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X-WR-CALDESC:Events for Excel Business Institute
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BEGIN:VEVENT
DTSTART;TZID=UTC:20270111T090000
DTEND;TZID=UTC:20270115T130000
DTSTAMP:20261110T152954
CREATED:20260416T070448Z
LAST-MODIFIED:20260416T071000Z
UID:10000763-1799658000-1800018000@excelbi.co.za
SUMMARY:Certificate: Information Technologies Operations
DESCRIPTION:Course Objective:\nTo provide learners with the fundamental theoretical knowledge and practical skills required to understand\, assemble\, test\, troubleshoot\, and design basic electronic circuits and systems. \nTarget Audience: \nSchool leavers\, electronics enthusiasts\, technicians-in-training\, and individuals seeking a foundation for a career in electronics repair\, assembly\, or further engineering study. \nOutline\nModule 1: Basic Electronics and Circuit Theory\n\nFundamental Concepts: Atomic structure\, charge\, current\, voltage\, resistance\, and power.\nOhm’s Law and Power Law: Calculations and applications.\nCircuit Analysis: Series and parallel circuits; calculating total resistance\, current\, and voltage.\nDC Circuit Principles: Kirchhoff’s Current Law (KCL) and Kirchhoff’s Voltage Law (KVL).\nEnergy and Power: Understanding power dissipation and energy consumption in circuits.\nIntroduction to Capacitance and Inductance: How capacitors and inductors work in DC circuits (charging/discharging).\n\nModule 2: Components and Devices\n\nPassive Components: Resistors (types\, color codes\, values)\, Capacitors (types\, values)\, Inductors.\nSemiconductor Fundamentals: Conductors\, insulators\, and semiconductors.\nDiodes: PN junction theory\, rectifier diodes\, LEDs\, Zener diodes.\nTransistors: Bipolar Junction Transistors (BJTs) as switches and amplifiers; introduction to MOSFETs.\nOther Devices: Switches\, relays\, transformers\, fuses\, circuit breakers.\nSensors and Actuators: Introduction to components like LDRs\, thermistors\, buzzers\, and motors.\n\nModule 3: Digital Electronics and Microcontrollers\n\nDigital Fundamentals: Difference between analog and digital signals; binary numbers.\nLogic Gates: AND\, OR\, NOT\, NAND\, NOR\, XOR; truth tables and simple gate ICs.\nIntroduction to Microcontrollers: Overview of a microcontroller unit (MCU) vs. a microprocessor.\nProgramming Fundamentals: Basic coding concepts (variables\, loops\, conditional statements) for a specific platform (e.g.\, Arduino).\nInterfacing: Using a microcontroller to read inputs (e.g.\, from a button or sensor) and control outputs (e.g.\, LEDs\, motors).\n\nModule 4: Testing and Measurement Techniques\n\nMultimeters: Accurate measurement of voltage\, current\, and resistance; continuity testing.\nOscilloscopes: Understanding waveforms\, measuring amplitude\, frequency\, and period; troubleshooting signal issues.\nPower Supplies: Using bench power supplies to provide precise voltage and current to a circuit under test.\nFunction Generators: Generating test signals (sine\, square\, triangle waves).\nReading Schematics: Interpreting circuit diagrams and symbols to guide testing.\nSoldering and Desoldering Techniques: Through-hole and basic surface-mount soldering skills.\n\nModule 5: Electronics System Design and Troubleshooting\n\nDesign Process: Defining requirements\, selecting components\, simulating circuits (basic introduction to software like LTSpice)\, creating schematics.\nPCB Basics: Introduction to Printed Circuit Boards; following a layout to assemble a PCB.\nTroubleshooting Methodology: Developing a logical\, systematic approach to fault-finding (e.g.\, half-split method\, signal tracing).\nIdentifying Faults: Diagnosing common problems like open circuits\, short circuits\, component failures\, and poor solder joints.\nSafety Procedures: Working safely with mains electricity\, high voltages\, and electrostatic discharge (ESD) protection.\nDocumentation: Creating clear documentation for designs and repair procedures.
