Process Safety Management (PSM) Elements & Expectations

Welcome to "Maths for Future Coders: Build a Programmer’s Brain with Fun Quizzes"This course is specially designed for kids who are curious about coding and want to strengthen the logical reasoning skills needed to become great programmers.Through interactive, fun and visual quizzes, students will build a solid foundation in math concepts that are directly connected to programming, such as patterns, sequences, logic, conditionals, logical reasoning and number sense.We won’t be solving long equations — instead, we’ll focus on how to think like a coder, using simple math challenges and brain-boosting activities to sharpen logical thinking and problem-solving abilities.By the end of this course, your child will:Understand how mathematics and coding are connectedStrengthen pattern recognition, logic and analytical skillsPractice real-life thinking used in programmingGain confidence through colorful, guided quizzesBe ready to take on beginner-friendly coding platforms like ScratchWho is this course for?Kids aged 7–14Beginners with little or no coding or math experienceStudents preparing to learn platforms like Scratch, App Inventor or RoboticsParents and teachers who want to introduce coding-related math in a fun and easy wayNo prior experience needed. All questions use simple English and are explained clearly to support non-native English speakers.This is part of the "Next Generation Technologies – AI Robotics for Kids" series, which includes:Canva for KidsScratch ProgrammingOpenToonz AnimationAnd more exciting courses coming soon, including Build a Robot with ScratchLet’s st

This Python practice course is designed to help freshers, beginners, and those preparing for interviews or technical assessments. It includes a total of 1500 questions, distributed between conceptual understanding (55%) and coding-based practice (45%). Here’s how the questions are spread across the topics:Python Basics (Syntax, Variables, Data Types) – Conceptual: 80%, Coding: 20%Operators (Arithmetic, Comparison, Logical, Bitwise) – Conceptual: 70%, Coding: 30%Control Flow (if, else, for, while, break, continue) – Conceptual: 60%, Coding: 40%Functions (def, return, arguments, lambda) – Conceptual: 60%, Coding: 40%Data Structures (Lists, Tuples, Sets, Dictionaries) – Conceptual: 50%, Coding: 50%Strings and String Manipulations – Conceptual: 50%, Coding: 50%File Handling – Conceptual: 60%, Coding: 40%Modules and Packages (import, sys, os, etc.) – Conceptual: 70%, Coding: 30%Error & Exception Handling – Conceptual: 50%, Coding: 50%Object-Oriented Programming (Classes, Objects, Inheritance, etc.) – Conceptual: 50%, Coding: 50%List Comprehensions & Generator Expressions – Conceptual: 30%, Coding: 70%Decorators & Closures – Conceptual: 30%, Coding: 70%Iterators & Generators – Conceptual: 30%, Coding: 70%Regular Expressions (re module) – Conceptual: 40%, Coding: 60%Date & Time (datetime, time modules) – Conceptual: 60%, Coding: 40%JSON Handling – Conceptual: 60%, Coding: 40%Virtual Environments & pip</

Are you curious about how we landed at the current crossroads in our culture? This course offers basic terminology and some of the history of our culture wars, what's at stake, and tools with which to develop your own approach to these topics. Welcome to Peace in Action! We are Dr. Gerri Budd and Professor Donnalynn Scillieri, and are very happy to meet you and to share our university experience with you. Peace in Action is an educational firm providing workshops, classes and programs to help our clients create workplaces that are more open, civil, welcoming, and inclusive. The material was created by two university professors to create safe ways to talk about psychological safety, mental health, wellness, and belonging. We are proud to be a zero waste-to-landfill company.Our approach to training emphasizes understanding, kindness, and zero judgment. We invite our workshop participants to connect their own lives and experiences to our current national debates, and our unique program welcomes all - all - perspectives and encourages people to navigate towards embracing the values of psychological safety. We also work to help participants understand how the values of equality, tolerance, and inclusion help everyone to experience better living and working environments.Dr. Budd and Professor Scillieri have appeared on News12 New Jersey (USA), published in the Bergen Record (North Jersey Newspapers – USA) and were awarded the Ramapo College of New Jersey (USA) Presidential Coin. They have been moderators and guest panelists at universities, non-profits and international corporations.Certified in Mental Health First AidCertified in Gender Based Violence Prevention​Peace in Action is a certified Small Business and Women Owned Business. Our clients and affiliations include:The National Council for Mental WellbeingThe Mental Health Association in New Jers

