Did you know, If you define clear modularisation rules for your mobile applications, with linters in place to enforce them.... You're going to save a ton on CI costs? Bonus point, you'll spend less tokens as well...

anyone noticed how programming languages conflate sort of conceptual modularisation and implementation modules? Like series of instructions that I chose to wrap up in a function for my understanding don't necessarily map to what should be a block in the generated assembly

post-post-post-refactor, cleanup & modularisation now the handler, one of 94 files, is only 7000 lines

Eclipse 4diac 3.1 makes large IEC 61499 projects easier to evolve, restructure, and maintain. From improved refactoring and structured data handling to runtime modularisation in 4diac FORTE, this release strengthens the entire engineering toolchain. 📖 Read the article in our community newsletter: hubs.la/Q04g5Ts40 #EclipseFdn #Eclipse4diac #opensource

i read this with some mild amusement because software engineering has always been about future reasoning cost you don’t add a feature just because you can. you ask how much context pressure it creates. if it touches everything, it taxes every future change. that’s modularisation same with interfaces and tests. when you come back without the whole system in your head, you need some local fast way to check invariants and specs.

I will bit if you add a "Grid" modularisation mode, every frame is structured into a grid with translative first principles, and reactive structure with rapid code testing on "sub-tended" and adjacent edges and overlapping Grid x'es.

Keynote de Nathalie Messer, DG du CNEPE @EDFofficiel sur les défis du génie civil nucléaire: 1/Industrialisation (préfabrication, modularisation) 2/Réplication 3/Méthodes (BIM, simulation, data mgt, digital twins) 4/compétences.

1 yr to this succinnt op. Been off from mkt for a while. Mkt wise,all I can sense since then is: There’s decent push on modularisation of armaments. Lot more smaller impact effective unit warfare being prioritised-be it munitions of any kind&drone carrier platforms DAP2026 is 🔑

far, far too much slop has been written about designing ontologies and meeting silly ideals like: - zero duplication - "sizing" for comprehensibility - hard modularisation rules but none of it talks any where near enough about access patterns, how they shape the data and how you work with it to meet those needs and AI models have slurped this slop up wholesale

We’re pleased to welcome U.S. Ambassador to Canada, Pete Hoekstra, to our Nuclear Fabrication and Modularization Facility in Cambridge, ON, yesterday. It was an opportunity to showcase Aecon’s advanced automation and tooling capabilities, skilled workforce, and the important role we play in supporting the nuclear industry in North America. With deep Canadian roots, Aecon has a strong and growing presence in the United States, where we support critical infrastructure projects for both public and private clients. We value our strong relationships with key stakeholders, partners and clients in Canada and the U.S. and are focused on delivering complex projects and driving continued growth. -- Nous avons eu le plaisir d’accueillir hier Pete Hoekstra, ambassadeur des États-Unis au Canada, dans notre usine de fabrication et de modularisation nucléaire située à Cambridge, en Ontario. Cette visite a été l’occasion de mettre en avant les capacités de pointe d’Aecon en matière d’automatisation et d’outillage, notre main-d’œuvre qualifiée, ainsi que le rôle important que nous jouons dans le soutien à l’industrie nucléaire en Amérique du Nord. Fort de ses racines canadiennes, Aecon jouit d’une présence solide et croissante aux États-Unis, où nous soutenons des projets d’infrastructures essentielles pour des clients tant publics que privés. Nous accordons une grande importance à nos relations solides avec les principales parties prenantes, nos partenaires et nos clients au Canada et aux États-Unis, et nous nous attachons à mener à bien des projets complexes et à stimuler une croissance continue.

The partnership between Ørsted and Hitachi Energy covers the delivery of integrated onshore and offshore electrical solutions, with a focus on standardisation, modularisation, effective tendering, and long‑term service. buff.ly/PgWmTDM

Based on the functional documentation, it’s clear the system is being built with modularisation in mind, possibly being designed long term to support rail/metro systems, a transport super app? Similar to Chennai One app. Very exciting prospects.

.@EMR_Automation webinar is in just two weeks! Don’t miss out – register here for free: bit.ly/4t4GUcT In this exclusive webinar hosted by LNG Industry, join Emerson’s specialists Joe DeMonte, Senior Director, Global Industry Sales, and George Duckworth, Project Pursuit Leader, alongside Jake Pittman, Director of Valve Services, John H Carter Company. This webinar will focus on the practical realities EPC and owner/operator teams face when working with modular LNG and FLNG designs, including. This session will explore how an integrated final control ecosystem spanning isolation valves, control valves, actuators, regulators, and pressure relief can simplify execution when modularisation increases complexity. Simply follow this link to secure your place: bit.ly/4t4GUcT

(4) Modularisation might finally be understood as an advantage with the airforce highly interested in a (🇮🇱 Rampage-equivalent) air-launched MBT variant and THUNDART using existing AASM « Hammer » guidance blocks (degree to be assessed). (4/n)

