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Introduction to Aeroelasticity using CalculiX & OpenFOAM course aims to develop a solid theoretical background for aeroelastic phenomena and transform that theoretical knowledge into practical engineering workflows using open-source simulation tools. The course starts with an overview of static aeroelasticity, covering static divergence and control reversal via two-degree-of-freedom typical section models. Then, dynamic flutter mechanisms, unsteady aerodynamic formulations including Theodorsen and Wagner functions, and structural modal dynamics are introduced along with their governing physics. Next, computational fluid-structure interaction (FSI) fundamentals—such as moving mesh kinematics (ALE), conservative interface mapping (RBF), and implicit coupling via the preCICE library—are presented in the context of OpenFOAM (CFD) and CalculiX (FEA). Finally, a complete non-linear panel flutter benchmark is conducted to demonstrate multi-solver execution and post-processing of limit cycle oscillations (LCO), phase portraits, and FFT spectra. At the end of this course, students will learn both the analytical foundations of aeroelasticity and the practical aspects of setting up high-fidelity FSI simulations using CalculiX and OpenFOAM.

Fluid flow is a complex phenomenon which involves the transport of mass momentum, energy and species under the influence of the velocity, pressure gradients, thermal effects and external sources. The analysis becomes more challenging when the fluid exists in the different phases and there is a continuous interaction between the phases through their interface where the mass, momentum and energy can be exchanged. Such flows are referred to as Multiphase flows.

Special numerical techniques are required to analyze these complex phase interaction in multiphase flows. CFD (Computational fluid Dynamics) provides a numerical framework for modelling these complex flow phenomenon by solving conservation equations at computational level. By CFD we can understand the physics involved in the flow process and optimize the flow behavior by modifying the operating conditions, material properties and geometry before conducting the actual physical process.

Sand casting is one of the most widely used manufacturing processes for producing metal components due to its cost-effectiveness, versatility, and ability to manufacture components of various sizes and complexities. Sand casting process is a type of multiphase flow in which molten metal poured into a mold cavity displaces the preoccupied air inside the cavity to the surrounding mould which is eventually vented out through the pores of the solid sand mould to the atmosphere. The casting process is also a practical example of multiregion process in which the cavity and the sand mould interact through the internal boundary by momentum and heat transfer during filling and solidification.

In this course we will develop a CFD workflow for simulating sand casting process using Openfoam an opensource software. We will investigate the underlying flow physics, analyze the parameters that influence the casting process and predicts the defects that could possibly occur such as incomplete filling, air entrapment, cold shut etc. Ultimately, this course aims to demonstrate how a real-world sand casting process can be transformed into a virtual CFD model, allowing engineers to understand, predict, and optimise casting performance before committing to physical production.

BB Simtech Academy is proud to present its ultimate, highly anticipated cognitive technology guide: ChatGPT versus Claude versus Gemini and Other LLMs: A Basic Understanding + Prompt Engineering.
 

Are you overwhelmed by the sheer number of AI tools launching every week? Do you struggle to understand when to use ChatGPT instead of Claude, or how DeepSeek fits into your workflow?
 

In 2026, simply "knowing how to prompt" is no longer a competitive advantage. The true skill lies in AI Orchestration—knowing exactly which specialized model to deploy for a specific task and how to delegate work to your digital "AI Squad" safely, legally, and with absolute confidence.
 

This comprehensive, 15-lecture masterclass is specifically designed for university students, researchers, corporate teams, and busy professionals. We break down the absolute fundamentals of Large Language Models (LLMs) and Large Multimodal Models (LMMs), show you the raw superpowers of the world's leading bots, and teach you how to write prompts that unlock deep reasoning.
 

Each module is a focused, 10-to-12 minute micro-lesson designed to fit into your busy schedule while delivering actionable value. You will discover how to do safely heavy administrative tasks, audit complex research, write human-sounding copy, and run high-performance AI models locally to safeguard confidential corporate data.
 

