Bright Vision Technologies

Backend Engineer

• Design and develop advanced Java customizations within Windchill, including custom services, listeners, processors, validators, and helpers.
• Extend the Windchill data model with custom types, attributes, and relationships using Type and Attribute Management (TAM).
• Build custom JSP and HTML extensions, including custom tables, actions, and wizard pages.
• Develop custom queues and background processes for asynchronous Windchill tasks.
• Implement complex workflow expressions and robot delegates in Java, applying disciplined engineering practices and partnering closely with stakeholders to ensure outcomes are durable, well-documented, and aligned with broader team and platform standards.
• Optimize performance of Java customizations, including profiling, query tuning, and caching strategies.
• Adhere strictly to PTC customization best practices, ensuring upgrade-friendly customizations.
• Lead migration efforts to retire legacy customizations to modern PTC-supported patterns, planning phased cutovers, building backward-compatibility shims where needed, and ensuring each migration step is reversible and well-monitored.
• Conduct code reviews and uphold internal engineering standards, applying disciplined engineering practices and partnering closely with stakeholders to ensure outcomes are durable, well-documented, and aligned with broader team and platform standards.
• Collaborate closely with functional consultants to translate complex requirements into clean Java designs.
• Provide hands-on post-go-live and hypercare support, working closely with operations teams to triage incidents quickly, identify root causes, and drive durable fixes that improve long-term system stability.
• Maintain comprehensive, current technical documentation — including architecture diagrams, design decisions, configuration references, runbooks, and operational procedures — so that the system remains supportable, auditable, and easy to onboard new engineers onto over time.
• Mentor and coach junior and mid-level engineers through code review, design review, pair programming, and structured knowledge sharing, helping the broader team grow in technical maturity and confidence over time.

Windchill Java Customization Engineer

Solutions Engineer

• Design and develop integrations between Windchill and ERP systems (SAP, Oracle EBS, Oracle Cloud) using Info*Engine, web services, and middleware platforms
• Build CAD integrations for Creo, SolidWorks, AutoCAD, Catia, and NX with Windchill, including check-in/check-out workflows and metadata mapping
• Develop integrations between Windchill and MES, MOM, and quality systems
• Build REST and SOAP services for Windchill data using OData, Info*Engine, or custom Java services
• Implement message-based and event-driven integrations using middleware (MuleSoft, Boomi, OIC, SAP CPI)
• Design and operate robust error-handling, alerting, and resubmission patterns
• Profile and optimize performance of high-volume integrations
• Lead migration efforts to retire legacy point-to-point integrations
• Collaborate with PLM, ERP, and CAD functional teams
• Develop integration documentation, message specifications, and runbooks
• Provide hands-on post-go-live and hypercare support
• Mentor and coach junior and mid-level engineers

Windchill Integration Engineer

Full-stack Engineer

• Provide deep technical leadership across multiple teams.
• Drive the design and execution of complex, cross-cutting engineering initiatives.
• Shape architecture and help deliver ambitious technical roadmaps.
• Collaborate with cross-functional partners — product, design, engineering, operations, and business stakeholders.
• Raise the bar through code review, design review, and mentorship of junior engineers.
• Lead the design and execution of large, complex engineering initiatives.
• Develop architectural standards and reference patterns.
• Contribute hands-on code where most leveraged.

Staff Software Engineer

• Define end-to-end solution architectures for enterprise applications covering application, integration, data, security, and infrastructure layers.
• Partner with business stakeholders to capture functional and non-functional requirements and translate them into reference architectures and target-state designs.
• Lead architecture review boards, evaluating proposed designs against enterprise standards, security policies, and long-term roadmap considerations.
• Design integration strategies across SaaS, on-premise, and hybrid landscapes, leveraging API gateways, event streaming, and managed integration platforms.
• Establish architecture principles, technology selection guidelines, and reusable patterns for use across multiple delivery teams.
• Collaborate with security architects to embed identity, data protection, and compliance controls into solution designs from the outset.
• Produce high-quality architecture artifacts including context diagrams, component models, sequence diagrams, and decision records.
• Guide cloud migration, modernization, and re-platforming initiatives with a focus on cost, performance, and resilience.
• Support proof-of-concept development to validate critical architectural choices before broader adoption.
• Provide technical leadership and mentorship to engineering teams during solution delivery.
• Track emerging technologies and recommend strategic investments that align with business priorities.
• Drive standardization across application portfolios to reduce technical debt and operational complexity.
• Engage with vendors and platform partners to evaluate roadmap fit and negotiate technical commitments.
• Ensure that solutions meet regulatory, audit, and data governance requirements applicable to the business.

