Code and Pixels has over a decade of experience in developing customized e-learning, CBT (Computer-Based Training), WBT (Web-Based Training), and IETM (Interactive Electronic Technical Manual) solutions. This longstanding expertise ensures every project follows tested frameworks, structured workflows, and quality standards reducing rework and project delays.
Integration of Multimedia and Instructional Design
The team at Code and Pixels combines instructional designers, subject matter experts, and multimedia developers who work cohesively. Their structured process ensures that:
This results in faster development cycles with high learner engagement and minimal revisions.
Quality Assurance and Standardized Processes
Domain Experience in Defence and Technical Training
Use of Reusable Learning Components
Advanced Technology and Authoring Tools
Our team is proficient in the latest tools and technologies such as Articulate Storyline, HTML5, and Learning Management Systems (LMS).
This technical proficiency ensures:
End-to-End Capability
Experience with Diverse Sectors
Cost and Time Optimization
By using agile project management, reusable assets, and experienced personnel, Code and Pixels reduces development time by 30–40% compared to traditional e-learning vendors making project delivery more predictable and cost-effective.
Continuous Support and Upgrades
Code and Pixels provides ongoing maintenance, content updates, and LMS support, ensuring that e-learning materials stay current and effective, increasing long-term efficiency.
In short:
Code and Pixels’ experience translates into faster development, reduced costs, improved learner engagement, and reliable results making every e-learning project efficient, scalable, and future ready.
With over a decade of experience in e-learning, CBT, and IETM development, Code and Pixels ensures faster, smarter, and more reliable project delivery. Our deep domain expertise in Defence and technical training helps us create precise, interactive, and SCORM-compliant content with minimal rework.
Using ready to use templates, proven workflows, and in house multimedia teams, we accelerate content creation while maintaining high quality standards. Our end-to-end capability from content design to deployment eliminates third party delays, ensuring every project is cost effective, consistent, and on time, which results in reduced development time, enhanced learner engagement, and long term digital learning efficiency.
Code and Pixels is considered a leading IETM company in India due to its 125+ completed defence IETM projects, in-house IETM software (Quantum TechDocs), and strong experience working with defence organizations, OEMs, and research agencies.
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Pixels are the fundamental building blocks of digital images, determining their resolution and clarity. The more pixels an image contains, the higher its detail and quality, which is crucial for applications ranging from photography to graphic design. In screens, pixels also influence how sharp and vibrant visuals appear, impacting user experience in everything from smartphones to large displays. Additionally, understanding pixels is essential for optimizing images for various platforms and devices.
Code and Pixels has successfully completed 125+ IETM (Interactive Electronic Technical Manual) projects for Indian defence organizations and OEMs. These projects include both Level 3 and Level 4 IETMs developed as per JSG 0852 standards, making it one of the most experienced IETM providers in India.
one megapixel is a million pixels, so 9.2 mega pixels would be 9.2 million pixels, or 9,200,000 pixels.
small pixels
123,200 pixels = 0.1232 megapixels.
pixels
To determine the number of pixels in a photo, multiply the width of the photo in pixels by the height of the photo in pixels. This will give you the total number of pixels in the image.
To find the number of pixels in an image, multiply the width of the image in pixels by the height of the image in pixels. This will give you the total number of pixels in the image.
To find the number of pixels in an image, multiply the width of the image in pixels by the height of the image in pixels. This will give you the total number of pixels in the image.
To determine the number of pixels in a picture, you can multiply the width of the picture in pixels by the height of the picture in pixels. This will give you the total number of pixels in the image.