Discover Robotics Projects on Upwork

I’m putting together a hands-on curriculum for children aged 8–16 who already feel comfortable using a computer and are keen to dive deeper into electronics and programming. The first batch of lessons will span three progressive themes:

• Simple circuits built around LEDs, buttons, and buzzers
• Arduino-based projects that add sensors, small DC motors, and basic robotics
• IoT and smart-home experiments that pair the hardware with a custom Android app

Each activity must be fully simulated in Tinkercad before any physical build, then documented so that another teacher can step in and run the session without extra research. I need clear C++ sketches for the Arduino side, and straightforward Android code (Java or Kotlin) that demonstrates device communication—Bluetooth LE or Wi-Fi, whichever you feel is most reliable for classrooms.

Deliverables
1. Project briefs (objective, estimated time, parts list)
2. Tinkercad links with completed virtual circuits and code
3. Step-by-step build instructions with photos or screenshots
4. Well-commented C++
5. Troubleshooting tips tailored to beginners
6. A short teacher’s guide highlighting learning outcomes and safety notes

I will review by loading each Tinkercad file, compiling the sketches and Hardware; everything should run without modification. If this pilot set goes smoothly, there’s room to expand into more advanced robotics and smart-home integrations.

Skills: Electronics, Android, C++ Programming, Robotics, Arduino, Bluetooth, Teaching/Lecturing, Tinkercad

I am building a learning program that covers STEM topics, AI, robotics, agriculture, finance, and practical life skills. I need an online course creator who can turn lesson outlines into short, engaging animated teaching videos with matching PDF notes and practice questions.

The visual style I am going for is subject-driven animation -- cutaway views, isometric worlds, 3D process walkthroughs, and motion graphics that explain how things actually work. No whiteboard animation or talking-head avatars.

For this pilot, I need one complete lesson delivered end to end: learning objectives, a narrated script, storyboard, finished animated video with captions, a PDF summary, and a set of practice questions with answers.

AI-assisted workflows are fine and encouraged. I want to see how you use AI tools to speed up asset creation, scripting, and animation while keeping the content accurate.

What I need from you in your proposal:

2 to 3 examples of animated educational content you have created. Tell me exactly what you did on each one.
Your experience with curriculum or instructional design. What subjects and learner levels have you worked with?
The tools and AI workflow you plan to use, and how you verify that the content is technically accurate.
A short pilot scope with your price, timeline, and how many revisions are included.
Whether you can hand over editable project files and help set up a repeatable production process.

I am looking for someone who can deliver clean teaching, accurate explanations, and consistent visuals. If the pilot goes well, there is ongoing work in stages.

We're Addition Robotics, building Plus, a bimanual mobile robot that works alongside care teams in senior living communities. We're looking for an experienced mechanical designer/engineer to redesign the robot's neck to reduce mechanical loading and strain on its motors.

This project covers the neck shell AND the load-bearing structure, joints, actuation, and head mounting. You'll work in our Fusion 360 team hub with the robot assembly available. We can print prototypes in-house on Bambu Lab printers and provide assembly feedback, photos, and video.

BUDGET AND TIMING
Total design budget: USD $600, fixed-price milestones agreed before work begins. Start ASAP; target completion within two months of kickoff. Please propose a milestone breakdown and confirm what you can deliver within this budget. Identify scope limitations and any separately required hardware or fabrication costs; purchases require our approval.

WHAT YOU'LL DO
1. Assess the existing design and motor-loading problem. Review head mass and center of gravity, joint geometry, load paths, actuator specifications, required motion, and available operating observations/data. Identify missing inputs before committing to a solution.
2. Propose redesign concepts with a clear explanation of how each reduces motor loading. Evaluate structural support, bearings, geometry, mass distribution, and actuation as appropriate; do not assume that larger motors alone solve the problem.
3. Compare concepts for expected loading, range of motion, stiffness, mass, packaging, manufacturability, serviceability, and cost. Support the recommended approach with concise engineering calculations and stated assumptions.
4. Develop the selected direction into detailed native Fusion 360 CAD covering the load-bearing structure, joints, actuation arrangement, head mounting, and exterior shell.
5. Preserve agreed robot interfaces and required motion. Address cable routing, moving-part clearances, pinch points, fastener access, and assembly/service access.
6. Collaborate on physical prototyping and revisions. Propose the prototype rounds included in your quote; we will agree on the iteration scope and a practical validation plan before detailed design starts.
7. Compare the revised design against the baseline using agreed calculations and physical checks. Define measurable motor-loading objectives with us after reviewing the existing design; do not assume a percentage improvement without evidence.

DELIVERABLES
- Brief assessment of the existing loading problem and recommended concept.
- Concise load/torque calculations with assumptions and relevant actuator limits.
- Clean, parametric native Fusion 360 files in our hub, with named components and a tidy timeline.
- Critical interface dimensions, component/fastener list, and assembly notes.
- Manufacturing notes, including print orientation, material, and supports for printed parts, and specifications for any non-printed parts.
- Brief prototype validation results, remaining issues, and handoff notes.

DESIGN ENVIRONMENT
Plus operates around elderly residents and is wiped down with facility disinfectants. The neck and shell must have no sharp edges or pinch points, with minimal crevices and open seams and a clean, approachable appearance. Material choices and cleaning requirements will be reviewed with us.

YOU
- Experience designing robot joints or load-bearing electromechanical mechanisms that were physically built.
- Strong understanding of motor torque, load paths, bearings, stiffness, fits, and tolerances.
- Fluent in Fusion 360; we require native editable designs, not STEP conversions.
- Practical prototyping and manufacturing experience, including FDM where appropriate.
- Clear English communication and reliable asynchronous updates.

TO APPLY
Start your proposal with "neck" and include:
1. Photos/video of a robot joint, head/neck mechanism, or comparable load-bearing mechanism you designed and built. Explain your contribution.
2. How you would diagnose excessive motor loading and which CAD/specifications/measurements you would request first.
3. An example of reducing actuator loading through mechanical design, including how you checked the result.
4. Your proposed milestone breakdown within the $600 total design budget, included prototype revisions, estimated turnaround, and any assumptions or exclusions.
5. Your hourly rate for reference, weekly availability, and earliest start date.

we build small electric robots for small farmers in India. They spray, carry crates and weed. We start a 5-robot pilot in Karnataka villages in November 2026 and want to see what each robot is doing in the field.

WHAT WE WANT TO SEE
- Per robot: on/working, battery level, location, problems
- Per task: litres sprayed, weight carried, area covered, power used
- For the owner: all 5 robots, task history, money saved versus manual labour
- For farmers: a simple Kannada view that works on a basic Android phone

WHAT WE NEED FROM YOU
Take the data from the robot to the screen: what to add to the robot, how data leaves the field (signal is often weak), where it is stored, and the dashboard. How you do it is up to you. Tell us what you would choose, why, and the monthly running cost.

PHASES (each paid after we test it on our robot)
Phase 1 (2 to 3 weeks): power use of the rover battery and the attachment battery on a basic dashboard, so we can compare power use across attachments.
Later phases (spray, carrier and weeder, owner view and handover) are agreed after Phase 1 is accepted.
Target: working basic version in 2 months, 3 at most.

