Author: admin

Introduction To Zbrush 2021
MP4 | ENG | Video: h264, yuv420p, 1920×1080 | Audio: aac, 48000 HZ | Duration: 40h:20m | Size File: 12.3 GB
Genre: eLearning​

Introduction to ZBrush 2021 is the most comprehensive video training series available for Pixologic’s industry-leading digital-sculpting software. Taught by Madeleine Scott-Spencer, this 65-chapter workshop – with 51 hours of lessons – begins with a quickstart tutorial to get you up to speed, fast. It’s the perfect introduction for everyone from complete beginners to those simply looking to see what’s new in the latest version of the software.

The first follow-along tutorial in this workshop tackles how to sculpt a character bust from a sphere while teaching the core ZBrush concepts, such as DynaMesh and how to effectively use subdivision levels, as well as demystifying the ZBrush interface and navigation. Subsequent chapters delve further into a more in-depth look at the ZBrush interface, including how to customize the interface and hotkeys, what are the important sculpting tools and techniques, plus explanations of 3D alphas, custom brushes, the InsertMultiMesh brush, Array Mesh functionality, the NanoMesh system, Vector Displacement brushes – plus much, much more.

All the exciting new features in ZBrush 2021 are, of course, covered including cloth, dynamic thickness, ZModeler updates such as Edge Extrude, and the new MicroPoly tools. Madeleine also discusses how to approach hard-surface sculpting in ZBrush plus how to use the polygon modeling tools such as ZModeler, the Topology brush, and ZRemesher. 3D Printing enthusiasts will also be pleased to discover a chapter devoted to the process of preparing a model for 3D printing using the Decimation Master plugin.

In addition to exploring all of ZBrush’s impressive sculpting tools, this workshop also covers its robust 3D painting program. Madeleine walks through PolyPaint, UV Master, and Spotlight, through detailed demonstrations of paint techniques drawing from more than 20 years of experience working in the film industry. Lighting and rendering chapters also take you through the process of generating final images using LightCaps and HDR images, as well as how to render through the ZBrush to KeyShot Bridge. Plus, Madeleine details the ZBrush Material menu and how to extract maps such as Displacement, Normal, and Color, as used in many film, TV, and videogame art pipelines.

To help with your understanding of this workshop, Madeleine provides helpful project files for you to download and follow along with most chapters. By completing this workshop, you should have the confidence to tackle your own projects as an intermediate-level ZBrush artist.

Introduction to the Splunk Ecosystem
Duration: 1h 5m | .MP4 1280×720 30 fps(r) | AAC, 48000 Hz, 2ch | 192.34 MB
Genre: eLearning | Language: English​

Understanding how data flows through Splunk is key to effective analysis. This course will teach you how to navigate the data pipeline, apply metadata, and perform efficient searches to uncover actionable insights.

More Info:
Introduction to the Splunk Ecosystem

Free Download Introduction to Multivariable Calculus 2026
Published 4/2026
Created by Renngang Engineering
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 6 Lectures ( 1h 36m ) | Size: 480 MB

Learn math from the best Scandinavian Instructors with Renngang Engineering
What you’ll learn
✓ Learn what multivariable analysis
✓ Learn what partial derivatives are
✓ Practice through solving real exam problems from top universities
✓ Instructor led guidance through every problem
Requirements
● No prior math knowledge is strictly speaking needed, but some prior engineering mathematics is beneficial
Description
Welcome to Multivariable Calculus 2026, a carefully designed introductory course created by Scandinavian instructors from Renngang Engineering, a Norwegian education initiative dedicated to clarity, rigor, and practical understanding.
This course is built for students who have completed single variable calculus and are ready to take the next step into higher dimensional thinking.
You will explore how calculus extends beyond one dimension, learning how to work with functions of multiple variables, visualize surfaces, and understand how change behaves in higher dimensions. Throughout the course, we emphasize geometric intuition, real world interpretation, and problemsolving skills.
What we will go through in the course
Understanding and analyzing multivariable functions
Interpreting and computing partial derivatives
Working with gradients, directional derivatives, and optimization techniques
Solve a lot of problems together
Why use us for your math understanding?
At Renngang Engineering, we believe mathematics should be both precise and understandable. Our approach avoids unnecessary complexity while maintaining academic depth, helping you build strong intuition alongside technical skill. Whether you’re an engineering student, a future scientist, or simply curious about advanced mathematics, this course provides a solid and inspiring foundation.
Join us and discover how multivariable calculus can be easy as long as you stick with us on the entire journey.
Who this course is for
■ Engineers and students
Homepage
Code:Copy to clipboard

https://www.udemy.com/course/introduction-to-multivariable-calculus-2026

Code:Copy to clipboard

DDownload
https://ddownload.com/7jqu6c15u91g/caoub.Introduction.to.Multivariable.Calculus.2026.rar
Rapidgator
https://rg.to/file/4a076b6333ad5b3b468adba5461edf94/caoub.Introduction.to.Multivariable.Calculus.2026.rar.html
AlfaFile Free Download
https://alfafile.net/file/A4k8b/caoub.Introduction.to.Multivariable.Calculus.2026.rar
FreeDL (Friendly Host)
https://frdl.io/j6r0yhgx05kh/caoub.Introduction.to.Multivariable.Calculus.2026.rar.html

No Password – Links are Interchangeable

Introduction to DeepSeek
.MP4, AVC, 1280×720, 30 fps | English, AAC, 2 Ch | 41m | 85.8 MB
Instructor: Ervis Trupja​

Understanding DeepSeek’s capabilities can be complex. This course will teach you to effectively evaluate, deploy, and optimize DeepSeek models for real-world AI applications through hands-on implementation.

