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Functional Programmer Jobs in Grapevine, TX (NOW HIRING)

Sr Manufacturing Engineer

Dallas, TX · On-site

$90K - $123K/yr

The engineer will collaborate with cross-functional engineering and operations teams to solve complex electromechanical and process challenges in fast-paced, high-throughput production environments.

New

This role works closely with cross-functional engineering teams to ensure system requirements are met, software releases are successfully integrated into machine platforms, and validation activities ...

Application Programmer III Location: Plano, TX (Hybrid, minimum 3 days onsite) Duration: Contract ... Collaborate with business and functional teams to translate requirements into technical designs and ...

New

Application Programmer III Location: Plano, TX (Hybrid, minimum 3 days onsite) Duration: Contract ... Collaborate with business and functional teams to translate requirements into technical designs and ...

As a client-facing Functional Data Analyst , you will serve as the critical strategic bridge connecting business stakeholders, customer outcomes, and technical engineering teams. You will drive data ...

New

... functional requirements for product and platform. • Perform technical aspects of software ... partnering with Quality Engineers. • Influence team members by challenging status quo ...

Collaborate with cross-functional engineering and product teams. Required Qualifications: * 2-5 years of software development or automation engineering experience. * Bachelor's degree in Computer ...

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Functional Programmer information

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How much do functional programmer jobs pay per hour?

As of Sep 15, 2026, the average hourly pay for functional programmer in Grapevine, TX is $36.53, according to ZipRecruiter salary data. Most workers in this role earn between $23.75 and $47.55 per hour, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a functional programmer?

To thrive as a Functional Programmer, you need a strong grasp of functional programming paradigms, data structures, and relevant languages such as Haskell, Scala, or Clojure, often supported by a degree in computer science or related fields. Familiarity with version control systems (e.g., Git), build tools, and continuous integration platforms is typically required. Analytical thinking, problem-solving, and effective communication are standout soft skills for this role. These skills are crucial for writing reliable, maintainable code and collaborating effectively on complex software projects.

What are some common challenges functional programmers face when working on large-scale projects?

Functional Programmers often encounter challenges in integrating functional code with legacy object-oriented systems and ensuring that team members are comfortable with functional paradigms. Managing state and side effects in a purely functional way can also require careful architectural planning, especially as the codebase grows. Collaboration with colleagues from different programming backgrounds may involve additional communication to align on best practices and ensure maintainability. Staying up to date with evolving functional libraries and tools is also key to overcoming these challenges.

What is the difference between Functional Programmer vs Software Developer?

AspectFunctional ProgrammerSoftware Developer
CredentialsTypically requires knowledge of functional programming languages and paradigmsRequires general programming skills, often with multiple language proficiencies
Work EnvironmentOften works on projects emphasizing pure functions, immutability, and declarative codeWorks across various projects, including front-end, back-end, and full-stack development
Industry UsageCommon in industries focusing on high reliability, concurrent systems, or data processingWidely used across all software development sectors

While both roles involve coding, a Functional Programmer specializes in functional programming principles and languages, focusing on writing pure, immutable code. A Software Developer has a broader scope, working with multiple paradigms and technologies to build diverse applications. The roles often overlap, but the focus and expertise differ based on the programming approach.

What job categories do people searching Functional Programmer jobs in Grapevine, TX look for?

The top searched job categories for Functional Programmer jobs in Grapevine, TX are:

What cities near Grapevine, TX are hiring for Functional Programmer jobs?

Cities near Grapevine, TX with the most Functional Programmer job openings:

11 - Sr Staff Engineer, Program/Project Management-Risk Management & QA

Richardson, TX • On-site

Celestica International LP
Manufacturing • 10K+ employees

$80K - $109K/yr

Full-time

Posted 19 days ago


Celestica rating

8.9

Company rating: 8.9 out of 10

Based on 9 frontline employees who took The Breakroom Quiz


Job description

Req ID: 140239 
Region: Americas 
Country: USA 
State/Province: Texas 
City:  Richardson 

Summary

The Manager of Portfolio Manufacturing Risk & Technical Task Force is a strategic, cross-functional leadership position responsible for overseeing the full manufacturing risks across all active hardware programs, projects, and products. Rather than focusing on a single customer or dedicated product line, this leader operates as the central Manufacturing Risk Dashboard Owner, possessing an absolute, bird's-eye view of the entire operational portfolio. The primary mission is to spot cross-program similarities, detect systemic patterns of risk, and establish comprehensive manufacturing standardization. Operating with broad systemic authority, this role is responsible for triggering macro-level process improvement projects and mobilizing technical Task Forces to intercept and resolve critical manufacturing or process excursions before they threaten high-volume production milestones.


Detailed Description

1. Portfolio Risk Dashboards & Pattern Recognition

  • Dashboard Ownership: Architect, own, and maintain the master Manufacturing Risk Dashboard, providing corporate and operational leadership with real-time visibility into active risk thresholds across all program portfolios.

  • Systemic Similarity Analysis: Analyze cross-program manufacturing variables to identify similarities, parallel failure modes, and recurring risk behaviors across distinct customer pipelines and product typologies.

  • Predictive Metric Tracking: Aggregately track NUDD (New, Unique, Different, Difficult) vectors, golden pFMEAs, and Critical-to-Quality (CTQ) trends to identify systemic engineering blind spots before physical prototyping commences.

2. Standardization & Macro Project Inception

  • Process Standardization: Synthesize localized risk lessons into enterprise-wide manufacturing standards, ensuring uniform pFMEA controls, custom assembly rules, and test coverage parameters are mandated across all production networks.

  • Macro Project Triggering: Initiate and champion wide-scale, structural process improvement or tooling optimization projects when dashboard data indicates a recurring risk pattern across multiple independent product lines.

