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Remote Amazon Mapping Jobs in Chicago, IL (NOW HIRING)

Canonical

Sales Development Representative

Chicago, IL · Remote

In partnership with Google, Amazon, IBM and Microsoft, Canonical helps companies become more agile ... Liaise with new and existing customers, setting up and attending meetings whilst actively mapping ...

All JobsAmazon Mapping JobsRemote Amazon Mapping JobsRemote Amazon Mapping Jobs in Chicago, IL

Remote Amazon Mapping information

What are some common challenges faced by professionals working in Remote Amazon Mapping roles, and how can they be addressed?

Professionals in Remote Amazon Mapping often encounter challenges such as limited access to reliable field data, interpreting satellite imagery accurately, and collaborating across different time zones. To address these issues, it's important to leverage advanced mapping software, maintain clear communication with team members, and participate in regular virtual meetings to synchronize efforts. Additionally, staying updated on the latest remote sensing technologies can improve accuracy and efficiency in mapping tasks.

What is Remote Amazon Mapping?

Remote Amazon Mapping refers to the process of using digital tools and satellite imagery to identify, track, and analyze features in the Amazon rainforest without physically being present. This type of work is often conducted by researchers, conservationists, or data specialists who utilize Geographic Information Systems (GIS) to map deforestation, biodiversity, or land use changes. The data collected helps inform environmental policies and conservation strategies. Remote Amazon Mapping jobs typically require strong analytical skills, familiarity with mapping software, and an understanding of environmental issues.

What is the difference between Remote Amazon Mapping vs Remote Product Listing Specialist?

AspectRemote Amazon MappingRemote Product Listing Specialist
CredentialsKnowledge of Amazon categories, mapping tools, and basic e-commerce skillsExperience with product uploads, keyword optimization, and listing management
Work EnvironmentPrimarily remote, using mapping software and spreadsheetsRemote, using listing platforms and content management systems
Industry UsageUsed by Amazon sellers and agencies for catalog organizationUsed by sellers and e-commerce teams for product uploads and optimization
Search/Comparison IntentUnderstanding catalog mapping roles and skillsUnderstanding product listing tasks and responsibilities

Remote Amazon Mapping focuses on organizing and categorizing products within Amazon's platform, requiring skills in catalog structure and mapping tools. Remote Product Listing Specialist involves creating and optimizing product listings, emphasizing content and keyword strategies. Both roles are remote and essential for Amazon sellers but differ in their core functions and skill sets.

What mapping service does Amazon use?

Amazon uses a combination of mapping services, including its own Amazon Location Service, which integrates with providers like Esri and HERE Technologies. For remote mapping jobs, familiarity with GIS tools and mapping APIs is often required.

Is Amazon really hiring for remote positions?

Amazon regularly offers remote job opportunities across various roles, including positions in customer service, IT, and operations. These jobs often require specific skills, experience, and sometimes certifications, and they are typically posted on Amazon's official careers website. Remote positions at Amazon are part of the company's flexible work arrangements, subject to availability and role requirements.

How much does Amazon pay for remote positions?

Amazon remote positions, including roles like remote customer service or technical support, typically pay between $15 and $25 per hour, depending on the role and experience level. Salaries for remote jobs at Amazon can vary widely based on the position, location, and required skills, with some roles offering additional benefits such as flexible schedules and career development opportunities.

Will Amazon pay you $28 an hour to work from home?

Remote Amazon mapping jobs typically pay less than $28 per hour, with wages often ranging from $12 to $20 depending on experience and location. These roles usually involve tasks like data analysis, image review, or geographic information system (GIS) work, and may require familiarity with mapping tools and attention to detail.

What are the key skills and qualifications needed to thrive as a Remote Amazon Mapping Specialist, and why are they important?

To thrive as a Remote Amazon Mapping Specialist, you need strong skills in GIS (Geographic Information Systems), remote sensing, and data analysis, often supported by a degree in geography, environmental science, or a related field. Proficiency with mapping software such as ArcGIS or QGIS, and familiarity with satellite imagery and spatial databases, is typically required. Attention to detail, problem-solving, and effective communication are important soft skills for interpreting complex data and collaborating with multidisciplinary teams. These skills are vital to accurately map and monitor the Amazon region, supporting conservation efforts and informed decision-making.
What are the most commonly searched types of Amazon Mapping jobs in Chicago, IL? The most popular types of Amazon Mapping jobs in Chicago, IL are:
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Remote Amazon Mapping jobs near you
Remote Eventing / Messaging / Cloud-Native Integration Engineer

Remote Eventing / Messaging / Cloud-Native Integration Engineer

3B Staffing LLC

West Chicago, IL • Remote

$57 - $76/hr

Contractor

This job post has expired today. Applications are no longer accepted.

