Sr. Director of Platform Software
Newark, NJ
matt@manske.me
+1 (415) 562 6753
@mattmanske
Experienced software director with a strong background in leading interdisciplinary teams in application development and R&D. Skilled in driving automation, platform growth, and using Agile methods. Expertise in managing in-house and offshore teams to deliver effective solutions across technologies and industries. Focused on operational excellence and team development.
Skills
- MANAGEMENT
- AGILE
- MENTORSHIP
- ASSESSMENTS
- COLLABORATION
- STRATEGIC PLANNING
| MANAGEMENT | AGILE | MENTORSHIP | ASSESSMENTS | COLLABORATION | STRATEGIC PLANNING |
|---|---|---|---|---|---|
| TECHNICAL | ARCHITECTURE | DESIGN PATTERNS | SCALING | TESTING | OPERATIONAL METRICS |
| PRODUCT | RAPID PROTOTYPING | USER VALIDATION | DOCUMENTATION | A/B TESTING |
Employment
SENIOR DIRECTOR, PLATFORM SOFTWARE
Company: divergent3d.com
Directed several small teams of developers, QA & scientists in various research & development projects while managing a small team of in-house developers.
SENIOR PLATFORM MANAGER
Company: ProdPerfect
Spearheaded the strategic planning, growth, and development of all internal end-to-end test suite creation and reporting.
Miro Health
Website: mirohealth.com
Date: Jan 2019 (7 mo)
Developed a suite of HIPAA compliant applications to assist in clinical neurological, psychiatric, & cognitive assessments. Managed an offshore team & assisted in hiring & onboarding in-house developers.
Polymathic
ACQUIRED BY DEVMYND
Website: manske.me/polymathic
Date: Oct 2015 (5 yr, 4 mo)
Built and led a product team of developers and support staff, driving product research and development, code architecture, and project management decisions for numerous startup and intrapreneurial ventures.
Education
University of Wisconsin – Madison
Date: May 2010
Johns Hopkins University
Date: May 2006
Software Patents
Software interface for generating and optimizing vertical-cell robotic assembly sequences
Date: Aug 2024 (Granted)
A software package that mimics assembly floor hand-off patterns & real-time sequential decision making to accurately generate, visualize and replay assembly scenarios. In addition to the simulations, the software also utilizes a modified genetic algorithm to optimize for things like completion time and robot utilization. The package employs a unidirectional, flux-based data propagation pattern that ensures predictable state mutation to avoid race conditions and allows for time-travel/replay functionality.
(more projects & details available at https://manske.me).