URL:https://excelbi.co.za/event/certificate-information-technologies-operations/2027-01-11/
LOCATION:Excel BI\, 484 Hilda Street\, Hatfield\, Pretoria\, Gauteng\, 0083\, South Africa
CATEGORIES:Information Technology
ATTACH;FMTTYPE=image/jpeg:https://excelbi.co.za/wp-content/uploads/2026/04/IT-operations-1.jpg
ORGANIZER;CN="Excel BI":MAILTO:info@excelbi.co.za
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=UTC:20270111T090000
DTEND;TZID=UTC:20270115T130000
DTSTAMP:20261110T152954
CREATED:20260416T084754Z
LAST-MODIFIED:20260416T084754Z
UID:10000938-1799658000-1800018000@excelbi.co.za
SUMMARY:Certificate: Electronics
DESCRIPTION:Overview\nTo provide learners with the fundamental theoretical knowledge and practical skills required to understand\, assemble\, test\, troubleshoot\, and design basic electronic circuits and systems. \nTarget Audience:\nSchool leavers\, electronics enthusiasts\, technicians-in-training\, and individuals seeking a foundation for a career in electronics repair\, assembly\, or further engineering study. \nOutline\nModule 1: Basic Electronics and Circuit Theory\n\nFundamental Concepts: Atomic structure\, charge\, current\, voltage\, resistance\, and power.\nOhm’s Law and Power Law: Calculations and applications.\nCircuit Analysis: Series and parallel circuits; calculating total resistance\, current\, and voltage.\nDC Circuit Principles: Kirchhoff’s Current Law (KCL) and Kirchhoff’s Voltage Law (KVL).\nEnergy and Power: Understanding power dissipation and energy consumption in circuits.\nIntroduction to Capacitance and Inductance: How capacitors and inductors work in DC circuits (charging/discharging).\n\nModule 2: Components and Devices\n\nPassive Components: Resistors (types\, color codes\, values)\, Capacitors (types\, values)\, Inductors.\nSemiconductor Fundamentals: Conductors\, insulators\, and semiconductors.\nDiodes: PN junction theory\, rectifier diodes\, LEDs\, Zener diodes.\nTransistors: Bipolar Junction Transistors (BJTs) as switches and amplifiers; introduction to MOSFETs.\nOther Devices: Switches\, relays\, transformers\, fuses\, circuit breakers.\nSensors and Actuators: Introduction to components like LDRs\, thermistors\, buzzers\, and motors.\n\nModule 3: Digital Electronics and Microcontrollers\n\nDigital Fundamentals: Difference between analog and digital signals; binary numbers.\nLogic Gates: AND\, OR\, NOT\, NAND\, NOR\, XOR; truth tables and simple gate ICs.\nIntroduction to Microcontrollers: Overview of a microcontroller unit (MCU) vs. a microprocessor.\nProgramming Fundamentals: Basic coding concepts (variables\, loops\, conditional statements) for a specific platform (e.g.\, Arduino).\nInterfacing: Using a microcontroller to read inputs (e.g.\, from a button or sensor) and control outputs (e.g.\, LEDs\, motors).\n\nModule 4: Testing and Measurement Techniques\n\nMultimeters: Accurate measurement of voltage\, current\, and resistance; continuity testing.\nOscilloscopes: Understanding waveforms\, measuring amplitude\, frequency\, and period; troubleshooting signal issues.\nPower Supplies: Using bench power supplies to provide precise voltage and current to a circuit under test.\nFunction Generators: Generating test signals (sine\, square\, triangle waves).\nReading Schematics: Interpreting circuit diagrams and symbols to guide testing.\nSoldering and Desoldering Techniques: Through-hole and basic surface-mount soldering skills.\n\nModule 5: Electronics System Design and Troubleshooting\n\nDesign Process: Defining requirements\, selecting components\, simulating circuits (basic introduction to software like LTSpice)\, creating schematics.\nPCB Basics: Introduction to Printed Circuit Boards; following a layout to assemble a PCB.\nTroubleshooting Methodology: Developing a logical\, systematic approach to fault-finding (e.g.\, half-split method\, signal tracing).\nIdentifying Faults: Diagnosing common problems like open circuits\, short circuits\, component failures\, and poor solder joints.\nSafety Procedures: Working safely with mains electricity\, high voltages\, and electrostatic discharge (ESD) protection.\nDocumentation: Creating clear documentation for designs and repair procedures.
