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Free Download DesignCode – AI Design with Ideogram by Akson Phomhome
Akson Phomhome | Duration: 1 h | Video: H264 1920×1080 | Audio: AAC 48 kHz 2ch | 768 MB | Language: English
Meet Ideogram, an AI-powered image generation tool that takes your ideas and transforms them into stunning visuals. Whether you’re a designer, marketer, or just a visual enthusiast, Ideogram simplifies the creative process. In this guide, we’ll walk you through step-by-step instructions to create beautiful logos, social media posts, and more.

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https://designcode.io/ideogram

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Pluralsight – Design Patterns in Java: Creational
Size: 368MB | Duration: 1h 50m | Video: AVC (.mp4) 1024×768 15fps | Audio: AAC 48KHz 2ch
Genre: eLearning | Level: Intermediate | Language: English​

This course is part of a 3 part series covering design patterns using Java. This part covers the creational design patterns, Singleton, Builder, Prototype, Factory, and AbstractFactory as defined by the Gang of Four. We look at examples in the Java API and code examples of each pattern.

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Free Download Design of Solar Home Systems for Beginners (Solar Energy)
Last updated 9/2025
Created by RESG Academy
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English + subtitle | Duration: 19 Lectures ( 3h 9m ) | Size: 1.51 GB

Learn step-by-step solar home system design: sizing panels, inverters, batteries & controllers with real case studies
What you’ll learn
✓ Introduction to Solar Home System
✓ Analysis of Power Consumption of Various Home Appliances
✓ Electric Power Consumption of Home Appliance in Watt
✓ Estimation of Approx. Monthly Energy Bill in kWh
✓ Off Grid Solar Rooftop System or Standalone Solar System
✓ Hybrid Solar Rooftop System
✓ Different Layouts of Solar Home System
✓ Selection of Solar Panels for Solar Home System
✓ Types of Solar Panels
✓ How to Read Datasheet of Solar Panel for Best Panel Selection
✓ Calculation of Approximate Number of Solar Panels in Solar Home System
✓ Selection of Solar Inverter or UPS for Solar Home System
✓ Solar Inverter vs Normal Inverters
✓ Sizing of Solar Inverter in Solar Home System
✓ Selection of Solar Charge Controller for Solar Home System
✓ Introduction to Solar Charge Controller
✓ Sizing of Solar Charge Controller
✓ Selection of Solar Batteries for Solar Home System
✓ Introduction to Solar Batteries
✓ Sizing of Solar Batteries as per design
✓ Design Case Study for Solar Home Systems for DC Load
✓ Design Case Study for Solar Home Systems for AC Load
Requirements
● Basic understanding of electricity (voltage, current, power).
● Interest in renewable energy and solar power.
● No advanced technical knowledge required-everything will be explained from the ground up.
Description
Are you ready to gain practical skills in designing solar home systems from scratch?
This beginner-friendly course is designed to provide a step-by-step foundation in solar home system design, installation, and optimization. Whether you are a student, solar technician, job seeker, or aspiring entrepreneur, this course will equip you with the essential technical and design skills to confidently work in the solar energy sector.
You will learn how to analyze household power consumption, calculate energy bills, choose the right solar panels, select inverters, charge controllers, and batteries, and design both DC and AC load-based solar systems. With practical case studies and real-world design exercises, this course ensures you understand both the theory and the application of solar energy at the home level.
By the end of this course, you will be able to
• Analyze energy Requirements of households.
• Design efficient solar home systems tailored for AC and DC loads.
• Select solar panels, batteries, inverters, and charge controllers correctly.
• Understand off-grid and hybrid solar systems for residential use.
• Build a strong foundation to enter the solar energy industry.
This course is your gateway to the rapidly growing solar energy market-where skilled professionals and entrepreneurs are in high demand.
Prerequisites
• Basic understanding of electricity (voltage, current, power).
• Interest in renewable energy and solar power.
• No advanced technical knowledge required-everything will be explained from the ground up.
Who Should Take This Course?
• Students – who want to learn solar home system design for projects and career growth.
• Solar Technicians – aiming to improve knowledge of solar installation and optimization.
• Job Seekers – looking to build skills for roles in the solar energy sector.
• Entrepreneurs – who want to explore opportunities in solar business.
• Homeowners – interested in installing and maintaining solar systems at home.
Why Take This Course? (Benefits)
• Beginner-Friendly Approach – Simple, step-by-step teaching method for easy learning.
• Hands-On Case Studies – Learn through practical examples of AC and DC load system design.
• Complete Solar Knowledge – From appliances consumption analysis to system design.
• Career Advantage – Gain skills highly valued by EPC companies, solar startups, and consulting firms.
• Energy Independence – Learn how to design solar systems that reduce electricity bills and dependence on the grid.
• Entrepreneurial Edge – Acquire knowledge to start your own solar installation or consultancy business.
By enrolling in this course, you’re not just learning theory-you’re gaining practical design skills that will empower you to build sustainable, efficient, and cost-effective solar home systems.
This course is the explains the very basic concept belongs to solar home System installation design.
Course Outline
1] Introduction to Solar Home System
2] Analysis of Power Consumption of Various Home Appliances

