Postat16 minute în urmă

I'm seeking a creative label designer to create modern-styled, rectangular product labels. Key Requirements: - Design modern, aesthetically pleasing product labels - Work with a rectangular format - Experience in graphic design, particularly with labels - Strong portfolio showcasing modern design Please provide samples of past work and estimated delivery time.

Postat6 ore în urmă

Garment Technician – Tech Packs & Fit Support (Australia-based preferred) I’m seeking an experienced garment technician to support my second collection. I have the vision, designs, and sketches ready, and I’m looking for hands-on help translating these into professional technical packs for my manufacturer, as well as support with fitting once samples arrive. Ideally, I’d love to work with someone based in Australia so we can do fittings in person, but I’m open to travelling if you’re located interstate. Key Responsibilities: - Create detailed technical packs for 4 styles - Advise on construction, measurements, grading & fit - Attend (or support) fitting sessions when samples arrive - Provide feedback and QC notes for revisions to send back to manufacturer - Flag any production or fit issues before bulk Ideal Skills & Experience: - Strong background in garment technology / product development - Experience working with manufacturers and production samples - Knowledge of pattern making, fit, and construction - High attention to detail and quality control - Experience in womenswear or elevated casualwear a bonus To Apply: Please share your portfolio, relevant experience, and your location in Australia (or availability to travel).

Postat7 ore în urmă

Seeking experienced hardware engineer to build a prototype of a wall-mounted emergency device. Specs: Form Factor: Wall-mounted, compact, durable enclosure (weatherproof if outdoor use intended). Primary Function: Transmit pre-programmed GPS coordinates to a central monitoring location (e.g., server, app, or emergency service) upon activation for real-time tracking. Transmission Methods: Primary: GSM (cellular network) for cost-effective, low-latency sending. Failover: Satellite (e.g., Iridium or Globalstar network) if GSM unavailable. Power Source: Battery-powered with optional mini solar panel for recharging. Standby Battery Life: Minimum 1 year without charging (low-power mode). User Interface: Single button for activation; 2 LEDs for status feedback. Key Features Programming: Device can be programmed with fixed location coordinates (e.g., via USB, Bluetooth app, or initial setup). Activation Sequence: Press button once (short press): Activates 2nd LED (glows red) as confirmation; auto-off after 2 minutes if no further action. To send distress signal: Short press followed by long press (5 seconds). Upon successful transmission: 2nd LED turns green for 20 seconds, then returns to standby (off). LED Indicators: LED 1 (Status): Steady red when device is powered on and ready to transmit. Flashes red if battery <30%. LED 2 (Activation): Off in standby; red when button pressed; green on successful send. Transmission Details: Sends pre-set coordinates (latitude/longitude) to a central receiver. Real-time tracking: Once activated, device could periodically resend location if movement detected (optional enhancement). Power Management: Battery: Long-life (e.g., lithium-thionyl chloride for extended standby). Solar Support: Mini panel for trickle charging in sunny environments. Efficiency: Ultra-low power consumption in standby (e.g., <1µA draw) to achieve 1-year life. Technical Components (Suggested) Microcontroller: Low-power MCU like ESP32 or STM32 for button logic, LED control, and power management. Positioning: Built-in GPS module (e.g., u-blox) for coordinate acquisition (though pre-programmed, it could verify on activation). Communications: GSM Module: e.g., SIM800/900 for SMS or data transmission. Satellite Module: e.g., Iridium 9603 or RockBLOCK for short-burst data. Sensors: Battery voltage monitor for low-battery alert. Enclosure: IP-rated for dust/moisture resistance; wall-mount brackets. Certifications: FCC/CE for RF, potentially SAR for safety if wearable variant considered. Must include GSM primary + satellite failover, 6 mths - 1year battery standby, custom button/LED logic. Provide schematic, PCB, firmware, and 1-2 working units. Timeline: 4-6 weeks. Experience with low-power IoT, GPS/GSM modules required. NDA mandatory.

Postat8 ore în urmă

I'm seeking an experienced industrial designer to enhance the functionality of a consumer goods product in the concept design stage. Key requirements: - Expertise in industrial design and product development - Proven track record in functionality enhancement - Strong problem-solving skills - Ability to create innovative, user-centered design solutions Ideal skills and experience: - Background in engineering or a related field - Proficient in CAD software - Experience with material selection and manufacturing processes - Excellent communication and collaboration skills Please provide a portfolio showcasing relevant projects. Looking forward to your proposals!

Postat9 ore în urmă

I am bringing a new slip-on work boot to market and need a product designer who can translate my concept into a manufacturing-ready package. The boot must combine a true zero-drop platform, a generous anatomical toe box, and a lightweight composite safety toe while remaining rugged enough for daily wear in a fire station. All core qualities—durability, comfort, and full ASTM F2413 compliance—are equally important, none can be sacrificed for another. Key performance requirements • Slip-on construction that stays secure during fast response times • Wide toe box with composite cap that meets impact/compression limits yet keeps weight down • Non-slip, oil- and chemical-resistant outsole built for polished concrete and wet bay floors • Water resistance and puncture resistance are mandatory features; heat resistance is a bonus if it can be achieved without adding bulk • Zero heel-to-toe drop for natural posture and gait • Materials and patterning must collectively pass ASTM testing for protective footwear Primary use case Firefighting station duties guide the specification, but I also intend the design to cross over into warehouse work and delivery routes, so day-long comfort and quick on/off are essential. Deliverables 1. 3D footwear CAD files (SolidWorks, Rhino, or comparable) showing upper, midsole, and outsole assemblies 2. Detailed tech pack: material specs, component call-outs, last dimensions, stitch counts, suggested suppliers 3. Compliance matrix mapping each feature to relevant ASTM clauses 4. Colour renderings and an exploded view suitable for investor presentations Acceptance criteria • All dimensions fit within standard ASTM testing tolerances • Outsole slip test ≥ 0.60 COF on dry & wet ceramic tile • Water-resistance test: no leak after 100 flex cycles • Puncture plate withstands ≥ 270 lbs force without penetration Include any prior examples of composite-toe or zero-drop footwear you have brought to production. If you can advise on rapid prototyping or short-run manufacturing, let me know; I may retain you for sample oversight once the design is locked.

Postat10 ore în urmă

My 4.5 V circuit needs a small solar panel and the proper charge-management hardware so daylight tops the battery up automatically. I’m not sure what panel voltage or wattage is best, nor which controller IC will keep the Li-ion safe—so I need your electronics expertise. Scope of work – I'll share my schematic of the existing 4.5v circuit – Select or design a charge-controller stage that handles lithium-ion chemistry, prevents over-charge/over-discharge, and outputs a stable 4.5 V rail to the load. – Provide a clear schematic, concise BOM with part numbers that are easy to source, and wiring instructions I can follow on perfboard or a small PCB. – Advise on any protection components (diodes, fuses, reverse-polarity safeguards) so the device remains reliable outdoors. Acceptance criteria 1. Written explanation showing how the chosen panel and controller maintain safe Li-ion charging within spec. 2. Schematic in PDF or image form plus editable file (KiCad, Eagle, or similar). 3. BOM with distributor links. 4. Quick-start guide (one page is fine) summarising assembly steps and expected performance. If you can also simulate the design in LTspice or a similar tool, that’s a bonus but not mandatory. Looking forward to seeing how you’ll squeeze the most daylight out of this little 4.5 V setup!