Computer engineering and its applications
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The document outlines the evolution and significance of computer science, tracing its origins from WWII to modern applications. It highlights various curriculum components such as programming languages, web development, big data analytics, and industrial automation, emphasizing their practical applications. It stresses the importance of mastering computer science and programming for navigating today’s technological landscape.
Computer engineering and its applications
- 1. A COMPUTER SCIENCES EXPERT CS/CSE/CE
- 2. Birth of Computers ■ Information exchange in world war II gave birth to modern electronics basedTuring machines. ■ Besides Encryption and Decryption, people were interested in automatic number crunching machines in early 1900s.
- 3. From where does Computer Sciences come?? ■ A field where we become the specialist of design, programming and implementation of systems using computers and their derivatives ■ It solves everyday life problems using electronics in a scientific approach Design Programming Systems Digital equipment
- 4. ■ Size and Space ■ Versatility in use ■ Layman interaction ■ Pricing Early Bottlenecks – A key to its advancement
- 5. Computer SciencesCurriculum ■ Computer Programming ■ Application andWeb Development ■ Big Data Analytics ■ Database and Management Systems ■ Industrial Automation and Control ■ Computer Aided Designing andGraphics ■ Networks Programming Optimization CAD Database handling Industrial Automation Big data
- 6. ■ Course Contents: – Java,C#, Objective C, Python, Assembly and System Programming, HDL ■ Potential Areas of Application: – It is the base of all computer engineering ■ Hardware uses:C language,V-HDL and Assembly ■ Core, Applications and System uses:C#, Java and Python **Web applications, websites, web servers and much more Facilities run over servers that are based on these languages Programming and Structured Data
- 7. Application and web development ■ Course Contents: – HTML, CSS andJavaScript ■ Potential Areas of Application: – Business, Networking and Entertainment websites – Large scale and Small scale marketing – Storekeeping, inventory management and company records – Productivity software and industrial acquisition – Global Reach
- 8. Big Data and Analytics ■ Course Contents: – Algorithms for Searching and Sorting – Complexity Analysis and runtime processing – Hadoop Clusters and Cloud computing ■ Potential Areas of Application: – Large data handling – Optimized search and bandwidth utilization – Keeping the work intact and informed – Remote computing
- 9. Database and Management Systems ■ Course Contents: ■ Potential Areas of Application:
- 10. Industrial Automation and Control ■ Course Contents: – Microcontroller and LSI circuitry – Interfacing MCUs and FeedbackControls – Programming MCUs ■ Potential Areas of Application: – Supply chain – Processing cycle and industrial control – Autonomous processes – Handling machinery
- 11. Image processing, Computer Aided Designing and Graphics ■ Course Contents: – Image recognition and Processing – 3D and 2D modeling – AutoCAD, Photoshop, MAYA, 3DsMax, MATLAB ■ Potential Areas of Application: – Textile and entertainment industries – Design and Architecture – Process and machinery modeling – Security and defense
- 12. Networking and Machine to Machine communication ■ Course Contents: – Networking protocols – Building various scaled nets – Data transferring techniques – Integrated security ■ Potential Areas of Application: – Production, marketing and entertainment industry – Security – Ease of access, corporate nets – Cloud computing and mobile networking
- 13. We all need much raise in productivity with ease…
- 14. To deliver all these value added life services ■ One must know computers ■ One must know programming ■ One must be a Computer Sciences Expert