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● Identification of unknown minerals and inorganic compounds.
● Used to provide information on textures, phases and other structural information.
● Yields a high atomic resolution.
The participant after attending will be able to understand and analyse the various uses of the X-Ray Diffractometer (XRD), which includes:
● X-Ray crystallography provides a two-dimensional view that indicates the three-dimensional structure of a material.
● Relatively inexpensive and simple.
● Useful for large structures: Not limited by size or atomic weight.
● Can yield a high atomic resolution.
Academicians, Scientific officers, Undergraduate Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● Pharmaceutical Industry
● Forensic Science
● Geological Applications
● Microelectronic Industry
● Glass Industry
● Food Industry
● Civil & Construction Industry (Steel, Cement Industry)
● Qualitative analysis: Separation of thermally unstable chemical and biological compounds, e.g., drugs (aspirin and ibuprofen), salts (sodium chloride), proteins (egg white or blood), organic chemicals (polystyrene & polyethylene), herbal medicines, and plant extracts.
● Quantitative analysis: To determine the concentration of a compound in a sample by measuring the height and area of the chromatographic peak.
● Preparation of pure substances for chemical and toxicology studies and in organic synthesis. This is also called preparative chromatography.
● Trace analysis: this is the analysis of compounds present in very low concentrations in a sample. This is very useful in pharmaceutical, toxicology, environmental, and biological studies.
The participant after attending will be able to understand and analyse the various uses of the High-Performance Liquid Chromatography (HPLC), which include:
● Qualitative analysis - Separation of thermally unstable chemical and biological compounds, e.g., drugs (aspirin and ibuprofen), salts (sodium chloride), proteins (egg white or blood), organic chemicals (polystyrene and polyethylene), herbal medicines, and plant extracts.
● Quantitative analysis - To determine the concentration of a compound in a sample by measuring the height and area of the chromatographic peak.
● Preparation of pure substances for clinical and toxicology studies and in organic synthesis. This is also called preparative chromatography.
● Trace analysis – this is the analysis of compounds present in very low concentrations in a sample.
● This is very useful in pharmaceutical, toxicology, environmental, and biological studies.
Academicians, Scientific officers, Undergraduate Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● Pharmaceutical Industry
● Analytical Laboratories
● Protein-Based Molecule
● Agro-Industry
● Pharmaceutical Industry
● Analytical Laboratories
● Protein-Based Molecule
● Agro-Industry
● Biological Studies
● Dairy Products
● Juices
● Pharmaceuticals
● Coatings, Solvents
● Polymer Solutions, Oils, Paints
● Inks, Latex Adhesives (Solvent base)
The participant after attending will be able to understand and analyse the various uses of the Advance Instrumentation (Digital Viscometer) & Water Analysis, which include:
● In Dairy and Brewage Products.
● In Pharmaceuticals.
● In Coatings Solvents.
● In Polymer Solutions Oils Paints.
● In Inks Latex Adhesives (Solvent Base)
● Use of turbidity meter for the detection of turbidity of liquids and aqueous solutions.
● In Polymer Solutions Oils Paints.
● Types of Turbidity Meters.
● Working of Turbidity Meter.
● Cause of Turbidity.
Academicians, Scientific officers, Undergraduate, Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● Dye Industry
● Agriculture Industry
● Environmental Studies
● Steel Industry
● Pollution Control Board
● Food Industry
● Dairy Industry
● Pharmaceutical Industry
● Automobile Industry
● Biofuel Industry (Oil Refineries)
● Determination of protein value in a variety of substances.
● Future food discovery.
The participant after attending will be able to understand and the various uses of the Protein Analysis & Biochemistry Analyzer, which include:
● Detection of Impurities in organic molecules.
● Structure elucidation of organic compounds.
● In the quantitative determination of compounds that absorb UV radiation.
● Detection of the presence or absence of functional group in the compound.
