Online Materials Science And Technology Courses & Certifications

The Risk and Reliability of Offshore Structures certification course is a 4-month duration programme. The certification course aims to introduce the basics of structural reliability analysis procedures. The certification course covers a comprehensive curriculum covering probability, sampling statistics, modelling random variables like loads, and material properties, and introduction to classical reliability theories. 

The students will explore the safety and reliability issues of offshore facilities while analyzing, designing, inspecting, and planning. The Risk and Reliability of Offshore Structures certification by NPTEL provides students with in-depth knowledge of levels of reliability, FOSM, AFOSM and application problems, codes of practice of safety check, risk assessment, and hazard identification. 

Also Read: Online Naval Architecture And Ocean Engineering Courses & Certifications

The Glass Processing Technology certification course caters to a wide audience including supervisors, managers, technicians, and diploma students in mechanical engineering. Led by Dr. E. Rajasekar, an expert in building technology and construction management, participants delve into essential aspects of the glass industry such as manufacturing processes, safety protocols, and sustainability practices.

With the Glass Processing Technology certification by NPTEL, students gain expertise in various facets of glass processing, from pre-processing techniques like cutting and grinding to quality testing and cost-saving strategies. Students will be equipped with the knowledge and skills necessary to excel in roles within the glass processing sector.

The Characterization of Construction Materials certification course explores various techniques like calorimetry and X-ray diffraction, providing insights into cement and concrete properties. Practical lab sessions complement theoretical learning. Designed for learners with basic civil engineering knowledge, this course offers invaluable insights into material science principles. 

Participants gain expertise in analysing construction materials' behaviour and structure, applicable across industries such as cement production and construction. Led by experts, the Characterization of Construction Materials certification by NPTEL bridges theoretical understanding with practical applications, enhancing learners' capabilities in material characterisation within the construction sector.

Also Read: Online Construction Engineering Certification Courses

The FEM & Constitutive Modelling in Geomechanics certification course offers a comprehensive exploration of theoretical concepts and practical applications. Students learn to apply matrix structural analysis and variational principles to solve geotechnical problems. The course emphasizes modelling construction sequences, nonlinear constitutive models, and simulating dynamic loading scenarios.

The FEM & Constitutive Modelling in Geomechanics certification by NPTEL caters to senior-level undergraduate and postgraduate civil engineering students. With industry support from prominent geotechnical design companies, students gain valuable insights into real-world challenges and practical solutions. They develop the skills and expertise necessary to excel in the field of geotechnical engineering.

The Rheology of Complex Materials certification course delves into non-Newtonian fluids, crucial in industries like food products and plastics. Students explore complex fluid behaviours beyond Newton's law of viscosity, covering topics such as stress, strain rate, and rheological models like the Maxwell model. Practical examples enhance understanding, preparing students for industry roles.

With prerequisites in Fluid Mechanics or Solid Mechanics, the Rheology of Complex Materials certification by NPTEL offers a deep dive into non-Newtonian fluid dynamics. From microstructural features to advanced rheological models, students gain insights into diverse applications across industries. They develop analytical skills essential for addressing real-world engineering challenges.

The Transport Phenomena in Materials certification course is a 12-week duration programme. The certification course offers a comprehensive curriculum that includes mathematical foundations of transport phenomena, control volume formulation, and friction factors. The prerequisite for this course is the students must have a Mathematics course in the first year at the undergraduate level.  

This certification course's intended audience is undergraduate students of Metallurgical or Materials Engineering and related disciplines. The Transport Phenomena in Materials certification by NPTEL provides students with in-depth knowledge of concepts of fluid flow, heat transfer, and mass transfer with behaviour and processing of engineering materials.

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The Foundations of Computational Materials Modelling certification course is a 12-week duration programme. The certification course offers an extensive curriculum that covers the foundations for building computational samples of crystals and introduces statistical mechanics and its connection to molecular dynamics. The intended audience for this course is all Engineering students.  

The students must have a basic Materials Science Course at the undergraduate level, MATLAB programming, and familiarity with LINUX to join the Foundations of Computational Materials Modelling certification by NPTEL. The students will gain a deep understanding of Molecular dynamics using LAMMPS, the construction of 2D and 3D crystals in MATLAB and statistical mechanics.

Also Read: Computational Fluid Dynamics Certificate Courses

The Defects in Materials certification course is a 12-week duration programme. The certification course aims to provide a brief introduction to the various types of defects and how their interaction can used to control the properties. The certification course covers a comprehensive curriculum that covers a brief introduction to perfect crystals, defect classification in crystalline systems, and defect interaction. 