Design a CPU3Unlock the mysteries of computer architecture and delve into the heart of computational brilliance with our groundbreaking course, "Design a CPU3." As the third installment in our series, this module focuses on the creation of bespoke assembly language libraries, equipping you with the tools and knowledge to wield the true potential of a CPU.LibrariesEmbark on a journey through the intricacies of mathematics, string manipulation, graphics rendering, and fixed-point arithmetic. Our meticulously curated curriculum encompasses an array of indispensable routines, including:Memory Mapping: Understand the core of memory management, an indispensable skill for efficient programming.Mathematics: From basic operations like power functions, modulo and factorials to trigonometry (sine, cosine, and tangent).Graphics and Geometry: Dive into the world of graphics programming with algorithms like Bresenham's circle, triangle plotting, and vector manipulation (addition, multiplication, scalar operations, dot and cross products).Matrix Operations: Master matrix manipulation techniques, including multiplication, addition, subtraction, determinants, and transposition.Complex Numbers: Explore the realm of complex arithmetic, covering addition, subtraction, multiplication, conjugates, and more.String Handling: Learn efficient string manipulation techniques such as copying, concatenation, and length calculation.Fixed-Point Arithmetic: Delve into fixed-point numbers, tackling addition, multiplication, division, power functions, and trigonometric operations.Hands-On Learning in a Modern EnvironmentOur course doesn’t just stop at theory; it’s a practical, hands-on experience. You'll wield the power of V

**** NOU ADAUGAT ****In ultima parte a cursului gasesti o sectiune de exercitii, unde iti poti testa cunostintele acumulate dupa vizionarea cursului. Fiecare modul de exercitii se concentreaza asupra unui tip de problema ce apare in subiectele de BAC, iar pentru fiecare dintre acestea iti poti verifica solutia cu ajutorul unui exercitiu interactiv de codare sau, la problemele grila, cu ajutorului unui quiz.De asemenea, pentru fiecare exercitiu exista o sectiune cu indicii de rezolvare, iar in cele din urma rezolvare completa a acestuia!Bine ai venit la cursul "Tot ce trebuie sa stii pentru 10 la BAC la Informatica". Acesta este cel mai modern curs online ce are ca scop pregatirea ta pentru examenul de Bacalaureat de la Informatica. Mai mult, este singurul curs de care vei avea nevoie pentru a obtine punctaj maxim in aceasta vara la BAC, fara alte meditatii suplimentare. Stiu ca timpul tau este valoros, asa ca nu-l irosi. Acest curs iti garanteaza faptul ca vei putea invata mult mai repede si in ritmul tau, in orice moment ai tu dispozitia necesara, aceeasi materie care se preda in scoala sau la orele la care mergi dupa-masa. In crearea acestui curs, am depus tot efortul si am apelat la toata experienta mea anterioara pentru ca procesul tau de invatare sa fie cat mai placut si sa te distrezi invatand. Conceptele sunt explicate clar si precis, iar unele exemple sunt insotite de animatii pentru a intelege mai bine ceea ce se intampla.Cursul are o parte de teorie, o parte de provocari pe care tu va trebui sa le rezolvi si quizz-uri care sa te ajute sa iti evaluezi cunostintele. Modulele cursului urma

Welcome to the course.This is the third course in a series on designing a floating point unit. The first course dealt with the theory of floating point numbers and the second course covered the design of a multiplier. In this third course we will continue with the design of an adder and subtractor. You do not need to have completed the previous two courses to continue with this one, but if you are new to floating point numbers I would suggest covering the first course before attempting this one.We start off with the mathematical modelling of the addition and subtraction of 32 bit binary floating point numbers. We then take that mathematical model and implement it in Excel VBA. This allows us to follow the 1's and 0's so as to give us a really good understanding of what is happening. After this we then look at the dual path architecture that we are going to use to build the adder subtractor in Logisim.This design follows the IEEE754 standard and covers both normal and subnormal numbers, special values, edge conditions and rounding.This is the third course in a suite of 6 courses covering everything you need to know in order to design a floating point unit.If this sounds like the course you have been looking for then sign up and let's get started.