Design Software Training Bundle

Create a logo in Photoshop by starting a new document, drawing a centered ellipse, building a blob logo with masking and opacity tweaks, and integrating a globe map image.

Map a globe into a new layer and refine with a soft brush. Adjust opacity and format text in all caps with tighter character spacing for a cohesive design.

Apply transform and crop tools to resize and align typography, adjust margins and letter spacing, create black and white backgrounds, duplicate layers, and finalize text color for a clean design.

Create a simple logo by applying subtle drop shadows to text, adjust distance and size for a professional look, and copy effects to other text elements.

Compare Adobe After Effects and Adobe Premiere to help design professionals select the right tool for motion graphics, video editing, and project workflow.

Record and edit music with GarageBand, saving as podcasts or uploading to blackboard. Explore seven project types and customize key signatures and time signatures for musical projects.

Explore GarageBand's project workspace with 15 preconfigured tracks and varying keyboard sounds, including Steinway grand piano and electric piano synthesizer, and learn to save your project.

Learn to manage multitrack audio in GarageBand: sort tracks, adjust volumes, record with an external mic, apply loops, and export or import songs to iTunes or computer.

Explore hip hop project setups with multiple tracks—drum machine, grand piano, string ensemble, and synthesizers—using per-track controls, presets, and the library pane to shape effects.

Explore creating and editing a track-based project by recording with a virtual instrument, adding and managing tracks, trimming, splitting, joining regions, and exporting to ringtones, SoundCloud, or disc.

Explore basic video editing with a movie app for macOS, importing images, video, and audio, applying themes, color correction, transitions, and effects in the library and timeline.

Navigate the content library to set transitions between two videos, including unselecting a transition. Select any title from the list and add the video by clicking the title.

Add sound effects from the content library, preview, and drag to the timeline; trim clips, insert maps and backgrounds, build the video, and adjust the start to see the output.

Learn to enhance videos with color matching, white balance and skin tone adjustments; adjust color balance, crop resizing, stabilize rolling shutter, improve audio with noise reduction, and apply video effects.

Design software training bundle's training part guides creating and customizing a trailer from new trailer setup and storyboards with placeholders to adding video clips, previewing, and exporting the final project.

Learn to create high-quality screencasts using screen flow by recording, editing, and exporting, including choosing display sources, cameras, microphones, frame rates, and dimensions.

Finish recording to create a document at timeline; edits on the timeline or canvas won't affect the recording, resize the canvas, move or scale video, and use properties to preview.

Navigate the upper right properties panel to configure clips, resize to the canvas, adjust position and opacity, crop, and apply reflections, shadows, and color filters for screencast videos.

Learn to adjust video audio with volume controls, ducking, and audio level meters, apply sound processing options, add effects, and use filters to remove background noise from video audio.

Learn to apply screen recording properties and effects, including cursor highlights, click indicators, key-press displays, and area highlights. Manage media, annotations, and export presets for polished screencasts.

Learn to use motion graphics software to create real-time imaging effects by building projects, applying transitions and titles, and navigating the project browser, presets, and Final Cut Pro X templates.

Design software training bundle: part 2 helps you navigate the project browser, import images, and use the inspector to adjust basic attributes, behaviors, filters, and object-specific controls for motion graphics.

Navigate the project hierarchy and media lists, edit and transform objects in the canvas using the toolbar, and preview your composition with transport controls and 3D space tools.

Explore the design software training part 4, mastering shape tools, path and bezier freeforms, masks, text, transforms, and adding cameras, lights, generators, filters, particles, and replicators to a project.

Save your project, publish templates, and share your work with export options for Apple devices, YouTube, Facebook, and other formats, then preview and adjust render and compression settings.

Set up your edit suite by creating libraries, events, and projects, import and skim media, and learn Final Cut Pro X tools like blade, selection, trim, and range selection.

Master the inspector Nkala section to balance color automatically, apply color correction, adjust saturation and exposure, and use transformer, crop, trim, blend modes, and opacity in Final Cut Pro.

Apply video effects and transitions in Final Cut Pro X, adjust settings in the inspector, and add titles and generators to create polished lower thirds for your project.

Learn to manage multiple audio channels in Final Cut Pro, detach clips to separate tracks, adjust per-channel volumes, apply effects and equalization, and create fades with keyframes.

Learn to adjust clip speed in Final Cut Pro with constant or variable speed, preserving the heroes, and export using pre-configured destinations via the share shortcut.

Open eclipse, create a Java project, and print hello world with System.out to learn semicolons and case sensitivity. Use int variables and concatenation to say there are x students.

Learn to read user input with a scanner, compute results like doubling a number, and apply if-else logic, including two-digit checks and logical operators, in Java.

Build a Java program that validates user input by checking two-digit and three-digit numbers with nested if and else if statements, and demonstrates reading a character with a char variable.

Learn to validate a character with if statements for lower and upper case, implement a for loop, and build a two-number calculator using a scanner with multiply, add, and divide.

Explore cloud computing concepts, from compute to enterprise level systems, decentralised and P2P terms, and how these ideas apply to software design.

Master high performance computing in cloud and hybrid environments, using clusters and web services to power data science, analytics, and heavy workloads across finance, engineering, and weather simulations.

Explain computer clustering as a group of connected computers forming a single system, with examples like Beowulf, Solaris clusters, and IBM-style clusters, and compare to distributed or point-to-point computing.

Explore cloud computing with quantum tech, including quantum computational networks, cubit-based processing, and cloud SDKs, and examine the future of cloud-based quantum processing.

Explore cloud computing basics, including public, private, and hybrid models, pay-as-you-go economics, scalability, and security, with platform as a service and software as a service, plus API and IoT.

Explore how top companies leverage cloud-based environments to deliver web 2.0 design tools, enterprise storage, and supercomputing as a service, with APIs, webhooks, and SDKs for developers.

Explore edge computing and cooperative storage as decentralized, real-time data processing that offloads tasks from centralized data centers to connected devices, using IoT, for goal-specific outcomes.

Understand edge computing as decentralized, local processing near the network edge, where devices interconnect to handle real-world data streaming within an enterprise, not a multi-site environment.

Explore decentralized cloud storage and cooperative storage concepts, where interconnected node networks replace single points of failure and enable distributed applications with proof of storage.

Fog computing provides distributed infrastructure near devices to interconnect end devices and Internet of Things systems, enabling data collection and analytics closer to data sources, distinct from cloud computing.