Total 404 Engineering job vacancies in Kings, New York

As a Lead Civil Engineer, you will:

• You will administer the Federal-aid highway program, interpreting and advising on Federal-aid laws, regulations, and policies for State and local organizations.
• You will maintain regular contact with State department of transportation representatives to provide day-to-day policy guidance,
• You will ensure that the organization’s strategic plan, mission, vision and values are communicated to the team and integrated into the team’s strategies, goals, objectives, work plans and work products and services
• You will serve as coach, facilitator and/or negotiator in coordinating team initiatives and in consensus building activities among team members.
• You will work with members to evaluate reviews conducted on proposed locations, preliminary plans, rights-of-way, construction plans and agreements for utility and railroad work, plans for traffic detours and temporary structures. traffic safety during construction. and procedures to eliminate or reduce adverse impact.

The ideal candidate is a mid-career engineer with experience monitoring State wide Federally funded highway programs or managing the delivery of a program of highway projects from initial scoping through NEPA, detailed design, construction support and maintenance; and experience conveying ideas and concepts in meetings and discussions, and in writing.

Serves as an engineer within the Federal Aviation Administration. In this capacity, directly participates in and is responsible for planning, developing, reviewing, and evaluating major aviation safety research initiatives. Uses professional engineering principles on a wide variety of research efforts that lead to a safe, efficient, and cost-effective National Airspace System (NAS) through the research & development of innovative aviation technologies.

Develops and implements independent and interdependent engineering studies to resolve issues and/or identify problems. Analyzes, tests and evaluates operational and technical information; identifies, mitigates or resolves current or potential problems with systems. Evaluates existing/proposed policies, standards, requirements, and objectives for efficient performance of programs and systems. Evaluates state-of-the-art technology, aerospace engineering concepts, and potentially useful tests and evaluations internal and external to FAA. Analyzes trends, developments, and performance data. Determines compatibility with established/planned systems and their desirability and effectiveness. Identifies requirements for new or modified standards, objectives, policies, or system modifications.

Submits fully documented recommendations for systems acquisition, approval, and/or modification to supervisor. Functions as Contracting Officer's Representative (COR) during the acquisition and procurement cycle. Participates in a team that reviews contractor proposals for adequacy of design, and for operation, maintenance, and implementation procedures. Conducts feasibility, cost-benefit, and other studies for technical and fiscal adequacy. Submits evaluations and recommendations to Contracting Officer.

Participates and contributes to an interdisciplinary team of technical experts to develop, test, evaluate, and/or implement aircraft systems and/or components that impact the NAS. Represents the organizational unit at various seminar, committee, user group panel, and conference meetings at intraagency, interagency, aviation industry, and national levels.

Coordinates and provides technical guidance to managers and sponsors. Identifies existing or potential problems. Assists in defining requirements, proposes alternatives, and coordinates solutions with sponsors. Provides periodic status reports to supervisors. Identifies existing/potential problems which may impact on established or proposed plans, identifies alternatives, and provides recommendations. Conducts administrative or on-site comprehensive reviews of existing or proposed projects; verifies cost estimates with managers throughout the FAA. Identifies questionable parts of proposals or procedures. Develops funding documents and/or schedules and milestones.

Performs multiple, varying, and complex assignments under the limited direction of a manager, project/program manager, team leader, or more experienced engineer. Acts as a contributing specialist on large work activities or as a team leader for single or small work activities.

Provides guidance to lower-level staff to solve difficult technical issues. Resolves all but unique technical problems without the intervention of management or a more experienced engineer. Identifies and informs management of problems that require their attention. Often develops and recommends techniques to address problem situations.

Defines, plans, and organizes assigned resources to accomplish organizational objectives. Allocates resources to accomplish small work activities within established schedules.

Serves as an engineer within the Federal Aviation Administration. In this capacity, directly participates in and is responsible for planning, developing, reviewing, and evaluating major aviation safety research initiatives. Uses professional engineering principles on a wide variety of research efforts that lead to a safe, efficient, and cost-effective National Airspace System (NAS) through the research & development of innovative aviation technologies.

Develops and implements independent and interdependent engineering studies to resolve issues and/or identify problems. Analyzes, tests and evaluates operational and technical information; identifies, mitigates or resolves current or potential problems with systems. Evaluates existing/proposed policies, standards, requirements, and objectives for efficient performance of programs and systems. Evaluates state-of-the-art technology, aerospace engineering concepts, and potentially useful tests and evaluations internal and external to FAA. Analyzes trends, developments, and performance data. Determines compatibility with established/planned systems and their desirability and effectiveness. Identifies requirements for new or modified standards, objectives, policies, or system modifications.

