I am looking for a freelancer to help me create a re-usable contract between our company and U.S. real estate and business owners who will allow us to install our wireless telecom hardware at their location(s). The host provides the electricity and (usually the internet connection) and we pay the host, typically based on the amount of data traffic. The ideal candidate should have experience in contract drafting and be familiar with the specific requirements and considerations related to internet-connected hardware installation. This contract should cover all necessary terms and conditions, including but not limited to payment terms, liability, and confidentiality. The freelancer will need to collaborate closely with me to understand my specific needs and tailor the contract accordingly.

I would like to have a consult regarding the following circuit - https://longview.be/basic-rf-over-fiber-laser-driver.html I am attempting to integrate it into a LiFi project. Ultimately I need to use an LED as the transmitter. I understand there is a significant difference in bandwidth. The incoming RF signal frequency will be in the 2-100 Mhz range. Instead of taking the circuit apart and redesigning it, I am wondering if it is possible to allow the circuit to perform the modulation and then amplify the output. For example - If I was able to construct the board, could I do something like the following (assuming supporting circuitry were designed) - Connect a laser diode like this - https://www.lightoptics.co.uk/products/1310nm-coaxial-3mw-dfb-laser-diode-fiber-pigtail-fc-apc-connector To a photodiode like this - https://www.lightoptics.co.uk/products/1550nm-photodiode-coaxial-fiber-pigtail?pr_prod_strat=e5_desc&pr_rec_id=dda712133&pr_rec_pid=7869658857730&pr_ref_pid=7870182555906&pr_seq=uniform Then connect the photodiode to a transimpedance amplifier like this - https://www.ebay.com/itm/155797335155?itmmeta=01HVKG8FNC6EMC7QHDC2BW0RQS&hash=item24463eac73:g:LsYAAOSw6pRlEvLw&itmprp=enc%3AAQAJAAAA0G7waUPGWl36fMiTU8xff9f09lO1rmx8hWpaRpi%2FYWOuz5AQMr0VAiF7f%2FcoeBbWiUROzJx1F%2BRB17mFrPo5x1lqWBUO%2BLZoVRlglNf5i1ev3CIvf6YF5WeXfmQYrUyy6AzWgPSxZzUwjv4x5rVXDBhGcUqvPA9ffGzLpDUqiJ%2B66Ggw69kBpyRqBAFbM0CpkzdqY5BnmGq2VyVc%2BcWFjbPl4Y7aXotYCc21Kwx52q1JmVLJqsf4n7aKkl6OwAqyW8I1kDWQNUh0u3mP2SPcwvM%3D%7Ctkp%3ABk9SR-D6ofDcYw If that is usable, could the output from the amplifier be combined with a power supply to modulate an LED to use as a LiFi transmitter? What size/power LED's could I support? I am also open to alternatives. This is what our call will focus on if you would like to participate.

Introduction: Join our team at Adaboost, in drone technology, where we design and deploy cutting-edge unmanned aerial vehicles for various applications. We are looking for a skilled Drone Testing and Component Fitting Technician to ensure our products meet the highest standards of quality and functionality. This role is pivotal in driving our commitment to delivering reliable and efficient UAV solutions to our clients. Responsibilities: Conduct thorough testing of all drone systems, including flight performance, software stability, and hardware integration. Assemble, fit, and install drone components ensuring precise alignment and functionality. Troubleshoot and resolve issues related to hardware and software anomalies. Document test results, prepare detailed reports, and provide feedback to the engineering team. Assist in the development and refinement of testing procedures to enhance efficiency and effectiveness. Maintain a clean and organized work environment, adhering to safety protocols. Keep abreast of the latest industry technologies and testing methodologies. Qualifications: Technical degree in Electronics, Aviation Technology, Robotics, or a related field. Proven experience in drone technology, component fitting, or a similar role. Strong understanding of mechanical and electronic systems. Ability to read and interpret technical documentation and schematics. Excellent problem-solving skills and attention to detail. Effective communication skills, both verbal and written. Ability to work independently and as part of a team. Preferred Skills: Experience with RC aircrafts/drones and familiarity with flight control systems. Proficiency in using diagnostic tools and software for testing purposes. Certification in UAV operation or a similar credential is highly advantageous. How to Apply: Interested candidates should submit a resume and a cover letter outlining their qualifications and experience. Please specify “Drone Testing and Component Fitting Technician” in the subject line of your email.

I need an electrical engineer to visit a site and provide the electrical engineer of the project with some info that is required. Please let me know if you can help us.

We are seeking a contractor to produce design drawings for gas detection systems which are essentially low voltage life safety systems. We are experts in this field and we sell and install these systems. We would like to formalize the designs. These systems include control panels, sensor/transmitters/horns/strobes and other modules. We integrate these systems with the gas systems we design and install. We have 2 systems now that we would like to produce designs for and we have several more in our pipeline. We do this projects regularly throughout the year and are interested in a full time relationship for this work. We would like to start with one system and if that goes well we will deliver subsequent opportunities. We are ready to start immediately.

Anti-drone device project. Looking for an electrical engineer (mechatronics is a bonus) who specializes in drone radio frequency technologies to create a compact device that will stop incoming drones via some unique RF / power defense method. The successful applicant should be an expert in creating PCB boards from scratch, writing firmware, working with high powered devices, and manipulating RF technologies. The device should be compact and transportable on a mobile platform to defend an airspace within a constrained field of view. Must be able to attend onsite demonstrations and testing periods in Los Angeles. Please include past work experience with the aforementioned topics and any past drone experience.

We are seeking a skilled professional to assist us in setting up Lightburn on our laser etcher for the purpose of creating IUID's. The ideal candidate should have experience and expertise in laser etching and be familiar with Lightburn software. This project involves configuring Lightburn to optimize the laser etcher's performance and ensure accurate and efficient IUID creation. The successful candidate will also provide guidance and training to our team on utilizing Lightburn effectively. Attention to detail, problem-solving skills, and the ability to work independently are essential for this role. Skills needed: - Laser etching - Lightburn software - IUID creation - Troubleshooting - Training and guidance This is a medium-sized project and is expected to be completed within 1 to 3 months.

I have a one page electrical design that needs to be reviewed and stamped. Drawing is attached.

This position normally requires a 4-year engineering degree from an ABET-accredited program and typically 6 - 9 years’ related experience (or equivalent working knowledge/experience/advanced degree in engineering) related to electrical engineering systems in the Built Environment. This includes considerable experience in utilizing various computer software packages and automated electrical engineering and design equipment. An incumbent in this position should be in possession of a Fundamentals of Engineering (FE) Certification and be working toward Professional Engineering (PE) Registration. PE registration would be attained within the first 2 years of attaining this position level. Enclosed please find JD

We are a small Owner's Engineering consultant seeking experience electrical engineers with grid-scale solar PV experience. Idea prospect should be able to present sample project comprising of 30% - IFC development.