WE ALREADY HAVE
A basic prototype that reads battery data. Reuse it or replace it.

MUST HAVE
Experience in both embedded hardware and software/cloud, and with field systems on poor connectivity. Agriculture experience is a plus.

OWNERSHIP
We own all code, designs and data. Code goes to our repository from day one, with handover documentation.

IN YOUR PROPOSAL, TELL US
1. Your approach in plain words
2. Phase 1 price and timeline, plus estimated price for later phases
3. Monthly running cost for 5 robots
4. Solo or team, and who does the hardware
5. Similar work you have delivered (links)
6. What you need from us and the main risk you see

BUDGET: Open to quotes
DURATION: 2 to 3 months
SKILLS: IoT, Embedded Systems, ESP32, Firmware, Cloud, Dashboard, React, Python

Skills: Python, Robotics, MQTT, JSON, Internet of Things (IoT), Firmware, Embedded Systems, Data Visualization, Cloud, GraphQL

ABOUT US
Chota Kissan Robotics builds small electric robots for small farmers in India. They spray, carry crates and weed. We start a 5-robot pilot in Karnataka villages in November 2026 and want to see what each robot is doing in the field.

WHAT WE WANT TO SEE
- Per robot: on/working, battery level, location, problems
- Per task: litres sprayed, weight carried, area covered, power used
- For the owner: all 5 robots, task history, money saved versus manual labour
- For farmers: a simple Kannada view that works on a basic Android phone

WHAT WE NEED FROM YOU
Take the data from the robot to the screen: what to add to the robot, how data leaves the field (signal is often weak), where it is stored, and the dashboard. How you do it is up to you. Tell us what you would choose, why, and the monthly running cost.

PHASES (each paid after we test it on our robot)
Phase 1 (2 to 3 weeks): power use of the rover battery and the attachment battery on a basic dashboard, so we can compare power use across attachments.
Later phases (spray, carrier and weeder, owner view and handover) are agreed after Phase 1 is accepted.
Target: working basic version in 2 months, 3 at most.

WE ALREADY HAVE
A basic prototype that reads battery data. Reuse it or replace it.

MUST HAVE
Experience in both embedded hardware and software/cloud, and with field systems on poor connectivity. Agriculture experience is a plus.

OWNERSHIP
We own all code, designs and data. Code goes to our repository from day one, with handover documentation.

IN YOUR PROPOSAL, TELL US
1. Your approach in plain words
2. Phase 1 price and timeline, plus estimated price for later phases
3. Monthly running cost for 5 robots
4. Solo or team, and who does the hardware
5. Similar work you have delivered (links)
6. What you need from us and the main risk you see

BUDGET: Open to quotes
DURATION: 2 to 3 months
SKILLS: IoT, Embedded Systems, ESP32, Firmware, Cloud, Dashboard, React, Python

We are developing an autonomous robotic platform using NVIDIA Jetson, ROS 2, and vendor specific robot control systems. We need an experienced robotics engineer to review our existing software architecture, identify technical risks, and recommend improvements before development begins.

Responsibilities
- Review Jetson runtime architecture and container isolation.
- Evaluate ROS 2 communication and robot motion control interfaces.
- Assess safety mechanisms, network security, and system reliability.
- Review software update and failure recovery strategies.
- Recommend practical improvements and validation tests.

Requirements
- Strong experience with ROS 2, NVIDIA Jetson, and Embedded Linux.
- Hands on robotics integration and deployment experience.
- Understanding of robot control, DDS communication, and Linux services.
- Experience with quadruped robots is a plus.

Deliverables
A concise written architecture review covering identified risks, recommended solutions, and verification requirements.

To Apply: Briefly describe a robotics project you have deployed and one technical problem you personally resolved.

Dear Haroon,

I am looking to hire an engineering candidate with strong expertise in MATLAB, Simulink, and Simscape Multibody to complete a project focused on modeling, controlling, and optimizing a 6-DOF industrial robot. The work involves developing a 3D dynamic simulation of the robot, designing custom path-planning algorithms, implementing inverse kinematics and feedback/feedforward control strategies to ensure precise trajectory tracking, and ultimately optimizing the selection of geared servomotors to balance system hardware costs, motion speed, and energy efficiency. If you have a solid background in robotics, dynamic modeling, and control systems engineering, please let me know so we can discuss the details further.

Best regards,

Hi,

I'm looking for a technical talent sourcer to identify engineers, inventors or research teams capable of designing and building a custom wearable robotic prototype.

The project concerns a person with Becker muscular dystrophy who needs mechanical or robotic assistance with trunk stability, upright sitting posture and reduced muscle effort.

Your job is not to design the device yourself. Your job is to find and contact people who can actually develop a working prototype.

Please target specialists in:

Wearable robotics and soft exoskeletons
Rehabilitation robotics and assistive technology
Biomechanical and mechatronic engineering
Custom orthoses and active trunk-support systems

I need people with demonstrable hands-on prototyping experience, access to a workshop or laboratory, and willingness to work on an individual custom project.

The deliverable is a shortlist of qualified engineers or teams, evidence of their previous prototypes, contact information, responses to outreach and potential collaboration options.

Skills: Engineering, Virtual Assistant, Mechanical Engineering, Mechatronics, Product Management, Robotics, Startups, Medical Devices Sales, Medical Products, Biomedical Engineering

Project Title: Expert B2B SEO Specialist (Deep Technical Fixes + Ongoing Strategic Growth)

Project Overview:
We are a B2B supplier of STEM, science, and robotics equipment to schools across South Africa (www.bmseducation.com, built on WooCommerce).

We recently completed a site overhaul, including basic speed optimizations (WP Rocket, Cloudflare) and UX improvements. However, a recent audit revealed deep technical debt. While we have an automated AI blog workflow handling our content creation, we need a seasoned SEO professional to fix our technical foundation and drive our national authority.

This project is divided into two strict phases. You must leverage AI and efficient tool stacks to keep costs competitive. National South African SEO is the priority.

Tool Stack & Initial Data:
You must hold your own active licenses for premium SEO tools (e.g., Ahrefs, SEMrush). We will provide our foundational list of 20 target keywords/URLs immediately upon hire.

Phase 1: Foundational Technical, Speed & Indexation SEO (Once-Off Project)
We need the foundation of the site to be completely error-free, lightning-fast, and optimized for maximum search visibility. The site is hosted on an xneelo Standard shared server. You must treat our core stack (Divi theme, WooCommerce, WP Rocket, Rank Math, Search Filter Pro, YITH Request a Quote, and custom ActiveCampaign WPCode snippets) as fixed constraints.

1. Speed & Server Performance:

Fix TTFB Server Delay: Our real-world Time to First Byte (TTFB) is currently ~4.8 seconds. You must diagnose and fix this server-level delay via database cleaning and proper Cloudflare/WP Rocket configurations.

Reduce Inline CSS Bloat: The homepage is currently loading ~552 KB of inline style code before images even appear. You must optimize our Divi theme and caching settings to reduce this CSS payload without breaking the UI.

Target Mobile Web Vitals: Our mobile performance score is critically low (26/100 with a 6.5s LCP). You must eliminate render-blocking resources, remove unused JavaScript (~746 KB), and reduce the total page payload (~2,737 KB).

