Role Description We are looking for a Thermal Mechanical Engineer to join our team, reporting directly to the Thermal Mechanical Engineering Manager. In this key role, you will lead the design and development of innovative Direct Liquid Cooling solutions, including passive cold plate loops, manifolds, and modular components. - Use thermal and mechanical engineering principles to lead the design and development of custom passive coldplate loops and rack & chassis manifolds. - Foster close collaboration with cross-functional teams and customers to ensure seamless integration of products into overall cooling system designs and effective project execution. - Oversee the fabrication and testing of products, conduct experiments, collect data, and iterate designs to achieve desired thermal and mechanical performance. - Aid in conducting comprehensive reviews of designs and drawings produced by junior team members. - Develop detailed engineering documentation, reports, and articulate technical presentations to effectively communicate design concepts, testing outcomes, and recommendations to both internal teams and external stakeholders. - Utilize CAD, Simulation tools and engineering principles to aid in Mechanical and Thermal design of cooling products. Qualifications - Bachelor's degree in Mechanical Engineering. - Minimum of 6 years of relevant experience in thermal/mechanical engineering with a P.Eng designation or similar professional. - Highly proficiency in using CAD and simulation software (e.g. Solidworks, Celsius EC) to create detailed mechanical designs & drawings and predict & optimize performance. - Solid understanding of fluid dynamic principles, especially as they relate to heat transfer and fluid flow in cooling systems. - Proven ability to design components for mass production using a variety of different manufacturing methods and engineering principles (Statistical tolerance analysis, GD&T, FMEA, DFM & DFA). Requirements - A Master’s degree in relevant thermal or fluid dynamics field is an asset. - Experience in a mass production environment is an asset. Benefits - Vacation and flex days, and paid company-wide shutdown during the holiday season. - Comprehensive benefits including Dental, Drugs, Optical, Paramedical and Health Spending. These costs are covered by CoolIT and are enacted from your first day. - Dress for your day – in a casual yet professional environment. - Retention rewards like “The Big Coffee Break” that reward tenure with additional vacation time and a monetary bonus.

• Create 3D CAD models from 2D drawings, sketches, reference images, measurements, or customer specifications. • Modify existing CAD files to improve fit, strength, manufacturability, or printability. • Prepare parts for 3D printing across processes such as FDM, SLS, SLA, MJF, and metal additive manufacturing. • Convert and clean files between formats such as STEP, STL, IGES, 3MF, DXF, and DWG. • Review part geometry for common 3D printing issues such as thin walls, overhangs, unsupported features, tolerances, warping risk, and assembly fit. • Create simple technical drawings with dimensions, tolerances, materials, and notes when needed. • Work with the Accio3D team to recommend design changes based on material, process, and supplier capabilities. • Help build a repeatable workflow for converting legacy and replacement parts into manufacturable 3D-printed parts. • Maintain organized files, revision history, and documentation for each part.

Role Description We are seeking a Mechanical Engineer with strong HVAC design experience to support the delivery of residential and commercial building projects. The role will focus on end-to-end mechanical HVAC design work, including system design, documentation, and coordination with construction teams to ensure accurate and buildable project outcomes. Key Responsibilities: - Prepare HVAC mechanical designs and system layouts for heating, cooling, and ventilation systems - Develop detailed duct layouts, duct plans, and coordinated shop drawings for construction - Produce and review mechanical construction documentation, ensuring accuracy and compliance with project requirements - Perform HVAC load calculations and support system sizing and design validation - Assist in project coordination with internal teams, consultants, and site personnel - Support estimating activities and prepare technical documentation for project delivery - Ensure all mechanical designs align with construction feasibility and project timelines Qualifications - Proven experience in HVAC mechanical design, including heating, cooling, and ventilation systems - Strong capability in duct design, duct layout planning, and shop drawing production - Experience with HVAC load calculations and mechanical system sizing - Familiarity with mechanical construction documentation and coordination processes - Knowledge of Australian Standards and Building Codes (preferred) - Detail-oriented with strong accuracy in technical drafting and documentation - Able to work independently while also collaborating effectively with project teams - Strong communication skills and proactive approach to problem-solving Requirements - Looking for Philippines-based candidates - Compensation range: $2,000 AUD - $2,500 AUD / Monthly - Engagement type: Independent Contractor Agreement - Work Schedule: This role is expected to align with the AU business hours (approx. 7 AM - 4 PM AEST, Monday to Friday) for collaboration, but as a contractor, you’ll have flexibility in how you manage your time. Work Arrangement & Expectations - This is a remote role that will be set up as an independent contractor engagement. - To ensure alignment and transparency, successful candidates will be expected to: - Disclose any existing ongoing roles or client work - Reflect this engagement on their LinkedIn profile (clearly marked as “Independent Contractor”)

• Lead end‑to‑end UX for ViDA’s data applications and dashboards, including user research, information architecture, prototyping, visual design, and usability testing. • Engage directly with users—clinical engineers, medical physicists, service teams, and internal stakeholders—to understand real workflows, constraints, vocabulary, and cognitive load. • Translate complex telemetry streams and AI model outputs into interfaces that prioritise clarity, density management, and rapid decision‑making. • Apply strong information‑design principles to data visualisation, including chart selection, hierarchy, colour usage, annotations, accessibility, and thoughtful handling of empty, error, and loading states. • Design and build production frontend applications using modern web technologies such as React, Next.js, TypeScript, Tailwind, and component libraries (e.g., shadcn/ui), moving fluidly between design tools and code. • Design BI dashboards with the same UX rigour and product mindset applied to custom web applications. • Own and evolve ViDA’s design system and shared component library to ensure consistency and scalability across data products. • Partner closely with data scientists, AI engineers, and analytics engineers to turn raw use cases into shipped, adopted products (not prototypes). • Own a meaningful portion of the application lifecycle, including scoping, design, implementation, deployment, observability, and continuous improvement. • Leverage AI‑assisted development tools (e.g., Cursor, Claude Code, Copilot, v0) where appropriate, applying judgement to maximise quality and productivity. • Mobile app knowledge (required): contribute to mobile app UX and/or mobile‑first workflows (e.g., field/service experiences), bringing strong understanding of mobile interaction patterns and constraints.