Full-Time
Mechanical CAD Designer
Enexor
11-50 employees
Converts waste into distributed bioenergy
No salary listed
Franklin, TN, USA
In Person
 Mechanical Engineering (1) |
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- Expert-level Autodesk Inventor skills, including parts, assemblies, and drawings.
- Strong mechanical drafting and modeling fundamentals.
- Experience with weldments, sheet metal, and structural framing.
- Ability to interpret and apply geometric dimensioning and tolerancing, tolerances, and design-for-manufacturing best practices.
- Strong file organization and version control habits.
- Comfort working on the shop floor and hands-on with prototypes.
- Create, update, and maintain detailed 3D models and 2D drawings in Autodesk Inventor.
- Support engineering teams with drawing packages for fabrication, assembly, and field deployment.
- Manage part libraries, drawing revisions, bills of materials, and design documentation.
- Collaborate across mechanical, electrical, and process disciplines to ensure full system integration in tight spaces.
- Translate conceptual layouts into manufacturable designs.
- Work directly with engineers and fabricators to resolve design issues in real time.
- Experience with pressure systems, piping, or modular assemblies.
- Familiarity with electrical routing and harnessing in CAD.
- Prior work in cleantech, energy, or field-deployed hardware.
Enexor BioEnergy provides waste-to-energy solutions by turning organic and plastic waste into bioenergy using distributed energy systems. It serves businesses and municipalities and helps them cut waste disposal costs and carbon emissions. The core offering is an Energy as a Service (EaaS) model where a distributed waste-to-energy system is installed with minimal upfront capital; the client then pays through long-term service agreements and gains energy savings from the system, delivering power and thermal energy. Compared to competitors, Enexor differentiates itself with its EaaS financing, focus on zero landfill goals, methane and carbon emission reductions, and an emphasis on transparency, innovation, and high-quality talent to build reliable, scalable waste-to-energy solutions. The company's goal is to help clients achieve zero landfill status while cutting methane and CO2 emissions through sustainable waste conversion and distributed energy.
Company Size
11-50
Company Stage
Early VC
Total Funding
$15M
Headquarters
Franklin, Tennessee
Founded
2015
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See people who can refer or advise you
Simplify's Take
What believers are saying
- May 2026 Army Phase II Sequential grant brought Enexor about $1.97 million.
- Enexor joined Vanderbilt VINSE in January 2025, strengthening materials and engineering development.
- Nine open Franklin roles in August 2026 show active hiring and buildout.
What critics are saying
- March 2026 Tennessee fined Enexor Energy $1,500 for unapproved Algate fuel use.
- Enexor still depends on federal grants; Army and DOE awards do not prove scale.
- If customer demand stays pilot-stage, Halliburton Labs and BorgWarner backing cannot rescue margins.
What makes Enexor unique
- Enexor's modular Bio-CHP converts organic and plastic waste onsite for power and heat.
- January 2026 Halliburton Labs selected Enexor, validating its industrial waste-to-energy platform.
- BorgWarner's $10 million 2025 investment backs Enexor's patented distributed energy hardware.
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Benefits
Health Insurance
Paid Vacation
Paid Holidays
401(k) Retirement Plan
Company Equity
Growth & Insights and Company News
6 month growth
↑ 8%1 year growth
↓ -2%2 year growth
↑ 2%More recently, Ingram Marine Group joined forces with Enexor, and Repurpose Sustainable Waste Solutions for a proposal that includes a transfer station and a free recycling drop-off center for residents in the former Dredge Master's building on South Center Point Road.
In addition to this funding, Enexor was subsequently awarded $300,000 in matching funds from LaunchTN’s SBIR/STTR Matching Fund.
In February 2020, Enexor BioEnergy launched its novel bio cogeneration technology known as Bio-200 to provide effective energy by utilizing diverse types of feedstocks such as agricultural waste, wood chips, food & animal waste, and others.
Enexor recently partnered with the University of Tennessee to test high-temperature ceramic filter technology, which could save energy and costs.
Enexor manufactures a renewable energy system that converts nearly any type of organic waste, such as cardboard or animal waste, into energy.