2. Architecture & Indexation:

Resolve Soft 404 Errors: Investigate and fix the 3,065 pages (95.8% of the site) currently being flagged by Google as Soft 404s so our product catalogue can actually be indexed.

Resolve Duplicate WooCommerce URLs: Identical products are generating duplicate URLs (e.g., ending in -2, -3) and sharing short titles (e.g., "BEAKERS L/F"). You must merge, rename, or properly canonicalize these duplicates to stop keyword cannibalization.

Thin Content Resolution: Consolidate, canonicalize, or provide a bulk/programmatic structural fix for the 2,542 pages flagged for having under 200 words.

3. Schema & Structured Data:

Fix Schema Validation: Repair the 5,638 validation errors in our current Product Schema. Implement Review/AggregateRating on product pages and enrich CollectionPage schema with itemListElement and AggregateOffer for rich results.

Phase 1 Deliverables & Verification (How you get paid):

Before we award this phase, you must provide a comprehensive, itemized list of every foundational fix you intend to execute.

Milestone 1 will strictly only be released when Google Search Console shows zero critical indexation/schema errors, the Soft 404s are resolved, and the site passes Google PageSpeed Insights (Mobile & Desktop).

Phase 2: Ongoing National Authority & SA Educator Search Mapping (Monthly Retainer)
Once the foundation is solid, we require a flat monthly retainer for ongoing Off-Page SEO and strategic keyword expansion driven entirely by local data.

The SA Educator Search Map: You must use professional tools (Ahrefs, SEMrush) to pull a complete, data-driven master list of exactly what South African educators, HODs, and school procurement officers are actively searching for. We have a preliminary Top-20 list, but you must expand this into a comprehensive map of high-intent B2B searches for our market.

Actionable Execution: Once we approve your master list, you must execute high-quality Backlink Outreach and internal linking strategies to get bmseducation.com ranking on Page 1 for those exact searches.

Verification (How you get paid): This phase is paid via Freelancer Escrow on a month-to-month basis. Monthly funds will strictly only be released upon delivery of a verifiable Backlink Report (showing live URLs and Domain Authority) and a Keyword Ranking Movement report proving we are climbing the ranks.

How to Apply:
Please read this brief carefully. In your proposal, you MUST provide:

Your flat-rate quote for Phase 1 (Foundational Fixes).

Your flat monthly retainer quote for Phase 2 (Ongoing Authority/Backlinks).

A brief explanation of how you will approach the advanced speed optimization and Soft 404s, given our fixed plugin constraints.

An explanation of your research process for expanding our keyword targets beyond our initial ideas.

Skills: Internet Marketing, SEO, Link Building, Marketing, WooCommerce, Content Strategy, Keyword Research, B2B Marketing, SEMrush, AI Content Creation

AI Training Data Video Recorder — 100-Hour Project

About the Project

We are looking for a reliable person to participate in a 100-hour video data-collection project for AI and robotics training.

The work involves recording first-person videos while performing simple everyday tasks according to provided recording guidelines. The recordings will be used as training data for AI and robotics systems.

Applicants must be physically located in a supported recording country and able to access the designated recording application without a VPN.

Responsibilities

- Record everyday tasks from a first-person, head-mounted perspective.
- Complete one task per video, from beginning to end.
- Aim for approximately 15–17 minutes per recording when possible.
- Keep both hands and the objects being handled clearly visible.
- Follow the required camera framing and lighting guidelines.
- Upload recordings through the designated recording application.
- Re-record videos when they do not meet the required quality standards.
- Complete approximately 15 recorded hours per week during the initial milestone.
- Complete the remaining milestones according to the agreed schedule.

Examples of Tasks

Tasks may include:

- Organizing a desk or room
- Folding clothes
- Washing dishes
- Preparing food
- Organizing groceries
- Cleaning household items
- Packing boxes or a suitcase
- Sorting objects
- Gardening
- Setting a table
- Loading or unloading items
- Cleaning a car
- Other similar everyday activities

The project provides a larger list of possible tasks. Similar actions may be repeated with different objects, positions, locations, or methods when following the project guidelines.

Equipment Requirements

Applicants must have access to one of the supported smartphone models.

Apple: iPhone 12, 13, 14, 15, 16, or 17 series, subject to specified model exclusions.

Google: Pixel 6, 7, 8, or 9 series.

Samsung: Galaxy S21, S22, S23, S24, S25, or S26 series.

A head-strap camera mount is required.

Recording Requirements

Recordings must:

- Be in landscape orientation.
- Keep both hands visible.
- Keep the objects being handled clearly in frame.
- Have sufficient lighting.
- Be performed smoothly and naturally.
- Contain one complete task per video.
- Avoid showing other people's faces.
- Avoid camera movement during recording.
- Be submitted through the designated application.

Compensation and Milestones

Total fixed-price budget: $170 for 100 accepted recorded hours.

The project will be divided into four milestones:

1. Milestone 1 — $50: Complete the first 25 accepted recorded hours within 7–9 days of starting. This milestone has a faster delivery schedule.
2. Milestone 2 — $40: Complete the next 25 accepted recorded hours within two weeks.
3. Milestone 3 — $40: Complete the next 25 accepted recorded hours within two weeks.
4. Milestone 4 — $40: Complete the final 25 accepted recorded hours within two weeks.

Each milestone covers 25 recorded hours. Payment is associated with the corresponding milestone and its agreed completion requirements.

The first milestone is more time-sensitive. The remaining milestones have a more flexible two-week completion period.

Please apply only if you can meet the relevant deadlines and consistently produce recordings that follow the project guidelines.

Selection Process

Applicants will be screened for:

1. Access to a supported smartphone.
2. Physical location in a supported recording country.
3. Availability to meet the milestone deadlines.
4. Ability to follow detailed recording instructions.
5. Access to a suitable recording environment.
6. Access to a head-mounted recording setup.
7. Ability to use the designated recording application without a VPN.

A small test recording may be requested before the full project is assigned.

Who Should Apply?

This opportunity is suitable for someone who is reliable, consistent, comfortable following detailed instructions, patient with repetitive tasks, and able to dedicate substantial time to recording.

When applying, please include:

- Your current country of physical residence.
- The exact make and model of your smartphone.
- Whether you already own a suitable head strap.
- When you can start.
- Whether you can complete the first 25 hours within 7–9 days and each subsequent 25-hour milestone within two weeks..,
Apply only when you belong to any of these countries
USA
Canada
Argentina
Australia
Belize
Bolivia
Brazil
Chile
Colombia
Costa Rica
Ecuador
El Salvador
Guatemala
Honduras
Japan
Mexico
New Zealand
Nicaragua
Panama
Paraguay
Peru
Puerto Rico
Qatar
Saudi Arabia
Singapore
South Africa
South Korea
Taiwan
Ukraine
United Arab Emirates
Uruguay
Venezuela

I have a Fanuc arm already mounted above a conveyor line that carries empty containers under a filling nozzle. Your job is to write, test, and document the TP / KAREL program that tells the robot when to open the nozzle, dispense dough until the pre-set timer expires, and move on to the next container. The requirement is to reach a consistent level in every container, so we are relying on a fixed dispense time rather than vision or external sensors.

