A Full technical e-learning course example hosted on instructional-design.com for optical and systems engineers evaluating advanced materials for space and high-energy laser applications. The course examines the material properties, manufacturing challenges, and system-level considerations that make silicon carbide a strategic option when size, weight, power, thermal stability, and structural performance must be achieved together. Learners explore real-world application contexts—including laser communication terminals, space telescope mirrors, and directed-energy beam control—while assessing trade-offs with conventional optical materials. Designed as a concise, scenario-driven module suitable for professional development or internal technical orientation.
This comprehensive Articulate Rise e-learning course equips commercial insurance professionals with the knowledge and practical skills needed to handle complex products, policy administration systems, claims processes, and client interactions with confidence. Through eleven structured lessons, learners explore core commercial lines (property, general liability, commercial auto, and workers’ compensation), endorsements, risk submission analysis, system navigation, claims intake and coverage verification, customer-centric communication, service escalation pathways, consultative needs assessment, performance support tools, peer coaching, training evaluation using the Kirkpatrick model, and knowledge-base maintenance. Interactive elements, job aids, decision frameworks, and scenario-based practice reinforce application, while companion resources (glossary, lesson-specific job aids, and bibliography) provide ongoing performance support.
The purpose of this course is to develop well-rounded commercial insurance practitioners who can accurately apply coverage knowledge, efficiently navigate policy systems, resolve client and broker issues, and deliver consultative, client-centered service. By the end of the program, learners are prepared to make sound underwriting and claims decisions, reduce service friction, and contribute to measurable improvements in accuracy, cycle times, and client satisfaction—supporting both individual performance and organizational results.
Full course example hosted on instructional-design.com
Full course example hosted on instructional-design.com.
This is a sample Articulate Rise course developed as a portfolio demonstration for technical training roles in the EDA and electronics industry. The course walks through constraint-driven high-speed PCB design workflow—covering system requirements, electrical constraints, routing practices, signal integrity analysis (eye diagrams, crosstalk, S-parameters), and preparation of manufacturing packages (Gerbers, BOM, fabrication notes).
Built to illustrate instructional design skills for complex technical domains, including clear explanations of specialized concepts, supporting visuals, a downloadable glossary, and a practical design checklist. Created for demonstration purposes only; not official training from any EDA vendor.
Full course example hosted on instructional-design.com.
A practical introduction to Computer Numerical Control technology for technical staff and service personnel. Covers core CNC principles, system components, basic G-code, Smart Factory integration, and essential safety and best practices. Designed to build a solid foundation before machine-specific training.
This short e-learning module hosted on instructional-design.com shows how focused training materials can support approved Standard Operating Procedures in precision optical manufacturing. The course introduces a practical three-part structure: Context, Critical Steps, and Verification, to help training content improve consistency without replacing the authoritative SOP. Designed for technicians, engineers, and training professionals working in regulated or high-precision environments.
A practical course for L&D professionals on connecting business strategy to learning priorities, designing for hybrid technical teams, using AI responsibly in content development, and measuring real performance impact. Includes frameworks, scenarios, and application-focused guidance for building capability in fast-moving technical environments.
A focused introduction that bridges RF SATCOM experience to free-space optical communications. Covers why laser links are gaining traction in modern satellite networks, the core elements of a laser communication terminal, the role of optical quality and pointing precision, and the practical challenges of specifying and supporting precision optics in real-world environments. Designed for engineers and technical professionals evaluating or supporting lasercom systems.
A practical course for change and learning professionals working in insurance, utilities, and other highly regulated environments. Covers why change so often fails, the ADKAR framework, stakeholder impact mapping, and four actionable practices for driving adoption, while showing how to use Generative AI responsibly to accelerate enablement without sacrificing accuracy, transparency, or human accountability. Built entirely on public industry cases and best practices.
A concise Articulate Rise module that introduces the core principles of high-bypass turbofan engines. Covers the Brayton cycle, major engine sections and airflow, key design drivers, and the materials and cooling technologies that enable high-pressure turbine performance. Designed for early-career engineers, technicians, and cross-functional partners who need a clear, accurate foundation before advancing to model-specific training.
Online scenario-based training demo built with Vyond and Captivate.
Video introduces Networking Fundamentals course that covers the principles and standards for modern data networking, including all layers of the TCP/IP protocol stack.
Video introduces course that teaches critical skills for fixed-dish field technicians and engineers.
Screen recording sample of this legacy computer-based training course developed by Robert Bush in ToolBook that is being converted to HTML5 / Articulate Storyline.
Screen recording sample of this legacy computer-based training course developed by Robert Bush in ToolBook that is being converted to HTML5 / Articulate Storyline.