What you’ll learn

DeepSeek’s open-source models are revolutionizing AI accessibility, but understanding their architecture and implementation can be challenging. In this course, Introduction to DeepSeek, you’ll learn to effectively evaluate and deploy these powerful models for real-world applications.

First, you’ll explore the innovative Mixture-of-Experts architecture that makes DeepSeek efficient, understanding how only 37B parameters are active during inference despite the model’s 671B total parameters. Next, you’ll discover how DeepSeek-R1’s reasoning capabilities compare against proprietary models through comprehensive benchmark analysis and practical demonstrations. Finally, you’ll learn how to implement DeepSeek models in production environments and calculate the total cost of ownership for different deployment strategies.

When you’re finished with this course, you’ll have the skills and knowledge of DeepSeek’s capabilities and limitations needed to make informed decisions about integrating these models into your AI workflow and applications.

Homepage

Introduction to Data Modeling with LookML
.MP4, AVC, 1920×1080, 30 fps | English, AAC, 2 Ch | 1h 17m | 204 MB
Instructor: Dr. Ali Feizollah​

Analysts working in Looker often hit a wall when metrics look wrong, fields go missing, or dashboards behave unexpectedly-issues that originate in the data model, not the query.

In this course, Introduction to Data Modeling with LookML, you’ll gain the ability to understand, build, and troubleshoot the LookML layer that powers every Explore.

First, you’ll explore what LookML is, how it fits into the Looker ecosystem, and how modeling decisions directly affect analyst workflows.

Next, you’ll discover how to model Explore joins that combine datasets safely while preserving metric accuracy. Then, you’ll see how to create dimensions for common analysis needs, including time-based fields and segmentation buckets.

Finally, you’ll learn how to create reliable, reusable measures with proper formatting, filters, and testing. When you’re finished with this course, you’ll have the skills and knowledge of LookML data modeling needed to read and modify a Looker data model, diagnose common data issues, and contribute meaningfully to your organization’s analytics layer.

Homepage

Introduction to Context Engineering
.MP4, AVC, 1280×720, 30 fps | English, AAC, 2 Ch | 1h 7m | 225 MB
Instructor: George Smith​

Level up in AI development by mastering how to structure, manage, and automate context that powers Large Language Models. Learn core concepts and technologies behind context engineering to build new transformative experiences with AI agents.

What you’ll learn

Many AI engineers know how to prompt Large Language Models but struggle to design and manage the context that makes those prompts truly effective. In this course, Introduction to Context Engineering, you’ll learn to structure, automate, and optimize the flow of information that powers AI models.

First, you’ll explore what context engineering is and why it matters. Next, you’ll discover the driving factors behind context design, like constraints. Finally, you’ll learn how to apply common context engineering patterns.

When you’re finished with this course, you’ll have the skills and knowledge of leveraging context engineering needed to build transformative AI experiences by effectively managing model context.

Homepage

Introduction To Blender For Architecture
Published 3/2024
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.30 GB | Duration: 1h 51m​

The most beginner-friendly course to get you started fast for using Blender for architectural design

What you’ll learn

Learn how to use Blender for Architecture

Learn Blender’s user interface

Design a building in Blender

Sketch inside of Blender

Create diagrammatic renderings

Requirements

No prior Blender experience required

Suitable for absolute beginners

Description

Comprehensive Learning Package: Your Architectural Design Journey Begins HereWelcome to our Introduction to Blender for Architectural Design course, guided by Dimitar – a seasoned architect with over a decade of professional experience using Blender. Whether you’re an architect, student, or 3D artist, this course will empower you to harness Blender’s capabilities for architectural innovation.Course Outline: Introduction to Blender for Architectural DesignIn this introductory mini course, you’ll learn how to use Blender for architectural design while designing a multi-storey residential building. Throughout the process, you’ll gain insights into the following topics: Creating architecture massings and mastering mesh geometry editing techniques. Generating multi-floor buildings efficiently using modifiers for quick iterations. Procedurally creating internal walls to enhance your architectural design process. Utilizing Blender’s annotation tools to easily sketch and annotate within the 3D viewport. Designing facades that allow for flexible design changes. Exploring rendering basics to generate hidden line images for effective presentations.Course Benefits: What You’ll LearnBy completing this course, you’ll develop a solid foundation in several key areas: Concept Architecture Models: Learn to create concept architectural models using Blender’s powerful tools. Procedural Workflows: Understand time-saving and user-friendly procedural workflows that streamline your design process. 3D Sketching: Gain confidence in using Blender’s annotation tools to sketch and visualize your ideas directly in the 3D viewport. Effective Presentation: Acquire skills to present your concept work effectively, showcasing your design vision to others.By the end of this course, you’ll be equipped to create stunning architectural concepts, optimize your workflow, and communicate your ideas with confidence.

Overview

Section 1: Course structure

Lecture 1 Introduction

Lecture 2 Presentation and overview

Lecture 3 Basics

Lecture 4 Massing

Lecture 5 Facade

Lecture 6 Facade refinement

Lecture 7 Ground floor

Lecture 8 Rendering setup

Lecture 9 Rendering 1

Lecture 10 Rendering 2

Architects and Designers,3D Artists,Anyone that wishes to learn how to use Blender for architectural design