Key points you should address while coding:
• Synchronise robot movement with the conveyor index signal that positions each container under the nozzle.
• Trigger the dough valve, keep it open for the calibrated time window, then close it cleanly to minimise dripping.
• Build simple operator-adjustable registers for cycle time, purge time, and container count so that our line techs can tweak the process without touching the main logic.
• Include fault recovery for missed index pulses or low-dough warnings; the robot should pause safely and resume when cleared.
• Provide a brief commissioning guide and a commented backup of the program (LS and .TP files) so I can reload it if needed.

I will supply the current robot backup, I/O map, and the conveyor’s hand-shake signals. You give me:
1. Updated Fanuc program ready to load.
2. A one-page cheat sheet covering register functions, start-up sequence, and recovery steps.
3. Remote support while I run the first production test (screen-share or FaceTime is fine).

If you have handled dosing or filling applications on Fanuc before, let me know—especially if you have tricks for drip reduction or quick timer tuning.

Skills: C Programming, Electronics, Microcontroller, Robotics, Arduino, Technical Documentation, Automation, Sensor Integration

### Project Description

DigiLink is a Saudi industrial consulting company specializing in Industry 4.0, manufacturing excellence, and digital transformation.

We are seeking an experienced **Freelance Industrial Automation & Controls Engineer** to collaborate with us on upcoming factory improvement and modernization projects across Saudi Arabia.

### Scope of Work

Depending on project requirements, responsibilities may include:

- Assess existing factory equipment, control systems, and automation opportunities.
- Design and implement industrial automation solutions.
- PLC programming, HMI configuration, and SCADA integration.
- Select, install, and configure industrial sensors, instrumentation, and control devices.
- Support control panel design, wiring, installation, and commissioning.
- Integrate machines and production equipment with data collection systems, MES, or ERP.
- Implement IIoT solutions for production monitoring, machine performance, and predictive maintenance.
- Prepare technical specifications, Bills of Materials (BOM), and cost estimates.
- Conduct testing, troubleshooting, commissioning, and technical handover.

### Preferred Qualifications

- Minimum 5 years of hands-on industrial automation experience.
- Experience with Siemens, Allen-Bradley, Schneider, or equivalent PLC platforms.
- Knowledge of industrial communication protocols such as Modbus, OPC UA, and Profinet.
- Practical experience in factory installations and commissioning.
- Familiarity with Industry 4.0 and smart manufacturing applications.
- Based in Saudi Arabia, preferably in the Eastern Province.

### Collaboration Model

We are looking for a long-term professional relationship on a **project-by-project basis**, with a combination of remote engineering support and on-site implementation when required.

We would appreciate learning about your relevant projects, technical capabilities, availability, and preferred commercial arrangement.

**DigiLink – Transformation with Real Impact**

www.digilink.sa

Project Overview: We are a B2B supplier of STEM, science, and robotics equipment to schools across South Africa (www.bmseducation.com, built on WooCommerce).
We recently completed a site overhaul, including basic speed optimizations (WP Rocket, Cloudflare) and UX improvements. However, the site is still slow and clunky. Furthermore, while we have an automated AI blog workflow handling our content creation, we need a seasoned SEO professional to fix our technical foundation and drive our national authority.
This project is divided into two strict phases. You must leverage AI and efficient tool stacks to keep costs competitive. National South African SEO is the priority.
Phase 1: Foundational Technical & Speed SEO (Once-Off Project) We need the foundation of the site to be completely error-free, lightning-fast, and optimized for maximum search visibility.
Advanced Speed Optimization: Basic caching is done, but the site is still slow. You must identify and fix the underlying server-side, database, or code-bloat issues causing this.
Deep Technical Audit: Identify and fix any crawl errors, 404s, or indexation issues in Google Search Console.
Deliverable for Phase 1: Before we award this phase, you must provide a comprehensive, itemized list of every foundational fix you intend to execute and the total number of items to be resolved. We will review this list before proceeding.
Verification (How you get paid): Milestone 1 will only be released when the agreed-upon itemized list is completed, Google Search Console shows zero critical indexation errors, and the site passes Google PageSpeed Insights (Mobile & Desktop).
Phase 2: Ongoing National Authority & SA Educator Search Mapping (Monthly Retainer) Once the foundation is solid, we require a flat monthly retainer for ongoing Off-Page SEO and strategic keyword expansion driven entirely by local data.
The SA Educator Search Map: You must use professional tools (Ahrefs, SEMrush) to pull a complete, data-driven master list of exactly what South African educators, HODs, and school procurement officers are actively searching for. We have a preliminary Top-20 list, but you must expand this into a comprehensive map of high-intent B2B searches for our market.
Actionable Execution: Once we approve your master list, you must execute whatever is required—specifically high-quality Backlink Outreach and internal linking strategies—to get bmseducation.com ranking on Page 1 for those exact searches.
Verification (How you get paid): This phase will be paid via Freelancer Escrow on a month-to-month basis. Monthly funds will strictly only be released upon delivery of a verifiable Backlink Report (showing live URLs and Domain Authority) and a Keyword Ranking Movement report proving we are climbing the ranks for the terms on the approved SA Educator Search Map.
How to Apply: Please read this brief carefully. In your proposal, you MUST provide:
Your flat-rate quote for Phase 1 (Foundational Fixes).
Your flat monthly retainer quote for Phase 2 (Ongoing Authority/Backlinks).
A brief explanation of how you will approach the advanced speed optimization, given that basic caching is already implemented.
An explanation of your research process for expanding our keyword targets beyond our initial ideas.

Skills: Internet Marketing, SEO, Link Building, Marketing, WooCommerce, Content Strategy, Keyword Research, B2B Marketing, SEMrush, AI Content Creation

We need to expand firmware development on STM32 for our continuously evolving robots. We are therefore looking for an engineer with experience in STM32, high-speed CAN communication systems, and the management of LiDAR systems and RGB cameras. The duration of the collaboration will depend on the feasibility of conducting on-site testing for any necessary firmware adjustments.

Project Overview: We are looking for an automation and basic SEO expert to build a semi-automated content hub for www.bmseducation.com

The system will automatically find relevant South African and global STEM/education news, allow our team to review drafts on Friday afternoons, publish live to Blogger (blog.bmseducation.com) and LinkedIn on Tuesdays and Thursdays, and automatically cross-post our Wednesday ActiveCampaign client broadcast email.

Key Technical Stack:
Automation Engine: Pabbly Connect (we own a lifetime account—no Zapier/Make fees).
AI: OpenAI API (GPT-4o) for content rewriting/summarizing.
Blog Platform: Google Blogger mapped to custom subdomain blog.bmseducation.com.
Social: BMS Education LinkedIn Company Page.
CRM: ActiveCampaign.