Students will learn the role of defects in controlling, and introduction to techniques for characterization of defects. The Defects in Materials certification by NPTEL equips students with the necessary skills and knowledge of the industry. They will also gain in-depth knowledge of the role of dislocations in static and dynamic strain ageing, the strength of alloys, deformation of poly-crystals and fracture.

Also Read: Online Metallurgical And Materials Engineering Courses & Certifications

The Introduction to Materials Science and Engineering certification course is a 12-week programme. The prerequisite for this course is the students must have a Science subject at the school level equivalent to 10+2 of Central Board of Secondary Education (CBSE), India. The certification course is Core and Elective type and is designed for undergraduate engineering students.

The certification course provides an extensive curriculum that covers crystal geometry Part I and II, structure of solids Part I and II, and defects in crystalline solids Part I and II. The Introduction to Materials Science and Engineering certification by NPTEL provides several classroom and laboratory demonstrations. Students will gain hands-on experience with the help of industry experts.

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The Crystals, Symmetry and Tensors certification course is a 12-week programme. The course is elective and is designed for the undergraduate and postgraduate. The certification programme covers a comprehensive curriculum that includes geometrical crystallography, reciprocal lattice, the concept of symmetry, rotation axes, and symmetry-based classification of lattices.

The students interested in solid-state science and engineering will benefit from this certification course. Apart from them, the UG and PG students of Physics, Chemistry, Metallurgy, Materials Science, Mechanical Engineering, and Chemical Engineering will find this course beneficial. The Crystals, Symmetry and Tensors certification by NPTEL provides a comprehensive understanding of the subject to excel in the field.

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Designed exclusively for mechanical and production engineering students, the Materials Science and Engineering online course by Swayam focuses mainly on structural materials. The course covers both the theoretical as well as practical aspects of materials engineering. The syllabus has been divided into three categories, Crystallography, Mechanical properties, and Phase diagrams and heat treatments, each of which will be studied in detail. 

IIT Roorkee curates the Materials Science and Engineering certification program. The course will be taught by a top instructor from the institute, Professor Vivek Pancholi. This course is an elective type, undergraduate-level program. The course falls under the category of Mining engineering, Material sciences, and Metallurgy. 

The Materials Science and Engineering training will take around eight weeks to complete. Candidates will be taught online via video tutorials and graded assignments for self-assessment. There will also be an optional certification exam at the end of the term for candidates who want to receive the e-certificate.

Materials have always been the cornerstone in a society's development. The Materials Science and Engineering online course aim to teach about various electrical, magnetic, mechanical, and optical properties of materials. Through this course, you will be acquainted with the most recent accomplishments in the field of Materials Science and Engineering.

The Materials Science and Engineering certification syllabus will cover various concepts linked to mechanical, computing, civil, chemical, electrical and bioengineering. You will study how material processing like heat treatment and mechanical working can impact a materials’ performance and properties. This online programme will help you build a strong basis for further engineering education.

Moreover, the Materials Science and Engineering certification course is designed specially to impart self-paced learning, allowing candidates to study comfortably. All video lectures are imparted in English and provide English transcripts as well. While the course is available for auditing through a free enrolment procedure, candidates can also purchase a verified certificate by paying a specified fee.  

The Introduction to Reciprocal Space certification course is a 4 weeks duration programme. The prerequisite for this certification course is that the students must have at least completed the first year of undergraduate studies (in Engineering or Science) to get the maximum benefit from this course.

The certification course covers a comprehensive curriculum that covers a wide range of topics related to reciprocal space such as the materials science approach to defining reciprocal space, diffraction and reciprocal space. The Introduction to Reciprocal Space certification by NPTEL provides students with hands-on training experience through the leading industry experts in the field.       

Also Read: Online Physical Science And Engineering Courses & Certifications

The Advanced Technology in Materials Engineering course by IIT Indore equips candidates with an in-depth knowledge of the multiscale behaviour of real-world problems. This course takes the candidates through various topics, including dimension, time, and space-related theories. Students need to have a basic knowledge of computer science and an undergraduate degree in science or engineering to enrol in this course.

This programme helps candidates understand the nature of different real-life material and their reactions, in theory, allowing them to avoid laboratory costs by implying their newly acquired knowledge. Moreover, Advanced Technology in Materials Engineering is a short-term online course. And after completing the course, students get rewarded with a certificate to recognize their knowledge of the subject.

This online programme extends a comprehensive curriculum with a detailed syllabus to understand complex topics under material engineering. Advanced Technology in Materials Engineering syllabus acquaints students with numerous practical applications of different matters and structures including 1D, 2D, and 3D dimensions. Expert faculty and course guides teach you.