Solutions Architect – Enterprise Applications

SDET

• Design and build robust, scalable test automation frameworks for web, API, mobile, and microservice testing
• Write production-quality automated test code in Java, Python, JavaScript, or C# using frameworks such as Selenium, Cypress, Playwright, RestAssured, or Pact
• Implement contract testing using Pact or similar tools to validate service contracts in microservice ecosystems
• Build comprehensive CI/CD test pipelines integrated with Jenkins, GitHub Actions, GitLab CI, or Azure DevOps
• Develop performance test suites using JMeter, Gatling, k6, or Locust, including realistic load models and result analysis
• Implement security testing fundamentals including dependency scanning, SAST, DAST, and OWASP-based checks
• Lead test strategy discussions, including risk-based testing, exploratory testing, and shift-left practices
• Collaborate closely with developers, product owners, and architects to identify quality risks early
• Perform root-cause analysis of production incidents, and translate findings into automated regression tests
• Drive continuous improvement of test coverage, test reliability, and time-to-feedback
• Mentor junior QA engineers and uphold engineering rigor in the testing community
• Maintain comprehensive test documentation, traceability, and reporting dashboards, applying disciplined engineering practices and partnering closely with stakeholders to ensure outcomes are durable, well-documented, and aligned with broader team and platform standards
• Contribute to internal testing tools and reusable libraries, applying disciplined engineering practices and partnering closely with stakeholders to ensure outcomes are durable, well-documented, and aligned with broader team and platform standards

Software Development Engineer, Test

DevOps Engineer

• Ensure the availability, performance, and operational excellence of large-scale distributed systems in production.
• Live at the boundary between development and operations, applying strong software engineering principles to infrastructure and operations problems.
• Continuously push the platform toward higher reliability with lower operational toil.
• Define, instrument, and continually refine service-level objectives (SLOs), service-level indicators (SLIs), and error budgets for critical services.
• Lead incident response and resolution for production issues.
• Design and implement comprehensive monitoring, logging, and tracing strategies.
• Build and maintain robust on-call processes, runbooks, and escalation paths.
• Automate operational toil aggressively by writing production-grade tooling.
• Architect and operate large-scale Kubernetes clusters and container-based workloads.
• Design CI/CD pipelines that promote safe, frequent, and observable releases.
• Lead capacity planning and performance engineering activities.
• Partner closely with application development teams to embed reliability practices early in design.
• Drive continuous improvement of security posture in collaboration with security teams.
• Mentor engineers across the organization on SRE practices.

