Quantum Benchmarking Initiative Systems Engineer

Emploi pas sur LinkedIn

🕒 il y a 4 mois

🗽 New York – Distant

🗽 New York – Remote

💵 $75 000 - $150 000 / an

⏰ Temps Plein

🟢 Junior

⚙️ Ingénieur Systèmes

👻 Score fantôme 14%

Ce que ça veut dire : la probabilité que cette offre reste ouverte sans recrutement actif.Comment le lire : 60 % ou plus, on pense que c'est une offre fantôme. Un score plus bas est moins inquiétant.Comment on la calcule : ancienneté, republications, postes ouverts vs taille de l'équipe, rapidité de clôture, et si le salaire est indiqué.À noter : une estimation à partir de données publiques, pas un jugement sur l'entreprise. De vraies offres peuvent avoir un score élevé, alors prenez-le comme un indice, pas comme un fait.

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Technergetics

Site WebLinkedInTous les Emplois

51 - 200 employés

🎖️ Défense

💼 Conseil

📦 Logistique

Defense • Consulting • Logistics

Technergetics est une entreprise technologique fournissant des solutions innovantes et agiles pour divers secteurs, avec un fort accent sur le service au ministère de la Défense des États-Unis. Réputée pour son expertise en mobilité numérique, logistique, intelligence artificielle et connaissance de la situation, Technergetics développe des logiciels et des outils de pointe qui répondent aux défis complexes des missions de ses clients. L'entreprise travaille sur des projets collaboratifs avec des départements de défense comme l'Army Tech Marketplace et offre des plateformes telles que JetDash pour des solutions de livraison mobile et WingmanAI pour améliorer le développement de l'IA dans les environnements sécurisés. Avec un historique de déploiements de produits réussis et une compréhension approfondie de la livraison logicielle opérationnelle, Technergetics continue d'être un partenaire de confiance pour les initiatives technologiques gouvernementales.

Description

• Support the AFRL (Airforce Research Laboratory) in Rome, New York and other DoD and Performer locations across the country • Review, validate, and document approaches enabling revolutionary advances in design, engineering, testing, and evaluation in the domain of fault-tolerant quantum computing • Explore computational workflows that include quantum computing procedures • Determine if any emerging approaches to quantum computing can achieve industrially useful operation exponentially faster than conventional predictions • Perform tasks to identify, select, capture, evaluate, and document the metrics and approaches that DARPA’s commercial Performers are developing and applying to build fault-tolerant, utility-scale quantum computers (USQC) • Generate and execute plans to assess the timeline, performance and operation metrics, and plausibility of each Performer’s technology • Verify a Performer’s ability to build a USQC that operates as intended, and document, report, and justify the findings • Rapidly digest large quantities of complex Performer-specific technical details, perform relevant independent evaluations, and generate standardized Government artifacts summarizing independent assessments • Evaluate quantum computing architectures, devices, algorithms, and applications including utility and maturity • Identify Performer subsystems and components required to successfully design and construct the system • Discover, develop, implement, execute, evaluate, analyze, articulate, and justify models and simulations at the component, subsystem, and system levels • Assess DARPA and Performer requirements; capture and document the level of maturity of these elements • Identify, assess, and capture design, development, and integration risk • Identify the Performer’s interface approach and review any existing information

🎯 Exigences

• At minimum one year of professional experience in physics, mathematics, computer engineering, operations research or closely related position in addition to education requirements • Knowledge and experience with standard Systems Engineering (SE) frameworks and practices (SysML, DoDAF, etc.) • Knowledge of benchmarking methodologies, performance analysis, and GPU/CPU optimization • Experience with secure infrastructure, air-gapped environments, and data transfer policies • Familiar with typical DoD reviews, including technical review products and organizational structure • Experience with development/execution of modeling and simulation tools and related software tools and techniques • Ability to leverage mathematics and statistics to analyze, visualize, and explain complex and unstructured data • Comfortable speaking to diverse audiences; capable of organizing and conveying abstract/complex ideas and concepts • Able to expediently generate focused and detailed work product based on evolving/general/nebulous task requests • Understand USAF/DoD structure and current strategic guidance; able to follow and respect the chain of command • Comfortable engaging in frequent and recurring video teleconference (VTC) meetings (camera on) • Candidates absolutely must be capable of working independently to produce timely products, with a mindset that embraces the flexibility required to define and follow the procedures for DARPA’s new and evolving QBI program • Knowledge and experience with photonic principles, devices and circuits, integrated photonic chips, and similar • Familiarity with quantum simulators (Qiskit, Cirq, QuTiP, etc.) and scientific data workflows • Knowledge and experience with superconductor principles, devices and circuits, integrated superconductor chips, and similar • Knowledge and experience of the principles and practices of using other viable quantum information modalities, such as solid-state devices, atomic systems, etc. for elements of scalable quantum computation • Experience planning, performing, and conducting experimental quantum research using computer simulations and mathematical models • Specific experience with quantum computing hardware, especially valuable if it is across multiple qubit modalities • Specific experience developing quantum algorithms designed for fault-tolerant quantum computers • Expertise in quantum resource estimation tools and techniques for analyzing quantum circuits • Experience or academic background in Quantum Error Correction and quantum fault tolerance

🏖️ Avantages

• Health, life, disability, dental, and vision insurance coverage • 401(k) policy with a 3% company contribution & 3% company match • Generous Paid Time Off (including a PTO “gift day” for your birthday) • 11 Federal Holidays per year • Three weeks paid maternity/paternity leave • Annual technology “allowances” • Referral bonuses • Professional recognition awards • Healthcare stipends • Tuition/education reimbursement