Job description

Title: Eventing / Messaging / Cloud-Native Integration Engineer Location: Primarily Remote; Chicagoland Candidates Preferred Position Type: 6-Month Contract with Possible Extension Overview Looking for an Eventing / Messaging / Cloud-Native Integration Engineer to support our client's cloud modernization and acquisition-integration efforts. This senior-level consultant will assess asynchronous processing, messaging, streaming, serverless, and cloud-native managed-service dependencies that may materially affect application onboarding to a target cloud platform. The engineer will analyse representative producers, consumers, queues, topics, streams, event triggers, retry behaviour, dead-letter handling, ordering, replay, fanout, idempotency, and failure scenarios. This person will determine whether existing dependencies can be retained through a controlled exception, bridged to a target service, replaced with an equivalent architecture, or require deeper application refactoring. What You Bring to the Role. (Ideal Experience)
  • Senior-level experience with distributed systems, event-driven architecture, messaging platforms, and cloud-native integrations.
  • Strong experience with technologies such as:
    • Amazon SQS
    • Amazon SNS
    • Amazon Kinesis
    • RabbitMQ
    • Apache Kafka
    • Amazon MSK
    • AWS Lambda
    • Lambda event source mappings
  • Experience with HTTP-based integrations, asynchronous APIs, and event-driven integration patterns.
  • Familiarity with serverless and bring-your-own-application deployment models.
  • Deep knowledge of:
    • At-most-once, at-least-once, and effectively-once delivery patterns
    • Topic and partition design
    • Routing and fanout
    • Consumer groups
    • Message ordering
    • Deduplication
    • Visibility timeouts
    • Acknowledgment models
    • Retries and backoff strategies
    • Dead-letter queues
    • Event replay
    • Idempotency
    • Schema evolution
    • Backpressure
    • Event-trigger behavior
  • Strong understanding of operational observability for event-driven and asynchronous systems.
  • Ability to identify differences between a straightforward technology substitution and a change to application behavior or processing semantics.
  • Experience assessing platform, security, networking, deployment, and operational dependencies.
  • Ability to estimate producer, consumer, application, platform, security, testing, and support effort for multiple migration approaches.
  • Strong written communication skills with the ability to document complex architectural findings clearly and concisely.
What You'll Do. (Skills Used in this Position)
  • Assess messaging, streaming, serverless, asynchronous processing, and managed-service dependencies.
  • Analyze representative:
    • Producers and consumers
    • Queues and topics
    • Streams and partitions
    • Event triggers
    • Retry mechanisms
    • Dead-letter handling
    • Ordering requirements
    • Replay capabilities
    • Routing and fanout patterns
    • Failure behavior
  • Evaluate message-delivery guarantees, acknowledgment behavior, visibility models, consumer-group behavior, and deduplication requirements.
  • Assess idempotency, schema evolution, backpressure, event sequencing, and processing resilience.
  • Determine whether current dependencies can be:
    • Retained through a controlled exception
    • Temporarily bridged
    • Replaced with an equivalent target-platform service
    • Redesigned using a different integration pattern
    • Migrated only through application refactoring
  • Identify differences in semantics between current and proposed technologies.
  • Evaluate impacts to producers, consumers, platform services, security controls, deployment processes, and operational support.
  • Assess observability, monitoring, alerting, tracing, and failure-recovery requirements.
  • Perform bounded, non-production technical validation when needed.
  • Identify platform backlog dependencies, sequencing constraints, migration risks, and operational considerations.
  • Estimate the technical effort required for each migration path.
  • Produce concise Engineering Assessment Inputs documenting:
    • Semantic compatibility
    • Architecture implications
    • Application-refactoring requirements
    • Migration sequencing
    • Platform and security dependencies
    • Operational risks
    • Cutover and rollback considerations
    • Likely future engineering effort
  • Collaborate with application teams, integration architects, cloud platform owners, security teams, and operations stakeholders.

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