Whatever system design you pick in your Meta interview, you definitely want to draw out a nice unidirectional data flow between each box on the whiteboard. Once you can justify an architecture, now you can draw out: * Screen flows (and coordinators) defined by your requirements, keeping screens as high-level boxes at this stage. * Basic data models and API endpoints to meet your requirements. * If necessarily, any modularisation boundaries around your feature or app. * Any other critical services needed to meet requirements, including: * Coordinators and screen flows * Persistence and repositories * API services, polling, and retries * Dependency injection * Offline strategies, data consistency, and caching * Analytics, monitoring, and logging * Authentication and security * If needed, draw a few high-level systems outside the client, such as API service to manage data, the content distribution network to handle media, or push notification services. This can stay quite high-level for an iOS client design. There are some considerations that won’t usually go on the whiteboard, but it’s a strong hire signal if you can use the context (from your earlier questions) to justify decisions on concerns like: * Testing strategy (unit tests, integration tests, UI tests, snapshot tests, etc). * Approach to concurrency (async/await, GCD, Combine, etc). * Deployment approach, rollouts, A/B testing, monitoring, and continuous integration. * Performance considerations such as app size, launch time, dynamic vs static libraries, and using background threads appropriately. * Any approaches you might undertake to handle accessibility, localisation, or low-end device constraints. If requirements leave your options open-ended, take the opportunity to discuss trade-offs between technology choices, e.g.: “Since this is an MVP, instead of building a full offline sync engine with exponential backoff, we’ll use simple POST requests with one retry, then surface errors to the UI. In my experience, sync engines can conceal dangerous bugs when things go wrong, and introduce DB schema migration overhead. The simple approach gives us more room to iterate fast.” Read the full scoop here 🤑 blog.jacobstechtavern.com/p/…

Last week, Aecon was pleased to host RBC Capital Markets and a group of investors at our Nuclear Fabrication & Modularization Facility in Cambridge, Ontario, and at Capital Power's Goreway Battery Energy Storage System (BESS) facility in Brampton, Ontario. Aecon's Jerome Julier (EVP & CFO) and Adam Borgatti (SVP, IR and Corporate Development) were joined by executives and leaders from our Nuclear, Utilities, and Industrial sectors, highlighting Aecon's role at the forefront of delivering the next generation of nuclear and power infrastructure. Investors received a first-hand look at modular fabrication supporting the delivery of the first Small Modular Reactor in the G7, as well as an operating BESS facility – enhancing grid stability to meet growing energy demands. We were #AeconProud to host this engaging group and provide insights on our strategic growth across North America. -- La semaine dernière, Aecon a eu le plaisir d’accueillir RBC Capital Markets et un groupe d’investisseurs dans notre installation de fabrication et de modularisation nucléaires à Cambridge, en Ontario, ainsi qu’à l’installation de stockage d’énergie par batteries (BESS) de Goreway de Capital Power, à Brampton, en Ontario. Jerome Julier (vice-président directeur et chef des finances) et Adam Borgatti (vice-président principal, Développement corporatif et relations avec les investisseurs) d’Aecon étaient accompagnés de cadres et de dirigeants de nos secteurs nucléaire, des services publics et industriels, soulignant le rôle qu’Aecon joue à l’avant‑garde de la réalisation de la prochaine génération d’infrastructures nucléaires et électriques. Les investisseurs ont pu découvrir de première main la fabrication modulaire soutenant la livraison du premier petit réacteur modulaire du G7, ainsi qu’une installation de stockage d’énergie par batteries (BESS) en exploitation – contribuant à renforcer la stabilité du réseau afin de répondre aux demandes énergétiques croissantes. Nous étions #AeconFier d’accueillir ce groupe dynamique et de partager nos perspectives sur notre croissance stratégique à l’échelle de l’Amérique du Nord.

Good luck to our students across all campuses as they begin their mid-semester examinations. With modularisation, some modules are assessed midway through the semester, while the remaining courses are examined at the end of the same semester. #Shapingandcreatingthefuture #building #Zimbabwe

Modularisation of BaaS Payment infra will make building in payments easier. For platforms building in this space, the bottleneck will shift from infrastructure and access to execution, making payment operations the moat.

Your information is very accurate. I like it for you. 👍 Location: Qingshui Bay Sea, Yingzhou Town, Lingshui Li Autonomous County, Hainan Province • Depth: about 35 metres below the sea surface • Status: Commercial and stable operation (as of April 2026) November 24, 2023: The first 1,300-ton submarine data module was successfully unleded, and the first phase of the project was completed. February 18, 2025: A new data capsule was launched, and the world’s first submarine intelligent computing centre cluster was officially launched. Core features: • Natural air conditioning: naturally cooled by seawater, PUE < 1.1, saving 30% electricity than land data centres. • Super stable: undersea constant temperature, no oxygen, less vibration, the server failure rate is only 1/8 of that of the land. • Modularisation: A single data chamber is 18 metres long and 3.6 metres in diameter, and can hold 400 servers. • Scale planning: divided into three phases, it is planned to deploy 100 data compartments, with a total investment of more than 9 billion yuan. To put it simply: Hainan‘s seabed really has an ”undersea machine room“, and it is the first commercial one in the world, and now it is working normally.