URL:https://excelbi.co.za/event/certificate-electronics/2027-01-11/
LOCATION:Excel BI\, 484 Hilda Street\, Hatfield\, Pretoria\, Gauteng\, 0083\, South Africa
CATEGORIES:Technology
ATTACH;FMTTYPE=image/jpeg:https://excelbi.co.za/wp-content/uploads/2026/04/certificate-electronics.jpg
ORGANIZER;CN="Excel BI":MAILTO:info@excelbi.co.za
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=UTC:20270112T090000
DTEND;TZID=UTC:20270113T130000
DTSTAMP:20261110T152954
CREATED:20260415T073324Z
LAST-MODIFIED:20260415T075959Z
UID:10000291-1799744400-1799845200@excelbi.co.za
SUMMARY:Microsoft PowerPoint Intermediate
DESCRIPTION:Overview\nElevate your presentations from simple slides to powerful\, professional storytelling tools. Master advanced design\, animation\, collaboration\, and delivery techniques to engage any audience. \nTarget Audience: \nUsers comfortable with PowerPoint basics who create frequent presentations and want to improve their design efficiency\, visual impact\, and delivery skills. \nUpon completion\, students will be able to: \n\nUse the Slide Master to create consistent\, branded presentations.\nApply and sequence advanced animations and transitions for narrative effect.\nCreate and save custom templates for repeated use.\nImport and customize charts and graphs from Excel.\nCollaborate on presentations using comments and co-authoring features.\nDeliver polished presentations using advanced presenter tools and techniques.\n\nOutline\nModule 1: Customizing Slide Masters \n\nSlide Master View: Understanding the hierarchy between the Master and individual layouts.\nGlobal Formatting: Setting default fonts\, colors\, placeholder positions\, and background graphics on the Master.\nCustom Layouts: Creating new slide layouts with specific placeholders for different content types.\n\nModule 2: Using Advanced Animation and Transition Effects \n\nAnimation Pane Mastery: Using the Animation Pane to manage complex sequences\, change timing\, and set triggers.\nMorph Transition: Creating seamless\, cinematic animations between slides with the Morph transition.\nEffect Options: Using motion paths\, animating charts\, and adjusting timing for professional pacing.\n\nModule 3: Creating Custom Templates \n\nTemplate Fundamentals: Defining a template (.potx file) vs. a presentation (.pptx file).\nBuilding from the Master: Designing a template using the customized Slide Master from Module 1.\nSaving and Using: Saving a file as a custom template and creating a new presentation from it.\n\nModule 4: Incorporating Charts and Graphs \n\nLinking vs. Embedding: Inserting charts from Excel and understanding the benefits of linking data.\nFormatting Charts: Using Chart Tools (Design and Format tabs) to customize style\, colors\, and elements.\nAnimating Charts: Applying animations to chart elements to introduce data point-by-point.\n\nModule 5: Collaborating with Others \n\nComments: Using the Comments pane to add\, review\, and resolve feedback on specific slides.\nCo-Authoring: Real-time collaboration: simultaneously editing a presentation stored on OneDrive or SharePoint.\nComparison and Merging: Comparing and merging two versions of a presentation to incorporate changes.\n\nModule 6: Delivering Presentations Effectively \n\nPresenter View Deep Dive: Using tools like speaker notes\, slide preview\, pen\, and laser pointer.\nRehearsal Techniques: Using the Rehearse Timings feature to practice pacing and delivery.\nPresentation Tips: Managing audience questions\, handling technical setup\, and presenting online.
URL:https://excelbi.co.za/event/microsoft-powerpoint-intermediate/2027-01-12/
LOCATION:Excel BI\, 484 Hilda Street\, Hatfield\, Pretoria\, Gauteng\, 0083\, South Africa
CATEGORIES:MS Office
ATTACH;FMTTYPE=image/png:https://excelbi.co.za/wp-content/uploads/2026/04/Powerpoint-Intemediate.png
ORGANIZER;CN="Excel BI":MAILTO:info@excelbi.co.za
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