Scope of Work:
1. Brand Alignment & Profile Setup (New)
LinkedIn Update: Update our LinkedIn Company Page "About" section with our newly finalized Core Messaging text (provided upon hire).
AI Persona Training: Inject our Core Messaging Framework (specifically our "Segment Hooks" and "Proof Pillars") into the OpenAI prompt within Pabbly. The AI must be instructed to write captions and blog intros that align with our brand voice (e.g., “removing operational friction from STEM learning”).
2. News Scraping & AI Processing (With SEO Focus)
Set up RSS/news feed scrapers for South African & global education, STEM curriculum, robotics, EVs, and primary/secondary science topics.
Use OpenAI API in Pabbly Connect to summarize/rewrite the news into engaging posts with source credits.
SEO Keyword Linking: Configure the AI prompt to naturally insert hyperlinked product keywords (e.g., "robotics equipment", "chemistry glassware") pointing directly to our target category pages on [www.bmseducation.com](https://www.bmseducation.com).
3. Friday Curation & Email Alert Workflow
Friday Drafts: System generates 2–3 draft posts every Friday morning and drops them into Blogger Drafts.
Email Alert: Pabbly sends an email notification alerting our team that Friday drafts are ready.
Curation: On Friday afternoon, we review drafts in Blogger, add custom notes, and insert product links. Ticking "Publish" or scheduling sets them to go live on Tuesday and Thursday with an automated cross-post to LinkedIn.
4. Wednesday ActiveCampaign Email Sync
Connect our weekly Wednesday ActiveCampaign broadcast email to Pabbly Connect via webhook or RSS trigger.
Whenever our Wednesday email goes out, Pabbly must automatically reformat and post it to both Blogger and LinkedIn.
5. ActiveCampaign Tracking & SEO Technical Setup
Tracking Verification: Verify ActiveCampaign Site Tracking code on [www.bmseducation.com](https://www.bmseducation.com) (and install snippet if missing).
Link Attribution: Ensure product links include proper ActiveCampaign site-tracking parameters so contact interest (e.g., "Robotics") is logged in our CRM.

Blog SEO Setup: Configure Blogger theme meta-tags, connect blog.bmseducation.com to Google Search Console, and submit the blog's XML sitemap for fast indexing.
Final Deliverables & Acceptance Criteria (100% Turnkey Handover)
This is an end-to-end, ready-to-run project. The project is considered complete only after live end-to-end testing verifies the following:
Fully Operational Blog: blog.bmseducation.com is live with SSL active, styled to match our main site. Freelancer will need to add two specific CNAME records into your Cloudflare account to make the blog go live
Fully Connected & Active Pabbly Scenarios: All accounts connected and authorized.
Live End-to-End Test Runs (Mandatory before milestone release):
Test 1 (Draft & Alert): A live test post is generated by AI using our brand voice, pushed to Blogger Drafts, and an email notification lands in our inbox.
Test 2 (Publishing): Scheduled/approved post publishes successfully to Blogger and LinkedIn.
Test 3 (Wednesday Sync): A mock ActiveCampaign broadcast triggers Pabbly to publish on Blogger and LinkedIn.
Test 4 (Tracking): Clicking a product link in a test post successfully registers the visit in ActiveCampaign Site Tracking.
Search Console: Subdomain verified in Google Search Console with sitemap.xml submitted.
"As part of the Pabbly setup, please create an automated monthly export that pushes YouTube views, LinkedIn impressions, and ActiveCampaign new leads (sorted by UTM source) into a centralized Google Sheet."
Handover: A short (3–5 minute) Loom screen recording showing where the workflows live in Pabbly.

To Apply, Please Provide:
Confirmation of experience with Pabbly Connect, Blogger API, and ActiveCampaign.
Brief explanation of how you will handle the OpenAI keyword-linking prompt for SEO and brand voice.
Your fixed-price quote and estimated delivery timeline.

What I will Give You
Domain/DNS Access: To add the CNAME records for blog.bmseducation.com (either temporary access to your domain registrar / Cloudflare / cPanel, or you copy-paste the two CNAME values they give you).
Pabbly Connect Access: Add them as a user or log them in.
API Keys / Authorizations: You will need to click "Allow" to authorize Pabbly to connect to your LinkedIn Page, Blogger/Google account, and ActiveCampaign (or provide API keys where required).
OpenAI API Key: Generate a secret API key from your OpenAI account and paste it into Pabbly.
Core messaging brief
Cloudflare Access

Skills: Internet Marketing, SEO, Link Building, Linkedin, Email Marketing, Content Writing, Data Integration, Automation, ActiveCampaign, Content Creation

Cambresia is developing a multidisciplinary learning program covering STEM, artificial intelligence, robotics, agriculture, finance, and practical life skills.

We are looking for an experienced curriculum developer, educational content production team, or small agency to turn curriculum outlines and source documents into engaging, accurate learning material: primarily animated teaching videos, supported by concise PDFs, worked examples, and questions.

VISUAL DIRECTION
We want subject-driven explanations showing how things work through animated objects, environments, processes, and stories. Priority formats:
- Cutaway animations revealing internal structures and mechanisms.
- Isometric miniature worlds showing connected systems.
- 3D process animations.
- Microscopic journeys explaining small-scale processes.
- Scenario-based animated stories and cinematic reconstructions.
- 2D illustrated animation, visual metaphors, and motion graphics.
Deepstash is a reference for engaging visual learning. Presenter avatars and whiteboard animation are outside our preferred direction.

SCOPE
Contribute to curriculum mapping, learning objectives, research, lesson scripting, storyboarding, and finished narrated video production. Supporting notes, examples, practice questions, and solutions must align with the videos.

AI-assisted workflows are welcome. We are interested in combining generated assets with controlled animation for accurate mechanisms, diagrams, calculations, and labels. We also welcome specialists who can build repeatable agent-operated production workflows. Individuals may apply for a defined specialist role; explain what you cover personally and what requires collaborators.

INITIAL ENGAGEMENT
Begin with a paid pilot, with scope and price agreed before work starts. Demonstrate visual style, instructional quality, factual accuracy, workflow, and production cost. There is potential for substantial ongoing work in stages, subject to pilot results. Quote separately for the pilot and batches of lessons. We are seeking proposals before setting the final budget; no unpaid custom sample is required.

DELIVERABLES
- Learning objectives, source-backed script, and storyboard.
- Finished narrated video, captions, and transcript.
- Matching PDF notes, practice questions, and separate answers.
- Editable project files and reusable assets, with agreed usage rights.
- Source references and documented academic/technical review.
- Disclosure of AI tools, third-party assets, licences, and recurring costs.

APPLICATION QUESTIONS
1. Share 2-3 relevant examples, especially cutaways, isometric worlds, scientific/process animations, or complete teaching lessons. State your exact contribution.
2. Describe your curriculum or instructional-design experience and subjects/learner levels you cover.
3. Explain your proposed tools and AI-assisted workflow, including how you verify technical accuracy.
4. Propose a pilot scope, price, timeline, and revision allowance; explain batch pricing.
5. Can you supply editable sources and help establish a repeatable production system Cambresia can operate internally?

We value clear teaching, accurate explanations, consistent visuals, and maintainable deliverables. Please identify whether you are applying as an individual, team, or agency.

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We need a freelancer to build a database of contacts for potential customers who may be interested in SM Instruments’ ultrasonic cameras. (USA & EUROPE)

The focus is on the robotics industry, and the work includes identifying relevant companies, researching key decision-makers, and organizing contact details into a clear, usable database.