Submits fully documented recommendations for systems acquisition, approval, and/or modification to supervisor. Functions as Contracting Officer's Representative (COR) during the acquisition and procurement cycle. Participates in a team that reviews contractor proposals for adequacy of design, and for operation, maintenance, and implementation procedures. Conducts feasibility, cost-benefit, and other studies for technical and fiscal adequacy. Submits evaluations and recommendations to Contracting Officer.

Participates and contributes to an interdisciplinary team of technical experts to develop, test, evaluate, and/or implement aircraft systems and/or components that impact the NAS. Represents the organizational unit at various seminar, committee, user group panel, and conference meetings at intraagency, interagency, aviation industry, and national levels.

Coordinates and provides technical guidance to managers and sponsors. Identifies existing or potential problems. Assists in defining requirements, proposes alternatives, and coordinates solutions with sponsors. Provides periodic status reports to supervisors. Identifies existing/potential problems which may impact on established or proposed plans, identifies alternatives, and provides recommendations. Conducts administrative or on-site comprehensive reviews of existing or proposed projects; verifies cost estimates with managers throughout the FAA. Identifies questionable parts of proposals or procedures. Develops funding documents and/or schedules and milestones.

Performs multiple, varying, and complex assignments under the limited direction of a manager, project/program manager, team leader, or more experienced engineer. Acts as a contributing specialist on large work activities or as a team leader for single or small work activities.

Provides guidance to lower-level staff to solve difficult technical issues. Resolves all but unique technical problems without the intervention of management or a more experienced engineer. Identifies and informs management of problems that require their attention. Often develops and recommends techniques to address problem situations.

Defines, plans, and organizes assigned resources to accomplish organizational objectives. Allocates resources to accomplish small work activities within established schedules.

• Serves as a General Engineer developmental intern within DCMA.
• Completes classroom and on-the-job training to acquire, exercise, and maintain knowledge of the duties inherent in the performance of professional general engineering duties.
• Performs general engineering duties in support of a senior engineer who is responsible for two or more engineering functions, in connection with assigned products, processes, components, or systems.
• In a developmental capacity, all DCMA Keystone engineers will engage in multi-functional teams to perform advanced predictive analysis, develop or assist in the development and communication of engineering findings and recommendations.
• Provides technical consultation to stakeholders, customers, all Contract Management Team (CMT) members.
• Provides technical assistance to the supervisor of record or other senior engineers in progressively responsible assignments for a segment of a complex project as well as specific engineering duties.
• Drafts project details on the basis of precedents established in related projects, devising and recommending alternative methods of analysis as a basis for solving problems.
• In a developmental capacity, attends meetings and professional conferences and exchanges information with other engineers to keep abreast of the latest engineering developments within defense acquisition.
• Utilizes effective written and oral communication skills in the performance of engineering duties.

• Knowledge of the basic principles, concepts and methodology of the profession or administrative occupation, and skill in applying this knowledge in carrying out elementary assignments, operations or procedures.
• Work under close direction of the supervisor/team leader who provides technical guidance. Work is assigned with specific and detailed instructions indicating what is required, timeframes, method, approach and desired results.
• The incumbent performs productive assignments which initially are limited in scope.

You will serve as an Electrical Engineer and be responsible for developing the designs, plans, specifications and estimates for all electrical engineering work that is required at the U.S. Coast Guard Academy.

Being a Coast Guard civilian makes you a valuable member of the Coast Guard team. Typical work assignments include:

• Completing independent technical reviews, project scoping, field investigation, planning, cost estimating, problem and conflict resolution, scheduling, design production and construction administration.
• Providing detailed technical decisions regarding scope, intent and extent of the work. Work includes site investigation involving facilities type engineering issues, problem identification and documentation as required to define the scope of the problem, establish appropriate funding limits, set an appropriate timeline to ensure unit mission needs are met and establish the level of engineering effort required to resolve the problem.
• Preparing drawings, specifications and cost estimates including computer aided drawing for both design and drafting. Final design development includes all efforts required to take a project from conceptual to final design completion.
• Guiding and evaluating Architectural/Engineering (AE) contractor efforts and assessing the technical and project progress in relation to the established schedule and resources allotted. Oversees AE design efforts and deliverables from conceptual to final product to include: reviews plans, specifications, and cost estimates for technical adequacy.
• Ensuring all aspects of the contract requirements are satisfactorily incorporated into the design work.
• Evaluating and providing assessments of contractor's performance and proposals for value engineering modifications.

You will serve as an Electrical Engineer and be responsible for developing the designs, plans, specifications and estimates for all electrical engineering work that is required at the U.S. Coast Guard Academy.

