Mechanical Engineer

Position: Mechanical Engineer I
KULR Technology Group is a publicly traded company (NYSE: KULR) with a vibrant startup dynamic, headquartered in Houston, TX Our mission is developing energy management platforms to accelerate the global transition to a circular electrification economy. We create sustainable solutions that benefit humanity using space proven engineering, making the world of batteries and electronics cooler, lighter, and safer. We operate in four verticals: e-mobility, environmental/energy storage, industrial/consumer tools, and aerospace/defense.

Our technologies have been deployed by NASA, including applications on the Space Station and Mars Rover.

Job Title:

Mechanical Engineer I

FLSA Status:
Exempt

Salary: $72,000 - $85,300

Reports to:

Sr. Engineering Manager, Advanced Programs

Location:

Onsite

KULR Technology

Location:

Webster, Texas

Travel:
Some travel required for customer meetings, conferences, and design reviews.

Position Overview:

Under limited supervision, the Mechanical Engineer I works cross-functionally with a team to mature designs and to adapt existing product designs to meet customer needs, a process which involves comprehensive CAD and design engineering, rigorous testing and analysis activities, interaction in a dynamic team environment, and interfacing with KULR's customers. This position designs battery packs, modules, and safe-storage applications to support one or more of KULR's product lines or customer builds.

Overall, the Mechanical Engineer I focuses on the areas of battery safety, battery development, and mechanical systems.

Functions:

* Assist with the design, development, prototyping, and testing of mechanical components, assemblies, and products under the guidance of senior engineers.

* Create and modify CAD models and engineering drawings using approved design software while maintaining drawing standards and revision control.

* Support the development and improvement of mechanical processes and assist in communicating critical design requirements to manufacturing personnel.

* Participate in testing and evaluation of prototypes, components, and products to identify potential design improvements, performance issues, or failures.

* Assist in developing and executing test procedures for materials, components, and assembled systems to verify performance against design requirements.

* Support the assembly, integration, and troubleshooting of company products for internal testing and customer deliverables.

* Operate 3D printers and related equipment to fabricate prototype parts and support product development activities.

* Assist with CNC machine setup and operation for prototype fabrication and support the creation or modification of CAM files under supervision.

* Document test results, engineering changes, and development activities in accordance with company procedures.

* Participate in design reviews and team meetings, providing observations, feedback, and technical input as appropriate.

* Support root cause investigations and basic engineering analyses related to product performance, reliability, and manufacturability.

* Collaborate with engineering, manufacturing, and quality teams to support product development and production objectives.

* Other job-related duties as assigned.

Supervisory Responsibilities:

N/A.

REQUIREMENTS

Education & Experience:

* Bachelor's degree in Mechanical, Electrical, Materials, or Chemical Engineering.

* 0-2 years of related experience.

* Science, technology or math background preferred.

Knowledge,

Skills and Abilities

(KSAs):

* Basic understanding of battery systems and related hardware, including testing and analysis principles.

Experience with lithium-ion battery systems is preferred.

* Foundational knowledge of mechanical design principles, including interaction between mechanical and electrical systems.

* Basic understanding of common manufacturing processes, such as machining, fabrication, and injection molding, and their impact on product design.

* Familiarity with CNC machining concepts and manufacturing methods.

* Exposure to the design, testing, or analysis of structural and mechanical systems through coursework, internships, academic projects, or professional experience.

* Exposure to high-energy, high-power, or high-voltage systems is preferred.

* Working knowledge of CAD software such as Solid Works, Creo, AutoCAD, or similar engineering design tools.

* Ability to communicate effectively and collaborate with team members across engineering, manufacturing, and other functional areas.

* Demonstrated accountability, integrity, professionalism, and respect in interactions with colleagues and customers.

* Strong problem-solving skills with the ability to analyze technical challenges and seek guidance when appropriate.

* Ability to work independently on assigned tasks while contributing effectively as a member of a multidisciplinary team.

* Demonstrated willingness to learn new technologies, processes, and engineering concepts in a fast-paced environment.

* Ability to identify opportunities for process or…