The priority is not simply to collect general contact information from robotics-related companies, but to identify the right individuals who have the authority or responsibility to discuss potential business opportunities and collaborations with SM Instruments. These should ideally include relevant department heads, business development managers, technical decision-makers, project leaders, executives, or company representatives who can directly evaluate and initiate potential partnerships.

Generic email addresses, unrelated employees, or contacts without a clear connection to potential collaboration should be avoided.

The final deliverable should be a well-structured list of qualified prospects with accurate company information, relevant decision-maker contacts, verified contact details where available, and a clear explanation of why each company and contact would be a suitable prospect for SM Instruments.

We need an experienced PCB engineer to design a compact camera and sensor recorder for robotics, from circuit design through prototype testing.

The board needs:
• Two USB3 Type-A camera ports, supporting one or two cameras at up to 900 mA each. Target dual 1080p at 30 fps; 720p at 30 fps is acceptable if necessary. Also support a compatible single RealSense camera, with the model and recording profile agreed during design.
• One USB-C port for power and data. Computer mode sends cameras and sensor data to the PC. Standalone mode records to microSD using onboard compute, powered by a USB-C PD charger.
• An onboard IMU, two independent strain-gauge load-cell inputs, and an external I2C jaw-encoder connection.
• Camera trigger/strobe interfaces for synchronized exposures with suitable cameras, with sensor timestamps associated with video frames.
• A record button, status LEDs, external LED/button connections, beeper and firmware/debug access. Include a control interface to a separate servo board; the servo board itself is outside this job.

Aim for roughly 60 × 70 mm, with both USB-A ports on the top edge and USB-C on a side. There is no required layer count. We want clean placement, readable silkscreen and proper clearance for plugs, screws and any stacked module. Verify power requirements for both computer-connected and standalone operation.

A CM5 Lite, TUSB8043A hub, RP2040, ICM-42688-P and two ADS122C04 ADCs are possible starting points, but we are open to better component choices. The attached brief gives more detail.

Deliver editable schematic and PCB files, a BOM, manufacturing/assembly files and clean ERC/DRC reports. Include prototype bring-up with power, USB, sensor and recording tests. State whether your quote also covers MCU firmware and the standalone recording software.

Please send a relevant USB3 or compute-module carrier project, your availability, and estimates for design and prototype testing.

Need simulation of conveyor & robot system with motion control via Rockwell PLC using EIP communication to help diagnose the PLC software. 3 motion controllers in use. Current static model is built in Autodesk Inventor. Add more features into our solution. AI may be used to enhance its functionality as it is used. We shall rely on your expertise for features that you will suggest. submit your prior related experience as well. If no experience is attached, with 1st reply, will mean you have no experience & will treat you that way. Your 1st response will be the basis for our interaction. Must read & understand everything before going further. suggest any open source software if you are going to need. any tools or services used shall be provided, with their sources code. A user, installation & future maintenance manuals shall be provided.

Deliverables
• User manual & other doc for full working system
• source code & all supporting doc
• Reasonable training to our person
• support various use case


Any tools used prices will be included in your bid & will become our sole property with no encumbrances or strings attached. Use of subscription services is discouraged.
The budget given is placeholder only, so your bid must be final with amount & delivery time.
No upfront. A 1st milestone will be created after a remote demo is shown. 50% payment after acceptable solution is delivered. 25% after job done. Final 25% payment will be after system delivery is with us for 2 weeks evaluation without any issues. Payment made only after all source code & support docs are delivered to us & approved.
Respond only after reading full JD. Submit questions with 1st response only. No changes allowed to your response till after award acceptance. Do not use any AI or BOT assistance in your communications with us. Those will be treated as fake & action taken.

Robotech Mechanics is developing a pole-climbing robot with a double-turret mechanism for light construction work. We are looking for a mechanical or robotics engineer to help with the engineering design of the double turret.

This $500 project is Phase 1: starting from our sketches and photos of the concept (a chassis ring that climbs a pole, carrying a rotating double-turret block with two robotic arms), produce a concept design and CAD model of the double-turret mechanism — linear sliding coupled to yaw rotation, sized for a 100–120 kg payload including up to 10 kg suspended at up to 2 m.

Deliverables: CAD files (STEP plus native), a short design summary of the mechanism, and a basic parts/materials list.

There is potential for ongoing work after this phase (detailed engineering drawings, fabrication support).

Skills: mechanical engineering, robotics, CAD (SolidWorks or Fusion 360), product design, electromechanical systems.

Skills: Solidworks, Mechanical Engineering, Product Design, Robotics, CAD / SolidWorks

I need a rugged, AI-driven robot that can shoulder the job of carrying mixed emergency supplies through both outdoor terrain and interior corridors in active military zones. The machine must be bullet-resistant, self-navigating, and smart enough to sense obstacles and re-route on the fly without human tele-operation.

Scope of work
• Mechanical design: compact form factor that fits narrow passages yet stays stable on uneven ground; armour capable of stopping small-arms fire.
• Mobility & perception: ROS-based navigation stack, SLAM, LiDAR / depth cameras, and dynamic terrain adaptation for gravel, mud, stairs, and concrete floors.
• AI & control: autonomous path-planning, obstacle avoidance, real-time health monitoring, and secure remote override.
• Payload interface: modular bays for medical kits, water, batteries, and other emergency gear, with at-a-glance weight and temperature readouts.
• Prototype and field test: demonstration video showing the robot carrying supplies across a mixed indoor/outdoor course while under simulated fire.

Acceptance criteria
1. Survives direct hits from 9 mm rounds at 10 m with no critical function loss.
2. Completes a 500 m mixed-terrain loop fully autonomously while hauling at least 25 kg.
3. Sends status and location data over encrypted link in real time.
4. Modular design files, source code, and build instructions delivered on hand-over.

If you have proven experience in robotic chassis design, ROS navigation, and battlefield-grade ruggedization, I’m ready to collaborate right away.

Skills: Machine Learning (ML), Robotics, Embedded Systems, AI Model Development, Sensor Fusion, Autonomous Navigation, AI Integration

I own a wheeled or tracked robot and need its software finished. I’ll share the exact model, wiring diagrams, manuals, photos, and live-test videos so you can see the hardware and current behaviour.

What I need you to do
• Write clean, well-commented code that gives the robot the behaviours I specify (navigation, obstacle avoidance, remote-app control, or other routines we define together).
• Flash the program to the controller, run on-bench and live tests, and supply a short demo video before I release the final milestone.
• Hand over the full source code plus a plain-language README that explains installation, calibration, and how I can adjust parameters later.
• Provide light post-delivery support for small tweaks or questions.

What I will provide
• Complete documentation: datasheets, wiring diagrams, and any manufacturer manuals.
• Ongoing test feedback and, if you identify missing hardware, prompt ordering of the exact parts you specify.

Proposal details to include
• Examples of past robotics or embedded-hardware projects.
• Any extra components you’d need me to buy, with estimated costs.
• Your total price and delivery time.
• Confirmation that you include after-delivery support.

Milestones can follow a simple structure—planning & parts list, first behavioural demo, and final hand-over—so both of us stay on schedule and everything is clearly validated before payment release. I’m ready to start as soon as I review a clear plan and timeline.

