TECHNICAL
WORKFORCE
DEVELOPMENT
Equip your workforce with
the skills needed to thrive in
today’s rapidly evolving
technological landscape
with us.
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DTV Apprenticeship Programs
DeepTech Semiconductor& Quantum Technologies Industry Apprenticeship Program (DTV-SIAP)
Program Duration:
6 Months
DTV-SIAP aims to develop skilled professionals by combining structured classroom learning, on-the-job training, and mentorship.
DeepTech Semiconductor
& Quantum Technologies
Star Apprenticeship Program (DTV-SSAP)
Program Duration:
1 Year
DTV-SIAP aims to develop skilled professionals by combining structured classroom learning, on-the-job training, and mentorship.
DeepTech Semiconductor
& Quantum Technologies FutureChip Apprenticeship Program (DTV-SFAP)
Program Duration:
2 Years
Equip students with the skills and credentials necessary to enter semiconductor manufacturing, equipment maintenance, and R&D roles.
Online Certification in Semiconductor & Quantum Technologies and Applications
Program Duration:
6 – 12 Months
This Online Certification Program
offers foundational and practical
knowledge of semiconductor & quantum technologies for those advancing in the industry, with no in-person classes required
Train The Trainer
DeepTech has initiated courses for high school teachers, community college lecturers, and university academics to develop future technical talent. These specialized courses aim to pique trainers’ curiosity about STEM and motivate them to consider the field’s possibilities for innovation. A five-step procedure that guarantees course quality allows trainers at all levels to get customized and focused training. Teachers can thoroughly understand semiconductors and become acquainted with related industry applications by attending inperson and online training programs. Following the course, these educators will understand the most effective ways to help pupils become more knowledgeable and enthusiastic.
Enhance The Existing Programs
To expand training access, DeepTech will collaborate closely with partners at the universities, community colleges, and related government subcommittees to assist in scaling up current programs to address expanding needs. Our specialized industrial incentives program can incorporate existing models to guide future investment choices in semiconductors.
Expanding Student Opportunities and Educational Capability
To double the number of graduates in subjects related to semiconductors, new academic and teaching staff members, as well as updated and new educational facilities, would be needed. The DeepTech R&D Office will look into ways to support these resources in universities, colleges, and other local training and education establishments. Target-based funding could assist in reskilling incumbent personnel in the semiconductor business and assisting in training early career talent by expanding the availability of instructors, facilities, and equipment. The DeepTech R&D Office will also look into ways to support student opportunities in priority research fields, such as traineeships, apprenticeships, fellowships, and internships.
Establishing and Expanding Regional Mediators
A key objective of DeepTech is to build robust regional workforce ecosystems that can extend access to well-paying employment generated by DeepTech investments and satisfy the workforce skill demands of the industry. This plan’s cornerstone is empowering competent regional intermediaries who can collaborate with various community and educational partners. Employees of DeepTech will collaborate closely with incentive beneficiaries to ensure enough regional capacity is developed to meet the aggressive demands for expanding the workforce, particularly for technicians. Opportunities for manufacturing incentives also greatly support sectoral alliances, which unite various firms and partners within an area.
Semiconductor Beginner Course
Training in Analog Layout Design & FinFet Layout Design Courses
Description Of The Course
This course primarily focuses on memory layout design, complete bespoke digital and analog blocks, and FinFet layout design approaches utilized in the physical design of standard cells. The course begins with the FinFet layouting of simple MOS transistors and progresses to industry-standard project execution in FinFet technologies. From there, it covers more sophisticated methodologies for producing fully customized, area-efficient digital and analog layouts.
Highlight of Features
24-hour lab assistance with course materials and practice handouts for the classroom.
knowledge of FinFet Technologies’ principles and procedures.
Development of soft skills, training in job-oriented analog layout design with 100% placement support
Under the direction of an industry expert with over 30 years of experience, critical industry standards are executed.
Reliability and silicon area reduction approaches.
Complete computerized and custom FinFet floor planning techniques.
Recognizing problems with deep Submicrons.
Digital and analog cell layout designed for maximum area efficiency.
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