Task: create a prototype adapter that will allow the use of tool brand A on video processor brand B. There are two brands of endoscopes (camera on a flexible tube), let's call them brand A and brand B. Each system consists of a video processing unit (video processor) and a working tool that has a CMOS sensor installed. The analog signal from the CMOS goes through wires via its own connector (each brand has its own) into the video processor, then the video is transmitted to the monitor via HDMI. Hypothesis 1. Both endoscopes use the same CMOS. We know for sure that model A uses the OV6946 sensor (https://www.ovt.com/products/ov6946/). Visually, sensor B looks similar to sensor A. Hypothesis 2. It is possible that video processor B has a different polling or synchronization protocol. Hypothesis 3. Initial experiments with simple "color-coded" wire connections did not yield results. Therefore, it may be necessary to develop a matching board. What we provide: working tools A and B (2 pieces each, can be disassembled). Video processor B (can be carefully opened). Connectors A and B. Video processor A - under question. Requirements: experience with CMOS, signal analysis using an oscilloscope, development of signal processing circuits, assembly under a microscope (the conductors are very thin, have a shield and a central core). The image quality should not noticeably suffer! The prototype must be reliably assembled and suitable for transportation. Result: working prototype on a breadboard, documentation (circuit, description). Deadline from the moment of receiving materials: 2-3 weeks Propose a cost.
Need a contractor for the development of UAV avionics of aircraft type We are looking for a specialist or team to develop the electrical schematic and prepare the equipment specifications for UAVs of aircraft type. Scope of work: development of the principle electrical schematic of the onboard system; selection and specification of all electronic components and equipment; description of connections and interfaces between components; preparation of a set of technical documentation. Requirements for the performer: experience in developing electronic systems for UAVs or robotic complexes; knowledge of modern component base and electronic design tools; experience in preparing technical documentation. Please send information about relevant experience, examples of completed projects (if possible), and estimated timelines and costs for the work.
We are looking for a junior design engineer (possibly a student) / specialist in 3D CAD modeling to assist in the development and release of documentation for industrial equipment (pipe and profile production lines). The work will involve preparing production drawings under the guidance of a lead engineer. Key requirements: Software: Proficient in Autodesk Inventor (solid modeling, assemblies, sheet metal, creating 2D drawings). Language: Good level of English (Intermediate / B1-B2 or higher). You must be able to understand technical assignments and discuss project details directly with colleagues from the USA. Technical background: Basic understanding of mechanical engineering, metal processing processes (welding, machining, laser cutting) and drawing standards. Responsibilities: 3D modeling of parts and assemblies in Autodesk Inventor based on sketches or existing developments. Modification and adaptation of existing equipment components. Detailing and formatting specifications and production drawings (part drawings, assembly drawings). What we offer: Remote project or part-time work with a flexible schedule. Experience working on international industrial projects. Please attach examples of your work (3D models or drawings made in Inventor) to your response, and briefly describe your level of English. This is a great opportunity to start working on international projects, gain experience interacting with colleagues from the USA, and grow into a high-level engineer on real, complex tasks.
Hello! I need advice on selecting ready-made components for a small project. The task is to implement two functions: 1. Automatic raising and lowering of a wooden roof using an electric motor. ( plywood size 60x40cm) 2. Turning on and off internal LED lighting. It is important that I am specifically interested in selecting compatible ready-made components without soldering and developing electronics. I want to build a system from ready-made modules with connectors or terminal connections. I need help with the selection of: ● a suitable motor; ● a power supply; ● switches or limit switches; ● a controller (if necessary); ● buttons or other control elements; ● cables, connectors, and other necessary components. I would like to receive a list of specific parts that can be ordered, so that after purchase, it will only be necessary to connect them together and install them in the product. I would appreciate advice and assistance in selecting the optimal solution. I will send more details in a private message.
Need a professional engineer to calculate and design a modular trailer platform with a load capacity of 60 tons for a ready-made chassis. There are factory drawings. Changes need to be made.
It is necessary to manufacture an aviation wing, I will provide the drawing or 3D model. I am considering materials such as: aluminum - extrusion or covered frame, carbon fiber composite materials your option.
It is necessary to refine the existing Bitclock rev3 PCB in KiCad. Project sources: https://github.com/goat-hill/bitclock/tree/master/bitclock-pcb/rev3a/kicad Task: 1. Change the size and shape of the board to fit the new STEP/3D model of the case. 2. Move/replace the current power connector with USB-C. 3. Redesign the monitor connection port to an 8-pin connector. 4. Arrange components so that the board fits correctly into the case according to the mounting points. 5. Preserve the existing functionality of the board. 6. Check the alignment of the board with the 3D/STEP model. 7. The output should include ready KiCad files + updated 3D model/fit check. Main requirement: a specialist in KiCad/PCB design is needed, who can work with STEP cases and mounting points.
It is necessary to design a mechanism for the remote opening of hopper lids (railway grain car) at an operating elevator. The unloading area has a roof and allows for unloading on 2 tracks simultaneously. The system must move from both sides of each track and have dimensions of 60 cm in width (there is a separation system that does not allow exceeding the specified dimensions). The system must be installed and move exclusively along the floor along the track and the movement of the cars (a suspended system cannot be implemented). The power supply is electric 380-220V, and the actuators can be either electric or hydraulic; pneumatics are not considered. The mechanisms for opening the lids have 2 types depending on the type of car, and also different locations for the locks themselves. The system must open and close the locks and have a video surveillance system for positioning the working organ that will open the hatch and move back and forth. The operator is located at a distance of 150-250 m and there is also the possibility of manual control next to the mechanism or from a remote control. I am attaching a diagram of the hangar, drawings of the aspiration layout, and analogs of the mechanism from an American manufacturer.
Programming a 5-zone tunnel furnace based on Siemens S7 (setting furnace parameters in HMI, controlling temperature, steam concentration, conveyor speed, exhaust, and safety systems)
Need a design engineer who can create such shapes and convert a 3D model into the required drawings and dxf. Will be able to prepare working files (assembly drawing, cutting, bending) for the production of such shapes.
Develop models for the production of test samples and the creation of a prototype, taking into account ballistic and other details to accomplish the assigned tasks. Experience in gunsmithing - manufacturing hunting weapons and ammunition.
Need a design engineer for the development of a product made of stainless steel and aluminum for further mass production. It is necessary to create: • CAD model of the product; • STEP files for production; • set of technical drawings; • design documentation for CNC processing. Desired experience with metal products, CNC milling, threaded connections, and preparing products for mass production. At the initial stage, there is a ready concept and visualizations of the product. It is necessary to translate the concept into a full-fledged engineering model for further prototype manufacturing in China.