By the end of this course, you will transition from a casual AI prompt writer to a strategic digital director, saving 5 to 10 hours of work every single week while maintaining full compliance with the latest global data standards (GDPR and the EU AI Act).
 

What You Will Master (The 15-Module Syllabus)
 

Each concise lecture is designed to be highly engaging, complete with real-world scenarios, ready-to-use prompt templates, and self-assessment homework.
 
Phase 1: Core Technical Foundations
 

Lecture 01: The AI Evolution & Core Terminology

Explore the journey from early chatbots to the "Reasoning Era." Understand how tokens, context windows, and hallucinations actually work under the hood.
 

Lecture 02: ChatGPT – Basics, Features, and Applications

The pioneer's deep-dive. Learn how to leverage the Advanced Voice Mode and Custom GPTs to build your own specialized assistants.
 

Lecture 03: Claude – The Master of Nuance & Long-Form Logic

Discover why professional writers and coders choose Claude. Master the interactive "Artifacts" workspace and massive document analysis.
 

Lecture 04: Gemini – The Ecosystem Giant & Multimodal Powerhouse

Unlock Google's multi-million token model. Learn to analyze hours of meeting recordings, video files, and seamlessly query your entire Google Drive.
 

Lecture 05: Microsoft Copilot – The Business Engine

Turn your Office suite (Word, Excel, PowerPoint, Teams) into a self-operating engine with M365 Graph integration.
 

Phase 2: The Disruptors & The Sovereign AI Movement
 

Lecture 06: DeepSeek – The Efficiency Disruptor

The Chinese open-weights marvel that shook the tech world. Master the R1 reasoning engine for advanced mathematics, logic, and low-cost scaling.
 

Lecture 07: Perplexity & Grok – Real-Time Search & Live Data

Stop "searching" and start "discovering." Learn to find cited facts in seconds and track live social trends via xAI's real-time engine.
 

Lecture 08: Mistral & Llama – Privacy, Sovereignty & Local AI

The sovereignty play. Step-by-step instructions on how to run high-performance models locally and 100% offline on your own hardware.
 

Phase 3: Applied Skills & Real-World Use Cases
 

Lecture 09: Mastering the Prompt – From Formula to Strategic Delegation

The core prompting frameworks (CARE, Few-Shot, Chain of Verification). Learn how to prompt "standard" vs. "reasoning" models.
 

Lecture 10: Scenario "Digital Office" – Emails, Excel & Meeting Intelligence

Boost your daily output. Real-world workflows for instant email triaging, formula-free data analysis, and automated meeting follow-ups.
 

Lecture 11: Scenario "Academic & Research" – Literature Audits & Study Plans

The researcher's toolkit. Synthesize hundreds of peer-reviewed papers using Elicit and Consensus, and build hyper-personalized study guides.
 

Lecture 12: Scenario "Creative Growth" – Marketing, Social Media & Strategy

Avoid generic "AI fluff." Create multi-channel campaigns, write in a highly authentic brand voice, and master Answer Engine Optimization (AEO).
 

Phase 4: Corporate Security, Ethics & Integration
 

Lecture 13: Data Privacy & GDPR 2026 – Security in the Corporate Context

Learn how to navigate the EU AI Act and GDPR. Identify "Shadow AI" risks and protect company intellectual property.
 

Lecture 14: AI Ethics & Fact-Checking – Managing Bias & Hallucinations

The practical framework for auditing AI outputs. Learn to detect algorithmic bias and verify information like an investigative journalist.
 

Lecture 15: Your Personal AI Strategy – Orchestrating the Squad

Synthesize everything. Build your personal, daily AI workflow matrix and prepare your career for the upcoming "Agentic Era."
 

Requirements for This Course

- No prior programming or computer science knowledge required.
- An open mind and willingness to experiment with natural language logic.
- Access to standard free or paid AI tools (ChatGPT, Claude, etc.) is recommended but not mandatory.
 