● UV spectrophotometer may be used as a detector for HPLC Kinetics of reaction can also be studied using UV spectroscopy.
● Perform tests on whole blood, serum, plasma, or urine samples to determine concentrations of analytes (e.g., cholesterol, electrolytes, glucose, calcium).
● To provide certain haematology values (e.g., haemoglobin concentrations, prothrombin times).
● To do an assay of certain therapeutic drugs (e.g., theophylline), which helps diagnose and treat numerous diseases, including diabetes, cancer, HIV, STD, hepatitis, kidney conditions, fertility, and thyroid problems.
Academicians, Scientific officers, Undergraduates, Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● UV Spectroscopy
● Drug Industry
● Pharmaceutical Industry
● Biotechnology
● Dye Industry
● Biochemistry
● Food Analysis
● Bacterial Nutrient Availability
● Diagnostic Industry
● Product Development
● Research Industry
● IVF Clinics
● Pre-Clinical and Clinical Studies
● Scientific and industry-related fields, especially where characterizations of solid materials are beneficial.
● Topographical, morphological and compositional information.
● Detect and analyse surface fractures, provide information in microstructures, examine surface contaminations, reveal spatial variations in chemical compositions, provide qualitative chemical analyses and identify crystalline structures.
● Research tools in fields such as life science, biology, gemology, medical and forensic science, metallurgy etc.
The participant after attending will be able to understand and analyse the various uses of the Scanning Electron Microscope (SEM) & Microscopy, which include:
● Magnification and higher resolution – as electrons rather than light waves are used, it can be used to analyse structures that cannot otherwise be seen. The resolution of electron microscopy images is in the range of up to 0.2 nm, which is 1000x more detailed than light microscopy.
● Diverse applications – Electron microscopy has a diverse range of applications in many different fields of research including technology, industry, biomedical science, and chemistry.
● Plays important role in semiconductor inspection, computer chip manufacture, quality control and assurance, analysis of atomic structures, and drug development.
● High-quality images – electron microscope uses the system to produce highly detailed images of structures that are of high quality, revealing complex and delicate structures that other techniques may struggle to reproduce.
The participant after attending will be able to understand and analyse the various uses of the Scanning Electron Microscope (SEM) & Microscopy, which include:
● Scientists use a microscope for studying microorganisms, cells, crystalline structures, and molecular structures.
● Microscopes help doctors diagnose the tissue sample.
Academicians, Scientific officers, Undergraduate, Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● Forensic Science
● Biomedical Research
● Art
● Soil and Rock
● Nano Science
● Wire Industries
● Element Analysis
● Pathology Laboratory
● Hospitals / Medical Institutions
● Agriculture Industry
● Educational Institutes
● Pharmaceutical Laboratories
● Quality Control
● Life Science (Microbiology, Zoology, Biochemistry, Botany)
● Biotechnology
● Analysis of thin films and coatings.
● Quality verification of incoming/outgoing materials.
● Monitoring of automotive or smokestack emissions.
● Microanalysis of small sections of materials to identify contaminants.
● Deformulation of polymers, rubbers, and other materials through thermogravimetric infra-red (TCA-IR) or gas chromatography infra-red (GC-IR) analysis.
The participant after attending will be able to understand and analyse the various uses of the Fourier Transform Infrared Spectroscopy (FT-IR), which include:
● Analysis of thin films and coatings.
● Quality verification of incoming/outgoing materials.
● Monitoring of automotive or smokestack emissions.
● Microanalysis of small sections of materials to identify contaminants.
● De-formulation of polymers, rubbers, and other materials through thermogravimetric infra-red (TGA-IR) or gas chromatography infra-red (GC-IR) analysis.
● Analysis of thin films and coatings.
● Quality verification of incoming/outgoing materials.
● Monitoring of automotive or smokestack emissions.