• Electric Power Consumption of Home Appliances
• Estimation of Approx. Monthly Energy Bill in kWh

3] Types and Layout of Solar Home System

• Off Grid Solar Home System
• Hybrid Solar Home System
• Layout of Solar Home System

4] Selection of Solar Panels for Solar Home System

• Different Types of Solar Panels
• How to Read Datasheet of Solar Panel for Best Panel Selection
• Calculation of Approximate Number of Solar Panels in Solar Home System

5] Selection of Solar Inverter or UPS for Solar Home System

• Solar Inverter vs Normal Inverters
• Sizing of Solar Inverter in Solar Home System

6] Selection of Solar Charge Controller for Solar Home System

• Introduction to Solar Charge Controller
• Sizing of Solar Charge Controller

7] Selection of Solar Batteries for Solar Home System

• Introduction to Solar Batteries
• Sizing of Solar Batteries as per design

8] Design Case Study for Solar Home Systems for DC Load
9] Design Case Study for Solar Home Systems for AC Load
Who this course is for
■ Students – who want to learn solar home system design for projects and career growth.
■ Solar Technicians – aiming to improve knowledge of solar installation and optimization.
■ Job Seekers – looking to build skills for roles in the solar energy sector.
■ Entrepreneurs – who want to explore opportunities in solar business.
■ Homeowners – interested in installing and maintaining solar systems at home.
Homepage
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https://www.udemy.com/course/design-of-solar-home-systems-for-beginners-solar-energy

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Free Download Design of 1MW of Ground Mounted Solar Power Plant Part 2
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.25 GB | Duration: 5h 40m
Learn 3D Modeling, AutoCAD Drafting, Energy Yield Forecasting & Earthing Design for Solar Projects
What you’ll learn