What Will Participants Gain at the End of This Course?

1. Absolute Tool Fluency: Confidently know which AI to open for any given professional task.
2. Professional Prompt Mastery: Write structured, reliable instructions that generate accurate results without trial-and-error.
3. Time Savings: Immediately reclaim 5 to 10 hours per week through administrative automation.
4. Security & Legal Fitness: Work with advanced technologies without exposing private data or violating compliance policies (GDPR/EU AI Act).

MyBPM Eğitim Serisine Hoş Geldiniz

Yaklaşık 35 yıllık yazılım geliştirme tecrübem boyunca farklı ölçeklerde ve farklı ihtiyaçlara sahip kurumsal yazılım projelerinde, veritabanı tasarımı, Microsoft SQL Server ve .NET teknolojileri üzerinde çalıştım. Bu süreçte edindiğim gerçek proje deneyimlerini, sadece teorik bilgiler olarak değil; uygulamalı, anlaşılır ve profesyonel yazılım geliştirme bakış açısıyla sizlere aktarmayı hedefliyorum.
 

MyBPM, sıfırdan geliştirilen gerçek bir İş Süreçleri Yönetimi (Business Process Management - BPM) uygulamasını temel alan kapsamlı bir eğitim serisidir. Eğitim tamamlandığında 18 bölüm ve yaklaşık 300 videodan oluşan zengin bir içerik sunacaktır. Her bölüm, bir öncekinin üzerine inşa edilerek ilerlediği için projenin nasıl tasarlandığını, mimarisinin nasıl oluşturulduğunu ve yeni özelliklerin mevcut yapıyı bozmadan nasıl geliştirildiğini adım adım öğreneceksiniz.
 

"MyBPM, sadece bir proje adı değil, aynı zamanda bir yaklaşımdır. "My" ifadesi hem "Benim BPM'im" anlamını taşırken, aynı zamanda "Make Your BPM" mottosuyla kendi yazılım projelerinizi güvenle tasarlayıp geliştirebileceğiniz bilgi ve yetkinliğe ulaşmanızı ifade eder. Buradaki hedef yalnızca bir uygulamayı tamamlamak değil; analizi doğru yapan, sağlam mimariler kuran, sürdürülebilir kod yazan ve profesyonel yazılım geliştirme kültürünü benimseyen bir geliştirici olmaktır." 
 

Bu eğitim boyunca ASP.NET Core MVC, C#, Microsoft SQL Server, Dapper Micro ORM, Repository Pattern, Dependency Injection, SOLID prensipleri, JavaScript, jQuery, AJAX, Bootstrap ve daha birçok modern yazılım geliştirme tekniğini gerçek bir proje üzerinde uygulamalı olarak öğreneceksiniz. Ezber bilgiler yerine, her satır kodun neden yazıldığını ve profesyonel projelerde hangi yaklaşımın neden tercih edildiğini anlayarak ilerleyeceksiniz.
 

Bu kursu tamamladığınızda;

-  Kurumsal mimariye uygun ASP.NET Core MVC projeleri geliştirebilecek,
-  Microsoft SQL Server üzerinde profesyonel veritabanı tasarlayabilecek,
-  Dapper ile yüksek performanslı veri erişim katmanı oluşturabilecek,
-  Repository Pattern, Dependency Injection ve SOLID prensiplerini gerçek projelerde etkin şekilde uygulayabilecek,
-  Katmanlı mimariye sahip, sürdürülebilir, genişletilebilir ve bakımı kolay kurumsal uygulamalar geliştirebilecek,
-  Gerçek projelerde kullanılan yazılım geliştirme yaklaşımını kendi projelerinize başarıyla uygulayabilecek,
-  En önemlisi ise sadece kod yazan değil, analiz edebilen, doğru mimari kararları verebilen ve profesyonel bakış açısıyla yazılım geliştirebilen bir geliştirici olma yolunda önemli bir adım atacaksınız.
 

