Support PCBA design, test coverage analysis and ICT fixture and test plan development
Contribute to the analysis of information and the specification of the methods and process steps, as well as the plant, machinery, and equipment, required to design and continuously improve manufacturing or materials processes and process systems to deliver the end product within specified cost and quality parameters
Carry out inspections to evaluate the quality of engineering works and/or the integrity of existing installations or structures, and specify the remedial works needed to ensure conformance with specifications and regulatory requirements
Design engineering solutions and the associated validation process to enable the realization of a design brief that conforms to organizational and/or regulatory standards
Uses comprehensive knowledge and skills to act independently while guiding and training others on how to get results using new and advanced engineering technologies
Develop own capabilities by participating in assessment and development planning activities as well as formal and informal training and coaching; gain or maintain external professional accreditation, where relevant, to improve performance and fulfill personal potential. Maintain an understanding of relevant technology, external regulation, and industry best practices through ongoing education, attending conferences, and reading specialist media
Create and maintain complex technical and/or user documentation to a high standard, and back up files to ensure instant recovery if problems occur
Analyze information, draft engineering standards and specifications, and evaluate the effectiveness of those standards within own engineering discipline to ensure work of the required quality is delivered and to inform engineering work in the organization and/or of its suppliers, contractors, and consultants
Requirements
schematics
debugging
programming
b.s. ee
teradyne
5+ years
Strong technical expertise in using and understanding schematics
Experience with debugging tools (oscilloscopes, multi-meters, etc)
Ability to program in various software environments
5-6 years of experience in electronics design or electronics test development
Experience in statistical analysis
B.S Degree in Electrical Engineering/Computer Engineering from an accredited engineering program
Experience with Teradyne ICT equipment
Ability to propose, quote, and execute product test equipment project plans
Good written and verbal communications skills
Experience improving Manufacturing Test Processes
Ability to analyze and debug electronic circuits
PCBA In Circuit testing (ICT) development and support experience
Benefits
Charitable contribution match
Savings & Retirement benefits (401K and Defined Contribution)
Employee Assistance Programs
Employee Purchase Plan & numerous discount programs for personal use
Adoption assistance
Fitness subsidies and on-site gyms at specific Deere locations
Highly competitive base pay and performance bonuses
Flexible work arrangements
Healthcare benefits with a generous company contribution in the Health Savings Account
Tuition assistance
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
Company
Overview
183 Years
Years of Innovation
years of pioneering machinery and technology solutions for agriculture, construction, and forestry.
With a legacy of innovation, John Deere pioneered the development of the self-scouring steel plow, revolutionizing farming.
Today, it continues to lead in machinery, technology, and services, helping farmers, builders, and forestry workers optimize their work.
John Deere's financial growth has been fueled by consistent investments in research, expanding its product line with cutting-edge technologies.
Key products include tractors, combines, harvesters, excavators, and loaders, all designed to maximize efficiency in their respective industries.
The company focuses on sustainable agriculture and advancing technology with GPS systems and precision agriculture tools.
John Deere’s global footprint spans across several continents, with a focus on local solutions that cater to regional agricultural and construction needs.
Noteworthy for its vast product range, John Deere integrates smart technology in machinery, such as automated driving and machine learning capabilities.
In the construction sector, John Deere has earned a reputation for durable, high-performance equipment capable of handling the toughest jobs.
Its commitment to providing high-quality, reliable machinery has made John Deere a household name in both urban and rural settings worldwide.
Culture + Values
Integrity
Quality
Commitment
Innovation
Sustainability
Customer Focus
Teamwork
Environment + Sustainability
10% Reduction
Emissions Intensity
Achieved a 10% reduction in greenhouse gas emissions intensity in 2022.
Net Zero Carbon Emissions by 2050
Developing technologies to reduce environmental impact
Expanding renewable energy use at global facilities
Offering sustainable farming solutions with low-carbon technologies
Inclusion & Diversity
25% women globally
Global Workforce Representation
Globally, women account for a quarter of the workforce across all roles.
Gender parity achieved
Salaried Roles
Equal representation of genders has been achieved in all salaried positions.
Committed to increasing women in leadership roles
Launched employee resource groups for underrepresented communities
Developed leadership programs to advance diverse talent