Skills: C Programming, Robotics, Arduino, Software Development, Programming, Documentation, Embedded Systems, Robot Operating System (ROS)

We're an early-stage team collecting real-world manipulation data for robot learning. Operators record tasks with a handheld gripper: a GoPro (4K, 60 fps, built-in IMU) plus force and gripper-width sensors, each running on its own clock.

We already have a Python QC prototype: data loaders, 18 automated checks (video, force, sync, gripper, SLAM pose), an HTML report and an evaluation script. We also have a written spec for how data should be stored, checked and reviewed. What we don't have yet is the production system around it. That's this job.

Milestone 1: storage and ingest
- Cloud object storage (S3 or GCS) with three zones: raw (never modified; versioning and delete lock), derived, curated
- An offload tool for field laptops: copy SD cards, checksum every file, upload, read back and verify before the card is wiped
- A per-session manifest and a Postgres schema for sessions, files and QC results
- An event-driven queue that runs our existing checks when a session finishes uploading
- Working end to end on public UMI-style sample data

Milestone 2: review
- A simple web page where reviewers watch flagged clips and confirm or overturn the result
- A form for non-technical teammates to flag problems
- A daily summary (email or Slack) and an alert when one device keeps failing the same check

Milestone 3: after our pilot data comes in
- Calibrate thresholds against human labels and harden the checks

Data volume starts at a few TB and will grow to tens of TB. One hour of video is about 45 GB per camera.

You're likely a fit if you:
- Have personally built and run a pipeline for large video or sensor data, not only contributed to one inside a big infra team
- Know S3/GCS (lifecycle, versioning, object lock, IAM), Postgres schema design, Python, and a job queue or workflow tool (SQS, Pub/Sub, Celery, Prefect, Airflow or similar)
- Are comfortable with FFmpeg and video metadata
- Can set this up on your own, document it, and hand it over cleanly
- Write clear English and can overlap 3-4 hours a day with New York time

Nice to have: ROS bags, MCAP, HDF5 or LeRobot; GoPro GPMF; time-series alignment; Docker and Terraform.

This is engineering work. No ML research or model training.

How we'll work: shortlisted candidates get the full spec and prototype under NDA. We start with a short paid scoping task (read the spec, propose architecture, stack and an estimate for Milestone 1), then go milestone by milestone. If it goes well, there is more work after this.

Rate is open. Tell us your hourly rate and how you would estimate Milestone 1.

To apply, start your proposal with the word "manifest". Then tell us about the largest video or sensor pipeline you built yourself: data volume, stack, and one thing that broke in production and how you fixed it.

We're Addition Robotics, building Plus, a bimanual mobile robot that works alongside care teams in senior living communities. We have a working, printed, and assembled robot head shell, and we're looking for an experienced mechanical designer to review it for manufacturability and apply improvements in Fusion 360.

We print in-house on Bambu Lab printers. You'll work in our Fusion 360 team hub with the full robot assembly, so you can see every mating part.


WHAT YOU'LL DO

Phase 1 – DFM review (fixed price, also serves as the paid trial)
We'll share the Fusion CAD, photos of the printed parts, and a list of known issues from our builds (print failures, support scars, assembly pain points, fit problems).

- Review each head shell part against our known issues and DFM best practice:
- print orientation and supports
- wall thickness and overhangs
- warping risk
- heat-set insert bosses
- layer direction vs. load
- part splits and seam placement
- fastener access and assembly order
- Deliver a per-part findings list. For each issue, give its severity (must-fix, should-fix, or nice-to-have), the proposed change, and an effort estimate.
- Keep proven interfaces to the neck, frame, and internal electronics unchanged unless a change is justified and approved.
- Set our existing clearances and heat-set insert geometry as Fusion user parameters.

Phase 2 – Apply fixes (fixed-price milestone, priced from Phase 1)

- Redesign the head shell parts to the approved findings.
- Preserve sensor and camera windows, cable routing to the neck, and service access to internal electronics.
- The head is the face residents see, so keep it visually clean. Place seams and fasteners where they are least visible and easy to wipe down.
- One to two fit-check rounds: we print and assemble, send photos and notes, and you revise.

Deliverables

- Clean, parametric native Fusion 360 files (named components, tidy timeline) in our hub.
- Print notes per part: orientation, material, and supports.
- A callout sheet for critical interface dimensions.


REQUIREMENTS FOR OUR ENVIRONMENT

The robot operates around elderly residents and is wiped down with facility disinfectants. Designs must have no sharp edges, minimal crevices and open seams, and adequate clearance and venting around any electronics in the head.


YOU

- 2+ years of mechanical design on robots or electromechanical products that were actually built.
- Fluent in Fusion 360. We need native Fusion files, not STEP conversions.
- Real experience designing FDM parts for end use: heat-set inserts, part splits, snap fits, print orientation.
- Solid understanding of fits and tolerances.
- Communicate clearly in English and work async with reliable updates.


TO APPLY

Start your proposal with the word "shell" so we know you read this. Include:

1. Photos of a 3D-printed enclosure or part you designed that was physically built, not just renders.
2. One specific DFM problem you've found in a printed part and how you fixed it.
3. How you'd split a curved, cosmetic head shell to minimize visible seams and supports while keeping service access.
4. Your hourly rate and availability per week.

What You'll Be Doing

Your primary responsibility will be to conduct targeted research and build a high-quality database of family offices and potential investors, initially focused on the United States.

Responsibilities include:

Research and identify legitimate single-family and multi-family offices that make direct investments in early-stage companies.

Identify family offices with investment interests in AI, robotics, deep technology, aerospace, space exploration, defense technology, and industrial innovation.

Research each firm's investment thesis, portfolio, typical investment size, and preferred investment stage.

Identify key decision-makers, including principals, CIOs, managing directors, and investment professionals.

Find and verify professional contact information, including business email addresses and LinkedIn profiles.

Identify potential warm introduction pathways and relevant mutual connections where publicly available.

Maintain a well-organized investor database in Airtable or Excel.

Prioritize investors based on alignment with AeroMosaix's technology, investment stage, and fundraising objectives.

Provide concise research summaries and weekly progress updates.

We’re looking for an experienced U.S.-based PR professional for a one-off media relations project for an advanced manufacturing technology company.

The company operates at the intersection of advanced manufacturing, deep tech, hardware and U.S. manufacturing.

We’re looking for someone who can help secure meaningful earned media coverage around the company, its technology, manufacturing expansion and broader industry impact.

This is a project-based contract, not a full-time or long-term role.

What We Need

You will be responsible for:

Developing strong media angles

Identifying the right technology, manufacturing, industrial and business reporters

Personally handling outreach

Managing reporter communication

Securing a legitimate earned media feature, interview or substantial story

We are particularly interested in publications such as TechCrunch, Bloomberg, Reuters, Business Insider, Fast Company, WIRED, CNBC, Axios and comparable technology or business outlets.

This is not for paid placements, sponsored articles, press release syndication or guaranteed contributor content.

You Must Have Proven Results

Please only apply if you have personally secured significant earned media coverage.

