Lead Mechanical Design Engineer (SwarmFarm Robotics)
TRG (Tenth Revolution Group) is proud to be partnering exclusively with SwarmFarm Robotics, a pioneer in autonomous agriculture technology.
We are on a mission to inspire and empower farmers around the world and together is how we make it happen.
Knowing your job is knowing your position on this team.
Like elite athletes, we win together when everyone owns their role, trusts their teammates, and plays to their strengths.
Clarity drives confidence, and confidence drives results.
Let's ensure you know your role on our team.GAME ON!
PURPOSE
TheLead Mechanical Design Engineerleads the design, prototyping, and validation of new products across the SwarmFarm platform.
This is a hands-on leadership role responsible for turning ideas into working machines, fast.
You will lead from the front, working alongside the team to design, build, test, and refine the next generation of agricultural robotics.
EXPERIENCE SKILLS & QUALIFICATIONS
Ideally, you'll bring experience across many of the following areas:
Leading or mentoring a small engineering or technical team
Mechanical design of practical, manufacturable, and serviceable components and systems
Mobile machinery, ideally within agriculture or related industries
Hydraulic systems and mechanical loading principles
FEA and design validation processes
Hands-on fabrication, machining, welding, and workshop environments
CAD, manufacturing drawings, assemblies, and prototype development
Problem-solving and root cause analysis
Sourcing components and working with suppliers
Managing multiple projects and priorities in a quick paced environment
KEY RESPONSIBILITIES
Mechanical System Design:
Lead the design and development of mechanical systems across the SwarmFarm robotic platform, from concept through to detailed design, prototyping, testing and production release.
What success looks like
New ideas move from concept to field test quickly
Designs are simple, robust, manufacturable and easy to service
Problems are solved at the root cause, not patched
Mechanical designs survive vibration, dust, mud, weather, chemical exposure and field use
Designs integrate cleanly with hydraulic, electrical, cooling, sensor and software systems
Robots perform reliably in real farm conditions
Team Leadership:
Set the standard for practical, high-quality mechanical design across the team.
You will lead, mentor, recruit,



challenge and support the design team so they deliver strong outcomes quickly and consistently.
Set clear priorities for the design team
Hold people accountable for quality, speed and outcomes
Give direct and honest feedback
Help the team make good trade-off decisions
Keep multiple projects moving without losing focus
Build a team culture that values practical design, field feedback and ownership
Rapid Prototyping and Development:
Lead rapid prototyping and design improvement work.
You will work closely with the workshop, fabrication team, suppliers and field teams to build, test, learn and improve quickly.
Turn ideas into models, drawings, parts and prototypes quickly
Produce practical designs that can be fabricated and tested
Work with the workshop team to build and modify prototype components
Use feedback from testing, field use, manufacturing and service teams to improve designs
Be comfortable with raw feedback and rapid iteration
Know when a design is good enough to prototype and when it needs more engineering work
Mechanical Engineering:
Take ownership of moving design decisions forward, making calls where appropriate and bringing in the right people early for higher‐impact trade‐offs.
Take ownership of creating momentum in moving design decisions forward and collaborate with the right people to deliver outcomes
Design for durability, simplicity, serviceability and reliability
Understand mechanical loads, stresses, vibration, fatigue and field failure modes
Work with hydraulic systems and understand how mechanical design affects hydraulic performance, routing, serviceability and reliability
Integrate mechanical designs with electrical, software, sensors, cooling and manufacturing requirements
Use sound engineering judgement to balance strength, cost, weight, manufacturability and repairability
Make design decisions with imperfect information while bringing in the right people for important trade‐offs
Contribute directly to CAD design work when required
Best practices in mechanical engineering and apply this knowledge to SwarmFarms product
CAD Modelling & Engineering Documentation:
Develop concepts, assemblies,



production drawings, brackets, mounts and revisions
Quickly produce DXFs and fabrication information for prototyping
Maintain clean CAD structure, drawings, part revisions and design records
Ensure drawings are useful for manufacturing, fabrication and suppliers
Create documentation that helps the team build, service and improve the machine
Field Testing and Validation:
Participate in prototype testing and field trials
Analyse failures and test outcomes
Identify root causes and drive permanent fixes
Validate mechanical designs for strength, vibration, fatigue, serviceability, reliability and field durability
Ensure designs are tested against real farming conditions, not just CAD assumptions
Design Quality and Engineering Standards:
Ensure designs meet SwarmFarm performance, reliability and safety expectations
Apply strong mechanical engineering judgement to system design decisions Identify opportunities to improve reliability, simplicity and cost
Multi Project Management:
Manage multiple design and prototype projects simultaneously
Balance rapid development work with longer term design improvements
Maintain progress and momentum across projects in a fast paced environment
Supplier Collaboration:
Source practical components and fabrication options
Build strong relationships with suppliers
Work with laser cutters, CNC folders, fabricators, powder coaters, component suppliers and engineering partners
Coordinate prototype parts and supplier‐built components
Evaluate supplier capability, quality, cost and turnaround time Design parts that suppliers can manufacture reliably
Cross Functional Collaboration:
Work closely with electrical, software and systems teams to achieve practical workable outcomes
Ensure mechanical systems integrate effectively with other subsystems
Collaborate with the manufacturing team to ensure designs are production ready.
Budget and Resource Management:
Manage project budgets and allocate resources efficiently
Provide regular progress reports to senior management and stakeholders
Why SwarmFarm?
SwarmFarm is driven by three core values:
It Matters- Making a real difference for farmers and sustainable agriculture
Get It Done- Solutions‐focused and committed to delivering results
We Win Together- Success is shared across customers, partners and team members
Ready to join a leading AgTech company and make a difference?
#J-*****-Ljbffr

📌 Lead Mechanical Design Engineer (Swarmfarm Robotics) (Emerald)
🏢 Tenth Revolution Group
📍 Emerald