Eğer hedefiniz yalnızca birkaç örnek uygulama geliştirmek değil; gerçek hayatta kullanılan kurumsal yazılımların nasıl tasarlandığını, geliştirildiğini ve sürdürülebilir hale getirildiğini öğrenmekse, doğru yerdesiniz.
 

Şimdi gelin, bu kapsamlı yolculuğa birlikte başlayalım.

Kurs İçeriği

- Kursa Giriş, Kullanılacak Teknolojiler ve Gerekli Bilgi Seviyesi
- MyBPM Proje Demosu, Veritabanı Yapısı ve Veri Tipleri
- SQL Server Management Studio ve Veritabanı Tasarımı
- T-SQL ve Temel Veritabanı İşlemleri
- Temel ve Operasyonel Tanım Tablolarının Oluşturulması
- BPM Zincir Modeli ve Operasyonların Uçtan Uca İşleyişi
- Foreign Key İlişkileri ve Veritabanı Yedekleme İşlemleri
- Visual Studio, ASP.NET Core MVC ve Katmanlı Mimari
- Model Katmanı, Data Annotations ve Navigation Property Kullanımı
- Dapper ve Entity Framework Core Yaklaşımlarının Karşılaştırılması
- SQL JOIN Türleri ve İlişkisel Veri Sorgulama
- Data Access Katmanı, Repository Pattern ve Interface Yapısı
- Connection String, Dependency Injection ve Constructor Injection
- Base Repository ve Projeye Özel Veri Erişim Metotları
- Layout, CSS, Bootstrap ve Responsive Kullanıcı Arayüzü Tasarımı
- MVC Controller, View ve Listeleme Sayfalarının Geliştirilmesi
- ViewData, ViewBag, TempData ve Bootstrap Icons Kullanımı

Introduction to Finite Element Analysis using PrePoMax/Calculix course aims to develop a theoretical background for finite element method and transform the theoretical knowledge into practical examples using an open-source FEA platform of PrePoMax. Course starts with an overview of the FEM using truss and beam elements. Then, plane stress, plane strain and axisymmetric elements were introduced with the theory behind them and their applications in PrePoMax. FEM modelling of shell structures and solids were introduced in PrePoMax. Then, some special topics including CAD model preparation, contact modelling, constraints, convergence, etc. were presented in PrePoMax. Finally, two industrial examples were conducted using PrePoMax. At the end of this lecture, students will learn both theoretical and practical aspects of finite element analysis using an open source PrePoMax platform.

BB Simtech Engineering & Academy introduces its second course.

Following the successful launch of our first training, we are continuing without a break and are excited to release our new course: Ship Hydrostatics and Stability.

"Ship Hydrostatics and Stability is a comprehensive 12-lecture course designed for naval architects and engineering students, effectively blending theoretical knowledge with practical applications.

The curriculum begins with fundamental definitions of ship geometry, followed by the calculation and definition of hydrostatic parameters. The course concludes by building a solid framework based on the theoretical principles of both transverse and longitudinal stability, ultimately aiming to provide students with the underlying theoretical background required for complex stability calculations."

This Fundamental Mathematics of OpenFOAM course bridges the gap between theoretical CFD knowledge and real-world implementation, offering 15 lectures that transform mathematical concepts into practical engineering solutions. Starting from fundamental vector calculus and conservation equations, the course progressively builds through finite volume discretization, boundary conditions, linear system solvers, turbulence modeling, and pressure-velocity coupling algorithms (SIMPLE, PISO, PIMPLE), ending with a complete OpenFOAM case setup. Unlike traditional CFD courses that treat OpenFOAM as a black box, this unique program allows students to understand the "why" behind every numerical choice, debug convergence issues with confidence, and select appropriate models and schemes for their specific applications.