Design of 3D Utility Scale Solar Power Plant and Shadow Analysis in Google SketchUp Software
Setting The Units and Importing Toolbars
Introduction to Line, Rectangle and Circle Command
Introduction to Pull Push Command and Offset Command
Move and Scale Command
Rotate and Protector Command
Guideline and Dimension Command
Paint Bucket and Image Texturing
Construction of Long and Short Column
Construction of Screw Pile Foundation
Construction of Rafter
Construction of Inclined Support for Long and Short Column
Construction of Purlin
Construction of Array of Rafter, Short Column, Long Column
Construction of Back Support
Array of Back Support between Two Column
Construction of Solar Panel and Placement over Mounting Structure
Construction of One String of Solar Panels
Construction of Solar One Array
Importing the Location of Site on Google SketchUp
Orientation of Array towards True South Direction
Placement of Solar Array on the Site
Placement of String Monitoring Box
Construction of Control Rooms
Design of Circuit Diagram in AutoCAD Software
Set Limits and Units
Construction of Solar Strings
Construction of Solar Array
Construction of fuses and Bus Bar in DC Combiner Box
Connection of Fuses to Strings
Connection of DC Isolator Switch, Scada and Naming of String
String Combiner box connection for all arrays
Connection of Inverter to DC Array
Naming the Inverter Specifications
Connection of Transformer and there Specification
Connection of Current Transformer to Relay Panel
Connection of Potential Transformer to Relay Panel
Connection of Vacuum Circuit Breaker
Connection of Relays in CRP Panel and There Code Numbers
Plotting Dotted Border for CRP Panel
HT Cable Naming between Transformer to CRP Panel
Connection of AC Isolator Switch
Connection of Main Meter
Connection of Lightning Arrester
Energy Yield Estimation and Forecasting of Solar Energy Yield (P75,P90 Estimates) in Excel Sheet
Calculation of Energy Yield Calculation
Monthly Energy Yield in Excel Sheet
Estimation of 25 Years of Energy Generation in Excel Sheet
Calculation of P50, P75 and P90 Energy Yield Estimate
Design of Earthing System for Solar Project
Requirements
No Google Sketch Up Software knowledge is required. You will Learn it from Beginning
No prior experience in Google SketchUp or AutoCAD is required – everything will be taught from scratch
Beginner scale Excel Knowledge is required. You will Lean Solar Energy Yield in Excel Here
Beginner scale Excel Knowledge is required. You will Lean Earthing System Design in Excel Here
No Mathematical Skill is required. From Beginning with basic formula you will learn here
Fundamental knowledge of solar PV systems (panels, inverters, basic components)
Description
The solar industry is booming, and professionals who can design and deliver bankable solar projects are in high demand. If you want to become an industry-ready solar engineer or consultant, this course is your complete guide.Unlike traditional courses that focus only on theory, this program takes you step by step through the practical design process of a utility-scale solar project (1MW and beyond). You’ll master:3D modeling and shadow analysis in Google SketchUpElectrical circuit diagram drafting in AutoCADEnergy yield forecasting (P50, P75, P90) in ExcelEarthing system design for safety and reliabilityBy the end of this course, you’ll be able to create professional solar project reports, technical drawings, and yield estimates that are accepted by clients, consultants, and funding agencies worldwide.What You’ll LearnBuild a 3D solar mounting structure step by step in Google SketchUpPerform shadow analysis using real site coordinates and sun pathsDraft detailed solar circuit diagrams in AutoCAD (DC arrays, combiner boxes, inverters, transformers, relays, CRP panels, HT cabling, meters, and protection devices)Calculate monthly and 25-year energy yields in ExcelUnderstand P50, P75, P90 estimates for project bankability reportsDesign safe and reliable earthing systems for solar power plantsDeliver complete technical documentation ready for client submissionWho this course is forThis course is designed for anyone passionate about solar power project design:Engineering Students – Electrical, Mechanical, Civil, Renewable Energy who want to gain practical design skillsSolar Professionals & Consultants – looking to enhance technical documentation and project feasibility expertiseEntrepreneurs & Startups – aiming to enter the solar EPC/consultancy business with real project skillsFaculty & Trainers – in renewable energy who want to upgrade their teaching curriculumEnergy Enthusiasts – eager to learn how large-scale solar projects are designed and executedPrerequisitesYou don’t need advanced experience, but a few basics will help you learn faster:Fundamental knowledge of solar PV systems (panels, inverters, basic components)Basic MS Excel skills (formulas, data entry, charts)No prior experience in Google SketchUp or AutoCAD is required – everything will be taught from scratchWhy Enroll in This Course?Hands-On Training: Practical, step-by-step tutorials with real software toolsIndustry-Oriented: Focus on bankable reports and professional documentationCareer-Boosting: Build skills that employers and clients actively seekLifetime Access: Learn at your own pace, revisit lessons anytimeCourse TakeawaysBy completing this course, you will be able toesign and simulate 3D solar arrays with shadow analysisDraft complete solar electrical circuit diagrams in AutoCADForecast energy yields for 25 years with bankability metricsDesign a robust earthing system for safety and compliancePresent professional-grade reports for solar clients and investorsIf you want to become a skilled solar power plant designer capable of delivering real-world projects, this course is your ultimate shortcut. Enroll today and start building the future of clean energy!In this course Participants will able to learn the following Points: 1. Design of 3D Solar Power Plant and Shadow Analysis in Google SketchUp SoftwareSetting The Units and Importing ToolbarsIntroduction to Line, Rectangle and Circle CommandIntroduction to Pull Push Command and Offset CommandMove and Scale CommandRotate and Protector CommandGuideline and Dimension CommandPaint Bucket and Image TexturingConstruction of Long and Short ColumnConstruction of Screw Pile FoundationConstruction of RafterConstruction of Inclined Support for Long and Short ColumnConstruction of PurlinConstruction of Array of Rafter, Short Column, Long ColumnConstruction of Back SupportArray of Back Support between Two ColumnConstruction of Solar Panel and Placement over Mounting StructureConstruction of One String of Solar PanelsConstruction of Solar One ArrayImporting the Location of Site on Google SketchUpOrientation of Array towards True South DirectionPlacement of Solar Array on the Site – Part 1Placement of Solar Array on the Site – Part 2Placement of String Monitoring BoxConstruction of Control Rooms2. Design of Circuit Diagram in AutoCAD SoftwareSet Limits and UnitsConstruction of Solar StringsConstruction of Solar ArrayConstruction of fuses and Bus Bar in DC Combiner BoxConnection of Fuses to StringsConnection of DC Isolator Switch, Scada and Naming of StringString Combiner box connection for all arraysConnection of Inverter to DC ArrayNaming the Inverter SpecificationsConnection of Transformer and there SpecificationConnection of Current Transformer to Relay PanelConnection of Potential Transformer to Relay PanelConnection of Vacuum Circuit BreakerConnection of Relays in CRP Panel and There Code NumbersPlotting Dotted Border for CRP PanelHT Cable Naming between Transformer to CRP PanelConnection of AC Isolator SwitchConnection of Main MeterConnection of Lightning Arrester3. Energy Yield Estimation and Forecasting of Solar Energy Yield (P75,P90 Estimates) in Excel SheetCalculation of Energy Yield CalculationMonthly Energy Yield in Excel SheetEstimation of 25 Years of Energy Generation in Excel SheetCalculation of P50, P75 and P90 Energy Yield Estimate4. Design of Earthing System for Solar Project
Engineering Students – Electrical, Mechanical, Civil, Renewable Energy who want to gain practical design skills,Solar Professionals & Consultants – looking to enhance technical documentation and project feasibility expertise,Entrepreneurs & Startups – aiming to enter the solar EPC/consultancy business with real project skills,Faculty & Trainers – in renewable energy who want to upgrade their teaching curriculum,Energy Enthusiasts – eager to learn how large-scale solar projects are designed and executed,Those who wants to learn,Beginners curious about solar energy,Electrical Engineering Students,Engineering Students – Electrical, Mechanical, Civil, Renewable Energy who want to gain practical design skills
Homepage
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https://www.udemy.com/course/design-of-1mw-of-ground-mounted-solar-power-plant-part-2/