Being a Coast Guard civilian makes you a valuable member of the Coast Guard team. Typical work assignments include:

• Completing independent technical reviews, project scoping, field investigation, planning, cost estimating, problem and conflict resolution, scheduling, design production and construction administration.
• Providing detailed technical decisions regarding scope, intent and extent of the work. Work includes site investigation involving facilities type engineering issues, problem identification and documentation as required to define the scope of the problem, establish appropriate funding limits, set an appropriate timeline to ensure unit mission needs are met and establish the level of engineering effort required to resolve the problem.
• Preparing drawings, specifications and cost estimates including computer aided drawing for both design and drafting. Final design development includes all efforts required to take a project from conceptual to final design completion.
• Guiding and evaluating Architectural/Engineering (AE) contractor efforts and assessing the technical and project progress in relation to the established schedule and resources allotted. Oversees AE design efforts and deliverables from conceptual to final product to include: reviews plans, specifications, and cost estimates for technical adequacy.
• Ensuring all aspects of the contract requirements are satisfactorily incorporated into the design work.
• Evaluating and providing assessments of contractor's performance and proposals for value engineering modifications.

• Responsible for overseeing and coordinating planning, developing scopes of work (SOW) and/or Performance Work Statements (PWS) and assist Engineering with the same.
• Establish responsibilities and set expectations for contractors.
• Control and manage the project budgets and schedules.
• Serve as the Project Manager responsible for the overall management, control, coordination, and execution of assigned facilities projects.
• Responsible overall for contracts assigned from inception through final inspection and acceptance.
• Provide system control, oversight, data entry, repair history, analysis and documentation of the ongoing maintenance control program for equipment including electrical and mechanical operating equipment, machinery, miscellaneous tools.

• Serves as DeCA consultant to interpret and supply advise on construction, maintenance or repair policies and regulations
• Provides technical expertise and consulting services to DeCA staff; commissary store managers and base/installation engineering personnel on all engineering matters related to the maintenance, repair and construction of commissary facilities
• Provides support to Agency planning, project programming, design and construction activities for DoD commissaries
• Prepares or monitors the preparation of draft and final, project scope, preliminary cost estimates, and statements of work for Maintenance Contracts
• Serves as Chief lnspector to monitor contractor performance on facility maintenance or repair contracts.

• Leads the mechanical engineering team in the development of designs and project execution documents (plans, specifications, and design documentation reports).
• Prepares and/or oversees general designs, technical analyses, layouts, and computations, as necessary, for developing various features of the project.
• Provides technical advice and guidance to the mechanical engineering team, Engineering Division (ED), and including internal elements, Architect-Engineer (A-E) consultants, and non-federal sponsors, as required.
• Conducts site inspections, forms conclusions, and provides oral or written reports containing recommendations for action.
• Represents Engineering Division in meetings with outside entities including construction contractors, the designated non-federal sponsor, and other local government officials.
• Contacts other government agencies and the US Army Corps of Engineers (USACE) Headquarters (HQ) community of practice leads for advice on complex technical issues and guidance on the Engineering Regulation (ER) and Engineering Manuals (EM).

• Leads the mechanical engineering team in the development of designs and project execution documents (plans, specifications, and design documentation reports).
• Prepares and/or oversees general designs, technical analyses, layouts, and computations, as necessary, for developing various features of the project.
• Provides technical advice and guidance to the mechanical engineering team, Engineering Division (ED), and including internal elements, Architect-Engineer (A-E) consultants, and non-federal sponsors, as required.
• Conducts site inspections, forms conclusions, and provides oral or written reports containing recommendations for action.
• Represents Engineering Division in meetings with outside entities including construction contractors, the designated non-federal sponsor, and other local government officials.
• Contacts other government agencies and the US Army Corps of Engineers (USACE) Headquarters (HQ) community of practice leads for advice on complex technical issues and guidance on the Engineering Regulation (ER) and Engineering Manuals (EM).

• Serve as an electrical engineer for DLA Installation Support at Susquehanna (SF-SI).
• Determine and/or execute actions for a wide range of engineering assignments that are frequently difficult.
• Adapt precedents or existing strategies to meet unusual needs or special demands.
• Provide advice, assistance, Architect-Engineer (A-E) service access and serves as a principal contributor on team-based projects.
• Projects may include new construction, alterations or modifications to existing structures and facilities of varying sizes and types.

About your role

• Lead the design and development of cutting-edge 3D machine vision systems tailored for industrial robotic use cases, ensuring high precision and performance.
• Collaborate closely with cross-functional teams, including robotics engineers and software developers, to integrate 3D machine vision technology seamlessly into robotic applications.
• Oversee the integration of 3D sensors with robotic systems, optimizing their performance and accuracy.
• Develop and refine algorithms for data acquisition, image processing, and object recognition to enable advanced visual perception capabilities for robotic systems.
• Troubleshoot and debug technical challenges related to machine vision technology, ensuring robust and reliable operation within industrial environments.