Academicians, Scientific officers, Undergraduates Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● Pharmaceutical Industry
● Automobile Industry
● Paint Industry
● Polymer & Plastics Industry
● Food Industry
● Forensic Industry
● Quality Control
● Polymerase Chain Reaction is used in Medical, Forensic, and Applied Sciences.
● The PCR can be used in many different laboratory procedures. For example, most mapping techniques in the Human Genome Project (HGP) relied on PCR.
● PCR is also valuable in several indicated laboratories and clinical techniques, including DNA fingerprinting, detection of bacteria or viruses, and diagnosis of genetic disorders.
● Gene expression, Mutagenesis, Cloning & Gene expression studies.
● In mycology and parasitology, PCR technology favours the early identification of microorganisms.
The participant after attending will be able to understand and analyse the various uses of the Molecular Techniques, which include:
● The PCR can be used in many different laboratory procedures. For example, most mapping techniques in the Human Genome Project (HGP) relied on PCR.
● PCR is also valuable in several indicated laboratories and clinical techniques, including DNA finger printing, detection of bacteria or viruses, and diagnosis of genetic disorders.
● Polymerase Chain Reaction is used in Medical, Forensic, and Applied Sciences.
● Gene expression, Mutagenesis, Cloning & Gene expression studies.
● In mycology and parasitology, PCR technology favours the early identification of microorganisms.
Academicians, Scientific officers, Undergraduates Master's and Ph.D. students, and anyone who is keen to learn are all encouraged. It is useful in various industries:
● DNA Fingerprinting
● Pharmaceutical Industry
● Research & Development Center
● Agriculture Industry
● Medical and Forensic Laboratories
● Diagnostic Laboratories
● Biochemistry Analysis
● Forensic Science
Participants of this hands-on training program will finish will finish with an understanding of fundamental concepts including:
● Tablet press setup and operation.
● General background of tooling options.
● Formulation and granulation overview.
● Challenges in tablet formulation.
● The concept of dissolution and theories.
● Factors affecting dissolution.
● Basis of Biopharmaceutical Classification System (BCS) and its importance.
Academicians, Scientific Officers, Master’s & Ph.D. Students and anyone who is keen to learn
Pharmaceutical Industry l Forensic Science l Geological Applications l Microelectronic Industry l Glass Industry l Food Industry l Civil & Construction Industry (Steel, Cement Industry)
● To learn the use of Total Station technology.
● To understand its application for project layout & construction.
● Students will learn the operating characteristics of Total Station.
● To provide practical knowledge on various aspects of the field of surveying.
● Use & operate Total Station in field.
● Apply the knowledge of Total Station in different operations in Civil Engineering projects.
● Use Total Station in the field of civil Engineering land survey.
● To provide practical knowledge on various aspects of the field of surveying.
Working Professionals, Students of UG/PG Programs & Research Scholars of Mechanical, Civil, Mining & Geology Engineering and anyone who is keen to learn
● Feature Films.
● Short Films.
● Ad Films.
● Documentaries, etc.
Basically, you will learn about cinematography and its tools.
Anyone who is interested in understanding the Art of Film Making and anyone who is keen to learn
Media and Entertainment Industry
3D Printing is a manufacturing technology that is much faster than all conventional manufacturing technologies. As a result, the immediate market with significant value is the manufacturing SMEs as they require 3D Printing and Digital Fabrication technologies to make what they need. Additionally, the Make in India mission has many advantages for manufacturing companies.
Students of B.Tech, M.Tech, Research Scholars of Engineering and anyone who is keen to learn
● Architecture
● Interior Design
● Landscape Architecture
● Product Design
● Stage/Set Design
● Furniture Design
● Kitchen and Bath Design
Sketchup is a 3D modelling application for creating 3D things in a 2D environment. Whether you intend to model for 3D printing or for other uses, Sketchup provides all of the tools required to generate professional and high-quality outputs, even for inexperienced users.
