Research, estimate, design, develop, analyze, and test a variety of mechanical equipment and systems.
Effectively design using mathematical calculations, engineering theory and principles, and/or related analyses.
Create and deliver drawings, documents, and presentations to record and communicate designs, layouts, manufacturing information, analysis, and performance of engineered items.
Double check data and provide complete work products while meeting the constraints of customer requirements, cost, material availability and manufacturability.
Technically lead smaller projects and direct one to two (1-2) team members.
Requirements
Bachelor of Science in Mechanical Engineering or related field
Support the Navy’s Terminal Defense Systems program office as a Junior Mechanical Engineer (Aerospace) working on missile aerodynamics, launcher robotics, thermal analysis, and shipboard integration.
Locations (2)
Arlington, Virginia, United States
Louisville, Kentucky, United States
Compensation
Compensation at Decision Technologies, Inc. is determined by various factors, including but not limited to location, the individual’s particular combination of education, knowledge, skills, competencies, and experience; as well as contract-specific affordability and organizational requirements;
Responsibilities
Analyze supersonic missile aerodynamics and launcher robotic motion dynamics
Build, modify, and manage detailed 3D CAD assemblies and digital mockups
Support motion planning, servo-drive integration, and kinematic analysis for missile launching systems
Assist in evaluating missile external aerodynamics and control surface actuation
Perform thermal transfer and structural finite element analysis
Lead and drive the technical vision and development of novel systems and technologies from concept through proof‑of‑concept and validation, shaping high‑impact innovation programs for Carrier’s HVAC/R products.
Locations (2)
East Syracuse, New York, United States
Syracuse, New York, United States
Compensation
The annual salary for this position is between $117,500.00 - $234,500.00 annually.
Responsibilities
Lead and drive the technical vision and development of novel systems and technologies from concept through proof‑of‑concept and validation
Lead R&D efforts; exploring new technologies and tools, reviewing patents, journals, and publicly available data to synthesize technical feasibility, and propose strategies for disruptive technologies
Translate ambiguous problem statements into structured technical approaches, experiments, and learning plans
Define system architectures, requirements, and key technical tradeoffs for early‑stage concepts
Drive rapid prototyping, modeling, and experimental validation to reduce technical risk
Lead research and development of innovative climate and energy technologies within Carrier’s Innovation Center of Excellence.
Locations (2)
East Syracuse, New York, United States
Syracuse, New York, United States
Compensation
The annual salary for this position is between $79,000.00 - $158,000.00 annually. Factors which may affect pay within this range include, but are not limited to, skills, education, experience, and other unique qualifications of the successful candidate. The pay range will not be below the minimum wage applicable to the jurisdiction in which the applicant is to be employed.
Responsibilities
Ideate on and conduct initial feasibility studies of new technologies
Develop and validate technology alternatives for HVAC/R systems
Design test plans and conduct tests for systems and components
Analyze test results and identify performance improvements
Deploy model-based predictions and validate through experimentation
Requirements
Bachelor's degree in Mechanical, Aerospace, Thermal, Chemical, Electrical, or Systems Engineering
Lead design and analysis of thermodynamic and fluid mechanic systems for refrigeration and airflow, supporting product development and innovation projects.
Responsibilities
Perform thermal analysis on refrigeration and airflow systems using simulation tools and empirical calculations
Create and evaluate thermal designs for components such as heat exchangers, flow valves, compression systems, fans and blowers
Design new heat exchanger configurations for low GWP refrigerants and analyze two-phase heat transfer
Optimize system cycle balancing with empirical methods and simulation tools
Apply LMTD, NTU, radiation, and mass transfer calculations
Health Care Benefits: Medical, Dental, Vision; Wellness incentives
Retirement Benefits
Time off and Leave: Paid vacation days, up to 15 days; paid sick days, up to 5 days; paid personal leave, up to 5 days; paid holidays, up to 13 days; birth and adoption leave; parental leave; family and medical leave; bereavement leave; jury duty leave; military leave; purchased vacation
Disability: Short‑term and long‑term disability
Life Insurance and Accidental Death and Dismemberment