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Design Lakehouse Architectures with Open Table Formats
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English + subtitle | Duration: 56m | Size: 130 MB​

Open data formats modernize today’s analytics ecosystem. This course will teach you how to design scalable and future-proof lakehouse architectures by using open table formats.

What you’ll learn
Many organizations struggle to modernize their data platforms as traditional data lakes lack reliability, governance, and interoperability. Open table formats offer a path forward, but choosing and designing with them can feel overwhelming for teams new to the lakehouse paradigm. In this course, Design Lakehouse Architectures with Open Table Formats, you’ll gain the ability to design scalable, governed, and future-proof lakehouse architectures using formats such as Delta Lake, Apache Iceberg, and Apache Hudi.
First, you’ll explore how open table formats support effective data modeling by enabling bronze/silver/gold patterns, improving data quality workflows, and supporting governance and lineage across the lakehouse. Next, you’ll discover how table format capabilities influence architectural decisions for BI, analytics, and machine-learning workloads. Finally, you’ll learn how to evaluate, compare, and select the right table format based on workload characteristics, ecosystem support, migration paths, and organizational requirements-building a repeatable decision framework you can apply in real projects. When you’re finished with this course, you’ll have the skills and knowledge needed for lakehouse design with open table formats.

Deploying Open-source LLMs
.MP4, AVC, 1280×720, 30 fps | English, AAC, 2 Ch | 1h 16m | 259 MB
Instructor: Navidut Tauhid​

Open-source LLMs offer flexibility and control, but deploying them effectively takes skill. This course teaches you how to select, configure, optimize, and secure LLM deployments for real-world use.

What you’ll learn

Deploying open-source large language models (LLMs) can unlock powerful opportunities, but many practitioners struggle with choosing the right strategy, setting up the technical environment, and optimizing for production.

In this course, Deploying Open-source LLMs, you’ll learn the skills to confidently take an open-source LLM from selection to deployment.

First, you’ll explore how to match deployment strategies to organizational needs such as latency, privacy, and budget, and practice setting up serving frameworks.

Next, you’ll learn how to configure the technical environment for efficiency, including understanding hardware requirements, applying model quantization, and right-sizing infrastructure.

Finally, you’ll discover how to optimize and monitor LLM deployments for production by applying cost-saving techniques, implementing rollback procedures, and securing endpoints.

When you’re finished with this course, you’ll have the knowledge and hands-on experience to deploy open-source LLMs in environments that balance performance, cost, and security.

Homepage

Free Download Dennis Willeboordse – ADvantage is a performance-focused advertising training program designed to help marketers and business owners improve their paid traffic results through data-driven strategies. The course emphasizes building, optimizing, and scaling profitable ad campaigns across major digital platforms while maintaining strong return on ad spend (ROAS).

With a structured and practical methodology, this program teaches how to research audiences, create high-converting ad creatives, and systematically test and optimize campaigns for consistent growth. It is ideal for media buyers, eCommerce owners, and digital marketers who want to master paid advertising and scale their online revenue efficiently.

