Internship
We offer internship in Physics, Chemistry, Biotechnology, and Medical Streams. The marvels of Engineering can be explored via Design internship for Civil, Mechanical, Computer Science and Architecture Streams
Big Leap needs a taking a small step in right direction. Our Internship program is to to make sure you take the first step. Academia doesn't allow the transfer of the knowledge completely. As a result, students are gaining only crumbs of useful knowledge, not ready for the industry. Our research internship for science and engineering students is designed to make a complete transfer and assimilation of knowledge, enabling them to be Pioneers and Leaders.
On successful completion, Certificate mentioning the expertise you acquired or the project you have carried out
For Enquiry, contact 9176313299
Analytical Techniques
Biomedical Animation
Research
Internship
Designed for Future Researchers and Leaders
1 Month 5000 Rs
Slots 9 AM to 1 PM
1 PM to 5 PM
Optimizing the Instrumental Parameters
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How to obtain very good data for Analysis
Analyzing the acquired data effectively
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Plotting and Fitting the data
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Extracting the relevent parameters for interpretation
Interpreting the data
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Understanding the Context of the Analysis
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Extracting the relevent parameters for interpretation
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Presenting the data in in understandable format
Techniques
X-ray Diffraction
Raman
FTIR
XPS
NMR
HPLC
IV characteristics
Impedance Analysis
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Any 4 Techniques
Apt for
​Physicist, Chemist, Bio-Technologist and Engineers who works with Materials, Compounds and Proteins
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B.Tech, M.Sc or M.S or M.Tech
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Ph.D Scholars
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R & D Industry professionals
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Private Labs
Designed for Innovators and Creator's
1 Month 5000 Rs
Slots 9 AM to 1 PM
1 PM to 5 PM
Visualizing the intricate features of biology
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How to achieve a realistic visualization
Learning 3D Animation Software
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Blender and Cinema 4D
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Modeling
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Animation
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Scientific Animation
Optimizing the environment
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Lighting and Camera
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Materials and Light interaction
Design
Biotechnology Animation
Biological Visualization
Medical Animation
Dental Animation
Medical Visualization
Chemistry Animation
Physics Animation
Mechanical and Civil Animation
Instrument Design
Environment Design
Architectural Design
Jewellery design
Space Animation
Specialize in 1 domain​
Apt for
Bio technologist/ Biomedical Engineers/Scientists/​Artist/Creators who want to Create and Visualize Ideas, Process and Products
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B.Sc, B.Tech, M.Sc or M.Tech
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Ph.D Scholars​
Explore various areas of Research
Minimum 1 Month
Time 9 AM - 5 PM
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Giving exposure to cutting edge research areas in Bio Medical Sciences
Learn the research Methodology
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Aggregating information, Reviewing, Mind mapping and Analysis
Figuring out the unsolved problem of the day
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The effort needed and worthiness of the problem
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Implication of the researxh
Research Areas
Infectious Diseases
Epidemiology of Diseases
Etiology of Diseases
Comorbidity of Diseases
Animal Model of Diseases
Biochemistry of Diseases
Microbiome in Chronic diseases
Auto immune Disorders
​Bio Markers of Diseases
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Specialize in 1 diseases
Apt fot
Students who want Pursue Ph.D and in R&D Centers
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Will help in Writing SOP to apply for
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Get Head start in particular area of research
Analytical Techniques
Hands on Training on Real experimental data from expert IIT researchers using various softwares
Coherent interpretation of the Analysis and eloquent Writing it in a presentable form to Journals
Powder X-ray Diffraction
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How to Optimize instrumental parameters obtain Good data for analysis.
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Search and Match the x-ray spectrum to identify the closely related structure from the database
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Determine the Lattice Parameters, using CELREF, PowderX and Xpert highcore plus software
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Determine Crystallite Size from Peak Broadening Using Origin, Fityk and Xpert highscore plus
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Determine residual stress, Vacancy and other Structural Parameters from peak Broadening
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Determine the atomic position and bond length using Reitveld Refinement
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Structural Interpretation of Powder X-ray Data
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Animated Lecture on Instrumentation and function of X-Ray Diffractometer
Raman Analysis
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How to Optimize instrumental parameters for your Raman analysis.
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Identify peaks match with compounds and sub groups
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Fitting and extracting Raman peak parameters in fityk and Origin
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D and G Band analysis of carbon related compounds
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Spatial and Temporal variation Analysis
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Interpretation of Raman Analysis
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Animated Lecture on Instrumentation and function of Raman Spectrometer​
NMR Analysis
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How to Optimize instrumental parameters obtain Good data for analysis.
-
Search and Match the x-ray spectrum to identify the closely related structure from the database
-
Determine the Lattice Parameters, using CELREF, PowderX and Xpert highcore plus software
-
Determine Crystallite Size from Peak Broadening Using Origin, Fityk and Xpert highscore plus
-
Determine residual stress, Vacancy and other Structural Parameters from peak Broadening
-
Determine the atomic position and bond length using Reitveld Refinement
-
Structural Interpretation of Powder X-ray Data
HPLC Analysis
-
How to Optimize instrumental parameters obtain Good data for analysis.
-
Search and Match the x-ray spectrum to identify the closely related structure from the database
-
Determine the Lattice Parameters, using CELREF, PowderX and Xpert highcore plus software
-
Determine Crystallite Size from Peak Broadening Using Origin, Fityk and Xpert highscore plus
-
Determine residual stress, Vacancy and other Structural Parameters from peak Broadening
-
Determine the atomic position and bond length using Reitveld Refinement
-
Structural Interpretation of Powder X-ray Data
Impedence Analysis
-
How to Optimize instrumental parameters obtain Good data for analysis.
-
Search and Match the x-ray spectrum to identify the closely related structure from the database
-
Determine the Lattice Parameters, using CELREF, PowderX and Xpert highcore plus software
-
Determine Crystallite Size from Peak Broadening Using Origin, Fityk and Xpert highscore plus
-
Determine residual stress, Vacancy and other Structural Parameters from peak Broadening
-
Determine the atomic position and bond length using Reitveld Refinement
-
Structural Interpretation of Powder X-ray Data
IV characteristics
-
How to Optimize instrumental parameters obtain Good data for analysis.
-
Search and Match the x-ray spectrum to identify the closely related structure from the database
-
Determine the Lattice Parameters, using CELREF, PowderX and Xpert highcore plus software
-
Determine Crystallite Size from Peak Broadening Using Origin, Fityk and Xpert highscore plus
-
Determine residual stress, Vacancy and other Structural Parameters from peak Broadening
-
Determine the atomic position and bond length using Reitveld Refinement
-
Structural Interpretation of Powder X-ray Data