About the role
As a Mainframe Architect – Healthcare Payer, you will play a critical role in designing, modernizing, and delivering enterprise-scale mainframe solutions that support core payer operations such as claims adjudication, membership processing, and billing systems. You will leverage deep expertise in COBOL, CICS, JCL, VSAM, DB2, and mainframe utilities to build scalable, resilient, and high-performance platforms that meet complex business and regulatory requirements.
You will be a key member of the architecture and engineering team, collaborating closely with product owners, business analysts, and cross-functional technology partners to translate intricate payer workflows and compliance needs into robust technical solutions. In this role, you will drive architectural standards, guide modernization strategies for legacy systems, and ensure continuous optimization of performance, reliability, and maintainability across the mainframe ecosystem.
Additionally, you will mentor engineering teams, influence technical direction, and contribute to the continuous improvement of mission-critical healthcare platforms while ensuring alignment with enterprise architecture goals and evolving business demands.
Work model
We strive to provide flexibility wherever possible. Based on this role’s business requirements, this position is Hybrid in Mississauga, Ontario.
The working arrangements for this role are accurate as of the date of posting and may evolve with client or business needs. We will always communicate expectations clearly.
Roles & Responsibilities (Day-to-Day Activities)
- Architect end-to-end mainframe solutions for healthcare payer systems, focusing on claims adjudication, membership processing, and high-volume transaction workflows using COBOL, CICS, JCL, VSAM, and DB2.
- Define scalable and reusable application and data architecture patterns for payer domains such as claims intake, policy administration, provider contracts, and premium billing.
- Collaborate with product owners and business analysts to translate complex payer business rules, benefit structures, and regulatory requirements into implementable technical designs.
- Review and govern COBOL, CICS, JCL, and DB2 design artifacts to ensure alignment with enterprise architecture standards, performance benchmarks, and long-term maintainability.
- Lead modernization initiatives by designing incremental refactoring strategies for legacy mainframe systems, ensuring minimal risk to mission-critical operations.
- Optimize batch processing by refining JCL workflows, scheduling dependencies, and batch window execution for critical cycles such as claims payment and eligibility updates.
- Analyze system performance and implement tuning strategies across CICS regions, VSAM datasets, and DB2 databases to improve response times and throughput.
- Establish security, data privacy, and audit controls aligned with healthcare regulations (e.g., HIPAA) to protect sensitive member and provider data.
- Mentor development teams on mainframe best practices, including coding standards, transaction design, and efficient use of system utilities.
- Support production stability by conducting root cause analysis of incidents and designing long-term remediation solutions.
- business needs.
Required Qualifications (Must-Have Skills & Experience)
- 16–20 years of hands-on experience in mainframe technologies including COBOL, CICS, JCL, VSAM, DB2, and IBM mainframe utilities.
- Proven expertise in architecting and delivering large-scale healthcare payer systems, particularly in claims processing and membership platforms.
- Strong experience in designing high-performance, scalable, and resilient mainframe applications for mission-critical environments.
- Deep understanding of healthcare payer operations, including claims adjudication, eligibility, billing, and regulatory compliance requirements.
- Demonstrated experience in legacy modernization, including refactoring strategies and integration with distributed systems.
- Expertise in performance tuning, batch optimization, and system capacity planning for large transaction volumes.
- Strong leadership and stakeholder management skills, with experience collaborating across business, architecture, and engineering teams.
- Ability to define and enforce architectural standards, governance, and best practices in a hybrid work environment.
Salary and Other Compensation:
Applications will be accepted by 07/17/2026.
We regularly assess market data to ensure we offer a competitive compensation package for our associates. The base salary for this position ranges between $86,000 – $136,000 per year.
Where the successful candidate may fall within the range depends on relevant education, work and/or management experience and other business-related and job-necessary qualifications. This position is also eligible for Cognizant’s discretionary annual performance-based bonus, as well as benefits that support your physical, mental and financial wellbeing.
At Cognizant, we're eager to meet people who believe in our mission and can make an impact in various ways. We encourage you to apply if you have most of the skills above and feel like you are strongly suited for this role. Consider what transferable experience and skills make you a unique applicant and help us see how you’d be beneficial to this role.
Cognizant will only consider applicants for this position who are legally authorized to work in Canada without requiring employer sponsorship, now or at any time in the future.
コグニザントについて
コグニザント(NASDAQ: CTSH)は、AI Builderおよびテクノロジーサービスプロバイダーとして、お客様にフルスタックのAIソリューションを構築することで、AI投資と企業価値を結ぶ架け橋となっています。業界、ビジネスプロセス、エンジニアリングに関する当社の深い専門知識を活かし、組織固有のビジネス環境をテクノロジー・システムに組み込みます。これにより、人間の可能性を最大限に引き出し、確かな成果を実現するとともに、急速に変化する世界においてグローバル企業が常に一歩先を行くための支援を行っています。 詳細については、cognizant.ai をご覧ください。
雇用に関する追加情報
本募集に記載されている報酬情報は、掲載日時点で正確なものです。Cognizantは、適用される法令に従い、いつでも本情報を変更する権利を留保します。
応募者は、対面またはビデオ会議による面接への参加を求められる場合があります。また、各面接の際に、現在有効な州政府または政府発行の身分証明書の提示を求められる場合があります。
Cognizantは機会均等雇用主です。応募および選考において、人種、肌の色、性別、宗教、信条、性的指向、性自認、国籍、障がい、遺伝情報、妊娠、退役軍人の地位、その他連邦法・州法・地方自治体の法律により保護されるいかなる特性に基づく差別も行いません。







