1718 Software Engineer jobs in Bristol,CT

$78,000 - $121,000

Medical, dental, and vision insurance

A Health Savings Account (HSA) with company contributions for eligible medical plan participants

Flexible spending accounts (FSAs)

A 401(k) retirement plan with company matching contributions

Life and disability insurance

Paid vacation and holidays

An employee assistance program (EAP)

Wellness programs

Tuition reimbursement

Employee discounts

Voluntary accident and critical illness coverage

Pet insurance

Work-life support resources

5+ years in the aerospace industry or general manufacturing

Proficient in the use of NX CAD solid modeling software

Ability to read, analyze, and interpret blueprints, general business periodicals, professional journals, technical procedures, or governmental regulations

Familiarity with industry inspection methods such as FPI, MPI, and X-ray.

Bachelor's Degree in an Engineering, Manufacturing or related discipline required.

If an applicant does not meet the definition of a "U.S. Person" (which includes U.S. citizens, U.S. lawful permanent residents, and those granted U.S. asylum or refugee status), the Company may be required to obtain an export control license.

If the position for which you applied involves access to controlled information or technology subject to U.S. export control laws, then any offer is also contingent on verification of appropriate documentation for the Company to assess whether an export license will be required to employ you in that role, and if it is determined that an export license is required, the offer is also contingent on the Company's determination, in its sole discretion, whether a license application and ongoing administration is prudent under the project's contract parameters and whether an export license can be successfully obtained before you can start.

Working knowledge of Solidworks is desirable

Experience with Titanium, Stainless Steel and Inconel materials is a plus

General knowledge of welding methods is desirable

Prior experience as a machinist is a plus

In-depth knowledge of industry standard manufacturing processes.

Proficiency with 3D CAD software.

Experience with manufacturing principles.

Experience with system automation .

Experience with programming and scripting languages (e.g. C++, VB, Python).

Working knowledge in general chemistry.

Experience with Monte Carlo and/or Finite Element Modeling techniques .

Experience with analog and digital electronics.

Knowledge of semi-conductor / p-n junction theory.

Ion implantation experience.

Radiation measurement experience.

Germanium Gamma-Ray/X-Ray Device fabrication experience.

Mechanical ability.

Good working knowledge of the physical sciences and engineering method.

3 -5 years prior experience.

BS. in Manufacturing or Industrial Engineering or equivalent.

It is preferred that the candidate has experience with vacuum systems, cryogenic systems, surface chemistry, and other semiconductor manufacturing processes/systems.

Aptitude to quickly learn and understand the operation of equipment in the production of Germanium detector products will be a plus.

Experience developing and optimizing injection molding processes in a manufacturing environment.

Hands-on experience with injection molding processes, tooling, mold trials, and process troubleshooting.

Experience working cross-functionally with Manufacturing, Tooling, Quality, and Engineering teams.

Ability to establish and optimize molding parameters.

Ability to develop stable and repeatable process windows.

Understanding of factors that influence part quality, cycle time, and process variation.

Understanding of injection molding tooling and its relationship to process performance.

Ability to participate in mold trials, tooling troubleshooting, and process optimization.

Ability to identify tooling or equipment conditions that may affect production performance.

Ability to take a process from development and trial through production launch.

Understanding of production requirements and the importance of designing processes that are practical for Manufacturing to execute.

Ability to translate development activities into standardized production processes.

Ability to use process and quality data to identify trends and sources of variation.

Ability to develop corrective actions that address the underlying cause rather than temporary fixes.

Ability to document processes, parameters, setup requirements, and standard work.

Ability to establish processes that can be reliably executed across shifts and operators.

Bachelor's degree in Manufacturing Engineering, Mechanical Engineering, Plastics Engineering, or a related engineering discipline preferred.

Experience supporting new product introduction, tooling development, process development, or production launch preferred.

Equivalent combinations of education, technical training, and relevant manufacturing experience may be considered.