133 Embedded Engineer jobs in Hope, MI

US Navy

Pinconning, MI 48650

Upchurch

Hope, MI

5+ years of experience in Mechanical, Plumbing, or Electrical sales, retrofits, or related project management.
Valid driver's license with an insurable driving record.
Comfortable climbing ladders and lifting up to 50 lbs.
Travel expectations – Weekly as needed
Ability to climb ladders and work in rooftop environments with exposure to seasonal temperatures.
Proficient in Microsoft O ice and CRM tools.
Strong organizational and communication skills.
Clear verbal communication and active listening.
Working knowledge of Mechanical, Plumbing, or Electrical systems.
Fine motor skills for typing and handling small tools/materials.
Ability to work independently and manage time effectively.

SAAB

Harrison, MI 48625

Stageright

Clare, MI 48617

Ability to read, analyze and interpret the English language.
Frequent manual and finger dexterity required by the daily use of hand tools.
Must be able to stand for prolonged periods of time.
Associates must have the ability to communicate internally and externally effectively and efficiently.
Ability to read and interpret blueprints.
Capable of lifting 50 pounds regularly.
Ability to bend, stretch, twist, reach, crouch, or kneel.
Must possess basic math skills and ability to accurately read a tape measure. Satisfactory math skills including addition, subtraction, multiplication, division, basic geometry.
Desire two (2) years of experience and/or educational related courses on related machinery.
The environment is active and fast-paced, with fabrication and production operating throughout the day. Expect a mix of physical activity and equipment use, such as forklifts, pallet jacks, and carts to move materials and keep operations flowing.
Will be willing to obtain a Crane License and fork truck license.
Ability to multi-task, by being able to complete more than one task at a time.
High School diploma or equivalent.
Practical problem solving that can occur during the assembly process.
Ability to operate machinery on a three-dimensional basis.