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The Bachelor of Science in Mechanical Engineering program will expose you to foundational engineering skills that employers are looking for. You will also learn about careers in the automotive, aerospace, or power generation industries and those focused on noise control, mechatronics, and biomedical applications.

To find out if this this training opportunity is right for you, follow the link below.

To find out if this this training opportunity is right for you, follow the link below.

To find out if this this training opportunity is right for you, follow the link below.

The electrical field continues to grow in its scope and employment opportunities due to technological advances as well as economic changes and expansion. Electrical work is becoming more complex with electronics, microprocessor based controls, and data communications integrated into residential, commercial, and industrial electrical systems. This increasing complexity is creating an ever-growing need for well trained and qualified licensed electricians and electrical technicians.Classroom instruction highlights contemporary and evolving electrical technologies applications. Students enrolled in the program will be provided with the opportunity to be issued a NH electrical apprentice identification card. The identification card will allow the student to earn practical working experience hours, as well as related classroom hours in accordance with NH electrical apprenticeship requirements.The Associate Degree classes are held during the day and in the evening to accommodate a variety of scheduling needs. Students who attend full time during the day are able to complete the program in two calendar years, once any necessary developmental coursework is completed. Evening students will take a minimum of four years to complete the program.

This certificate prepares students for employment in the CNC machine programming career field. Graduates gain the skills needed to program solid models and set-up multi-axis machines through classroom theory and hands-on laboratory instruction.

A Defense-specific Machine Operator training course was developed in coordination with employers to increase the number of individuals in Machining careers to support the high demand defense manufacturing industry. This new NO COST course will be used to train individuals not currently in the manufacturing industry or to help defense employers upskill their current workforce!

Job Corps’ Electrical, Pre-Apprentice training program teaches students the skills needed to work with electrical systems in homes, businesses and factories, including how to install, maintain and repair electrical power, communications, lighting and control systems in places of all sizes, read blueprints and diagrams and will need to follow state and local building regulations, and use various hand tools and power tools. This program specifically prepares students for a Registered Apprenticeship after graduation. Students who complete the Electrical, Pre-Apprentice training program can earn industry-recognized credentials from the National Association of Home Builders (NAHB) and certifications in construction health and safety from the Occupational Safety and Health Administration (OSHA).

Job Corps’ Manufacturing Technology training program teaches students skills like reading and understanding schematics and blueprints, positioning or aligning components and parts either manually or with hoists, using hand tools or machines to assemble parts, conducting quality control checks, and describing the commonalities and differences of the alternating current and direct current (AC/DC) systems (e.g., wire color codes in both). These skills prepare students for a career in manufacturing, production engineering and machine shops. Students should also consider pursuing Advanced Manufacturing Production Technician, Advanced Machinist and other Advanced Training programs at Job Corps as a part of their career pathway. Students who complete Manufacturing Technology training at Job Corps can earn nationally recognized credentials from the American Welding Society (AWS) and the National Institute for Metalworking Skills (NIMS).

Curriculum DescriptionThe Industrial Systems Technology curriculum is designed to prepare or upgrade individuals to safely service, maintain, repair, or install equipment. Instruction includes theory and skill training needed for inspecting, testing, troubleshooting, and diagnosing industrial systems.Students will learn multi-craft technical skills in blueprint reading, mechanical systems maintenance, electricity, hydraulics/pneumatics, welding, machining, or fabrication, and includes various diagnostic and repair procedures. Practical application in these industrial systems will be emphasized and additional advanced course work may be offered.Upon completion of this curriculum, graduates should be able to individually, or with a team, safely install, inspect, diagnose, repair, and maintain industrial process and support equipment. Students will also be encouraged to develop their skills as life-long learners.

The Diploma in Welding is designed to build upon the Certificate in Welding and provide students with additional skills in advanced welding, robotic welding, NC plasma cutting, weld testing procedures and codes, and layout of fabrication skills.Program Outcomes: Graduates will be able to:Be prepared to obtain AWS certifications.Program and complete welds using robotic welding processes.Complete welding projects using available hydraulic metal shaping equipment.Use industry purchasing & billing practices.Prepare welded coupons and visual and destructive test for quality.Examine basic welding codes and their effect on quality control.

The Engineering Computer-Aided Drafting (ECAD) Technology program prepares graduates for positions as entry-level CAD operators in a wide range of manufacturing and engineering industries. Skills acquired from this program of study will allow students to become an integral part of product design and the manufacturing of those products. Graduates will apply specialized knowledge and skills utilizing state-of-the-art CAD software to think critically, to solve problems, and effectively communicate with colleagues and supervisors in today’s ever-changing work environment.From preliminary drawings and sketches to parametric design, to animated assemblies, graduates will learn how to simplify, enhance, and streamline the manufacturing and engineering processes utilizing CAD. Students acquire comprehensive skills in the following technical areas: fundamentals of drafting, technical drawing, process pipe drafting, processes of manufacturing, geometric dimensioning and tolerancing (GD&T), metals fabrication drafting, and power transmission. Students’ CAD skills are developed with a comprehensive exposure to the latest software releases of AutoCAD®, Autodesk Inventor®, SolidWorks®, and Pro/Engineer®.