We need to see proof that you were directly involved.

Please include:

Links to major earned media placements you personally secured

Screenshots of reporter email threads where possible

Examples of pitches that directly resulted in coverage

Any relationships you have with technology, manufacturing, deep-tech or business reporters

Examples of coverage you have secured in top-tier technology or business publications

Confidential information can be fully redacted. We mainly want to verify that you personally handled the outreach and were responsible for securing the coverage.

Please do not send a portfolio filled with major publication logos unless you can show which placements you personally worked on.

Ideal Experience

Experience pitching companies in areas such as:

Advanced manufacturing

Industrial technology

3D printing / additive manufacturing

Deep tech

Robotics and automation

Climate technology

Hardware

U.S. manufacturing

Supply chain

Venture-backed technology companies

Compensation

This is pay on completion.

Compensation will be agreed upon before starting and will depend on the publication and quality of the placement.

We are willing to pay appropriately for meaningful top-tier earned coverage.

Important

We are not looking for someone to blast generic pitches to hundreds of reporters.

We want someone who understands how to turn a highly technical company into a story that a major technology or business reporter would actually want to cover.

If you have personally landed top-tier tech or business coverage, send your strongest examples and proof of your involvement.

Need simulation of conveyor & robot system with motion control via Rockwell PLC using EIP communication to help diagnose the PLC software. 3 motion controllers in use. Current static model is built in Autodesk Inventor. Add more features into our solution. AI may be used to enhance its functionality as it is used. We shall rely on your expertise for features that you will suggest. submit your prior related experience as well. If no experience is attached, with 1st reply, will mean you have no experience & will treat you that way. Your 1st response will be the basis for our interaction. Must read & understand everything before going further. suggest any open source software if you are going to need. any tools or services used shall be provided, with their sources code. A user, installation & future maintenance manuals shall be provided.

Deliverables
• User manual & other doc for full working system
• source code & all supporting doc
• Reasonable training to our person
• support various use case


Any tools used prices will be included in your bid & will become our sole property with no encumbrances or strings attached. Use of subscription services is discouraged.
The budget given is placeholder only, so your bid must be final with amount & delivery time.
No upfront. A 1st milestone will be created after a remote demo is shown. 50% payment after acceptable solution is delivered. 25% after job done. Final 25% payment will be after system delivery is with us for 2 weeks evaluation without any issues. Payment made only after all source code & support docs are delivered to us & approved.
Respond only after reading full JD. Submit questions with 1st response only. No changes allowed to your response till after award acceptance. Do not use any AI or BOT assistance in your communications with us. Those will be treated as fake & action taken.

MECHANICAL ENGINEER / CAD DESIGNER TO DESIGN AND DEVELOP A FULLY AUTOMATED LAPIDARY GRINDING MACHINE

Project: Full Machine Design, 3D CAD Modelling, and Engineering Drawings

I am seeking an experienced mechanical engineer, product design engineer, or specialist CAD designer to undertake the complete design and development of a fully automated gemstone faceting machine, inspired by the concept and capabilities of current machines which we will give an example of.

The goal is to develop a precision-engineered machine capable of automating the gemstone faceting process, from accurate stone positioning and indexing through to repeatable facet cutting and polishing, with minimal manual intervention.

Scope of Work

The successful designer will be responsible for the complete engineering design and development process, including:

1. Concept Design and Mechanical Engineering

Develop the overall machine concept, layout, and operating principles.

Design the mechanical systems required for automated gemstone cutting, indexing, angle adjustment, and polishing.

Engineer precision movement systems, spindle assemblies, workholding, and machine structure.

Incorporate suitable motors, actuators, bearings, linear guides, and precision positioning components.

2. Complete 3D CAD Design

Produce a full 3D CAD model of the complete machine and all major assemblies.

Design every mechanical component, including custom parts and mounting systems.

Create detailed assembly models showing how the entire machine fits together.

Provide a design suitable for engineering review, manufacturing, assembly, and future modification.

3. Manufacturing Drawings and CAD Files

Produce fully dimensioned engineering drawings for manufacturing.

Supply component drawings, assembly drawings, tolerances, fits, and material specifications.

Provide native, editable CAD files and STEP files for manufacturing and collaboration.

Include a bill of materials (BOM), with recommended motors, bearings, drives, sensors, controllers, and other components.


Support prototype construction, troubleshooting, and mechanical adjustments.



6. Testing and Final Deliverables



Deliver the final CAD package, engineering drawings, BOM, control documentation, and prototype assembly instructions.

Identify opportunities for cost reduction, improved performance, and future commercial production.

Ideal Candidate

The ideal candidate will have experience in:

Precision mechanical engineering and machine design.

CNC machinery, automated manufacturing equipment, or robotics.

Advanced 3D CAD software such as SolidWorks, Fusion 360, Inventor, or equivalent.

Motion control, servo systems, stepper motors, sensors, and machine automation.

Prototype development, manufacturing drawings, and commissioning.

Experience with optical positioning, or automated polishing equipment would be a significant advantage.

Project Requirements

The finished design must prioritise precision, repeatability, rigidity, ease of calibration, safe operation, and practical manufacturability.

The machine should be designed as an original engineering project. Any proprietary designs, protected intellectual property, or confidential information belonging to third parties must be respected.

Payments will be made via milestones as progress is shown.

I need a unique, professional hand-drawn or true design logo for my coding and robotics pre/after school company, CodeKiddy. The logo should feel creative, engaging, and appealing to children while still looking polished and modern. I want something original and visually distinct, not AI-generated. Please share relevant examples of similar logo work and your approach to creating a memorable brand mark for this type of educational business.

Robot24.com is seeking a freelance field journalist and on-camera host to join a two-person team capturing robotics news and stories across a continent. You will travel to relevant locations, conduct interviews, present stories, interact with robots, companies, and the public, and create engaging on-camera content for both short-form and longer editorial formats. Each assignment will be supported by a detailed editorial brief, scripts, interview questions, and key story angles provided in advance. This is a long-term opportunity with approximately 8–10 filming days per month.

Title: LinkedIn research assistant for a robotics consulting firm (ongoing, 5–8 h/week)

I run EVR Consulting, a French engineering consultancy (robotics and safety-critical software). I need a reliable research assistant to find the right people to contact at companies and recruiting agencies. You will NOT send any messages — research and data entry only.

What you do each week:
- I give you ~20 target companies/agencies in our CRM (Folk), each with a note saying who to look for (e.g. "Head of Embedded Software", "recruiter on the contract desk").
- For each target, find 2 people on LinkedIn: name, exact job title, LinkedIn URL, location, public work email if available.
- Enter them in Folk (or a google sheet dedicated to you) under the right company and set the status to "Prêt à envoyer".
- Flag anything odd (job posting closed, company acquired, wrong person).

Requirements:
- Experience with LinkedIn research (Sales Navigator is a plus)
- Very precise data entry: right person, right company, no duplicates
- Basic understanding of tech job titles (engineering manager vs recruiter vs sourcer)
- Good written English

Paid trial: 5 targets, 1 hour. Then ongoing at 5–8 h/week.
To apply, tell me: who would you look for at a robotics startup hiring an "Embedded Software Engineer", and why?