Technical Project Manager - Next Generation Ventilator Program at Enexor Bioenergy in Franklin, TN | Kablio
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Technical Project Manager - Next Generation Ventilator Program
Enexor Bioenergy
Converts organic and plastic waste onsite into continuous renewable power and thermal energy.
Lead end-to-end technical project management for a Class II ventilator development.
12 days ago ago
Experienced (8-12 years), Intermediate (4-7 years), Expert & Leadership (13+ years)
Full Time
Franklin, TN
Onsite
Company Size
36 Employees
Service Specialisms
Bioenergy Solutions
Sustainable Energy
Renewable Energy Systems
Engineering
Technology Development
Project Management
Turnkey Solutions
Sector Specialisms
Energy
Renewable Energy
Role
Description
subsystem integration
design review
vendor management
requirements planning
documentation control
prototyping
Coordinate closely with mechanical, electrical, firmware, and industrial design teams to integrate subsystems
Design reviews, maintain the engineering backlog, and drive decision-making with incomplete information
Manage vendor interactions, including ID and UX firms, PCB vendors, plastics suppliers, sensor suppliers, test labs, and manufacturing partners
Translate product requirements into actionable engineering workstreams and hold teams accountable
Ensure documentation, DMR, and DHF organization, traceability, and test readiness in accordance with FDA design controls
Support prototyping, V and V planning, test execution, and system integration when needed. This role is hands-on
Requirements
technical literacy
ownership
problem solving
engineering
risk management
coordination
Strong technical literacy and the ability to interface directly with engineering teams
High ownership mindset and a willingness to run toward problems
Excellent organizational discipline and a bias for clarity, simplification, and forward progress
Engineering background, such as ME, EE, BME, CompE, or related field
Own day-to-day program execution, including schedule, risk management, deliverables, and cross-team coordination
Benefits
A front row seat in a fast-growing, mission-driven medtech company
Competitive salary and equity opportunity
Health insurance stipend, QSEHRA, and 401(k)
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
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Company
Overview
75 kW & 125 kW
Electricity & Thermal Output
Modular Bio-CHP units generate significant power and heat suitable for various applications.
Engineers modular Bio-CHP systems that transform local organic and plastic waste into 24/7 power and heat.
Commercialized first Bio-CHP units in early 2021 after UNWTO recognition.
Flagship Bio-200 units are housed in 20-foot shipping containers, ready for microgrids and rental sites.
Clients cut waste disposal costs and earn energy from their own waste via an Energy-as-a-Service model.
Selected by accelerators including Google Climate Change, Plug and Play Asia, Halliburton Labs, and UNWTO.
Deployed across retail, military, hospitality, and remote communities, including pilots in Asia, the Caribbean, Vermont, and military bases.
Plug-and-play units offer off-grid resilience and scalability, withstanding harsh conditions like hurricanes.
Culture + Values
Integrity
Excellence
Respect
Teamwork
Take risks because we seek remarkable outcomes
Passionately focus on building great products
Encourage independent decision-making
Share information openly, and deliberately
Keep only highly effective people
Avoid rules
Environment + Sustainability
2,000 metric tons CO₂
Annual CO₂ Reduction
Each unit reduces methane and CO₂ emissions, contributing to a cleaner environment.
13 billion kWh
Clean Power by 2040
Aiming to generate significant clean electricity to support global energy needs.
100 million tons CO₂
CO₂ Reduction Target
Plans to drastically reduce carbon emissions by 2040 through sustainable practices.
2.5 MW
Power Generation Scale
The modular system can scale up to large-scale energy production.
Each Bio‑CHP™ system eliminates methane gas in landfills, offsets CO₂ emissions from fossil fuels and reduces transportation emissions
By 2040: plan to generate 13 billion kWh of clean power, reduce 120 million tons of CO₂ and provide one million people with access to clean energy
Net‑zero target: aims for carbon neutrality by 2035
Business model diverts organic and plastic waste from landfills, creating carbon and plastic credits and immediate GHG reductions
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