You do not need any software skills to learn to work on Google SketchUp. You just need some imagination and your design will be ready in minutes. You can create chairs, tables, household items, vehicles, buildings, and a lot more.
For your college projects, you might need to create computer models of your machines, apparatus, tools, and lab instruments or you might need to display the complete architecture of your proposed model. Google SketchUp can be very handy in it.
Students of
● Bachelor of Interior Design: BID
● Bachelor of Civil Engineering: BCE
● Bachelor of UX Design: B.Design
Or any other student who is interested to learn 3D modelling software.
● Architecture
● Interior Design
● Landscape Architecture
● Product Design
● Stage/Set Design
● Furniture Design
● Kitchen and Bath Design
Sustainable engineering is the practice of designing products and processes that drive material and energy efficiencies to minimize their environmental impact while cutting costs and improving the bottom line.
● Students of B.Tech and M.Tech Mechanical & Electrical Engineering.
● Faculty and Working Professionals and anyone who is keen to learn.
● Building Sector
● Power Sector
● Iron and Steel Sector
● Aluminium Sector
● Cement Sector
● Textile Sector
● Real-time data is used by an IoT-based security solution to give mitigation strategies and stop cyber security assaults. Based on network activities, it can even create incident responses and security guidelines.
● A smart home is the most visible application of the Internet of Things. A smart home uses sensors to control and maintain lighting, resource management, and security systems. A smart home is a more compact, stand-alone variation of a smart city.
● Agriculture, as an industry, could massively benefit from the Internet of Things.
● Other applications are Traffic management, Pollution monitoring, Resource management, Parking solutions, etc.
● Another application of IoT is Supply chain management (SCM) is a process that streamlines the flow of goods and services from raw material procurement to the customers. It involved inventory management, fleet management, vendor relationships, and scheduled maintenance.
● Academicians
● Scientific Officers
● Masters & Ph.D. Students and anyone who is keen to learn
This training aims to provide sufficient hands-on experience to the participants so that they can get conversant with Digital Marketing tools and techniques and gain insight into running promotional campaigns on Social Media and Google. This would add to the skill of the participant and he/she can have brighter professional prospects and Employment opportunities in the Digital Marketing domain.
This workshop is intended for participants with little or no knowledge about Digital Marketing. If you want an Advance Level workshop, please contact us.
If we talk about Digital Marketing, it’s a very vast field altogether, our main objective is to give a complete idea about the Domain, Business Scope, Freelance Jobs, Blogging, Social Media and upcoming trends in the world of Digital Marketing.
● It is part of one of the most fascinating parts of the world of digital finance.
● Learn the world of Invest Tech and Payment Tech.
● Blockchain Technology, future of business process automation.
● Apply trading strategies to invest in cryptos.
● Basics of Blockchain
● Bitcoin and Alt Coins
● Smart Contract and Ethereum
● Trading in Cryptos
● Trading Psychology
● Commerce & Management Students
● Faculty Members
● Freshers
● Trading Enthusiasts
● Industry Professionals And, anyone who is keen to learn
Digital Finance
● Trading techniques for all classes of people.
● Trading Psychology and the Art of Investing.
● Art of making money using candlestick patterns, Dojis, etc.
● Basics of Stock Market
● Players in Stock Market
● Fundamental Analysis
● Technical Analysis
● Basics of Derivatives
● Students
● Faculty Members
● Freshers
● Trading Enthusiasts
● Industry Professionals
And, anyone who is keen to learn
For everyone, mainly the finance industry.
● Marketing
● Sales Management
● Data Analytics
● Financial Analysis
● HR Analytics
● Introduction to Power BI
● Data Import, Data Cleansing, and Data Analysis using Power BI
● Making an Interactive Dashboard
● Storytelling using Reports
● Art of Business Decisioning using Analytics
● Students
● Faculty Members
● Freshers
● Trading Enthusiasts
● Industry Professionals
And, anyone who is keen to learn
Marketing, Sales, Finance, HR.