Requirements:

• Bachelor’s or Master’s degree in Computer Science, Engineering, or a related field.
• Significant experience in the design and development of 3D machine vision systems, particularly in industrial or robotic applications.
• Proficiency in programming languages such as Python, C++, and experience with relevant libraries and frameworks.
• Strong knowledge of 3D sensors, as well as processing and manipulation of point cloud and mesh.
• Problem-solving skills and the ability to work collaboratively in a multidisciplinary team environment.
• Excellent communication skills to effectively convey technical concepts and insights to both technical and non-technical stakeholders.

Interested applicants are invited to apply directly at the NUS Career Portal

Your application will be processed only if you apply via NUS Career Portal

We regret that only shortlisted candidates will be notified.

Job Description

We are seeking a motivated and skilled Research Assistant to join our team, focusing on the development and characterization of advanced 2D materials. The successful candidate will play a key role in supporting projects related to the growth, optimization, and detailed analysis of thin films for next-generation electronic devices.

Key Responsibilities:

• Materials Growth and Synthesis: Conduct thin-film deposition using techniques like Chemical Vapor Deposition (CVD) to synthesize 2D materials like MoS2 and other materials. Optimize growth parameters to achieve desired thickness, crystallinity, and uniformity.
• Characterization and Analysis: Utilize Atomic Force Microscopy (AFM), Scanning Electron Microscopy (SEM), and Raman spectroscopy for in-depth material characterization, focusing on morphology, surface roughness, grain size, and crystallinity.
• Data Collection and Analysis: Systematically document experimental procedures, collect data, and analyze results. Interpret findings to drive improvements in synthesis protocols and optimize film properties.
• Research Documentation: Prepare comprehensive reports, summarize research findings, and present data to support ongoing projects and publications.
• Collaboration and Lab Support: Work closely with team members, provide support for collaborative experiments, and maintain laboratory equipment.

Qualifications

• Master’s degree in Materials Science, Chemistry, Physics, or a related field.
• Demonstrated experience with CVD, AFM, SEM, and other characterization tools for thin films and nanomaterials.
• Proficiency in handling 2D materials with a strong focus on growth and sulfurization processes.
• Ability to work independently and collaboratively, with excellent attention to detail and problem-solving skills.

This position offers a unique opportunity to contribute to cutting-edge research in materials science, focusing on 2D materials for advanced electronics. If you have a strong foundation in materials synthesis and characterization and are eager to develop innovative solutions, we encourage you to apply.

Interested applicants are invited to apply directly at the NUS Career Portal

Your application will be processed only if you apply via NUS Career Portal

We regret that only shortlisted candidates will be notified.

About the Centre for Quantum Technologies (CQT)

The Centre for Quantum Technologies (CQT) in Singapore brings together physicists, computer scientists and engineers to do basic research on quantum physics and to build devices based on quantum phenomena. Experts in this new discipline of quantum technologies are applying their discoveries in computing, communications, and sensing.

CQT is hosted by the National University of Singapore. The Centre also has staff at the Agency for Science, Technology and Research, Nanyang Technological University, Singapore, and the Singapore University of Technology and Design. With some 200 staff and students, it offers a friendly and international work environment

Learn more about CQT at www.quantumlah.org

Job Description

The Centre for Quantum Technologies (CQT), National University of Singapore is looking for researchers and engineers to develop next generation quantum computers based on trapped ions. There are multiple positions available at different levels with a diverse set of expertise. This program is funded under the National Quantum Processor Initiative, a flagship program under the National Quantum Office Singapore. The aim of the program is to develop a full stack quantum processor based on Yb-Ba ions. This program brings together the unique capabilities of the existing ion trap groups in CQT expertizing on these two-ion species to explore scalability of the system.

The Centre for Quantum Technologies is a pioneering quantum centre in the world offering a diverse research culture at the intersection of three different fields namely, theoretical, experimental Physics and computer science. We offer competitive salary and enriching intellectual experience in a city state known for its forward outlook. This program also allows strong collaboration with leading academic and industrial groups within and outside the country.

The team members will work to build electronics to control the ion trap quantum processor. That includes digital design, RF and microwave sources and low noise analog / digital front end. The ideal candidate should have practical experience in at least one of the following fields and desire to cross the boundaries and learn relevant skills.

The successful candidate will be involved in all stages of the development cycle: collaborate with other team members to define the technical requirements, design, manufacturing, testing and integration of the prototype into the control system.

Job Requirements

We are looking for several electrical engineers to join the small team of scientists and engineers working on the next generation of the ion trap quantum processor. The candidate should have:

• Bachelor or Master degree in electronics, electrical engineering or related fields;
• At least 1-2 years of experience in electronics design is preferred;
• Experience in programmable digital logic design using Verilog or VHDL, digital signal processing, and familiarity with control theory;
• Design and characterisation of low noise electronics for the analog front end, good understanding of the noise sources in electronic circuits;
• Design and implementation of the RF electronics circuits.