron products through green sand-casting process. They show mould and pattern design. They understood critical die wear and correction of any potential problems before final inspection of metal castings. They also show various tests performed on green sand to ensure good quality casting manufacturing. They show live metal melting and pouring processes. They also show pattern making process.
Shree Sai Glassmen and Press Stamping Industry
We went to visit Shree Sai Glassmen and Press Stamping Industry located in GIDC-Makarpura, Vadodara with sem-2 Diploma Mechanical Engineering students.
The first industry visited was Shree Sai Glassmen where the students have seen machining work done on casted arts of glass bottle making machines. The students were addressed by the manufacturing supervisor, and he answered all the questions asked by the students. Students made aware regarding measuring of parts for quality and importance of marking and machining to the precise measurements mentioned in the drawing of the part. The students also had a glimpse of working of glass bottle making machine. Civil engineering students got exposure to gantry girder design and structure design requirements.
The second industry visited by students was Press Stamping Industry. Here the students were demonstrated various forging work going on as per the client’s requirements. They got to know the process of die making and importance of die design for forging work done in hydraulic press. This industry has 20 ton to 550-ton capacity hydraulic press machines. Students were made aware about industrial safety and importance of personal protective equipment. Electrical engineering students made aware of power grid design and its importance.