Here’s What You Get:
The creative community for brands and creative strategists who are done guessing what ad to run next.
The operating system behind $150M+ in eCommerce revenue, built by an agency that’s still in the trenches, not retired on a beach selling PDFs.

What’s Inside:

• 55+ modules on creative strategy, ad production, and testing systems
• The exact research-to-creative pipeline we use to produce winning ads
• Our testing and iteration system, how we find winners fast
• SOPs, templates, and resources pulled directly from our agency’s workflow
• A private community of brand owners, media buyers, and creative strategists

Who This Is For:

• eCommerce brands doing $10k-$1M+/month who need a creative system
• Creative Strategists who want to stop testing random angles and start producing ads with intention
• Agency owners who need repeatable creative frameworks they can hand to their team

Our Track Record:

• $250M+ generated in client revenue
• $100M+ managed in ad spend
• 250+ Shopify brands scaled
• 100,000+ ads produced and counting

Sales Page
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https://www.skool.com/advantage-/about

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DeepSeek AI and Coding Projects: From Prompts to Automation
2026-02-11
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English (US) | Size: 4.97 GB | Duration: 10h 13m​

Master DeepSeek AI for coding, automation, and real-world apps-build projects with Python, prompts, and local AI tools

What you’ll learn
Understand how to craft effective prompts to get accurate and helpful coding responses from DeepSeek AI.
Gain hands-on experience using DeepSeek to write, debug, and optimize code in languages like Python and JavaScript.
Learn to automate repetitive development tasks, documentation, and testing using DeepSeek’s AI capabilities.
Build complete AI-assisted projects from concept to deployment, applying practical coding and automation techniques.

Requirements
No prior experience with AI tools or programming is required.
A basic understanding of how to use a computer and web browser.
Stable internet connection to access DeepSeek and other online tools
A willingness to learn and experiment with AI-assisted coding.

Description
Welcome to DeepSeek AI & Coding Essentials: From First Prompts to Full Automation-a complete beginner’s guide to unlocking the potential of AI-assisted programming.In this course, you’ll discover how DeepSeek AI can become your personal coding assistant. Whether you’re completely new to programming or have some experience, this course will teach you how to write smart prompts, understand AI-generated code, and automate real-world development tasks. You’ll explore how to use DeepSeek to generate code in languages like Python, JavaScript, and HTML/CSS, debug errors, create simple tools, and even build complete applications. You’ll also learn how to run the DeepSeek R1 model locally using Ollama and integrate it with Python for advanced, offline automation workflows.We’ll start with the basics-what DeepSeek AI is, how it works, and how to use it effectively. From there, you’ll move on to practical exercises, guided examples, and hands-on projects that show how AI can streamline your coding workflow. You’ll also learn how to use AI for documentation, testing, and other time-saving tasks.This course is perfect for students, self-learners, freelancers, and professionals looking to explore the future of software development. All you need is a computer, internet access, and a willingness to learn.By the end of this course, you’ll be confident using DeepSeek AI to solve coding challenges, automate tasks, and bring your programming ideas to life faster than ever before.

Who this course is for:
Beginners with no coding or AI experience, Students and self-learners exploring programming and automation, Freelancers and entrepreneurs wanting to boost productivity with AI tools, Developers curious about integrating DeepSeek AI into their workflow, Tech enthusiasts looking to learn prompt engineering and AI-assisted coding

For More Courses Visit & Bookmark Your Preferred Language Blog
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Free Download Deepfakes and Synthetic Media Threats
Released 4/2026
By Christopher Rees
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English + subtitle | Duration: 21m 59s | Size: 109 MB

Convincing fake videos, voices, and images are becoming easier to create and harder to spot, increasing the risk of scams, disinformation, and reputational damage for individuals and organizations.
What you’ll learn
Convincing fake videos, voices, and images are becoming easier to create and harder to spot, increasing the risk of scams, disinformation, and reputational damage for individuals and organizations.
In this course, Deepfakes and Synthetic Media Threats, you’ll learn to identify deepfakes and synthetic media, understand how voice and video fakes are created, and verify authenticity before being misled or spreading false information.
First, you’ll explore how deepfakes are produced and why they are becoming more realistic and accessible.
Next, you’ll discover practical techniques to identify warning signs and validate whether the media is authentic.
Finally, you’ll learn how to pause, question, and verify information to avoid scams, disinformation, and accidental dissemination of misinformation.
When you’re finished with this course, you’ll have the skills and knowledge of deepfake and synthetic media awareness needed to recognize manipulated content and make informed decisions before trusting or sharing it.
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https://app.pluralsight.com/ilx/video-courses/deepfakes-synthetic-media-threats/course-overview

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