Site Reliability Engineer – SRE

• Design and build internal platform services and shared infrastructure that hundreds of engineers depend on every day, with explicit focus on developer experience and operational ergonomics.
• Architect high-throughput, latency-sensitive backend platforms capable of sustaining very high request volumes with predictable, well-bounded tail latency.
• Build durable, replayable event-processing pipelines and asynchronous job execution platforms that other product teams compose to ship features faster.
• Design and operate caching, rate-limiting, and request-shaping layers that protect upstream systems and enable safe scaling under bursty workloads.
• Develop platform abstractions, SDKs, and paved-road libraries that codify best practices and let product teams consume capabilities without re-implementing them.
• Establish robust observability, SLOs, and capacity-planning practices for platform services, raising the operational bar across the organization.
• Drive multi-region, fault-tolerant, and geo-distributed designs with rigorous attention to availability, durability, and graceful degradation under failure.
• Lead incident response for high-impact platform issues, conduct blameless post-mortems, and drive durable engineering improvements that prevent recurrence.
• Define and enforce platform-wide standards around API design, schema evolution, deployment, and backward-compatibility guarantees.
• Optimize platform performance through careful profiling, data-driven tuning, and algorithmic improvements that move the needle on throughput and cost.
• Partner with infrastructure, security, and SRE teams to ensure platform services meet enterprise reliability, compliance, and security obligations.
• Mentor mid-level engineers and lead architectural discussions across teams, helping the broader organization grow in distributed-systems maturity.
• Produce clear technical design documents, decision records, and operational runbooks that make the platform legible to future maintainers.
• Continuously evaluate emerging platform technologies, open-source projects, and architectural patterns for strategic adoption.

Senior Backend Engineer, High-Throughput Platforms

• Design and implement large-scale distributed backend systems using Java, Go, Scala, or similar high-performance languages
• Architect data partitioning, replication, and consistency strategies appropriate to each workload’s requirements
• Build resilient APIs and event-driven services with strong observability, idempotency, and graceful degradation patterns
• Optimize systems for latency, throughput, and cost, using profiling, benchmarking, and load testing
• Lead detailed architecture reviews, technical design discussions, and trade-off analyses
• Implement robust failure-handling patterns including retries, timeouts, circuit breakers, bulkheads, and saga workflows
• Design and operate data stores at scale, including relational, key-value, document, and search engines
• Build comprehensive observability into services with structured logs, metrics, and distributed tracing
• Drive incident response and post-incident learning for critical backend services
• Mentor mid-level engineers and lead by example in code quality, design, and operational rigor
• Partner with SRE and platform teams to drive reliability improvements and reduce operational toil
• Contribute to long-term architecture and platform strategy, helping shape multi-year technical roadmaps and ensuring near-term execution remains aligned with the broader engineering direction
• Maintain comprehensive, current technical documentation — including architecture diagrams, design decisions, configuration references, runbooks, and operational procedures

Senior Backend Engineer – Distributed Systems

• Design and build software tooling that accelerates semiconductor design and verification workflows.
• Develop firmware and low-level software interacting directly with silicon, including drivers and BSPs.
• Build infrastructure to support large-scale EDA tool execution on compute farms and cloud platforms.
• Develop post-silicon validation tooling, including high-throughput test orchestration, programmable stimulus generation, and result aggregation systems that scale across many parts and many test environments.
• Build data pipelines for design, verification, and characterization data, supporting downstream analytics and ML.
• Implement debug tooling and diagnostic infrastructure for hardware bring-up and silicon characterization, giving engineers fast feedback loops on the silicon-software interface during critical validation windows.
• Partner with hardware engineers to translate hardware-specific requirements into clean software designs.
• Optimize software for performance and scalability in compute-intensive semiconductor workflows.
• Lead architecture and code reviews that span the software-hardware boundary, ensuring that abstractions, interfaces, and constraints between the two domains are well-understood and respected across the team.
• Contribute to internal libraries and tooling shared across silicon design teams.
• Maintain comprehensive, current technical documentation — including architecture diagrams, design decisions, configuration references, runbooks, and operational procedures — so that the system remains supportable, auditable, and easy to onboard new engineers onto over time.
• Mentor and coach junior and mid-level engineers through code review, design review, pair programming, and structured knowledge sharing, helping the broader team grow in technical maturity and confidence over time.
• Continuously evaluate emerging hardware platforms and toolchains, assessing maturity, fit for purpose, and total cost of ownership, and make grounded recommendations on which to adopt, pilot, or defer based on real engineering needs.

