Available Locations: Austin, TX About the Department Emerging Technologies & Incubation (ETI) is where new and bold products are built and released within Cloudflare. Rather than being constrained by the structures which make Cloudflare a massively successful business, we are able to leverage them to deliver entirely new tools and products to our customers. Cloudflare's edge and network make it possible to solve problems at massive scale and efficiency which would be impossible for almost any other organization. What you'll do In this role, you will collaborate with a team of Design Engineers and Systems Engineers. You will help design and develop frontend experiences that improve overall developer experience throughout our dashboard. You will own your code from inception to release and bring attention to detail to the work you complete for both coding patterns & visual aesthetics. On any given day, you might be working in Figma collaborating on designs or inspiration, developing new components and user interactions, polishing existing pages, or improving developer experience in any number of ways you might imagine. You can expect to interact with a variety of languages and technologies. We primarily use Typescript and React. Examples of desirable skills, knowledge and experience - 5+ years of experience working with distributed systems. - Experience designing and building frontend applications. - Solid understanding of cloud primitives and how they work together to build distributed systems. - Knowledge of at least one modern strongly-typed programming language: we primarily use TypeScript. - Experience debugging, optimizing and identifying failure modes in large-scale frontend applications.

Position: Mechanical Estimator (HVAC) Salary: PHP86,000 - PHP121,000/month Working Hours & Conditions: TBD Holidays: TBD ROLE OVERVIEW: The company is seeking a detail-oriented Mechanical Estimator (HVAC) to join their team, focusing on high-quality commercial mechanical services. You will be responsible for precise measurement, estimating, and cost management of HVAC systems. The ideal candidate will have a strong grasp of the New Zealand construction landscape and be a power-user of Plandroid. RESPONSIBILITIES: - HVAC Estimating: Perform detailed take-offs and cost estimates specifically for mechanical and HVAC services. - Plandroid Design: Use Plandroid to create accurate HVAC layouts and air conditioning designs. - Tendering: Prepare and submit comprehensive tenders for commercial projects, ensuring all components (ducting, units, labor, and ancillaries) are accounted for. - Contract Administration: Manage progress claims, variations, and final accounts throughout the project lifecycle. - Market Alignment: Apply knowledge of NZ/AU building standards and mechanical codes to ensure compliance and cost-efficiency.

Role Description The Mechanical Engineer MEP position is a full-time, remote role based in the lower 48 states of the US. The candidate must be available to travel to client sites 20-30% of the time. - 100% remote (work from home) - W2 based on 401k and training benefits - Stipend provided for high-speed Internet: $75 per month if part-time, or $450 per month in lieu of health benefits - Health insurance is not provided Qualifications - Mechanical Engineer in MEP industry - HVAC and plumbing design experience - Prefer 5-10 years' experience - Active Professional Engineering (PE) license - Engineer-in-Training (EIT) certification from passing the Engineering Fundamentals exam Requirements - Must be living in the US Benefits - Salary: DOE and W2 role with benefits

• Partner closely with circuit designers to plan and implement full‑custom analog/mixed‑signal layouts for blocks such as PLLs, VCOs, ADCs, DACs, LDOs, bandgaps, comparators, clock generators, and high‑speed I/O. • Build optimized floorplans and routing that balance area, parasitics, matching, and congestion for both block‑level IP and top‑level SoC integration. • Apply best‑practice layout techniques to meet stringent matching, noise, and accuracy specs. • Optimize for parasitic R/C, coupling, IR drop, and electromigration to achieve noise, timing, and power targets. • Run and debug DRC, LVS, ERC, DFM, and antenna checks, driving all violations to closure. • Support post‑layout extraction and simulation, iterating layout with circuit designers until full spec closure.