Novel Naval Architecture and Retrofit Electric Marine Propulsion Systems Blind

I'm looking for someone who a can conceptualize, design, make 3D model and make animation of the packaging machine for an African traditional food packing method as shown in attached video. In which, for a single cycle we just have to put the leaves one on another in machine and feed the food somewhere so that it can be laid on to the leaves and then rest of the packaging process be carried out by machine itself while operated manually. The final packaging should look as close to the original hand packaging as possible. The machine should be manually operated and not electric one.

This challenge is to create a CAD file that I can use to 3D print the item. Would also love to have a few images that can be used for a presentation. Attached is a design that I created in Word

We are looking for innovative design solutions for a secure and user-friendly clasp system to attach a squirrel plush toy to the Whimsy Stick, a dog toy. The current method involves tying a Palomar knot, which can come undone and may be cumbersome for users to retie. The new system should be easy to use, reliable, and durable enough to withstand frequent use and the vigorous play of dogs.

I need help creating a sketch. I'm not a good drawer I need a drawing of a pulley A/C compressor. When the pulley AC compressor turns it runs normal. But when turned off a mechinal ball pushes up allowing the pulley belt to turn freely.

Founding Mechanical / Robotics Engineer (Equity-Based – 10%) Project: AI-Powered Suspended Exterior Paint Automation System We are building an automated exterior building paint system — a cable-suspended robotic machine that paints high-rise buildings safely, uniformly, and faster than manual labor. The system will: Be suspended from rooftop anchors Use motorized cable control for vertical & horizontal movement Include automated spray arms Use computer vision for surface detection Optimize paint thickness & material usage using AI This solution addresses: High labor costs Safety risks in high-rise painting Inconsistent finish quality Project delays in real estate 🎯 Our Goal To build a prototype within 6–9 months and pilot it on residential/commercial buildings. Long-term vision: Robotics-as-a-Service (RaaS) for developers Expansion into facade cleaning, waterproofing, and maintenance AI-driven surface inspection platform 🧠 Role: Founding Engineer (Remote – Equity Based) We are looking for a highly driven engineer who wants to build a deep-tech startup from scratch. This is an early-stage role offering: 💼 Compensation: 10% Equity (Founding Team Member) Remote Work Milestone-based vesting Future salary post-funding 🛠 Responsibilities Phase 1 – Concept & Design Mechanical design of suspended cable-based paint robot CAD drawings & structural simulation Selection of motors, cables, stabilizers, spray systems Stability modeling (wind resistance, sway reduction) Phase 2 – Prototype Development Prototype build planning Vendor sourcing Testing & calibration Paint spray consistency control Phase 3 – AI & Automation Integration Camera-based wall detection Obstacle detection (windows, AC units, balconies) Surface area mapping Automated paint thickness optimization Phase 4 – Field Testing On-site test coordination Performance measurement Iterative improvements 📦 Scope of Work Clarification You asked: Are designs for prototypes, drawings, marketing, construction included? Here is how we define it: ✅ Included in Engineering Role: Mechanical prototype design CAD & technical drawings Structural calculations Component selection Functional testing design Automation architecture input ❌ Not Primary Responsibility: Marketing materials Sales execution Fundraising decks (support may be requested) Construction contracting work However, as a founding member, you may contribute to strategy discussions. 🏗 What the System Will Likely Include Multi-cable stabilization system Telescopic spray arm Adjustable nozzle pressure control Paint flow sensor system Wind speed sensors AI-controlled movement grid Rooftop anchor docking station Future upgrade: Facade crack detection Waterproof coating mode Cleaning mode 🌍 Why This Matters The real estate industry still relies heavily on: Manual suspended labor Scaffolding Risk-prone rope access workers Our system aims to: Reduce labor cost by 40–60% Increase safety Reduce paint wastage Deliver consistent finish quality Shorten project timelines 👤 Ideal Candidate Mechanical / Mechatronics / Robotics Engineer Experience with cable-driven systems or CNC machines Familiar with CAD (SolidWorks, Fusion, CATIA, etc.) Understanding of control systems Startup mindset Comfortable with ambiguity Bonus: Experience in facade access systems Experience in industrial spray systems Robotics background 📈 Long-Term Upside If successful: Expansion into global markets Licensing to construction companies Government tenders Integration with real estate automation platforms Potential acquisition by large construction robotics firms 📊 Equity Terms 10% founding equity Vesting over 4 years (1-year cliff recommended) Equity converts into significant upside post-funding Role evolves into CTO / Head of Engineering 🌱 Why Join Now? Ground-floor opportunity Deep-tech robotics play Large construction market Minimal direct competition in cable-based facade painting automation Strong scalability potential