Semiconductor Software Engineer

Security Engineer

• Design and maintain SAP authorization concepts and role structures aligned with business processes and least-privilege principles
• Build and maintain master, derived, composite, and business roles for S/4HANA, ECC, and Fiori applications
• Configure and operate SAP GRC Access Control (ARA, ARM, BRM, EAM), including ruleset management, mitigating controls, and emergency access management
• Perform segregation-of-duties analysis and remediation in collaboration with business process owners and internal audit
• Configure user provisioning workflows in SAP GRC ARM, including request types, approval paths, and integration with IDM/IAM platforms
• Operate SAP GRC Process Control for continuous controls monitoring and policy management
• Implement security for Fiori applications, including catalogs, groups, and front-end authorizations
• Configure and operate security for SAP BTP and cloud applications using XSUAA, IAS, and IPS
• Support SAP audits (SOX, GxP, PCI) and respond to audit findings with documented remediation plans
• Implement transport security, table logging, and audit logging in line with internal security policies
• Monitor and remediate SAP Security Notes in coordination with Basis and DBA teams
• Maintain comprehensive, current technical documentation
• Mentor junior team members and support knowledge transfer across the security team

SAP Security Engineer – GRC

Software Engineer

• Design and develop end-to-end integration scenarios in SAP Integration Suite / CPI, including synchronous and asynchronous flows, complex mappings, and orchestration logic
• Build, configure, and maintain integration content using iFlows, content modifiers, splitters, routers, exception subprocesses, and adapter-specific configurations
• Develop custom Groovy and Java scripts within CPI to implement complex transformation, validation, and routing requirements
• Configure and operate a wide range of adapters (HTTP, SOAP, IDoc, OData, JMS, AS2, SFTP, REST, Salesforce, Ariba) to integrate SAP with cloud, on-premises, and partner systems
• Implement secure communication channels, including OAuth2, mTLS, certificate-based authentication, and secure parameter management within CPI
• Design integration patterns aligned with SAP’s reference architecture, including event-driven, API-led, and middleware-mediated patterns
• Build robust error-handling, retry, and alerting mechanisms with strong observability into message flow and processing
• Migrate legacy SAP PI/PO interfaces to SAP Integration Suite, including assessment, redesign, and parallel run strategies
• Configure and manage SAP API Management policies, throttling, security, and developer-portal experiences
• Support performance tuning of high-volume integration scenarios, including pooling, parallel processing, and tenant capacity management
• Document interface specifications, integration designs, and operational procedures, and lead knowledge transfer to support and operations teams
• Collaborate with functional consultants and external integration partners to align technical designs with business processes
• Provide hypercare and post-go-live support, including root-cause analysis and structured incident response

SAP Integration Suite, CPI Developer

• Design and develop performant calculation views, CDS views, AMDPs, and SQLScript procedures for analytical and transactional workloads
• Translate business and analytics requirements into well-structured HANA data models that balance flexibility, performance, and maintainability
• Optimize complex queries, joins, and aggregations through careful use of partitioning, pruning, and parallelization features of HANA
• Lead HANA performance reviews and audits, using tools such as HANA Studio Plan Visualizer, ST04, ST05, and DBACOCKPIT to identify bottlenecks
• Implement appropriate security models for HANA, including analytic privileges, roles, and row-level security
• Design and operate HANA replication scenarios using SLT, smart data integration, and smart data access
• Support data tiering using HANA Native Storage Extension and dynamic tiering where appropriate
• Build and maintain HANA-native applications and procedures consumed by Fiori, BW, and BTP services
• Lead capacity planning and sizing for HANA systems, taking into account both current and projected workloads
• Collaborate closely with Basis, ABAP, and analytics teams to ensure HANA models are integrated cleanly with the broader landscape
• Maintain comprehensive, current technical documentation