  • Lessons-Learned Loop: Ensure post-mortem analysis data is standardly infused back into early co-development frameworks run by Front-End, Back-End, and Test engineering teams.

3. Task Force Activation & Emergency Escalation

  • Task Force Mobilization: Serve as the executive authority to instantly trigger and assemble high-urgency, cross-functional engineering Task Forces when critical, cross-cutting manufacturing risks breach dashboard thresholds.

  • Crisis Command Coordination: Provide high-level oversight to active crisis teams, tracking micro-milestones and resolution trajectories in automated systems (e.g., Jira) without getting bogged down in single-account administration.

  • Structured Containment: Enforce strict macro containment directives, including cross-portfolio material purges or floor alerts if a localized component anomaly poses an exposure risk to parallel programs.

4. Cross-Functional Engineering Orchestration

  • Front-End Matrix Interfacing: Partner with the Front-End Senior Manager to audit portfolio-wide SMT assembly variables, tracking recurring large-form-factor BGA warpage and reflow optimization trends.

  • Back-End Assembly Alignment: Collaborate with the Back-End Senior Manager to assess systemic robotic cell defects, torque assembly constraints, and common rack-level cooling loop integration pain points.

  • Test Infrastructure Interfacing: Engage with the Test Senior Manager to ensure portfolio-wide test diagnostic scripts (ICT/FCT/SLT) adapt to neutralize escape risks identified via dashboard tracking.

#HPS-NA

Knowledge/Skills/Competencies
  • Manufacturing Portfolio Experience: 6+ years of specialized experience in high-tech electronic manufacturing, operations data science, or NPI systems management, with a clear history of tracking multi-program portfolios rather than isolated lines.

  • Analytical & Dashboard Fluency: Advanced proficiency designing or managing complex engineering metrics dashboards (e.g., Tableau, PowerBI, Jira Query Language, or parallel automated manufacturing databases) to isolate systemic similarities and defect correlations.

  • Methodological Mastery: Deep foundational expertise in pFMEA structures, NUDD risk analysis frameworks, CTQ parameters, statistical process control (SPC), and structured crisis problem-solving methodologies (8D, Shainin, Kepner-Tregoe).

  • Influence & Leadership Presence: Exceptional cross-functional communication and authority; proven ability to command cross-functional engineering cells, trigger corporate capital expenditure/standardization projects, and articulate macro operational exposures to executive leadership boards.

Physical Demands
  • Duties of this position are performed in a normal office environment.
  • Duties may require extended periods of sitting and sustained visual concentration on a computer monitor or on numbers and other detailed data. 
  • Repetitive manual movements (e.g., data entry, using a computer mouse, using a calculator, etc.) are frequently required.
  • Occasional travel may be required.
Typical Experience
  • Technical Experience: Manufacturing Portfolio Experience: 6+ years of specialized experience in high-tech electronic manufacturing, operations data science, or NPI systems management, with a clear history of tracking multi-program portfolios rather than isolated lines. .
Typical Education

 Bachelor's or Master's degree in Industrial Engineering, Mechanical Engineering, Electrical Engineering, Quality Operations, or a related system-focused discipline.

Educational Requirements may vary by Geography

Notes

This job description is not intended to be an exhaustive list of all duties and responsibilities of the position. Employees are held accountable for all duties of the job. Job duties and the % of time identified for any function are subject to change at any time.

Celestica is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, age, pregnancy, genetic information, disability, status as a protected veteran, or any other protected category under applicable federal, state, and local laws. 
This policy applies to hiring, promotion, discharge, pay, fringe benefits, job training, classification, referral and other aspects of employment and also states that retaliation against a person who files a charge of discrimination, participates in a discrimination proceeding, or otherwise opposes an unlawful employment practice will not be tolerated. All information will be kept confidential according to EEO guidelines.
Celestica is an E-Verify employer.

COMPANY OVERVIEW:

Celestica, Inc. (NYSE: CLS; TSX: CLS) is a technology leader dedicated to driving customer success and market advancements. With deep expertise in design, engineering, manufacturing, supply chain, and platform solutions, Celestica enables critical data center infrastructure for AI, cloud, and hybrid cloud and advances technologies in high-growth markets. With a talented team and a strategic global network, Celestica helps its customers achieve competitive advantages.

Today, Celestica delivers innovative supply chain solutions globally to customers in strategic two operating and reporting segments:  Advanced Technology Solutions (ATS) and Connectivity and Cloud Solutions (CC):

ATS: This segment serves customers in complex, regulated and high-reliability markets such as Industrial & Smart Energy, Aerospace & Defense, Semiconductor Capital Equipment, and HealthTech. It is engineering led, with deep expertise in design, manufacturing and lifecycle solutions.

CCS: This segment focuses on high-performance technology solutions and services for the data center, serving hyperscalers, digital native customers and enterprises. Celestica's Platform Solutions offering provides innovative and customizable computing, storage and networking solutions enabling AI-driven growth.

Built on a legacy of trust and performance, Celestica has earned its reputation by delivering results in complex and fast-changing markets. Celestica exceeds customer expectations by identifying trends and staying ahead of the curve. Backed by comprehensive capabilities and a global network across North America, Europe and Asia, Celestica helps customers gain competitive advantage with the quality, flexibility and resiliency they need to respond quickly to shifts in demand. Guided by a bold vision to accelerate market advancements, Celestica delivers innovative solutions and technologies that turn complexity into opportunity. Anchored in teamwork and commitment, Celestica strives to be the most trusted partner to its customers and colleagues worldwide.

Celestica would like to thank all applicants, however, only qualified applicants will be contacted.
Celestica does not accept unsolicited resumes from recruitment agencies or fee based recruitment services.


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