SAP HANA Modeling, Performance Engineer

• Design and develop SAP Fiori applications using SAPUI5, Fiori elements, and the Fiori Launchpad, ensuring adherence to SAP Fiori Design Guidelines.
• Build and consume OData v2/v4 services, including model definitions, navigation properties, expansions, and batch operations.
• Implement custom controls, formatters, fragments, and reusable components in line with internal coding standards.
• Develop role-based Fiori Launchpad configurations, including catalogs, groups, tiles, and target mappings.
• Optimize Fiori applications for performance, including bundling, caching, lazy loading, and reduction of network round trips.
• Build adaptive applications using flexibility services and key-user adaptation features of S/4HANA.
• Implement strong authentication and authorization patterns aligned with SAP security guidelines.
• Integrate Fiori applications with SAP BTP services, including XSUAA, Workflow, and Document Service.
• Support deployment of Fiori applications to both ABAP frontend servers and BTP-hosted runtimes.
• Collaborate closely with ABAP developers to define backend OData services and CDS views that support efficient Fiori applications.
• Conduct thorough functional, regression, and cross-device/cross-browser testing of applications, including edge-case validation and accessibility checks, to ensure consistent user experience across the supported platform matrix.
• Provide hypercare and post-go-live support, including issue triage, performance tuning, and continuous improvement.
• Maintain comprehensive, current technical documentation — including architecture diagrams, design decisions, configuration references, runbooks, and operational procedures — so that the system remains supportable, auditable, and easy to onboard new engineers onto over time.

SAP Fiori, UI5 Developer

Data Engineer

• Design and execute SAP data migration strategies for S/4HANA implementations, including conversion and greenfield scenarios.
• Perform data extraction from legacy systems using SAP-provided and custom tools and prepare data for ingestion into SAP.
• Configure and utilize SAP LTMC (Legacy Transfer Migration Cockpit), including custom migration objects where required.
• Implement real-time replication scenarios using SAP SLT (System Landscape Transformation), including transformation rules and filter conditions.
• Manage logical system setups and replication configurations for hybrid SAP environments.
• Support system refreshes and landscape virtualization activities using SAP LVM (Landscape Virtualization Management).
• Design and execute data transformation, cleansing, and enrichment processes prior to migration.
• Develop comprehensive validation and reconciliation reports to ensure data accuracy and completeness.
• Identify and resolve data inconsistencies, duplicates, and orphan records prior to go-live.
• Support mock migrations, dress rehearsals, and the final cutover, including detailed runbook execution and rollback planning.
• Optimize performance for large-volume data loads, including parallelization, package sizing, and database tuning.
• Collaborate with functional teams to validate master and transactional data against business expectations.
• Ensure compliance with enterprise data governance, audit, and privacy standards.
• Maintain comprehensive, current technical documentation.

SAP Data Migration Engineer – LTMC, SLT, LVM

• Design and develop side-by-side extensions and standalone applications on SAP BTP using the SAP Cloud Application Programming Model (CAP) in Node.js and/or Java
• Build modern, responsive UI applications using SAP Fiori, SAPUI5, and the SAP Fiori elements framework
• Develop and consume OData v2/v4 services that integrate cleanly with SAP backend systems and third-party APIs
• Implement authentication and authorization patterns using XSUAA, SAP Identity Authentication Service (IAS), and SAP Identity Provisioning Service (IPS)
• Deploy and operate applications on SAP BTP Cloud Foundry and Kyma runtimes, with appropriate scaling, monitoring, and observability
• Leverage BTP services across application development, integration, workflow, business rules, and data management
• Build and operate event-driven extensions using SAP Event Mesh and SAP Advanced Event Mesh
• Implement BTP-based AI and machine-learning use cases using SAP AI Core, SAP AI Launchpad, and integration with hyperscaler AI services
• Adhere strictly to SAP clean-core principles, minimizing modifications to standard S/4HANA and isolating custom logic in BTP
• Configure and operate CI/CD pipelines using SAP Continuous Integration & Delivery service, Project Piper, or external tooling such as GitHub Actions
• Support multi-tenant SaaS application design, including subscription management, tenant onboarding, and data isolation
• Collaborate closely with functional consultants, enterprise architects, and the integration team to align BTP extensions with broader SAP architecture
• Provide hypercare and post-go-live support, with structured incident response and performance tuning
• Maintain comprehensive, current technical documentation — including architecture diagrams, design decisions, configuration references, runbooks, and operational procedures